PWADÜDversion "3.7.2" // This will place lights on textures // Meant for vanilla maps // 3D floors are not supported (not until Graf pulls my goddamn PR) // Some other things aren't done yet // There will be misalignments because I haven't bothered with handling // pegged/unpegged flags properly yet // The lights are static // Stuff like making them follow scrollers or change brightness // based on light level, or handle animations... // All of that is left as an exercise to whoever picks this up // because I can't be arsed to do it // I'm abandoning this mess in its current sorry state // Fuck all of this noise, I have better things to do than waste my time on // this tedious nonsense // // I am not doing your homework // -- Marisa Class TextureHotspot { int xpos, ypos, r, g, b, radius, spotin, spotout; bool isspot; } Class LightTexture { TextureID tex; Vector2 size; Array hotspots; } Class LightTextureHandler : EventHandler { Array ltex; override void OnRegister() { ltex.Clear(); int lmp; if ( (lmp = Wads.FindLump("LTEXDEFS")) == -1 ) return; String txt = Wads.ReadLump(lmp); Array lines, cline; lines.Clear(); txt.Split(lines,"\n",0); int nspots = 0; LightTexture ltx; TextureHotspot hs; for ( int i=0; i ex ) ex = int(s.lines[i].v1.p.x); if ( s.lines[i].v2.p.x > ex ) ex = int(s.lines[i].v2.p.x); if ( s.lines[i].v1.p.y < sy ) sy = int(s.lines[i].v1.p.y); if ( s.lines[i].v2.p.y < sy ) sy = int(s.lines[i].v2.p.y); if ( s.lines[i].v1.p.y > ey ) ey = int(s.lines[i].v1.p.y); if ( s.lines[i].v2.p.y > ey ) ey = int(s.lines[i].v2.p.y); } double xo, yo, xs, ys, ang; int tw, th; xo = s.GetXOffset(part); yo = s.GetYOffset(part); xs = s.GetXScale(part); ys = s.GetYScale(part); ang = s.GetAngle(part); // TODO handle rotation tw = int(ltex[ltx].size.x); th = int(ltex[ltx].size.y); for ( int y=sy; y 0 ) PopulateSideSection(l.sidedef[0],0,c1-c2,p1,l.delta.unit(),n); // front middle p1.z = c2; if ( c2-f2 > 0 ) PopulateSideSection(l.sidedef[0],1,c2-f2,p1,l.delta.unit(),n); // front bottom p1.z = f2; if ( f2-f1 > 0 ) PopulateSideSection(l.sidedef[0],2,f2-f1,p1,l.delta.unit(),n); // back upper p2.z = c2; if ( c2-c1 > 0 ) PopulateSideSection(l.sidedef[1],0,c2-c1,p2,-l.delta.unit(),-n); // back middle p2.z = c2; if ( c1-f1 > 0 ) PopulateSideSection(l.sidedef[1],1,c1-f1,p2,-l.delta.unit(),-n); // back bottom p2.z = f1; if ( f1-f2 > 0 ) PopulateSideSection(l.sidedef[1],2,f1-f2,p2,-l.delta.unit(),-n); } else { int c, f; c = int(l.frontsector.ceilingplane.ZAtPoint(l.v1.p)); f = int(l.frontsector.floorplane.ZAtPoint(l.v1.p)); p1.z = c; PopulateSideSection(l.sidedef[0],1,c-f,p1,l.delta.unit(),n); } } for ( int i=0; i