public void SetUp()
{
DataDirectory = TestContext.Parameters["dataDirectory"];
FgdDirectory = TestContext.Parameters["fgdDirectory"];
string ericwFilename = Path.Combine(FgdDirectory, "quake4ericwTools.fgd");
var ericw = new QuakeFgd(ericwFilename);
string instanceFilename = Path.Combine(FgdDirectory, "func_instance.fgd");
var instance = new QuakeFgd(instanceFilename);
Fgd = new List <DefinitionDictionary>()
{
ericw, instance
}.Stack();
string paletteName = "palette-quake.lmp";
Stream stream = Assembly.GetAssembly(typeof(MainForm)).GetResourceStream(paletteName);
Palette palette = new Palette().LoadQuakePalette(stream);
string wadFilename = Path.Combine(DataDirectory, "test.wad");
Textures = new Wad2(wadFilename, palette);
}
public void SetUp()
{
var list = new List <string>()
{
"@baseclass = Appearflags [",
" spawnflags(Flags) =",
" [",
" 256 : \"Not in Easy\" : 0 : \"Will not spawn for EASY skill\"",
" 512 : \"Not in Normal\" : 0",
" 1024 : \"Not in Hard\" : 0",
" 2048 : \"Not in Deathmatch\" : 0 : \"Will not spawn for DEATHMATCH skill\"",
" ]",
"]",
"",
"@baseclass = Target [ target(target_destination) : \"Target\" ]",
"",
"@baseclass = Item",
"[",
" message(string) : \"Message\"",
"]",
"",
"@baseclass size(0 0 0, 32 32 32) color(80 0 200) base(Item, Appearflags, Target) = Ammo",
"[",
" spawnflags(flags) = ",
" [",
" 1 : \"Large box\" : 0",
" ]",
"]",
"",
"@SolidClass color(128 128 230)base(ModelLight) = func_detail : \"Detail brush. Ignored by vis so can speed up compile times consideratbly. Also allows you to set new compiler lighting options on brushes. DOES NOT SEAL MAPS FROM VOID\" []",
"",
"@baseclass = ModelLight",
"[",
" _minlight(integer) : \"Min light\" : : \"Set the minimum light level for any surface of the brush model. Default 0\"",
" _mincolor(color255) : \"Min light color R G B\" : \"255 255 255\" : \"Specify red(r), green(g) and blue(b) components for the colour of the minlight. RGB component values are between 0 and 255 (between 0 and 1 is also accepted). Default is white light (255 255 255)\"",
" _shadow(integer) : \"Shadows\" : : \"If n is 1, this model will cast shadows on other models and itself (i.e. '_shadow' implies '_shadowself'). Note that this doesn’t magically give Quake dynamic lighting powers, so the shadows will not move if the model moves. Func_detail ONLY - If set to -1, light will pass through this brush model. Default 0\"",
" _shadowself(integer) : \"Self Shadow\" : : \"If n is 1, this model will cast shadows on itself if one part of the model blocks the light from another model surface. This can be a better compromise for moving models than full shadowing. Default 0\"",
" _dirt(integer) : \"Dirt mapping (override)\" : : \"For brush models, -1 prevents dirtmapping on the brush model. Useful it the bmodel touches or sticks into the world, and you want to those ares from turning black. Default 0\"",
" _phong(choices) : \"Enable Phong shading\" : 0 =",
" [",
" 0: \"No\"",
" 1: \"Yes\"",
" ]",
" _phong_angle(integer) : \"Phong shading angle\" : : \"Enables phong shading on faces of this model with a custom angle. Adjacent faces with normals this many degrees apart (or less) will be smoothed. Consider setting '_anglescale' to '1' on lights or worldspawn to make the effect of phong shading more visible. Use the '-phongdebug' command-line flag to save the interpolated normals to the lightmap for previewing (use 'r_lightmap 1' or 'gl_lightmaps 1' in your engine to preview.)\"",
"]",
"",
"@BaseClass = FakeThingToTestChoices",
"[",
" _phony(choices) : \"I am a banana\" = [",
" 0: \"My\"",
" 1 :\"spoon\"",
" ]",
"]",
"",
"@PointClass = ambient_custom_rain : \"Play a rain sound. Always starts off and must be triggered. NOTE - If you re-trigger(ex button) this entity off it will not restart henceforth.\"[",
" count(choices) : \"Type of Rain\" = [",
" 0 : \"Default\"",
"",
" 1 : \"Fast Dripping\"",
"",
" 2 : \"Dowmpour(def)\"",
" ]",
" volume(choices) : \"Volume\" : : \"Volume of sound (0.1->1,(def=1).\" = [",
" 0.1 : \"Barely Audible\"",
" 0.2 : \"0.2\"",
" 0.3 : \"0.3\"",
" 0.4 : \"0.4\"",
" 0.5 : \"0.5\"",
" 0.6 : \"0.6\"",
" 0.7 : \"0.7\"",
" 0.8 : \"0.8\"",
" 0.9 : \"0.9\"",
" 1.0 : \"Full Volume(def)\"",
" ]",
"]",
"",
"@SolidClass = trigger_touchsound : \"Trigger Touch Sounds\"[",
" spawnflags(flags) = [",
" 4 : \"World Geo\"",
" 8 : \"Drain\"",
" ]",
" message(choices) : \"Sounds\" = [",
" 1 : \"Water (DEF)\"",
" 2 : \"Slime\"",
" 3 : \"Lava\"",
" 4 : \"Silent\"",
" 5 : \"Custom\"",
" ]",
" noise(sound) : \"Custom Touch Sound\"",
" noise1(sound) : \"Custom Exit Sound\"",
" noise2(sound) : \"Custom Drain Sound\"",
" speed(integer) : \"Drain Time\"",
" yaw_speed(integer) : \"Drain Movement\"",
" super_time(integer) : \"Time delay playing drain sound\"",
" water_alpha(integer) : \"Liquid Alpha\"",
"]"
};
var stream = new MemoryStream();
var sw = new StreamWriter(stream);
sw.Write(String.Join("\n", list));
sw.Flush();
stream.Position = 0;
Fgd = new QuakeFgd(stream);
sw.Close();
}
public void SuperfluousFace()
{
// In this case, the side with exit02_2 as its texture is an
// invalid, extra side, which doesn't produce an actual polygon.
var raw = new List <string>()
{
"{",
"\"_phong\" \"1\"" +
"\"classname\" \"func_detail\"",
"{",
"( -2272 1104 832 ) ( -2256 1104 832 ) ( -2272 1024 832 ) ceiling5 0 32 0 1.000000 1.000000" +
"( -2272 1104 832 ) ( -2272 1040 832 ) ( -2264 1040 800 ) city2_5 0 32 0 1.000000 1.000000" +
"( -2240 1024 832 ) ( -2240 1104 832 ) ( -2240 1104 800 ) comp1_6 0 32 0 1.000000 1.000000" +
"( -2272 1040 832 ) ( -2256 1024 832 ) ( -2248 1024 800 ) cop1_1 8 32 0 0.700000 1.000000" +
"( -2256 1024 832 ) ( -2240 1024 832 ) ( -2240 1024 800 ) dr05_2 0 32 0 -1.000000 1.000000" +
"( -2264 1104 688 ) ( -2264 1080 688 ) ( -2208 1104 688 ) exit02_2 0 32 0 1.000000 1.000000" +
"( -2240 1104 832 ) ( -2272 1104 832 ) ( -2264 1104 800 ) floor01_5 0 32 0 1.000000 1.000000",
"}",
"}"
};
var rawFgd = new List <string>()
{
"@SolidClass color(128 128 230)base(ModelLight) = func_detail : \"Detail brush. Ignored by vis so can speed up compile times consideratbly. Also allows you to set new compiler lighting options on brushes. DOES NOT SEAL MAPS FROM VOID\" []",
"",
"@baseclass = ModelLight",
"[",
" _minlight(integer) : \"Min light\" : : \"Set the minimum light level for any surface of the brush model. Default 0\"",
" _mincolor(color255) : \"Min light color R G B\" : \"255 255 255\" : \"Specify red(r), green(g) and blue(b) components for the colour of the minlight. RGB component values are between 0 and 255 (between 0 and 1 is also accepted). Default is white light (255 255 255)\"",
" _shadow(integer) : \"Shadows\" : : \"If n is 1, this model will cast shadows on other models and itself (i.e. '_shadow' implies '_shadowself'). Note that this doesn’t magically give Quake dynamic lighting powers, so the shadows will not move if the model moves. Func_detail ONLY - If set to -1, light will pass through this brush model. Default 0\"",
" _shadowself(integer) : \"Self Shadow\" : : \"If n is 1, this model will cast shadows on itself if one part of the model blocks the light from another model surface. This can be a better compromise for moving models than full shadowing. Default 0\"",
" _dirt(integer) : \"Dirt mapping (override)\" : : \"For brush models, -1 prevents dirtmapping on the brush model. Useful it the bmodel touches or sticks into the world, and you want to those ares from turning black. Default 0\"",
" _phong(choices) : \"Enable Phong shading\" : 0 =",
" [",
" 0: \"No\"",
" 1: \"Yes\"",
" ]",
" _phong_angle(integer) : \"Phong shading angle\" : : \"Enables phong shading on faces of this model with a custom angle. Adjacent faces with normals this many degrees apart (or less) will be smoothed. Consider setting '_anglescale' to '1' on lights or worldspawn to make the effect of phong shading more visible. Use the '-phongdebug' command-line flag to save the interpolated normals to the lightmap for previewing (use 'r_lightmap 1' or 'gl_lightmaps 1' in your engine to preview.)\"",
"]"
};
var stream = new MemoryStream();
var sw = new StreamWriter(stream);
foreach (var line in rawFgd)
{
sw.WriteLine(line);
}
sw.Flush();
stream.Position = 0;
var fgd = new QuakeFgd(stream);
// The assertions below are really just icing on the cake; the
// important part is successfully instantiating a QuakeMapObject
// without throwing any exceptions.
var qmo = new QuakeMapObject(new QuakeBlock(raw, 0, fgd), fgd);
Assert.That(qmo.KeyVals.Count, Is.EqualTo(2));
Assert.That(qmo.Renderables[0].Vertices.Count, Is.EqualTo(24));
var indexCount = 0;
foreach (var polygon in qmo.Renderables[0].Polygons)
{
indexCount += polygon.Indices.Count;
}
Assert.That(indexCount, Is.EqualTo(36));
}