public MapObjectRenderer(
RenderingDevice device,
MdfMaterialFactory mdfFactory,
AasRenderer aasRenderer)
{
mDevice = device;
mAasRenderer = aasRenderer;
mHighlightMaterial = mdfFactory.LoadMaterial("art/meshes/hilight.mdf");
mBlobShadowMaterial = mdfFactory.LoadMaterial("art/meshes/shadow.mdf");
mOccludedMaterial = mdfFactory.LoadMaterial("art/meshes/occlusion.mdf");
mGrappleController = new FrogGrappleController(device, mdfFactory);
Globals.ConfigManager.OnConfigChanged += UpdateShadowType;
UpdateShadowType();
// Load the weapon glow effect files
mGlowMaterials[0] = mdfFactory.LoadMaterial("art/meshes/wg_magic.mdf");
mGlowMaterials[1] = mdfFactory.LoadMaterial("art/meshes/wg_acid.mdf");
mGlowMaterials[2] = mdfFactory.LoadMaterial("art/meshes/wg_bane.mdf");
mGlowMaterials[3] = mdfFactory.LoadMaterial("art/meshes/wg_chaotic.mdf");
mGlowMaterials[4] = mdfFactory.LoadMaterial("art/meshes/wg_cold.mdf");
mGlowMaterials[5] = mdfFactory.LoadMaterial("art/meshes/wg_fire.mdf");
mGlowMaterials[6] = mdfFactory.LoadMaterial("art/meshes/wg_holy.mdf");
mGlowMaterials[7] = mdfFactory.LoadMaterial("art/meshes/wg_law.mdf");
mGlowMaterials[8] = mdfFactory.LoadMaterial("art/meshes/wg_shock.mdf");
mGlowMaterials[9] = mdfFactory.LoadMaterial("art/meshes/wg_unholy.mdf");
}
public AASSystem(IFileSystem fs, MdfMaterialFactory materials, AasRenderer renderer)
{
var meshIndex = fs.ReadMesFile("art/meshes/meshes.mes");
_materials = materials;
Renderer = renderer;
_modelFactory = new AnimatedModelFactory(
fs,
meshIndex,
ResolveMaterial
);
}
public FrogGrappleController(RenderingDevice device,
MdfMaterialFactory mdfFactory)
{
mDevice = device;
mBufferBinding = device.CreateMdfBufferBinding();
mTongueMaterial = mdfFactory.LoadMaterial("art/meshes/Monsters/GiantFrog/tongue.mdf");
mVertexBuffer = device.CreateEmptyVertexBuffer(TongueVertex.Size * VertexCount, debugName: "FrogTongue");
CreateIndexBuffer();
mBufferBinding.AddBuffer(mVertexBuffer, 0, TongueVertex.Size)
.AddElement(VertexElementType.Float4, VertexElementSemantic.Position)
.AddElement(VertexElementType.Float4, VertexElementSemantic.Normal)
.AddElement(VertexElementType.Float2, VertexElementSemantic.TexCoord);
}
protected LineSegmentRenderer(RenderingDevice device, MdfMaterialFactory materialFactory, PerlinNoise noise,
int maxLineSegments, string debugName)
{
_noise = noise;
Vertices = new Vertex[maxLineSegments * 2];
Jitter = new float[maxLineSegments];
_device = device;
_material = materialFactory.LoadMaterial("art/meshes/lightning.mdf",
material => material.perVertexColor = true);
_indexBuffer = CreateIndexBuffer(_device, maxLineSegments, debugName);
_capIndexBuffer = CreateIndexBuffer2(_device, debugName);
_vertexBuffer =
_device.CreateEmptyVertexBuffer(Vertex.Size * Vertices.Length, debugName: debugName);
_bufferBinding = _device.CreateMdfBufferBinding(true).Ref();
_bufferBinding.Resource.AddBuffer <Vertex>(_vertexBuffer.Resource, 0)
.AddElement(VertexElementType.Float3, VertexElementSemantic.Position)
.AddElement(VertexElementType.Float3, VertexElementSemantic.Normal)
.AddElement(VertexElementType.Color, VertexElementSemantic.Color)
.AddElement(VertexElementType.Float2, VertexElementSemantic.TexCoord);
}
public ChainLightningRenderer(RenderingDevice device, MdfMaterialFactory materialFactory, PerlinNoise noise)
: base(device, materialFactory, noise, MaxLineSegments, "LightningBolt")
{
// The line's "surface" will always be facing up
InitVertices(Vector3.UnitY);
}
public static void Startup(GameConfig config, TigSettings tigSettings = null)
{
tigSettings ??= new TigSettings();
Logger.Info("Initializing TIG");
FS = CreateFileSystem(config.InstallationFolder, tigSettings.DataFolder);
DynamicScripting = TryLoadDynamicScripting();
if (tigSettings.OffScreen)
{
MainWindow = new HeadlessMainWindow();
}
else
{
MainWindow = new MainWindow(config.Window, FS);
}
var configRendering = config.Rendering;
RenderingDevice = new RenderingDevice(
FS,
MainWindow,
configRendering.AdapterIndex,
configRendering.DebugDevice);
if (config.EnableDebugUI)
{
DebugUI = new DebugUiSystem(MainWindow, RenderingDevice);
}
else
{
DebugUI = new NoOpDebugUI();
}
MdfFactory = new MdfMaterialFactory(FS, RenderingDevice);
ShapeRenderer2d = new ShapeRenderer2d(RenderingDevice);
ShapeRenderer3d = new ShapeRenderer3d(RenderingDevice);
TextLayouter = new TextLayouter(RenderingDevice, ShapeRenderer2d);
// TODO mStartedSystems.emplace_back(StartSystem("idxtable.c", 0x101EC400, 0x101ECAD0));
// TODO mStartedSystems.emplace_back(StartSystem("trect.c", TigStartupNoop, 0x101E4E40));
// TODO mStartedSystems.emplace_back(StartSystem("color.c", 0x101ECB20, 0x101ED070));
// TODO mLegacyVideoSystem = std::make_unique<LegacyVideoSystem>(*mMainWindow, *mRenderingDevice);
// mStartedSystems.emplace_back(StartSystem("video.c", 0x101DC6E0, 0x101D8540));
// TODO mStartedSystems.emplace_back(StartSystem("shader", 0x101E3350, 0x101E2090));
// TODO mStartedSystems.emplace_back(StartSystem("palette.c", 0x101EBE30, 0x101EBEB0));
// TODO mStartedSystems.emplace_back(StartSystem("window.c", 0x101DED20, 0x101DF320));
// TODO mStartedSystems.emplace_back(StartSystem("timer.c", 0x101E34E0, 0x101E34F0));
// mStartedSystems.emplace_back(StartSystem("dxinput.c", 0x101FF910, 0x101FF950));
// mStartedSystems.emplace_back(StartSystem("keyboard.c", 0x101DE430, 0x101DE2D0));
Keyboard = new TigKeyboard();
// mStartedSystems.emplace_back(StartSystem("texture.c", 0x101EDF60, 0x101EE0A0));
Mouse = new TigMouse();
// TODO mStartedSystems.emplace_back(StartSystem("mouse.c", 0x101DDF50, 0x101DDE30));
// TODO mStartedSystems.emplace_back(StartSystem("message.c", 0x101DE460, 0x101DE4E0));
MessageQueue = new MessageQueue();
SystemEventPump = new SystemEventPump();
// startedSystems.emplace_back(StartSystem("gfx.c", TigStartupNoop, TigShutdownNoop));
// TODO mStartedSystems.emplace_back(StartSystem("strparse.c", 0x101EBF00, TigShutdownNoop));
// TODO mStartedSystems.emplace_back(StartSystem("filecache.c", TigStartupNoop, TigShutdownNoop));
Sound = new TigSound(
soundId => GameSystems.SoundGame.FindSoundFilename(soundId),
tigSettings.DisableSound
);
// TODO mSoundSystem = std::make_unique<temple::SoundSystem>();
// TODO mMovieSystem = std::make_unique<temple::MovieSystem>(*mSoundSystem);
// mStartedSystems.emplace_back(StartSystem("movie.c", 0x101F1090, TigShutdownNoop));
// NOTE: WFT -> UiManager
// TODO mStartedSystems.emplace_back(StartSystem("wft.c", 0x101F98A0, 0x101F9770));
// TODO mStartedSystems.emplace_back(StartSystem("font.c", 0x101EAEC0, 0x101EA140));
Fonts = new TigFonts();
Fonts.LoadAllFrom("art/arial-10");
Fonts.PushFont("arial-10", 10);
// TODO mConsole = std::make_unique<Console>();
// mStartedSystems.emplace_back(StartSystem("console.c", 0x101E0290, 0x101DFBC0));
Console = new TigConsole(DynamicScripting);
// TODO mStartedSystems.emplace_back(StartSystem("loadscreen.c", 0x101E8260, TigShutdownNoop));
// TODO *tigInternal.consoleDisabled = false; // tig init disables console by default
}
public LightningBoltRenderer(RenderingDevice device, MdfMaterialFactory materialFactory, PerlinNoise noise)
: base(device, materialFactory, noise, MaxLineSegments, "LightningBolt")
{
InitVertices(Vector3.UnitY);
}
public CallLightningRenderer(RenderingDevice device, MdfMaterialFactory materialFactory, PerlinNoise noise)
: base(device, materialFactory, noise, LineSegments, "CallLightning")
{
// This is the normal that vanilla used. Since lightning is not lit, the normal doesn't really matter
InitVertices(new Vector3(MathF.Sqrt(0.5f), 0, MathF.Sqrt(0.5f)));
}
