public StensilTest_TriangleColoredVertexRenderTechnique()
{
layconst = new VertexLayoutConstructor(Vertex.Size)
.AddPositionElementAsVector3()
.AddNormalElementAsVector3();
var d = new CombinedShadersLoader(new ManifestResourceLoader(typeof(TriangleColoredVertexRenderTechnique <>)));
pass = new D3DShaderTechniquePass(d.Load(path, "CV_"));
flatShadingPass = new D3DShaderTechniquePass(d.Load(gs_flat_shading, "FCV_"));
wireframePass = new D3DShaderTechniquePass(d.Load(wireframe, "WCV_"));
//debug1 = new ShaderDebugMode(new DirectoryInfo(@"D:\Storage_D\trash\archive\shaders\"), pass);
//debug1.Activate();
//debug2 = new ShaderDebugMode(new DirectoryInfo(@"D:\Storage_D\trash\archive\shaders\"), flatShadingPass);
//debug2.Activate();
depthStencilStateDesc = D3DDepthStencilDefinition.DepthEnabled;
blendStateDesc = D3DBlendStateDescriptions.BlendStateEnabled;
// blendStateDesc.AlphaToCoverageEnable = true;
vertexShader = new DisposableSetter <VertexShader>(disposer);
pixelShader = new DisposableSetter <PixelShader>(disposer);
flatShadingGS = new DisposableSetter <GeometryShader>(disposer);
inputLayout = new DisposableSetter <InputLayout>(disposer);
wireframePS = new DisposableSetter <PixelShader>(disposer);
wireframeGS = new DisposableSetter <GeometryShader>(disposer);
}
public SpherePointRenderTechnique()
{
layconst = new VertexLayoutConstructor(Vertex.Size)
.AddPositionElementAsVector4()
.AddColorElementAsVector4();
var d = new CombinedShadersLoader(new ManifestResourceLoader(typeof(SpherePointRenderTechnique <>)));
pass = new D3DShaderTechniquePass(d.Load(path, "SpP_"));
vertexShader = new DisposableSetter <VertexShader>(disposer);
pixelShader = new DisposableSetter <PixelShader>(disposer);
geometryShader = new DisposableSetter <GeometryShader>(disposer);
depthStencilState = new DisposableSetter <DepthStencilState>(disposer);
inputLayout = new DisposableSetter <InputLayout>(disposer);
rasterizerStateDescription = new RasterizerStateDescription2()
{
CullMode = CullMode.None,
FillMode = FillMode.Solid,
IsMultisampleEnabled = false,
IsFrontCounterClockwise = false,
IsScissorEnabled = false,
IsAntialiasedLineEnabled = false,
DepthBias = 0,
DepthBiasClamp = .0f,
SlopeScaledDepthBias = .0f
};
}
public OneFrameFlatWhiteRenderTechnique()
{
var d = new CombinedShadersLoader(new ManifestResourceLoader(typeof(OneFrameFlatWhiteRenderTechnique <>)));
pass = new D3DShaderTechniquePass(d.Load(path, "BW_"));
layconst = new VertexLayoutConstructor(Vertex.Size)
.AddPositionElementAsVector3();
vertexShader = new DisposableSetter <VertexShader>(disposer);
pixelShader = new DisposableSetter <PixelShader>(disposer);
inputLayout = new DisposableSetter <InputLayout>(disposer);
rasterizerStateDescription = new RasterizerStateDescription2()
{
CullMode = CullMode.Front,
FillMode = FillMode.Solid,
IsMultisampleEnabled = false,
IsFrontCounterClockwise = false,
IsScissorEnabled = false,
IsAntialiasedLineEnabled = false,
DepthBias = 0,
DepthBiasClamp = .0f,
SlopeScaledDepthBias = .0f
};
}
static SkyGradientColoringRenderTechnique()
{
layconst = new VertexLayoutConstructor()
.AddPositionElementAsVector3();
var d = new CombinedShadersLoader(typeof(SkyGradientColoringRenderTechnique));
pass = new D3DShaderTechniquePass(d.Load(path, "SKY_"));
}
static TerrainClipmapsRenderTechnique()
{
layconst = new VertexLayoutConstructor()
.AddTexCoorElementAsVector2();
var d = new CombinedShadersLoader(typeof(TerrainClipmapsRenderTechnique));
pass = new D3DShaderTechniquePass(d.Load(path, "TRR_"));
}
static SkyPlaneWithParallaxRenderTechnique()
{
layconst = new VertexLayoutConstructor()
.AddPositionElementAsVector3()
.AddTexCoorElementAsVector2();
var d = new CombinedShadersLoader(typeof(SkyPlaneWithParallaxRenderTechnique));
pass = new D3DShaderTechniquePass(d.Load(path, "SKYPL_"));
}
static CameraViewsRenderTechnique()
{
layconst = new VertexLayoutConstructor(Vertex.Size)
.AddPositionElementAsVector3()
.AddNormalElementAsVector3()
.AddColorElementAsVector4();
var d = new CombinedShadersLoader(new ECS.Common.ManifestResourceLoader(typeof(CameraViewsRenderTechnique <>)));
pass = new D3DShaderTechniquePass(d.Load(path, "CameraViews_"));
}
static SphereByPoint()
{
layconst = new VertexLayoutConstructor()
.AddPositionElementAsVector3()
.AddColorElementAsVector4();
pass = new D3DShaderTechniquePass(new IShaderInfo[] {
new ShaderInMemoryInfo("SPH_VertexShader", vertexShaderText, null, ShaderStages.Vertex.ToString(), "main"),
new ShaderInMemoryInfo("SPH_GeometryShader", geometryShaderText, null, ShaderStages.Geometry.ToString(), "main"),
new ShaderInMemoryInfo("SPH_FragmentShader", pixelShaderNoLogicText, null, ShaderStages.Fragment.ToString(), "main"),
});
}
public LineVertexRenderTechnique()
{
layconst = new VertexLayoutConstructor(Vertex.Size)
.AddPositionElementAsVector4()
.AddColorElementAsVector4();
var d = new CombinedShadersLoader(new ManifestResourceLoader(typeof(LineVertexRenderTechnique <>)));
pass = new D3DShaderTechniquePass(d.Load(path, "L_"));
vertexShader = new DisposableSetter <VertexShader>(disposer);
pixelShader = new DisposableSetter <PixelShader>(disposer);
inputLayout = new DisposableSetter <InputLayout>(disposer);
}
static AminRenderTechniqueSystem()
{
layconst = new VertexLayoutConstructor()
.AddSVPositionElementAsVector4()
.AddNormalElementAsVector3()
.AddColorElementAsVector4()
.AddTexCoorElementAsVector2()
.AddBlendIndicesElementAsUInt4()
.AddBlendWeightElementAsVector4();
var d = new CombinedShadersLoader(typeof(AminRenderTechniqueSystem));
pass = new D3DShaderTechniquePass(d.Load(path, "ANIM_"));
}
protected void DefaultUpdateInputOutput(GraphicsDevice graphics, D3DRenderComponent render,
VertexLayoutConstructor layconst, DisposableSetter <InputLayout> inputLayout, RenderableComponent renderable)
{
var context = graphics.ImmediateContext;
context.InputAssembler.SetVertexBuffers(0, new VertexBufferBinding(render.VertexBuffer.Get(),
layconst.VertexSize, 0));
context.InputAssembler.SetIndexBuffer(render.IndexBuffer.Get(), SharpDX.DXGI.Format.R32_UInt, 0);
context.InputAssembler.InputLayout = inputLayout.Get();
context.InputAssembler.PrimitiveTopology = renderable.PrimitiveTopology;
context.OutputMerger.SetDepthStencilState(render.DepthStencilState.Get(), 0);
context.OutputMerger.SetBlendState(render.BlendingState.Get(),
new SharpDX.Mathematics.Interop.RawColor4(0, 0, 0, 0), -1);
}
static TerrainRenderTechnique()
{
layconst = new VertexLayoutConstructor()
.AddPositionElementAsVector3()
.AddNormalElementAsVector3()
.AddTexCoorElementAsVector2()
.AddTexCoorElementAsVector2()
.AddTangentElementAsVector3()
.AddBinormalElementAsVector3()
.AddColorElementAsVector4()
.AddTexCoorElementAsVector4();
var d = new CombinedShadersLoader(typeof(TerrainRenderTechnique));
pass = new D3DShaderTechniquePass(d.Load(path, "TRR_"));
}
public BillboardRenderTechnique()
{
layconst = new VertexLayoutConstructor(Vertex.Size)
.AddPositionElementAsVector4()
.AddColorElementAsVector3()
;
var d = new CombinedShadersLoader(new ManifestResourceLoader(this.GetType()));
VS_FS = new D3DShaderTechniquePass(d.Load(path_VS_FS, "BILL_"));
GS_ScreenFixed = new D3DShaderTechniquePass(d.Load(path_GS_ScreenFixed, "BILL_"));
GS_SizeFixed = new D3DShaderTechniquePass(d.Load(path_GS_SizeFixed, "BILL_"));
vertexShader = new DisposableSetter <VertexShader>(disposer);
pixelShader = new DisposableSetter <PixelShader>(disposer);
gsScreenFixed = new DisposableSetter <GeometryShader>(disposer);
inputLayout = new DisposableSetter <InputLayout>(disposer);
gsSizeFixed = new DisposableSetter <GeometryShader>(disposer);
}
// ShaderDebugMode debug;
public TriangleTexturedVertexRenderTechnique()
{
layconst = new VertexLayoutConstructor(Vertex.Size)
.AddPositionElementAsVector3()
.AddNormalElementAsVector3()
.AddTexCoorElementAsVector2();
var d = new CombinedShadersLoader(new ManifestResourceLoader(typeof(TriangleTexturedVertexRenderTechnique <>)));
pass = new D3DShaderTechniquePass(d.Load(path, "TV_"));
flatShadingPass = new D3DShaderTechniquePass(d.Load(gs_flat_shading, "TV_"));
//debug = new ShaderDebugMode(new DirectoryInfo(@"D:\"), pass);
//debug.Activate();
depthStencilStateDesc = D3DDepthStencilDefinition.DepthEnabled;
blendStateDesc = D3DBlendStateDescriptions.BlendStateEnabled;
vertexShader = new DisposableSetter <VertexShader>(disposer);
pixelShader = new DisposableSetter <PixelShader>(disposer);
inputLayout = new DisposableSetter <InputLayout>(disposer);
flatShadingGS = new DisposableSetter <GeometryShader>(disposer);
}
public OITTriangleColoredVertexRenderTechnique()
{
layconst = new VertexLayoutConstructor(Vertex.Size)
.AddPositionElementAsVector3()
.AddNormalElementAsVector3()
.AddColorElementAsVector4();
var d = new CombinedShadersLoader(new ManifestResourceLoader(typeof(OITTriangleColoredVertexRenderTechnique <>)));
pass = new D3DShaderTechniquePass(d.Load(oit, "OIT_"));
quardPass = new D3DShaderTechniquePass(d.Load(quard, "QOIT_"));
depthStencilStateDesc = D3DDepthStencilDefinition.DepthEnabled.Description;
blendStateDesc = D3DBlendStateDescriptions.BlendStateEnabled;
vertexShader = new DisposableSetter <VertexShader>(disposer);
pixelShader = new DisposableSetter <PixelShader>(disposer);
inputLayout = new DisposableSetter <InputLayout>(disposer);
vertexShaderQuard = new DisposableSetter <VertexShader>(disposer);
pixelShaderQuard = new DisposableSetter <PixelShader>(disposer);
colorTargetTex2D = new DisposableSetter <Texture2D>(disposer);
alphaTargetTex2D = new DisposableSetter <Texture2D>(disposer);
colorTargetNoMSAATexture2D = new DisposableSetter <Texture2D>(disposer);
alphaTargetNoMSAATexture2D = new DisposableSetter <Texture2D>(disposer);
colorTargetNoMSAA = new DisposableSetter <ShaderResourceView>(disposer);
alphaTargetNoMSAA = new DisposableSetter <ShaderResourceView>(disposer);
colorTargetView = new DisposableSetter <RenderTargetView>(disposer);
alphaTargetView = new DisposableSetter <RenderTargetView>(disposer);
quardTargetView = new DisposableSetter <RenderTargetView>(disposer);
targetSampler = new DisposableSetter <SamplerState>(disposer);
}
