public HLSLSprites2(Device device, bool withAlphaClip, string shaderFilePath)
: base(device, shaderFilePath, VertexSprite2.VertexDeclaration, null)
{
if (!withAlphaClip)
{
_shadersEntryPoint.PixelShader_EntryPoint = "SpritePSNoClip";
}
//Create Constant Buffers interfaces ==================================================
CBPerDraw = ToDispose(new CBuffer <CBPerDraw_Struct>(device, "PerDraw"));
CBuffers.Add(CBPerDraw);
CBTextureTransform = ToDispose(new CBuffer <CBTextureTransform_Struct>(device, "TextureTransform"));
CBuffers.Add(CBTextureTransform);
//Create the resource interfaces ==================================================
SpriteTexture = new ShaderResource("SpriteTexture");
ShaderResources.Add(SpriteTexture);
//Create the Sampler interface ==================================================
SpriteSampler = new ShaderSampler("SpriteSampler");
ShaderSamplers.Add(SpriteSampler);
//Load the shaders
base.LoadShaders(_shadersEntryPoint);
}
public HLSLStaticEntitySprite(Device device, string shaderPath, VertexDeclaration VertexDeclaration, iCBuffer CBPerFrame = null, EntryPoints shadersEntryPoint = null)
: base(device, shaderPath, VertexDeclaration, new UtopiaIncludeHandler())
{
//Create Constant Buffers interfaces ==================================================
CBPerFrameLocal = ToDispose(new CBuffer <CBPerFrame_Struct>(device, "PerFrameLocal"));
CBuffers.Add(CBPerFrameLocal);
if (CBPerFrame != null)
{
CBuffers.Add(CBPerFrame.Clone());
}
//Create the resource interfaces ==================================================
DiffuseTexture = new ShaderResource("DiffuseTexture");
ShaderResources.Add(DiffuseTexture);
BiomesColors = new ShaderResource("BiomesColors");
ShaderResources.Add(BiomesColors);
//Create the Sampler interface ==================================================
SamplerDiffuse = new ShaderSampler("SamplerDiffuse");
ShaderSamplers.Add(SamplerDiffuse);
//Load the shaders
base.LoadShaders(shadersEntryPoint == null ? _shadersEntryPoint : shadersEntryPoint);
}
public HLSLTerran(Device device, string shaderPath, VertexDeclaration VertexDeclaration, iCBuffer CBPerFrame = null, EntryPoints shadersEntryPoint = null)
: base(device, shaderPath, VertexDeclaration, new UtopiaIncludeHandler())
{
//Create Contstant Buffers interfaces ==================================================
CBPerDraw = ToDispose(new CBuffer <CBPerDraw_Struct>(device, "PerDraw"));
CBuffers.Add(CBPerDraw);
if (CBPerFrame != null)
{
CBuffers.Add(CBPerFrame.Clone());
}
//Create the resource interfaces ==================================================
TerraTexture = new ShaderResource("TerraTexture");
ShaderResources.Add(TerraTexture);
SkyBackBuffer = new ShaderResource("SkyBackBuffer");
ShaderResources.Add(SkyBackBuffer);
BiomesColors = new ShaderResource("BiomesColors");
ShaderResources.Add(BiomesColors);
ShadowMap = new ShaderResource("ShadowMap");
ShaderResources.Add(ShadowMap);
//Create the Sampler interface ==================================================
SamplerDiffuse = new ShaderSampler("SamplerDiffuse");
ShaderSamplers.Add(SamplerDiffuse);
SamplerBackBuffer = new ShaderSampler("SamplerBackBuffer");
ShaderSamplers.Add(SamplerBackBuffer);
//Load the shaders
base.LoadShaders(shadersEntryPoint == null ? _shadersEntryPoint : shadersEntryPoint);
}
public HLSLCubeColorParticule(Device device, string shaderPath, VertexDeclaration VertexDeclaration, iCBuffer CBPerFrame, Include includeHandler, EntryPoints shadersEntryPoint = null)
: base(device, shaderPath, VertexDeclaration, includeHandler)
{
//Create Constant Buffers interfaces ==================================================
CBuffers.Add(CBPerFrame.Clone());
//Load the shaders
base.LoadShaders(shadersEntryPoint == null ? _shadersEntryPoint : shadersEntryPoint);
}
public HLSLVoxelModelInstancedShadow(Device device, string shaderPath, VertexDeclaration VertexDeclaration, EntryPoints shadersEntryPoint = null)
: base(device, shaderPath, VertexDeclaration, null)
{
//Create Constant Buffers interfaces ==================================================
CBPerDraw = ToDispose(new CBuffer <CBPerDraw_Struct>(device, "PerDrawShadow"));
CBuffers.Add(CBPerDraw);
//Load the shaders
base.LoadShaders(shadersEntryPoint == null ? _shadersEntryPoint : shadersEntryPoint);
}
public HLSLColumnChart(Device device)
: base(device, @"Effects\Debug\ColumnChart.hlsl", VertexColumnChart.VertexDeclaration, null)
{
//Create Constant Buffers interfaces ==================================================
CBPerDraw = ToDispose(new CBuffer <CBPerBatch_Struct>(device, "CBPerDraw"));
CBuffers.Add(CBPerDraw);
//Load the shaders
base.LoadShaders(_shadersEntryPoint);
}
public HLSLTerranShadow(Device device, string shaderPath, VertexDeclaration VertexDeclaration, iCBuffer CBPerFrame = null, EntryPoints shadersEntryPoint = null)
: base(device, shaderPath, VertexDeclaration, new UtopiaIncludeHandler())
{
//Create Contstant Buffers interfaces ==================================================
CBPerDraw = ToDispose(new CBuffer <CBPerDraw_Struct>(device, "PerDrawShadow"));
CBuffers.Add(CBPerDraw);
//Load the shaders
base.LoadShaders(shadersEntryPoint == null ? _shadersEntryPoint : shadersEntryPoint);
}
public HLSLColorLine(Device engine, string shaderPath, VertexDeclaration VertexDeclaration, EntryPoints shadersEntryPoint = null)
: base(engine, shaderPath, VertexDeclaration, null)
{
//Create Constant Buffers interfaces ==================================================
CBPerDraw = new CBuffer <CBPerDrawStructure>(engine, "PerDraw");
CBuffers.Add(CBPerDraw);
//Load the shaders
base.LoadShaders(shadersEntryPoint == null ? _shadersEntryPoint : shadersEntryPoint);
}
public HLSLScreenSpaceRect(Device device)
: base(device, @"Effects\Basics\ScreenSpaceRect.hlsl", VertexPosition2.VertexDeclaration, null)
{
//Create Constant Buffers interfaces
CBPerDraw = ToDispose(new CBuffer <CBPerDraw_Struct>(device, "PerDraw"));
CBuffers.Add(CBPerDraw);
//Load the shaders only after the CBuffer have been defined
base.LoadShaders(_shadersEntryPoint);
}
public HLSLPointSpriteColor3DBillBoard(Device device, string shaderPath, VertexDeclaration VertexDeclaration, iCBuffer CBPerFrame, Include includeHandler, EntryPoints shadersEntryPoint = null)
: base(device, shaderPath, VertexDeclaration, includeHandler)
{
//Create Constant Buffers interfaces ==================================================
CBuffers.Add(CBPerFrame.Clone());
PerFrame = ToDispose(new CBuffer <CBPerFrame_Struct>(device, "PerFrame"));
CBuffers.Add(PerFrame);
//Load the shaders
base.LoadShaders(shadersEntryPoint == null ? _shadersEntryPoint : shadersEntryPoint);
}
public HLSLLTree(Device device, string shaderPath, VertexDeclaration VertexDeclaration)
: base(device, shaderPath, VertexDeclaration, null)
{
//Create Constant Buffers interfaces
CBPerDraw = ToDispose(new CBuffer <CBPerDraw_Struct>(device, "PerDraw"));
CBuffers.Add(CBPerDraw);
CBPerFrame = ToDispose(new CBuffer <CBPerFrame_Struct>(device, "PerFrame"));
CBuffers.Add(CBPerFrame);
//Load the shaders
base.LoadShaders(_shadersEntryPoint);
}
public HLSLStars(Device device, string shaderPath, VertexDeclaration VertexDeclaration, EntryPoints shadersEntryPoint = null)
: base(device, shaderPath, VertexDeclaration, null)
{
//Create Constant Buffers interfaces ==================================================
CBPerDraw = ToDispose(new CBuffer <CBPerDraw_Struct>(device, "PerDraw"));
CBuffers.Add(CBPerDraw);
//Create the resource interfaces ==================================================
//Create the Sampler interface ==================================================
//Load the shaders
base.LoadShaders(shadersEntryPoint == null ? _shadersEntryPoint : shadersEntryPoint);
}
public NoiseShader(Device device, iCBuffer PerFrameShared)
: base(device, @"Visualisator3D\CustomShaders\NoiseShader.hlsl", VertexPosition4Color.VertexDeclaration, PerFrameShared)
{
//Create Constant Buffers interfaces ==================================================
CBPerDraw = ToDispose(new CBuffer <CBPerDraw_Struct>(device, "PerDraw"));
CBuffers.Add(CBPerDraw);
//Create the resource interfaces (Textures, ...) ==================================================
//Create the Sampler interface (Texture samplers, ...) ==================================================
//Load the shaders only after the CBuffer have been defined
base.LoadShaders(_shadersEntryPoint);
}
public HLSLVoxelModel(Device device, string shaderPath, VertexDeclaration VertexDeclaration, EntryPoints shadersEntryPoint = null)
: base(device, shaderPath, VertexDeclaration, null)
{
//Create Constant Buffers interfaces ==================================================
CBPerFrame = ToDispose(new CBuffer <CBPerFrameStructure>(device, "VoxelModelPerFrame"));
CBuffers.Add(CBPerFrame);
CBPerModel = ToDispose(new CBuffer <CBPerModelStructure>(device, "VoxelModel", true));
CBuffers.Add(CBPerModel);
CBPerPart = ToDispose(new CBuffer <CBPerPartStructure>(device, "VoxelModelPerPart"));
CBuffers.Add(CBPerPart);
//Load the shaders
base.LoadShaders(shadersEntryPoint == null ? _shadersEntryPoint : shadersEntryPoint);
}
public HLSLUtopiaPointSprite3DText(Device device, string shaderPath, VertexDeclaration VertexDeclaration, iCBuffer CBPerFrame, Include includeHandler, EntryPoints shadersEntryPoint = null)
: base(device, shaderPath, VertexDeclaration, includeHandler)
{
//Create Constant Buffers interfaces ==================================================
CBuffers.Add(CBPerFrame.Clone());
//Create the resource interfaces ==================================================
DiffuseTexture = new ShaderResource("DiffuseTexture");
ShaderResources.Add(DiffuseTexture);
//Create the Sampler interface ==================================================
SamplerDiffuse = new ShaderSampler("SamplerDiffuse");
ShaderSamplers.Add(SamplerDiffuse);
//Load the shaders
base.LoadShaders(shadersEntryPoint == null ? _shadersEntryPoint : shadersEntryPoint);
}
public HLSLClouds(Device device, string effectPath, VertexDeclaration vertexDeclaration, params iCBuffer[] externalCBuffers)
: base(device, effectPath, vertexDeclaration, new UtopiaIncludeHandler(), externalCBuffers)
{
//Create Constant Buffers interfaces
CBPerDraw = ToDispose(new CBuffer <CBPerDrawStruct>(device, "PerDraw"));
CBuffers.Add(CBPerDraw);
//Create the resource interfaces ==================================================
SamplerBackBuffer = new ShaderSampler("SamplerBackBuffer");
ShaderSamplers.Add(SamplerBackBuffer);
SolidBackBuffer = new ShaderResource("SkyBackBuffer");
ShaderResources.Add(SolidBackBuffer);
//Load the shaders only after the CBuffer have been defined
base.LoadShaders(_shadersEntryPoint);
}
public HLSLGhost(Device device, string shaderPath, VertexDeclaration VertexDeclaration, EntryPoints shadersEntryPoint = null)
: base(device, shaderPath, VertexDeclaration, new UtopiaIncludeHandler())
{
//Create Contstant Buffers interfaces ==================================================
CBPerDraw = ToDispose(new CBuffer <CBPerDrawStructure>(device, "PerDraw"));
CBuffers.Add(CBPerDraw);
//Create the resource interfaces ==================================================
PostEffectBackBuffer = new ShaderResource("PostEffectBackBuffer");
ShaderResources.Add(PostEffectBackBuffer);
//Create the Sampler interface ==================================================
SamplerPostEffectBackBuffer = new ShaderSampler("SamplerPostEffectBackBuffer");
ShaderSamplers.Add(SamplerPostEffectBackBuffer);
//Load the shaders
base.LoadShaders(shadersEntryPoint == null ? _shadersEntryPoint : shadersEntryPoint);
}
public HLSLSprites(Device device, string FileName)
: base(device, @"Effects\Sprites\" + FileName, VertexSprite2.VertexDeclaration, null)
{
//Create Constant Buffers interfaces ==================================================
CBPerDraw = ToDispose(new CBuffer <CBPerDraw_Struct>(device, "PerDraw"));
CBuffers.Add(CBPerDraw);
//Create the resource interfaces ==================================================
SpriteTexture = new ShaderResource("SpriteTexture");
ShaderResources.Add(SpriteTexture);
//Create the Sampler interface ==================================================
SpriteSampler = new ShaderSampler("SpriteSampler");
ShaderSamplers.Add(SpriteSampler);
//Load the shaders
base.LoadShaders(_shadersEntryPoint);
}
public HLSLCubeTool(Device device, string shaderPath, VertexDeclaration VertexDeclaration, EntryPoints shadersEntryPoint = null)
: base(device, shaderPath, VertexDeclaration, null)
{
//Create Constant Buffers interfaces ==================================================
CBPerDraw = ToDispose(new CBuffer <CBPerDraw_Struct>(device, "PerDraw"));
CBuffers.Add(CBPerDraw);
//Create the resource interfaces ==================================================
DiffuseTexture = new ShaderResource("DiffuseTexture");
ShaderResources.Add(DiffuseTexture);
//Create the Sampler interface ==================================================
SamplerDiffuse = new ShaderSampler("SamplerDiffuse");
ShaderSamplers.Add(SamplerDiffuse);
//Load the shaders
base.LoadShaders(shadersEntryPoint == null ? _shadersEntryPoint : shadersEntryPoint);
}
public HLSLColorOverlay(Device device, string shaderFilePath)
: base(device, shaderFilePath, VertexPosition2Texture.VertexDeclaration, null)
{
//Create Constant Buffers interfaces
CBPerDraw = ToDispose(new CBuffer <CBPerDraw_Struct>(device, "PerDraw"));
CBuffers.Add(CBPerDraw);
//Create the resource interfaces ==================================================
SpriteTexture = new ShaderResource("SpriteTexture");
ShaderResources.Add(SpriteTexture);
//Create the Sampler interface ==================================================
SpriteSampler = new ShaderSampler("SpriteSampler");
ShaderSamplers.Add(SpriteSampler);
//Load the shaders
LoadShaders(_shadersEntryPoint);
}
public HLSLVoxelModelInstanced(Device device, string shaderPath, VertexDeclaration VertexDeclaration, EntryPoints shadersEntryPoint = null)
: base(device, shaderPath, VertexDeclaration, null)
{
//Create Constant Buffers interfaces ==================================================
CBPerFrame = ToDispose(new CBuffer <CBPerFrameStructure>(device, "VoxelModelPerFrame"));
CBuffers.Add(CBPerFrame);
CBPerModel = ToDispose(new CBuffer <CBPerModelStructure>(device, "VoxelModel", true));
CBuffers.Add(CBPerModel);
ShadowMap = new ShaderResource("ShadowMap");
ShaderResources.Add(ShadowMap);
SamplerBackBuffer = new ShaderSampler("SamplerBackBuffer");
ShaderSamplers.Add(SamplerBackBuffer);
//Load the shaders
base.LoadShaders(shadersEntryPoint == null ? _shadersEntryPoint : shadersEntryPoint);
}
public HLSLVertexPositionColorTexture(Device device)
: base(device, @"Effects\Basics\VertexPositionColorTexture.hlsl", VertexPositionColorTexture.VertexDeclaration, null)
{
//Create Constant Buffers interfaces ==================================================
CBPerDraw = ToDispose(new CBuffer <CBPerDraw_Struct>(device, "PerDraw"));
CBuffers.Add(CBPerDraw);
CBPerFrame = ToDispose(new CBuffer <CBPerFrame_Struct>(device, "PerFrame"));
CBuffers.Add(CBPerFrame);
//Create the resource interfaces ==================================================
DiffuseTexture = new ShaderResource("DiffuseTexture");
ShaderResources.Add(DiffuseTexture);
//Create the Sampler interface ==================================================
SamplerDiffuse = new ShaderSampler("SamplerDiffuse");
ShaderSamplers.Add(SamplerDiffuse);
//Load the shaders
base.LoadShaders(_shadersEntryPoint);
}
public HLSLBlur(Device device, BlurPass pass, string effectFilePath)
: base(device, effectFilePath, VertexPosition2Texture.VertexDeclaration, null)
{
//Create Constant Buffers interfaces
CBPerDraw = ToDispose(new CBuffer <CBPerDraw_Struct>(device, "PerDraw"));
CBuffers.Add(CBPerDraw);
//Create the resource interfaces ==================================================
SpriteTexture = new ShaderResource("SpriteTexture");
ShaderResources.Add(SpriteTexture);
//Create the Sampler interface ==================================================
SpriteSampler = new ShaderSampler("SpriteSampler");
ShaderSamplers.Add(SpriteSampler);
//Load the shaders
switch (pass)
{
case BlurPass.Horizontal:
_shadersEntryPoint = new EntryPoints()
{
VertexShader_EntryPoint = "VS",
PixelShader_EntryPoint = "PS_BlurHorizontal"
};
break;
case BlurPass.Vertical:
_shadersEntryPoint = new EntryPoints()
{
VertexShader_EntryPoint = "VS",
PixelShader_EntryPoint = "PS_BlurVertical"
};
break;
}
base.LoadShaders(_shadersEntryPoint);
}
