public void SetStream(MaterialShaderStage stage, string stream, IComputeNode computeNode, ObjectParameterKey<Texture> defaultTexturingKey, ParameterKey defaultValueKey, Color? defaultTextureValue)
{
if (defaultValueKey == null) throw new ArgumentNullException(nameof(defaultValueKey));
if (computeNode == null)
{
return;
}
var streamType = MaterialStreamType.Float;
if (defaultValueKey.PropertyType == typeof(Vector4) || defaultValueKey.PropertyType == typeof(Color4))
{
streamType = MaterialStreamType.Float4;
}
else if (defaultValueKey.PropertyType == typeof(Vector3) || defaultValueKey.PropertyType == typeof(Color3))
{
streamType = MaterialStreamType.Float3;
}
else if (defaultValueKey.PropertyType == typeof(Vector2) || defaultValueKey.PropertyType == typeof(Half2))
{
streamType = MaterialStreamType.Float2;
}
else if (defaultValueKey.PropertyType == typeof(float))
{
streamType = MaterialStreamType.Float;
}
else
{
throw new NotSupportedException("ParameterKey type [{0}] is not supported by SetStream".ToFormat(defaultValueKey.PropertyType));
}
var classSource = computeNode.GenerateShaderSource(Context, new MaterialComputeColorKeys(defaultTexturingKey, defaultValueKey, defaultTextureValue));
SetStream(stage, stream, streamType, classSource);
}
public MaterialComputeColorKeys(ObjectParameterKey<Texture> textureBaseKey, ParameterKey valueBaseKey, Color? defaultTextureValue = null, bool isColor = true)
{
//if (textureBaseKey == null) throw new ArgumentNullException("textureBaseKey");
//if (valueBaseKey == null) throw new ArgumentNullException("valueBaseKey");
TextureBaseKey = textureBaseKey;
ValueBaseKey = valueBaseKey;
DefaultTextureValue = defaultTextureValue;
IsColor = isColor;
}
public void UpdateLayout(string compositionName)
{
projectiveTextureKey = TextureProjectionKeys.ProjectionTexture.ComposeWith(compositionName);
uvScale = TextureProjectionKeys.UVScale.ComposeWith(compositionName);
uvOffset = TextureProjectionKeys.UVOffset.ComposeWith(compositionName);
worldToProjectiveTextureUVsKey = TextureProjectionReceiverBaseKeys.WorldToProjectiveTextureUV.ComposeWith(compositionName);
projectorPlaneMatricesKey = TextureProjectionReceiverBaseKeys.ProjectorPlaneMatrices.ComposeWith(compositionName);
projectionTextureMipMapLevelsKey = TextureProjectionReceiverBaseKeys.ProjectionTextureMipMapLevels.ComposeWith(compositionName);
transitionAreasKey = TextureProjectionReceiverBaseKeys.TransitionAreas.ComposeWith(compositionName);
}
public override void UpdateLayout(string compositionName)
{
shadowMapTextureKey = ShadowMapKeys.ShadowMapTexture.ComposeWith(compositionName);
shadowMapTextureSizeKey = ShadowMapKeys.TextureSize.ComposeWith(compositionName);
shadowMapTextureTexelSizeKey = ShadowMapKeys.TextureTexelSize.ComposeWith(compositionName);
worldToShadowCascadeUVsKey = ShadowMapReceiverBaseKeys.WorldToShadowCascadeUV.ComposeWith(compositionName);
inverseWorldToShadowCascadeUVsKey = ShadowMapReceiverBaseKeys.InverseWorldToShadowCascadeUV.ComposeWith(compositionName);
depthRangesKey = ShadowMapReceiverBaseKeys.DepthRanges.ComposeWith(compositionName);
depthBiasesKey = ShadowMapReceiverBaseKeys.DepthBiases.ComposeWith(compositionName);
offsetScalesKey = ShadowMapReceiverBaseKeys.OffsetScales.ComposeWith(compositionName);
}
public override void UpdateLayout(string compositionName)
{
shadowMapTextureKey = ShadowMapKeys.ShadowMapTexture.ComposeWith(compositionName);
shadowMapTextureSizeKey = ShadowMapKeys.TextureSize.ComposeWith(compositionName);
shadowMapTextureTexelSizeKey = ShadowMapKeys.TextureTexelSize.ComposeWith(compositionName);
worldToShadowKey = ShadowMapReceiverPointCubeMapKeys.WorldToShadow.ComposeWith(compositionName);
inverseWorldToShadowKey = ShadowMapReceiverPointCubeMapKeys.InverseWorldToShadow.ComposeWith(compositionName);
depthBiasesKey = ShadowMapReceiverPointCubeMapKeys.DepthBiases.ComposeWith(compositionName);
depthParametersKey = ShadowMapReceiverPointCubeMapKeys.DepthParameters.ComposeWith(compositionName);
offsetScalesKey = ShadowMapReceiverPointCubeMapKeys.OffsetScales.ComposeWith(compositionName);
}
public LightSkyBoxShaderGroupData(LightSkyBoxShaderGroup group) : base(null)
{
intensityKey = group.IntensityKey;
skyMatrixKey = group.SkyMatrixKey;
lightDiffuseColorKey = group.LightDiffuseColorKey;
lightSpecularColorKey = group.LightSpecularColorKey;
sphericalColorsKey = group.SphericalColorsKey;
specularCubeMapkey = group.SpecularCubeMapkey;
specularMipCountKey = group.SpecularMipCountKey;
}
public LightSkyBoxShaderGroup(ShaderSource mixin, string compositionName)
: base(mixin, compositionName, null)
{
IntensityKey = LightSkyboxShaderKeys.Intensity.ComposeWith(compositionName);
SkyMatrixKey = LightSkyboxShaderKeys.SkyMatrix.ComposeWith(compositionName);
LightDiffuseColorKey = LightSkyboxShaderKeys.LightDiffuseColor.ComposeWith(compositionName);
LightSpecularColorKey = LightSkyboxShaderKeys.LightSpecularColor.ComposeWith(compositionName);
SphericalColorsKey = SphericalHarmonicsEnvironmentColorKeys.SphericalColors.ComposeWith("lightDiffuseColor." + compositionName);
SpecularCubeMapkey = RoughnessCubeMapEnvironmentColorKeys.CubeMap.ComposeWith("lightSpecularColor." + compositionName);
SpecularMipCountKey = RoughnessCubeMapEnvironmentColorKeys.MipCount.ComposeWith("lightSpecularColor." + compositionName);
}
public override void UpdateLayout(string compositionName)
{
shadowMapTextureKey = ShadowMapKeys.ShadowMapTexture.ComposeWith(compositionName);
shadowMapTextureSizeKey = ShadowMapKeys.TextureSize.ComposeWith(compositionName);
shadowMapTextureTexelSizeKey = ShadowMapKeys.TextureTexelSize.ComposeWith(compositionName);
offsetsKey = ShadowMapReceiverPointParaboloidKeys.FaceOffsets.ComposeWith(compositionName);
backfaceOffsetsKey = ShadowMapReceiverPointParaboloidKeys.BackfaceOffsets.ComposeWith(compositionName);
faceSizesKey = ShadowMapReceiverPointParaboloidKeys.FaceSizes.ComposeWith(compositionName);
depthParametersKey = ShadowMapReceiverPointParaboloidKeys.DepthParameters.ComposeWith(compositionName);
viewKey = ShadowMapReceiverPointParaboloidKeys.View.ComposeWith(compositionName);
depthBiasesKey = ShadowMapReceiverPointParaboloidKeys.DepthBiases.ComposeWith(compositionName);
}
public override void UpdateLayout(string compositionName)
{
base.UpdateLayout(compositionName);
intensityKey = LightSkyboxShaderKeys.Intensity.ComposeWith(compositionName);
skyMatrixKey = LightSkyboxShaderKeys.SkyMatrix.ComposeWith(compositionName);
lightDiffuseColorKey = LightSkyboxShaderKeys.LightDiffuseColor.ComposeWith(compositionName);
lightSpecularColorKey = LightSkyboxShaderKeys.LightSpecularColor.ComposeWith(compositionName);
sphericalColorsKey = SphericalHarmonicsEnvironmentColorKeys.SphericalColors.ComposeWith("lightDiffuseColor." + compositionName);
specularCubeMapkey = RoughnessCubeMapEnvironmentColorKeys.CubeMap.ComposeWith("lightSpecularColor." + compositionName);
specularMipCountKey = RoughnessCubeMapEnvironmentColorKeys.MipCount.ComposeWith("lightSpecularColor." + compositionName);
}
public ObjectParameterKey <Texture> GetTextureKey(Texture texture, ObjectParameterKey <Texture> key, Color?defaultTextureValue = null)
{
var textureKey = (ObjectParameterKey <Texture>)GetParameterKey(key);
if (texture != null)
{
Parameters.Set(textureKey, texture);
}
else if (defaultTextureValue != null && Content != null)
{
texture = GenerateTextureFromColor(defaultTextureValue.Value);
Parameters.Set(textureKey, texture);
}
return(textureKey);
}
private static void CopyTexture(GraphicsContext graphicsContext, EffectInstance effectInstance, Texture input, Texture output,
ObjectParameterKey <Texture> inputTextureKey, ValueParameterKey <float> mipLevelKey)
{
// Set the "input" texture as the texture that we will copy to "output":
effectInstance.Parameters.Set(inputTextureKey, input); // TODO: STABILITY: Supply the parent texture instead? I mean here we're using SampleLOD in the shader because texture views are basically being ignored during sampling on OpenGL/ES.
// Set the mipmap level of the input texture we want to sample:
effectInstance.Parameters.Set(mipLevelKey, input.MipLevel); // TODO: STABILITY: Manually pass the mip level?
// Set the "output" texture as the render target (the copy destination):
graphicsContext.CommandList.SetRenderTargetAndViewport(null, output);
// Perform the actual draw call to filter and copy the texture:
graphicsContext.DrawQuad(effectInstance);
}
public void UpdateVoxelizationLayout(string compositionName)
{
fragmentsBufferKey = VoxelStorageClipmapShaderKeys.fragmentsBuffer.ComposeWith(compositionName);
clipMapResolutionKey = VoxelStorageClipmapShaderKeys.clipMapResolution.ComposeWith(compositionName);
storageUintsKey = VoxelStorageClipmapShaderKeys.storageUints.ComposeWith(compositionName);
if (UpdatesOneClipPerFrame())
{
clipScaleKey = VoxelStorageClipmapShaderKeys.clipScale.ComposeWith(compositionName);
clipOffsetKey = VoxelStorageClipmapShaderKeys.clipOffset.ComposeWith(compositionName);
clipPosKey = VoxelStorageClipmapShaderKeys.clipPos.ComposeWith(compositionName);
}
else
{
clipMapCountKey = VoxelStorageClipmapShaderKeys.clipMapCount.ComposeWith(compositionName);
perClipMapOffsetScaleKey = VoxelStorageClipmapShaderKeys.perClipMapOffsetScale.ComposeWith(compositionName);
}
}
/// <summary>
/// Initializes a new instance of the <see cref="LightDirectionalShadowMapGroupShaderData" /> class.
/// </summary>
/// <param name="compositionKey">The composition key.</param>
/// <param name="shadowType">Type of the shadow.</param>
/// <param name="lightCountMax">The light count maximum.</param>
public LightDirectionalShadowMapGroupShaderData(string compositionKey, LightShadowType shadowType, int lightCountMax)
{
this.shadowType = shadowType;
this.cascadeCount = 1 << ((int)(shadowType & LightShadowType.CascadeMask) - 1);
cascadeSplits = new float[cascadeCount * lightCountMax];
worldToShadowCascadeUV = new Matrix[cascadeCount * lightCountMax];
depthBiases = new float[lightCountMax];
offsetScales = new float[lightCountMax];
var mixin = new ShaderMixinSource();
var isDepthRangeAuto = (this.shadowType & LightShadowType.DepthRangeAuto) != 0;
mixin.Mixins.Add(new ShaderClassSource(ShaderName, cascadeCount, lightCountMax, (this.shadowType & LightShadowType.BlendCascade) != 0 && !isDepthRangeAuto, isDepthRangeAuto, (this.shadowType & LightShadowType.Debug) != 0));
// TODO: Temporary passing filter here
switch (shadowType & LightShadowType.FilterMask)
{
case LightShadowType.PCF3x3:
mixin.Mixins.Add(new ShaderClassSource("ShadowMapFilterPcf", 3));
break;
case LightShadowType.PCF5x5:
mixin.Mixins.Add(new ShaderClassSource("ShadowMapFilterPcf", 5));
break;
case LightShadowType.PCF7x7:
mixin.Mixins.Add(new ShaderClassSource("ShadowMapFilterPcf", 7));
break;
default:
mixin.Mixins.Add(new ShaderClassSource("ShadowMapFilterDefault"));
break;
}
shadowShader = mixin;
shadowMapTextureKey = ShadowMapKeys.Texture.ComposeWith(compositionKey);
shadowMapTextureSizeKey = ShadowMapKeys.TextureSize.ComposeWith(compositionKey);
shadowMapTextureTexelSizeKey = ShadowMapKeys.TextureTexelSize.ComposeWith(compositionKey);
cascadeSplitsKey = ShadowMapReceiverDirectionalKeys.CascadeDepthSplits.ComposeWith(compositionKey);
worldToShadowCascadeUVsKey = ShadowMapReceiverBaseKeys.WorldToShadowCascadeUV.ComposeWith(compositionKey);
depthBiasesKey = ShadowMapReceiverBaseKeys.DepthBiases.ComposeWith(compositionKey);
offsetScalesKey = ShadowMapReceiverBaseKeys.OffsetScales.ComposeWith(compositionKey);
}
public override void UpdateLayout(string compositionName)
{
base.UpdateLayout(compositionName);
intensityKey = LightVoxelShaderKeys.Intensity.ComposeWith(compositionName);
intensityBounceScaleKey = LightVoxelShaderKeys.IntensityBounceScale.ComposeWith(compositionName);
voxelMatrixKey = LightVoxelShaderKeys.VoxelMatrix.ComposeWith(compositionName);
lightDiffuseVoxelColorKey = LightVoxelShaderKeys.LightDiffuseVoxelColor.ComposeWith(compositionName);
voxelVolumekey = IsotropicVoxelColorKeys.VoxelVolume.ComposeWith("lightDiffuseVoxelColor." + compositionName);
mipMapsVolumekey = IsotropicVoxelColorKeys.VoxelMipMaps.ComposeWith("lightDiffuseVoxelColor." + compositionName);
voxelVolumekeyR1 = IsotropicVoxelColorKeys.VoxelVolumeR1.ComposeWith("lightDiffuseVoxelColor." + compositionName);
voxelVolumekeyR2 = IsotropicVoxelColorKeys.VoxelVolumeR2.ComposeWith("lightDiffuseVoxelColor." + compositionName);
voxelVolumekeyR3 = IsotropicVoxelColorKeys.VoxelVolumeR3.ComposeWith("lightDiffuseVoxelColor." + compositionName);
voxelVolumekeyR4 = IsotropicVoxelColorKeys.VoxelVolumeR4.ComposeWith("lightDiffuseVoxelColor." + compositionName);
voxelVolumekeyR5 = IsotropicVoxelColorKeys.VoxelVolumeR5.ComposeWith("lightDiffuseVoxelColor." + compositionName);
voxelVolumekeyR6 = IsotropicVoxelColorKeys.VoxelVolumeR6.ComposeWith("lightDiffuseVoxelColor." + compositionName);
voxelVolumeMipCountKey = IsotropicVoxelColorKeys.MipCount.ComposeWith("lightDiffuseVoxelColor." + compositionName);
voxelVolumeClipMapCountKey = IsotropicVoxelColorKeys.ClipMapCount.ComposeWith("lightDiffuseVoxelColor." + compositionName);
}
/// <summary>
/// Initializes a new instance of the <see cref="LightSpotShadowMapGroupShaderData" /> class.
/// </summary>
/// <param name="compositionKey">The composition key.</param>
/// <param name="shadowType">Type of the shadow.</param>
/// <param name="lightCountMax">The light count maximum.</param>
public LightSpotShadowMapGroupShaderData(string compositionKey, LightShadowType shadowType, int lightCountMax)
{
this.shadowType = shadowType;
worldToShadowCascadeUV = new Matrix[lightCountMax];
depthBiases = new float[lightCountMax];
offsetScales = new float[lightCountMax];
var mixin = new ShaderMixinSource();
mixin.Mixins.Add(new ShaderClassSource(ShaderName, lightCountMax, (this.shadowType & LightShadowType.Debug) != 0));
// TODO: Temporary passing filter here
switch (shadowType & LightShadowType.FilterMask)
{
case LightShadowType.PCF3x3:
mixin.Mixins.Add(new ShaderClassSource("ShadowMapFilterPcf", 3));
break;
case LightShadowType.PCF5x5:
mixin.Mixins.Add(new ShaderClassSource("ShadowMapFilterPcf", 5));
break;
case LightShadowType.PCF7x7:
mixin.Mixins.Add(new ShaderClassSource("ShadowMapFilterPcf", 7));
break;
default:
mixin.Mixins.Add(new ShaderClassSource("ShadowMapFilterDefault"));
break;
}
shadowShader = mixin;
shadowMapTextureKey = ShadowMapKeys.Texture.ComposeWith(compositionKey);
shadowMapTextureSizeKey = ShadowMapKeys.TextureSize.ComposeWith(compositionKey);
shadowMapTextureTexelSizeKey = ShadowMapKeys.TextureTexelSize.ComposeWith(compositionKey);
worldToShadowCascadeUVsKey = ShadowMapReceiverBaseKeys.WorldToShadowCascadeUV.ComposeWith(compositionKey);
depthBiasesKey = ShadowMapReceiverBaseKeys.DepthBiases.ComposeWith(compositionKey);
offsetScalesKey = ShadowMapReceiverBaseKeys.OffsetScales.ComposeWith(compositionKey);
}
public void UpdateLayout(string compositionKey)
{
shadowMapTextureKey = ShadowMapKeys.Texture.ComposeWith(compositionKey);
shadowMapTextureSizeKey = ShadowMapKeys.TextureSize.ComposeWith(compositionKey);
shadowMapTextureTexelSizeKey = ShadowMapKeys.TextureTexelSize.ComposeWith(compositionKey);
worldToShadowCascadeUVsKey = ShadowMapReceiverBaseKeys.WorldToShadowCascadeUV.ComposeWith(compositionKey);
depthBiasesKey = ShadowMapReceiverBaseKeys.DepthBiases.ComposeWith(compositionKey);
offsetScalesKey = ShadowMapReceiverBaseKeys.OffsetScales.ComposeWith(compositionKey);
}
public override void UpdateVoxelizationLayout(string compositionName)
{
DirectOutput = VoxelAttributeDirectionalCoverageShaderKeys.DirectOutput.ComposeWith(compositionName);
}
public void UpdateLayout(string compositionName, List <IVoxelModifierEmissionOpacity> modifier)
{
DirectOutput = VoxelAnisotropicWriter_Float4Keys.DirectOutput.ComposeWith(compositionName);
}
public ObjectParameterKey<Texture> GetTextureKey(Texture texture, ObjectParameterKey<Texture> key, Color? defaultTextureValue = null)
{
var textureKey = (ObjectParameterKey<Texture>)GetParameterKey(key);
if (texture != null)
{
Parameters.Set(textureKey, texture);
}
else if (defaultTextureValue != null && Content != null)
{
texture = GenerateTextureFromColor(defaultTextureValue.Value);
Parameters.Set(textureKey, texture);
}
return textureKey;
}
public void ApplyParametersWrite(ObjectParameterKey <Texture> MainKey, ParameterCollection parameters)
{
parameters.Set(MainKey, ClipMaps);
}
public static IVLPin CreateResourcePin <T>(ParameterCollection parameters, ObjectParameterKey <T> key) where T : class
{
return(new ResourceParameterPin <T>(parameters, key));
}
public override void UpdateLayout(string compositionName)
{
base.UpdateLayout(compositionName);
intensityKey = LightSkyboxShaderKeys.Intensity.ComposeWith(compositionName);
skyMatrixKey = LightSkyboxShaderKeys.SkyMatrix.ComposeWith(compositionName);
lightDiffuseColorKey = LightSkyboxShaderKeys.LightDiffuseColor.ComposeWith(compositionName);
lightSpecularColorKey = LightSkyboxShaderKeys.LightSpecularColor.ComposeWith(compositionName);
sphericalColorsKey = SphericalHarmonicsEnvironmentColorKeys.SphericalColors.ComposeWith("lightDiffuseColor." + compositionName);
specularCubeMapkey = RoughnessCubeMapEnvironmentColorKeys.CubeMap.ComposeWith("lightSpecularColor." + compositionName);
specularMipCountKey = RoughnessCubeMapEnvironmentColorKeys.MipCount.ComposeWith("lightSpecularColor." + compositionName);
}
/// <summary>
/// Sets an object of the material pass parameter. Cloning the <see cref="Material"/> if required.
/// </summary>
/// <typeparam name="T">The type of value.</typeparam>
/// <param name="modelComponent">The <see cref="ModelComponent"/> to update material parameter on.</param>
/// <param name="parameter">The parameter to update.</param>
/// <param name="value">The value.</param>
/// <param name="materialIndex">The index of the material to update. Default is 0.</param>
/// <param name="passIndex">The index of the pass of the material to update. Default is 0.</param>
/// <exception cref="ArgumentNullException">If <paramref name="modelComponent"/> is <see langword="null"/>.</exception>
/// <exception cref="ArgumentOutOfRangeException">
/// If <paramref name="materialIndex"/> is less than 0 or greater than <see cref="ModelComponent.GetMaterialCount"/> and not in <see cref="ModelComponent.Materials"/>.
/// Or if <paramref name="passIndex"/> is less than 0 or greater than or equal to the mu,ber of passes the material has.
/// </exception>
public static void SetMaterialParameter <T>(this ModelComponent modelComponent, ObjectParameterKey <T> parameter, T value, int materialIndex = 0, int passIndex = 0)
{
modelComponent.GetMaterialPassParameters(materialIndex, passIndex).Set(parameter, value);
}
public void UpdateLayout(string compositionName, List <IVoxelModifierEmissionOpacity> modifiers)
{
DirectOutput = VoxelIsotropicWriter_Float4Keys.DirectOutput.ComposeWith(compositionName);
BrightnessInvKey = VoxelIsotropicWriter_Float4Keys.maxBrightnessInv.ComposeWith(compositionName);
}
public void UpdateSamplingLayout(string compositionName)
{
ClipMapskey = VoxelStorageTextureClipmapShaderKeys.clipMaps.ComposeWith(compositionName);
MipMapskey = VoxelStorageTextureClipmapShaderKeys.mipMaps.ComposeWith(compositionName);
perMapOffsetScaleKey = VoxelStorageTextureClipmapShaderKeys.perMapOffsetScale.ComposeWith(compositionName);
}
public void ApplyVoxelizationParameters(ObjectParameterKey <Texture> MainKey, ParameterCollection parameters)
{
parameters.Set(MainKey, ClipMaps);
}
public void SetStream(string stream, IComputeNode computeNode, ObjectParameterKey <Texture> defaultTexturingKey, ParameterKey defaultValueKey, Color?defaultTextureValue = null)
{
SetStream(MaterialShaderStage.Pixel, stream, computeNode, defaultTexturingKey, defaultValueKey, defaultTextureValue);
}
public void SetStream(MaterialShaderStage stage, string stream, IComputeNode computeNode, ObjectParameterKey <Texture> defaultTexturingKey, ParameterKey defaultValueKey, Color?defaultTextureValue = null)
{
currentLayerContext.SetStream(stage, stream, computeNode, defaultTexturingKey, defaultValueKey, defaultTextureValue);
}
private void SetValueParameterForBothShaders <T>(ObjectParameterKey <T> parameter, T value) where T : class
{
blurHShader.Parameters.Set(parameter, value);
blurVShader.Parameters.Set(parameter, value);
}
public void SetStream(MaterialShaderStage stage, string stream, IComputeNode computeNode, ObjectParameterKey <Texture> defaultTexturingKey, ParameterKey defaultValueKey, Color?defaultTextureValue)
{
if (defaultValueKey == null)
{
throw new ArgumentNullException(nameof(defaultValueKey));
}
if (computeNode == null)
{
return;
}
var streamType = MaterialStreamType.Float;
if (defaultValueKey.PropertyType == typeof(Vector4) || defaultValueKey.PropertyType == typeof(Color4))
{
streamType = MaterialStreamType.Float4;
}
else if (defaultValueKey.PropertyType == typeof(Vector3) || defaultValueKey.PropertyType == typeof(Color3))
{
streamType = MaterialStreamType.Float3;
}
else if (defaultValueKey.PropertyType == typeof(Vector2) || defaultValueKey.PropertyType == typeof(Half2))
{
streamType = MaterialStreamType.Float2;
}
else if (defaultValueKey.PropertyType == typeof(float))
{
streamType = MaterialStreamType.Float;
}
else
{
throw new NotSupportedException("ParameterKey type [{0}] is not supported by SetStream".ToFormat(defaultValueKey.PropertyType));
}
var classSource = computeNode.GenerateShaderSource(Context, new MaterialComputeColorKeys(defaultTexturingKey, defaultValueKey, defaultTextureValue));
SetStream(stage, stream, streamType, classSource);
}
