/// <summary>
/// Get the handles of the parameters from the shader.
/// </summary>
/// <remarks>
/// Creating and assigning a EffectParameter instance for each technique in your Effect is significantly faster than using the Parameters indexed property on Effect.
/// </remarks>
protected override sealed void GetParametersHandles()
{
try
{
spHalfPixel = new ShaderParameterVector2("halfPixel", this);
spSpecularIntensity = new ShaderParameterFloat("specularIntensity", this);
spSpecularPower = new ShaderParameterFloat("specularPower", this);
spAlphaBlending = new ShaderParameterFloat("alphaBlending", this);
spMaxRange = new ShaderParameterFloat("maxRange", this);
spCameraPosition = new ShaderParameterVector3("cameraPosition", this);
spWorldMatrix = new ShaderParameterMatrix("world", this);
spWorldITMatrix = new ShaderParameterMatrix("worldIT", this);
spWorldViewProjMatrix = new ShaderParameterMatrix("worldViewProj", this);
spDiffuseColor = new ShaderParameterColor("diffuseColor", this);
spDiffuseTexture = new ShaderParameterTexture("diffuseTexture", this, SamplerState.AnisotropicWrap, 0);
spReflectionTexture = new ShaderParameterTextureCube("reflectionTexture", this, SamplerState.LinearClamp, 4);
spReflectionTextured = new ShaderParameterBool("reflectionTextured", this);
spIsRGBM = new ShaderParameterBool("isRGBM", this);
// Ambient Light //
spSphericalHarmonicBase = new ShaderParameterVector3Array("sphericalHarmonicBase", this, 9);
spAmbientIntensity = new ShaderParameterFloat("ambientIntensity", this);
spAmbientColor = new ShaderParameterColor("ambientColor", this);
spHasAmbientSphericalHarmonics = new ShaderParameterBool("hasAmbientSphericalHarmonics", this);
// Directional Light //
spDirectionalLightDirection = new ShaderParameterVector3("directionalLightDirection", this);
spDirectionalLightColor = new ShaderParameterColor("directionalLightColor", this);
spDirectionalLightIntensity = new ShaderParameterFloat("directionalLightIntensity", this);
spShadowTexture = new ShaderParameterTexture("shadowTexture", this, SamplerState.PointClamp, 3);
spHasShadows = new ShaderParameterBool("hasShadows", this);
// Spot //
spSpotLightDirection = new ShaderParameterVector3("spotLightDirection", this);
spSpotLightPosition = new ShaderParameterVector3("spotLightPos", this);
spSpotLightColor = new ShaderParameterColor("spotLightColor", this);
spDirectionalLightIntensity = new ShaderParameterFloat("directionalLightIntensity", this);
spSpotLightIntensity = new ShaderParameterFloat("spotLightIntensity", this);
spSpotLightInnerAngle = new ShaderParameterFloat("spotLightInnerAngle", this);
spSpotLightOuterAngle = new ShaderParameterFloat("spotLightOuterAngle", this);
spInvSpotLightRadius = new ShaderParameterFloat("invSpotLightRadius", this);
// Point
spPointLightIntensity1 = new ShaderParameterFloat("pointLightIntensity", this);
spInvPointLightRadius1 = new ShaderParameterFloat("invPointLightRadius", this);
spPointLightIntensity2 = new ShaderParameterFloat("pointLightIntensity2", this);
spInvPointLightRadius2 = new ShaderParameterFloat("invPointLightRadius2", this);
spPointLightPos1 = new ShaderParameterVector3("pointLightPos", this);
spPointLightPos2 = new ShaderParameterVector3("pointLightPos2", this);
spPointLightColor1 = new ShaderParameterColor("pointLightColor", this);
spPointLightColor2 = new ShaderParameterColor("pointLightColor2", this);
}
catch
{
throw new InvalidOperationException("The parameter's handles from the " + Name + " shader could not be retrieved.");
}
} // GetParametersHandles
} // DirectionalLightShader
#endregion
#region Get Parameters Handles
/// <summary>
/// Get the handles of the parameters from the shader.
/// </summary>
/// <remarks>
/// Creating and assigning a EffectParameter instance for each technique in your Effect is significantly faster than using the Parameters indexed property on Effect.
/// </remarks>
protected override void GetParametersHandles()
{
try
{
spHalfPixel = new ShaderParameterVector2("halfPixel", this);
spLightIntensity = new ShaderParameterFloat("lightIntensity", this);
spLightColor = new ShaderParameterColor("lightColor", this);
spDepthTexture = new ShaderParameterTexture("depthTexture", this, SamplerState.PointClamp, 0);
spNormalTexture = new ShaderParameterTexture("normalTexture", this, SamplerState.PointClamp, 1);
spShadowTexture = new ShaderParameterTexture("shadowTexture", this, SamplerState.PointClamp, 3);
spLightDirection = new ShaderParameterVector3("lightDirection", this);
spFrustumCorners = new ShaderParameterVector3Array("frustumCorners", this, 4);
}
catch
{
throw new InvalidOperationException("The parameter's handles from the " + Name + " shader could not be retrieved.");
}
} // GetParameters
} // AmbientLightShader
#endregion
#region Get Parameters Handles
/// <summary>
/// Get the handles of the parameters from the shader.
/// </summary>
/// <remarks>
/// Creating and assigning a EffectParameter instance for each technique in your Effect is significantly faster than using the Parameters indexed property on Effect.
/// </remarks>
protected override void GetParametersHandles()
{
try
{
spIntensity = new ShaderParameterFloat("intensity", this);
spAmbientOcclusionStrength = new ShaderParameterFloat("ambientOcclusionStrength", this);
spHalfPixel = new ShaderParameterVector2("halfPixel", this);
spColor = new ShaderParameterColor("color", this);
spAmbientOcclusionTexture = new ShaderParameterTexture("ambientOcclusionTexture", this, SamplerState.PointClamp, 3);
spNormalTexture = new ShaderParameterTexture("normalTexture", this, SamplerState.PointClamp, 1);
spViewInverseMatrix = new ShaderParameterMatrix("viewI", this);
spSphericalHarmonicBase = new ShaderParameterVector3Array("sphericalHarmonicBase", this, 9);
}
catch
{
throw new InvalidOperationException("The parameter's handles from the " + Name + " shader could not be retrieved.");
}
} // GetParameters
/// <summary>
/// Get the handles of the parameters from the shader.
/// </summary>
/// <remarks>
/// Creating and assigning a EffectParameter instance for each technique in your Effect is significantly faster than using the Parameters indexed property on Effect.
/// </remarks>
protected override void GetParametersHandles()
{
try
{
spDepthBias = new ShaderParameterFloat("depthBias", this);
spHalfPixel = new ShaderParameterVector2("halfPixel", this);
spShadowMapSize = new ShaderParameterVector2("shadowMapSize", this);
spInvShadowMapSize = new ShaderParameterVector2("invShadowMapSize", this);
spFrustumCorners = new ShaderParameterVector3Array("frustumCorners", this, 4);
spDepthTexture = new ShaderParameterTexture("depthTexture", this, SamplerState.PointClamp, 0);
spShadowMapTexture = new ShaderParameterTexture("shadowMap", this, SamplerState.PointClamp, 3);
spViewToLightViewProjMatrix = new ShaderParameterMatrix("viewToLightViewProj", this);
}
catch
{
throw new InvalidOperationException("The parameter's handles from the " + Name + " shader could not be retrieved.");
}
} // GetParameters
} // PostProcessingShader
#endregion
#region Get Parameters Handles
/// <summary>
/// Get the handles of the parameters from the shader.
/// </summary>
/// <remarks>
/// Creating and assigning a EffectParameter instance for each technique in your Effect is significantly faster than using the Parameters indexed property on Effect.
/// </remarks>
protected override void GetParametersHandles()
{
//try
{
// Bool
spAutoExposureEnabled = new ShaderParameterBool("autoExposure", this);
spBloomEnabled = new ShaderParameterBool("bloomEnabled", this);
spAdjustLevelsEnabled = new ShaderParameterBool("adjustLevelsEnabled", this);
spAdjustLevelsIndividualChannelsEnabled = new ShaderParameterBool("adjustLevelsIndividualChannelsEnabled", this);
spColorCorrectOneLutEnabled = new ShaderParameterBool("colorCorrectOneLutEnabled", this);
spColorCorrectTwoLutEnabled = new ShaderParameterBool("colorCorrectTwoLutEnabled", this);
spFilmGrainEnabled = new ShaderParameterBool("filmGrainEnabled", this);
// Exposure
spLensExposure = new ShaderParameterFloat("lensExposure", this);
spTimeDelta = new ShaderParameterFloat("timeDelta", this);
spExposureAdjustTimeMultiplier = new ShaderParameterFloat("tau", this);
spLuminanceLowThreshold = new ShaderParameterFloat("luminanceLowThreshold", this);
spLuminanceHighThreshold = new ShaderParameterFloat("luminanceHighThreshold", this);
// Tone Mapping
spWhiteLevel = new ShaderParameterFloat("whiteLevel", this);
spLuminanceSaturation = new ShaderParameterFloat("luminanceSaturation", this);
spBias = new ShaderParameterFloat("bias", this);
spShoulderStrength = new ShaderParameterFloat("shoulderStrength", this);
spLinearStrength = new ShaderParameterFloat("linearStrength", this);
spLinearAngle = new ShaderParameterFloat("linearAngle", this);
spToeStrength = new ShaderParameterFloat("toeStrength", this);
spToeNumerator = new ShaderParameterFloat("toeNumerator", this);
spToeDenominator = new ShaderParameterFloat("toeDenominator", this);
spLinearWhite = new ShaderParameterFloat("linearWhite", this);
// Bloom
spBloomScale = new ShaderParameterFloat("bloomScale", this);
// Levels
spInputBlack = new ShaderParameterFloat("inputBlack", this);
spInputWhite = new ShaderParameterFloat("inputWhite", this);
spInputGamma = new ShaderParameterFloat("inputGamma", this);
spOutputBlack = new ShaderParameterFloat("outputBlack", this);
spOutputWhite = new ShaderParameterFloat("outputWhite", this);
// Color Correction
spLookupTableScale = new ShaderParameterFloat("scale", this);
spLookupTableOffset = new ShaderParameterFloat("offset", this);
spLerpOriginalColorAmount = new ShaderParameterFloat("lerpOriginalColorAmount", this);
spLerpLookupTablesAmount = new ShaderParameterFloat("lerpLookupTablesAmount", this);
// Film Grain
spFilmGrainStrength = new ShaderParameterFloat("filmGrainStrength", this);
spAccentuateDarkNoisePower = new ShaderParameterFloat("accentuateDarkNoisePower", this);
spRandomNoiseStrength = new ShaderParameterFloat("randomNoiseStrength", this);
spRandomValue = new ShaderParameterFloat("randomValue", this);
spHalfPixel = new ShaderParameterVector2("halfPixel", this);
spFrustumCorners = new ShaderParameterVector3Array("frustumCorners", this, 4);
// Leves Individual Channels
spInputBlackRgb = new ShaderParameterVector3("inputBlackRGB", this);
spInputWhiteRgb = new ShaderParameterVector3("inputWhiteRGB", this);
spInputGammaRgb = new ShaderParameterVector3("inputGammaRGB", this);
spOutputBlackRgb = new ShaderParameterVector3("outputBlackRGB", this);
spOutputWhiteRgb = new ShaderParameterVector3("outputWhiteRGB", this);
// Fog
spCameraPosition = new ShaderParameterVector3("cameraPosition", this);
spSceneTexture = new ShaderParameterTexture("sceneTexture", this, SamplerState.PointClamp, 9);
spLastLuminanceTexture = new ShaderParameterTexture("lastLuminanceTexture", this, SamplerState.PointClamp, 12);
spBloomTexture = new ShaderParameterTexture("bloomTexture", this, SamplerState.AnisotropicClamp, 10);
spLensFlareTexture = new ShaderParameterTexture("lensFlareTexture", this, SamplerState.AnisotropicClamp, 8);
spFilmLutTexture = new ShaderParameterTexture("filmLutTexture", this, SamplerState.AnisotropicClamp, 8);
spDepthTexture = new ShaderParameterTexture("depthTexture", this, SamplerState.PointClamp, 0);
spFirstlookupTable = new ShaderParameterLookupTable("firstlookupTableTexture", this, SamplerState.LinearClamp, 6);
spSecondlookupTable = new ShaderParameterLookupTable("secondlookupTableTexture", this, SamplerState.LinearClamp, 7);
}
/*catch
{
throw new InvalidOperationException("The parameter's handles from the " + Name + " shader could not be retrieved.");
}*/
} // GetParametersHandles
