Shader program. More...

Classes
struct	UniversalMaterialSample
	Stores interpolated samples of the UniversalMaterial parameters in the particular encoding format used for that class and struct (including vertex properties). More...

Public Member Functions
UniversalMaterialSample sampleUniversalMaterial()	dim (UniversalMaterial$(dim) material, Point3 position, Point$(n) texCoord, Point$(n) lightmapCoord, Vector3 tan_X, Vector3 tan_Y, Vector3 tan_Z, Vector3 tsEye, float backside, const bool discardIfZeroCoverage, const bool discardIfFullCoverage, Color4 vertexColor, const AlphaFilter alphaFilter, const int parallaxSteps, const bool hasNormalBumpMap, const bool hasVertexColor, const bool hasMaterialAlpha, const bool hasTransmissive, const bool hasEmissive, const int numLightMapDirections, const bool reprojectInfoOnly)

UniversalMaterialSample sampleUniversalMaterial()	dim (UniversalMaterial$(dim) material, Point3 position, Point$(n) texCoord, Point$(n) lightmapCoord, Vector3 tan_X, Vector3 tan_Y, Vector3 tan_Z, Vector3 tsEye, float backside, const bool discardIfZeroCoverage, const bool discardIfFullCoverage, Color4 vertexColor, const AlphaFilter alphaFilter, const int parallaxSteps, const bool hasNormalBumpMap, const bool hasVertexColor, const bool hasMaterialAlpha, const bool hasTransmissive, const bool hasEmissive, const int numLightMapDirections)

Color3	evaluateUniversalMaterialBSDF (UniversalMaterialSample surfel, Vector3 w_i, Vector3 w_o)

Detailed Description

Shader program.

Member Function Documentation

UniversalMaterialSample sampleUniversalMaterial() glsl::UniversalMaterial_sample_glsl::dim	(	UniversalMaterial$(dim)	material,
		Point3	position,
		Point$(n)	texCoord,
		Point$(n)	lightmapCoord,
		Vector3	tan_X,
		Vector3	tan_Y,
		Vector3	tan_Z,
		Vector3	tsEye,
		float	backside,
		const bool	discardIfZeroCoverage,
		const bool	discardIfFullCoverage,
		Color4	vertexColor,
		const AlphaFilter	alphaFilter,
		const int	parallaxSteps,
		const bool	hasNormalBumpMap,
		const bool	hasVertexColor,
		const bool	hasMaterialAlpha,
		const bool	hasTransmissive,
		const bool	hasEmissive,
		const int	numLightMapDirections,
		const bool	reprojectInfoOnly
	)

inline

Parameters

tsEye	Tangent space unit outgoing vector, w_o, used for parallax mapping
wsE	World space unit outgoing vector, w_o

All of the 'const bool' arguments must be const so that the branches can be evaluated at compile time.

UniversalMaterialSample sampleUniversalMaterial() glsl::UniversalMaterial_sample_glsl::dim	(	UniversalMaterial$(dim)	material,
		Point3	position,
		Point$(n)	texCoord,
		Point$(n)	lightmapCoord,
		Vector3	tan_X,
		Vector3	tan_Y,
		Vector3	tan_Z,
		Vector3	tsEye,
		float	backside,
		const bool	discardIfZeroCoverage,
		const bool	discardIfFullCoverage,
		Color4	vertexColor,
		const AlphaFilter	alphaFilter,
		const int	parallaxSteps,
		const bool	hasNormalBumpMap,
		const bool	hasVertexColor,
		const bool	hasMaterialAlpha,
		const bool	hasTransmissive,
		const bool	hasEmissive,
		const int	numLightMapDirections
	)

inline

Color3 glsl::UniversalMaterial_sample_glsl::evaluateUniversalMaterialBSDF	(	UniversalMaterialSample	surfel,
		Vector3	w_i,
		Vector3	w_o
	)

inline