ShUtil::ShKernelSurface Class Reference

List of all members.

Static Public Member Functions
template<typename T>
static ShProgram	diffuse ()
	Diffuse fragment program IN(0) T kd - diffuse coefficient (kd) could be ShColor?f IN(1) T irrad - irradiance from the light source.
template<typename T>
static ShProgram	specular ()
	Specular fragment program IN(0) T ks - specular coefficient (ks) could be ShColor?f IN(1) ShAttrib1f specExp - specular exponent IN(1) T irrad - irradiance from the light source.
template<typename T>
static ShProgram	phong ()
	Phong fragment program IN(0) T kd - diffuse coefficient (kd) could be ShColor?f IN(1) T ks - specular coefficient (ks) could be ShColor?f IN(2) ShAttrib1f specExp - specular exponent IN(1) T irrad - irradiance from the light source.
template<typename T>
static ShProgram	gooch ()
	Gooch illustrative shading IN(0) T kd - diffuse coefficient (kd) could be ShColor?f IN(1) T cool - cool multiplier (when light | normal == -1) IN(2) T warm - warm multiplier (when light | normal == 1).
template<typename T>
static ShProgram	null ()
	null surface IN(0) T irrad IN(1) ShPosition4f posh

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Detailed Description

Definition at line 40 of file ShKernelSurface.hpp.

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Member Function Documentation

template<typename T> ShProgram ShUtil::ShKernelSurface::diffuse (   )  [static]

Diffuse fragment program IN(0) T kd - diffuse coefficient (kd) could be ShColor?f IN(1) T irrad - irradiance from the light source. IN(1) ShNormal3f normal - normal (xCS) IN(2) ShVector3f lightVec - light vector (xCS) IN(3) ShPosition4f posh - positino (HDCS) OUT(0) T result - output result xCS is usually either VCS or tangent space Definition at line 42 of file ShKernelSurfaceImpl.hpp. References SH::dot(), SH::normalize(), SH::pos(), SH_BEGIN_FRAGMENT_PROGRAM, SH_DECL, and SH_END.

template<typename T> ShProgram ShUtil::ShKernelSurface::gooch (   )  [static]

Gooch illustrative shading IN(0) T kd - diffuse coefficient (kd) could be ShColor?f IN(1) T cool - cool multiplier (when light | normal == -1) IN(2) T warm - warm multiplier (when light | normal == 1). IN(1) T irrad - irradiance from the light source IN(3) ShNormal3f normal - normal (xCS) IN(5) ShVector3f lightVec - light vector (xCS) IN(6) ShPosition4f posh - position (HDCS) OUT(0) T result - output colour Definition at line 106 of file ShKernelSurfaceImpl.hpp. References SH::lerp(), SH::mad(), SH::normalize(), SH_BEGIN_PROGRAM, SH_DECL, and SH_END.

template<typename T> ShProgram ShUtil::ShKernelSurface::null (   )  [static]

null surface IN(0) T irrad IN(1) ShPosition4f posh OUT(0) T result = irrad Definition at line 127 of file ShKernelSurfaceImpl.hpp. References SH_BEGIN_PROGRAM, SH_DECL, and SH_END.

template<typename T> ShProgram ShUtil::ShKernelSurface::phong (   )  [static]

Phong fragment program IN(0) T kd - diffuse coefficient (kd) could be ShColor?f IN(1) T ks - specular coefficient (ks) could be ShColor?f IN(2) ShAttrib1f specExp - specular exponent IN(1) T irrad - irradiance from the light source. IN(3) ShNormal3f normal - normal (xCS) IN(4) ShVector3f halfVec - half vector (xCS) IN(5) ShVector3f lightVec - light vector (xCS) IN(6) ShPosition4f posh - position (HDCS) OUT(0) T result - output colour xCS is usually either VCS or tangent space Definition at line 82 of file ShKernelSurfaceImpl.hpp. References SH::normalize(), SH::pos(), SH::pow(), SH_BEGIN_PROGRAM, SH_DECL, and SH_END.

template<typename T> ShProgram ShUtil::ShKernelSurface::specular (   )  [static]

Specular fragment program IN(0) T ks - specular coefficient (ks) could be ShColor?f IN(1) ShAttrib1f specExp - specular exponent IN(1) T irrad - irradiance from the light source. IN(2) ShNormal3f normal - normal (xCS) IN(3) ShVector3f halfVec - half vector (xCS) IN(4) ShVector3f lightVec - light vector (xCS) IN(5) ShPosition4f posh - positino (HDCS) OUT(0) T result - output result xCS is usually either VCS or tangent space Definition at line 58 of file ShKernelSurfaceImpl.hpp. References SH::normalize(), SH::pos(), SH::pow(), SH_BEGIN_FRAGMENT_PROGRAM, SH_DECL, and SH_END.

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The documentation for this class was generated from the following files:

• ShKernelSurface.hpp
• ShKernelSurfaceImpl.hpp

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