DefaultSpecularComponent< ParameterType, ShaderHelper > Class Template Reference
[Specular Passes]

#include <adskComponent.h>

List of all members.

---

Detailed Description

template<typename ParameterType, typename ShaderHelper>
class DefaultSpecularComponent< ParameterType, ShaderHelper >

Default specular component.

The default specular component does not compute anything since the default material is Lambertian, and therefore has no specular reflections.

Template Parameters:

	ParameterType	The structure used in the shader declaration to represent the shader parameters.
	ShaderHelper	The class used in the shader declaration to represent the shader helper. See ShaderHelper for details on the required methods.

Public Member Functions
	DefaultSpecularComponent (miState *pState, ParameterType *pParameters)
	Component constructor.
	~DefaultSpecularComponent ()
	Component destructor.
miColor	operator() (miState *pState, ParameterType *pParameters, ShaderHelper &pHelper, miVector &pLightDirection, miVector &pReflectionDirection, miScalar pDotNL, miVector &pBumpNormal)
	Function object operator.

---

Constructor & Destructor Documentation

template<typename ParameterType, typename ShaderHelper>

DefaultSpecularComponent< ParameterType, ShaderHelper >::DefaultSpecularComponent	(	miState *	pState,
		ParameterType *	pParameters
	)			[inline]

Component constructor.

Parameters:

[in,out]	pState	The mental ray rendering state.
[in]	pParameters	The shader parameters.

---

Member Function Documentation

template<typename ParameterType, typename ShaderHelper>

miColor DefaultSpecularComponent< ParameterType, ShaderHelper >::operator()	(	miState *	pState,
		ParameterType *	pParameters,
		ShaderHelper &	pHelper,
		miVector &	pLightDirection,
		miVector &	pReflectionDirection,
		miScalar	pDotNL,
		miVector &	pBumpNormal
	)			[inline]

Function object operator.

Parameters:

[in,out]	pState	The mental ray rendering state.
[in,out]	pParameters	The shader parameters.
[in,out]	pHelper	The shader helper for this shader.
[in,out]	pLightDirection	The (normalized) direction towards the light.
[in]	pReflectionDirection	The (normalized) direction towards the reflection.
[in]	pDotNL	The dot product of the direction from the current intersection point in the state to the light and the normal in the state
[in]	pBumpNormal	Uninverted normal, for lighting in mi_sample_light()

Returns:

The color corresponding to this component.