Inheritance diagram for CalPhysiqueDualQuat:

Public Member Functions
	CalPhysiqueDualQuat (CalModel *pModel)

virtual int	calculateNormals (CalSubmesh pSubmesh, float pNormalBuffer, int stride=0) const
	Calculates the transformed normal data. More...

virtual int	calculateVertices (CalSubmesh pSubmesh, float pVertexBuffer, int stride=0) const
	Calculates the transformed vertex data. More...

virtual int	calculateVerticesAndNormals (CalSubmesh pSubmesh, float pVertexBuffer, int stride=0) const
	Calculates the transformed vertex data. More...

virtual int	calculateVerticesNormalsAndTexCoords (CalSubmesh pSubmesh, float pVertexBuffer, int NumTexCoords=1) const
	Calculates the transformed vertex data. More...

Public Member Functions inherited from CalPhysique
	CalPhysique (CalModel *pModel)
	Constructs the physique instance. More...

int	calculateTangentSpaces (CalSubmesh pSubmesh, int mapId, float pTangentSpaceBuffer, int stride=0) const
	Calculates the transformed tangent space data. More...

CalVector	calculateVertex (CalSubmesh *pSubmesh, int vertexId)
	Calculates one transformed vertex. More...

void	update ()
	Updates all the internally handled attached meshes. More...

void	setNormalization (bool normalize)
	Sets the normalization flag to true or false. More...

void	setAxisFactorX (float factor)

void	setAxisFactorY (float factor)

void	setAxisFactorZ (float factor)

Additional Inherited Members
Protected Attributes inherited from CalPhysique
CalModel *	m_pModel

bool	m_Normalize

float	m_axisFactorX

float	m_axisFactorY

float	m_axisFactorZ

Member Function Documentation

int CalPhysiqueDualQuat::calculateNormals	(	CalSubmesh *	pSubmesh,
		float *	pNormalBuffer,
		int	stride = `0`
	)		const

virtual

Calculates the transformed normal data.

This function calculates and returns the transformed normal data of a specific submesh.

Parameters

pSubmesh	A pointer to the submesh from which the normal data should be calculated and returned.
pNormalBuffer	A pointer to the user-provided buffer where the normal data is written to.

Reimplemented from CalPhysique.

int CalPhysiqueDualQuat::calculateVertices	(	CalSubmesh *	pSubmesh,
		float *	pVertexBuffer,
		int	stride = `0`
	)		const

virtual

Calculates the transformed vertex data.

This function calculates and returns the transformed vertex data of a specific submesh.

Parameters

pSubmesh	A pointer to the submesh from which the vertex data should be calculated and returned.
pVertexBuffer	A pointer to the user-provided buffer where the vertex data is written to.

Reimplemented from CalPhysique.

int CalPhysiqueDualQuat::calculateVerticesAndNormals	(	CalSubmesh *	pSubmesh,
		float *	pVertexBuffer,
		int	stride = `0`
	)		const

virtual

Calculates the transformed vertex data.

This function calculates and returns the transformed vertex and the transformed normal datadata of a specific submesh.

Parameters

pSubmesh	A pointer to the submesh from which the vertex data should be calculated and returned.
pVertexBuffer	A pointer to the user-provided buffer where the vertex data is written to.

Reimplemented from CalPhysique.

int CalPhysiqueDualQuat::calculateVerticesNormalsAndTexCoords	(	CalSubmesh *	pSubmesh,
		float *	pVertexBuffer,
		int	NumTexCoords = `1`
	)		const

virtual

Calculates the transformed vertex data.

This function calculates and returns the transformed vertex, the transformed normal data and the texture coords of a specific submesh.

Parameters

pSubmesh	A pointer to the submesh from which the vertex data should be calculated and returned.
pVertexBuffer	A pointer to the user-provided buffer where the vertex data is written to.
NumTexCoords	A integer with the number of texture coords

Reimplemented from CalPhysique.

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

Public Member Functions