COP2_VexVariableMap Class Reference

#include <COP2_VexContext.h>

List of all members.

Public Member Functions

COP2_VexVariableMap ()

~COP2_VexVariableMap ()

void initData (VEX_Instance *func)

void initExports (VEX_Instance *func, TIL_Sequence *seq)

void getExportList (UT_IntArray *export_id, UT_IntArray *plane_index) const

void bind (VEX_Instance *func)

void bindAtlas (const COP2_VexAtlas *atlas, VEX_Instance *func, VEX_ProcArray *proc)

void fillPlane (char *data, int index, int array_num, int vector_num, int size, int num_procs)

void prepData (UT_PtrArray< const TIL_Sequence * > inputs, int num_planes, int xres, int yres, float aspect, int startf, int endf, float cookscale, COP2_Node *node, int thread_index, float t)

void prepData (const char *plane_name, int plane_index, int plane_size, int array_index, int array_size, float *r, float *g, float *b, float *a, float *c1, float *c2, float *c3, float *c4, int x1, int y1, int x2, int y2)

void extractData ()

void extractExport (VEX_Instance *func, int num_pnts, int idx, int size, TIL_Tile **tiles, int x, int y, int w, int stride)

int isRead (VCOP2_Global id) const

int getMap (VCOP2_Global id) const

int isConnected (int idx) const

void * getData (VCOP2_Global id)

void * getDataAlways (VCOP2_Global id)

void releaseLockedTiles ()

int getPlaneIndex (const char *plane_name) const

const char * getPlaneName (int index) const

const char * getComponentName (int index, int compindex) const

int hasPlane (const char *plane_name) const

int getPlaneSize (int index) const

void getInputRes (int input, int &x, int &y) const

float getInputAspect (int input) const

float getFrameRate (int input) const

int getStart (int input) const

int getEnd (int input) const

const char * getInputPlaneName (int input, int plane_index) const

const char * getInputComponentName (int input, int plane_index, int comp_index) const

int getInputPlaneIndex (int input, const char *plane_name) const

int getInputNumPlanes (int input)

int hasInputPlane (int input, const char *plane_name) const

int getInputPlaneSize (int input, int index) const

float getPixelComponent (int input, int plane_num, int plane_comp, int array_index, int u, int v, int frame)

float getPixelComponent (int input, int plane_num, int plane_comp, int array_index, float u, float v, int frame)

void getPixelComponents (float *comps, int num_comps, int input, int plane_num, int plane_comp, int array_index, int *u, int *v, int *frames, int singleframe=1, char *mask=0)

void getPixelComponents (float *comps, int num_comps, int input, int plane_num, int plane_comp, int array_index, float *u, float *v, int *frames, int singleframe=1, char *mask=0)

UT_Vector3 getVector (int input, int plane_num, int array_index, int u, int v, int frame)

UT_Vector3 getVector (int input, int plane_num, int array_index, float u, float v, int frame)

void getVectors (UT_Vector3 *vects, int num_vects, int input, int plane_num, int array_index, int *u, int *v, int *frames, int singleframe=1, char *mask=0)

void getVectors (UT_Vector3 *vects, int num_vects, int input, int plane_num, int array_index, float *u, float *v, int *frame, int singleframe=1, char *mask=0)

UT_Vector4 getPoint (int input, int plane_num, int array_index, int u, int v, int frame)

UT_Vector4 getPoint (int input, int plane_num, int array_index, float u, float v, int frame)

void getPoints (UT_Vector4 *vects, int num_vects, int input, int plane_num, int array_index, int *u, int *v, int *frames, int singleframe=1, char *mask=0)

void getPoints (UT_Vector4 *vects, int num_vects, int input, int plane_num, int array_index, float *u, float *v, int *frame, int singleframe=1, char *mask=0)

float getBilinearPixelComponent (int input, int plane_num, int plane_comp, int array_index, int u, int v, int frame)

float getBilinearPixelComponent (int input, int plane_num, int plane_comp, int array_index, float u, float v, int frame)

void getBilinearPixelComponents (float *comps, int num, int input, int plane_num, int plane_comp, int array_index, int *u, int *v, int *frames, int singleframe=1, char *mask=0)

void getBilinearPixelComponents (float *comps, int num, int input, int plane_num, int plane_comp, int array_index, float *u, float *v, int *frames, int singleframe=1, char *mask=0)

UT_Vector3 getBilinearVector (int input, int plane_num, int array_index, int u, int v, int frame)

UT_Vector3 getBilinearVector (int input, int plane_num, int array_index, float u, float v, int frame)

void getBilinearVectors (UT_Vector3 *vects, int, int input, int plane_num, int array_index, int *u, int *v, int *frame, int singleframe=1, char *mask=0)

void getBilinearVectors (UT_Vector3 *vects, int, int input, int plane_num, int array_index, float *u, float *v, int *frame, int singleframe=1, char *mask=0)

UT_Vector4 getBilinearPoint (int input, int plane_num, int array_index, int u, int v, int frame)

UT_Vector4 getBilinearPoint (int input, int plane_num, int array_index, float u, float v, int frame)

void getBilinearPoints (UT_Vector4 *vects, int, int input, int plane_num, int array_index, int *u, int *v, int *frame, int singleframe=1, char *mask=0)

void getBilinearPoints (UT_Vector4 *vects, int, int input, int plane_num, int array_index, float *u, float *v, int *frame, int singleframe=1, char *mask=0)

float getFilteredPixelComponent (int input, int plane_num, int plane_comp, int array_index, int u, int v, int frame)

float getFilteredPixelComponent (int input, int plane_num, int plane_comp, int array_index, float u, float v, int frame)

void getFilteredPixelComponents (float *comps, int num, int input, int plane_num, int plane_comp, int array_index, int *u, int *v, int *frames, int singleframe=1, char *mask=0)

void getFilteredPixelComponents (float *comps, int num, int input, int plane_num, int plane_comp, int array_index, float *u, float *v, int *frames, int singleframe=1, char *mask=0)

UT_Vector3 getFilteredVector (int input, int plane_num, int array_index, int u, int v, int frame)

UT_Vector3 getFilteredVector (int input, int plane_num, int array_index, float u, float v, int frame)

void getFilteredVectors (UT_Vector3 *vects, int, int input, int plane_num, int array_index, int *u, int *v, int *frame, int singleframe=1, char *mask=0)

void getFilteredVectors (UT_Vector3 *vects, int, int input, int plane_num, int array_index, float *u, float *v, int *frame, int singleframe=1, char *mask=0)

UT_Vector4 getFilteredPoint (int input, int plane_num, int array_index, int u, int v, int frame)

UT_Vector4 getFilteredPoint (int input, int plane_num, int array_index, float u, float v, int frame)

void getFilteredPoints (UT_Vector4 *vects, int, int input, int plane_num, int array_index, int *u, int *v, int *frame, int singleframe=1, char *mask=0)

void getFilteredPoints (UT_Vector4 *vects, int, int input, int plane_num, int array_index, float *u, float *v, int *frame, int singleframe=1, char *mask=0)

UT_Matrix3 getNeighbourPixel (int input, int plane_num, int plane_comp, int array_index, int u, int v, int frame)

UT_Matrix3 getNeighbourPixel (int input, int plane_num, int plane_comp, int array_index, float u, float v, int frame)

void getNeighbourPixels (UT_Matrix3 *pix, int num, int input, int plane_num, int plane_comp, int array_index, int *u, int *v, int *frames, int singleframe=1, char *mask=0)

void getNeighbourPixels (UT_Matrix3 *pix, int num, int input, int plane_num, int plane_comp, int array_index, float *u, float *v, int *frames, int singleframe=1, char *mask=0)

void storeFilterOptions (const VEX_Instance &state)

bool hasScanned () const

int getPlaneIndex () const

int getArrayIndex () const

float getTime () const

int getFrame () const

float getCookScale () const

int getRows () const

int getCols () const

void allocUVMaps (void *&u, void *&v, int size)

void allocCompMap (float *&comp, int size)

void allocVectorMap (UT_Vector3 *&v, int size)

void allocPointMap (UT_Vector4 *&p, int size)

void resetAtlas ()

int * getThreadPtr ()

void setInitPass (bool pass)

bool isInitPass () const

int setNeededFrame (int frame)

const UT_IntArray & getNeededFrames () const

Public Attributes

UT_PtrArray< float * > myCacheFloat

UT_PtrArray< UT_Vector3 * > myCacheVector

UT_PtrArray< UT_Vector4 * > myCachePoint

UT_PtrArray< UT_Matrix3 * > myCacheMat3

UT_PtrArray< UT_Matrix4 * > myCacheMat4

int myCachePtrFloat

int myCachePtrVector

int myCachePtrPoint

int myCachePtrMat3

int myCachePtrMat4

UT_IntArray myNeededFrames

bool myInitPassOnly

Detailed Description

Definition at line 115 of file COP2_VexContext.h.

Constructor & Destructor Documentation

COP2_VexVariableMap::COP2_VexVariableMap ( )

COP2_VexVariableMap::~COP2_VexVariableMap ( )

Member Function Documentation

void COP2_VexVariableMap::allocCompMap	(	float *&	comp,
		int	size
	)

void COP2_VexVariableMap::allocPointMap	(	UT_Vector4 *&	p,
		int	size
	)

void COP2_VexVariableMap::allocUVMaps	(	void *&	u,
		void *&	v,
		int	size
	)

void COP2_VexVariableMap::allocVectorMap	(	UT_Vector3 *&	v,
		int	size
	)

void COP2_VexVariableMap::bind ( VEX_Instance * func )

void COP2_VexVariableMap::bindAtlas	(	const COP2_VexAtlas *	atlas,
		VEX_Instance *	func,
		VEX_ProcArray *	proc
	)

void COP2_VexVariableMap::extractData ( )

void COP2_VexVariableMap::extractExport	(	VEX_Instance *	func,
		int	num_pnts,
		int	idx,
		int	size,
		TIL_Tile **	tiles,
		int	x,
		int	y,
		int	w,
		int	stride
	)

void COP2_VexVariableMap::fillPlane	(	char *	data,
		int	index,
		int	array_num,
		int	vector_num,
		int	size,
		int	num_procs
	)

int COP2_VexVariableMap::getArrayIndex ( ) const [inline]

Definition at line 350 of file COP2_VexContext.h.

float COP2_VexVariableMap::getBilinearPixelComponent	(	int	input,
		int	plane_num,
		int	plane_comp,
		int	array_index,
		float	u,
		float	v,
		int	frame
	)

float COP2_VexVariableMap::getBilinearPixelComponent	(	int	input,
		int	plane_num,
		int	plane_comp,
		int	array_index,
		int	u,
		int	v,
		int	frame
	)

void COP2_VexVariableMap::getBilinearPixelComponents	(	float *	comps,
		int	num,
		int	input,
		int	plane_num,
		int	plane_comp,
		int	array_index,
		float *	u,
		float *	v,
		int *	frames,
		int	singleframe = `1`,
		char *	mask = `0`
	)

void COP2_VexVariableMap::getBilinearPixelComponents	(	float *	comps,
		int	num,
		int	input,
		int	plane_num,
		int	plane_comp,
		int	array_index,
		int *	u,
		int *	v,
		int *	frames,
		int	singleframe = `1`,
		char *	mask = `0`
	)

UT_Vector4 COP2_VexVariableMap::getBilinearPoint	(	int	input,
		int	plane_num,
		int	array_index,
		float	u,
		float	v,
		int	frame
	)

UT_Vector4 COP2_VexVariableMap::getBilinearPoint	(	int	input,
		int	plane_num,
		int	array_index,
		int	u,
		int	v,
		int	frame
	)

void COP2_VexVariableMap::getBilinearPoints	(	UT_Vector4 *	vects,
		int	,
		int	input,
		int	plane_num,
		int	array_index,
		float *	u,
		float *	v,
		int *	frame,
		int	singleframe = `1`,
		char *	mask = `0`
	)

void COP2_VexVariableMap::getBilinearPoints	(	UT_Vector4 *	vects,
		int	,
		int	input,
		int	plane_num,
		int	array_index,
		int *	u,
		int *	v,
		int *	frame,
		int	singleframe = `1`,
		char *	mask = `0`
	)

UT_Vector3 COP2_VexVariableMap::getBilinearVector	(	int	input,
		int	plane_num,
		int	array_index,
		float	u,
		float	v,
		int	frame
	)

UT_Vector3 COP2_VexVariableMap::getBilinearVector	(	int	input,
		int	plane_num,
		int	array_index,
		int	u,
		int	v,
		int	frame
	)

void COP2_VexVariableMap::getBilinearVectors	(	UT_Vector3 *	vects,
		int	,
		int	input,
		int	plane_num,
		int	array_index,
		float *	u,
		float *	v,
		int *	frame,
		int	singleframe = `1`,
		char *	mask = `0`
	)

void COP2_VexVariableMap::getBilinearVectors	(	UT_Vector3 *	vects,
		int	,
		int	input,
		int	plane_num,
		int	array_index,
		int *	u,
		int *	v,
		int *	frame,
		int	singleframe = `1`,
		char *	mask = `0`
	)

int COP2_VexVariableMap::getCols ( ) const [inline]

Definition at line 355 of file COP2_VexContext.h.

const char* COP2_VexVariableMap::getComponentName	(	int	index,
		int	compindex
	)			const

float COP2_VexVariableMap::getCookScale ( ) const [inline]

Definition at line 353 of file COP2_VexContext.h.

void* COP2_VexVariableMap::getData ( VCOP2_Global id ) [inline]

Definition at line 167 of file COP2_VexContext.h.

void* COP2_VexVariableMap::getDataAlways ( VCOP2_Global id ) [inline]

Definition at line 170 of file COP2_VexContext.h.

int COP2_VexVariableMap::getEnd ( int input ) const

void COP2_VexVariableMap::getExportList	(	UT_IntArray *	export_id,
		UT_IntArray *	plane_index
	)			const

float COP2_VexVariableMap::getFilteredPixelComponent	(	int	input,
		int	plane_num,
		int	plane_comp,
		int	array_index,
		float	u,
		float	v,
		int	frame
	)

float COP2_VexVariableMap::getFilteredPixelComponent	(	int	input,
		int	plane_num,
		int	plane_comp,
		int	array_index,
		int	u,
		int	v,
		int	frame
	)

void COP2_VexVariableMap::getFilteredPixelComponents	(	float *	comps,
		int	num,
		int	input,
		int	plane_num,
		int	plane_comp,
		int	array_index,
		float *	u,
		float *	v,
		int *	frames,
		int	singleframe = `1`,
		char *	mask = `0`
	)

void COP2_VexVariableMap::getFilteredPixelComponents	(	float *	comps,
		int	num,
		int	input,
		int	plane_num,
		int	plane_comp,
		int	array_index,
		int *	u,
		int *	v,
		int *	frames,
		int	singleframe = `1`,
		char *	mask = `0`
	)

UT_Vector4 COP2_VexVariableMap::getFilteredPoint	(	int	input,
		int	plane_num,
		int	array_index,
		float	u,
		float	v,
		int	frame
	)

UT_Vector4 COP2_VexVariableMap::getFilteredPoint	(	int	input,
		int	plane_num,
		int	array_index,
		int	u,
		int	v,
		int	frame
	)

void COP2_VexVariableMap::getFilteredPoints	(	UT_Vector4 *	vects,
		int	,
		int	input,
		int	plane_num,
		int	array_index,
		float *	u,
		float *	v,
		int *	frame,
		int	singleframe = `1`,
		char *	mask = `0`
	)

void COP2_VexVariableMap::getFilteredPoints	(	UT_Vector4 *	vects,
		int	,
		int	input,
		int	plane_num,
		int	array_index,
		int *	u,
		int *	v,
		int *	frame,
		int	singleframe = `1`,
		char *	mask = `0`
	)

UT_Vector3 COP2_VexVariableMap::getFilteredVector	(	int	input,
		int	plane_num,
		int	array_index,
		float	u,
		float	v,
		int	frame
	)

UT_Vector3 COP2_VexVariableMap::getFilteredVector	(	int	input,
		int	plane_num,
		int	array_index,
		int	u,
		int	v,
		int	frame
	)

void COP2_VexVariableMap::getFilteredVectors	(	UT_Vector3 *	vects,
		int	,
		int	input,
		int	plane_num,
		int	array_index,
		float *	u,
		float *	v,
		int *	frame,
		int	singleframe = `1`,
		char *	mask = `0`
	)

void COP2_VexVariableMap::getFilteredVectors	(	UT_Vector3 *	vects,
		int	,
		int	input,
		int	plane_num,
		int	array_index,
		int *	u,
		int *	v,
		int *	frame,
		int	singleframe = `1`,
		char *	mask = `0`
	)

int COP2_VexVariableMap::getFrame ( ) const [inline]

Definition at line 352 of file COP2_VexContext.h.

float COP2_VexVariableMap::getFrameRate ( int input ) const

float COP2_VexVariableMap::getInputAspect ( int input ) const

const char* COP2_VexVariableMap::getInputComponentName	(	int	input,
		int	plane_index,
		int	comp_index
	)			const

int COP2_VexVariableMap::getInputNumPlanes ( int input )

int COP2_VexVariableMap::getInputPlaneIndex	(	int	input,
		const char *	plane_name
	)			const

const char* COP2_VexVariableMap::getInputPlaneName	(	int	input,
		int	plane_index
	)			const

int COP2_VexVariableMap::getInputPlaneSize	(	int	input,
		int	index
	)			const

void COP2_VexVariableMap::getInputRes	(	int	input,
		int &	x,
		int &	y
	)			const

int COP2_VexVariableMap::getMap ( VCOP2_Global id ) const [inline]

Definition at line 162 of file COP2_VexContext.h.

const UT_IntArray& COP2_VexVariableMap::getNeededFrames ( ) const [inline]

Definition at line 372 of file COP2_VexContext.h.

UT_Matrix3 COP2_VexVariableMap::getNeighbourPixel	(	int	input,
		int	plane_num,
		int	plane_comp,
		int	array_index,
		float	u,
		float	v,
		int	frame
	)

UT_Matrix3 COP2_VexVariableMap::getNeighbourPixel	(	int	input,
		int	plane_num,
		int	plane_comp,
		int	array_index,
		int	u,
		int	v,
		int	frame
	)

void COP2_VexVariableMap::getNeighbourPixels	(	UT_Matrix3 *	pix,
		int	num,
		int	input,
		int	plane_num,
		int	plane_comp,
		int	array_index,
		float *	u,
		float *	v,
		int *	frames,
		int	singleframe = `1`,
		char *	mask = `0`
	)

void COP2_VexVariableMap::getNeighbourPixels	(	UT_Matrix3 *	pix,
		int	num,
		int	input,
		int	plane_num,
		int	plane_comp,
		int	array_index,
		int *	u,
		int *	v,
		int *	frames,
		int	singleframe = `1`,
		char *	mask = `0`
	)

float COP2_VexVariableMap::getPixelComponent	(	int	input,
		int	plane_num,
		int	plane_comp,
		int	array_index,
		float	u,
		float	v,
		int	frame
	)

float COP2_VexVariableMap::getPixelComponent	(	int	input,
		int	plane_num,
		int	plane_comp,
		int	array_index,
		int	u,
		int	v,
		int	frame
	)

void COP2_VexVariableMap::getPixelComponents	(	float *	comps,
		int	num_comps,
		int	input,
		int	plane_num,
		int	plane_comp,
		int	array_index,
		float *	u,
		float *	v,
		int *	frames,
		int	singleframe = `1`,
		char *	mask = `0`
	)

void COP2_VexVariableMap::getPixelComponents	(	float *	comps,
		int	num_comps,
		int	input,
		int	plane_num,
		int	plane_comp,
		int	array_index,
		int *	u,
		int *	v,
		int *	frames,
		int	singleframe = `1`,
		char *	mask = `0`
	)

int COP2_VexVariableMap::getPlaneIndex ( ) const [inline]

Definition at line 349 of file COP2_VexContext.h.

int COP2_VexVariableMap::getPlaneIndex ( const char * plane_name ) const

const char* COP2_VexVariableMap::getPlaneName ( int index ) const

int COP2_VexVariableMap::getPlaneSize ( int index ) const

UT_Vector4 COP2_VexVariableMap::getPoint	(	int	input,
		int	plane_num,
		int	array_index,
		float	u,
		float	v,
		int	frame
	)

UT_Vector4 COP2_VexVariableMap::getPoint	(	int	input,
		int	plane_num,
		int	array_index,
		int	u,
		int	v,
		int	frame
	)

void COP2_VexVariableMap::getPoints	(	UT_Vector4 *	vects,
		int	num_vects,
		int	input,
		int	plane_num,
		int	array_index,
		float *	u,
		float *	v,
		int *	frame,
		int	singleframe = `1`,
		char *	mask = `0`
	)

void COP2_VexVariableMap::getPoints	(	UT_Vector4 *	vects,
		int	num_vects,
		int	input,
		int	plane_num,
		int	array_index,
		int *	u,
		int *	v,
		int *	frames,
		int	singleframe = `1`,
		char *	mask = `0`
	)

int COP2_VexVariableMap::getRows ( ) const [inline]

Definition at line 354 of file COP2_VexContext.h.

int COP2_VexVariableMap::getStart ( int input ) const

int* COP2_VexVariableMap::getThreadPtr ( ) [inline]

Definition at line 365 of file COP2_VexContext.h.

float COP2_VexVariableMap::getTime ( ) const [inline]

Definition at line 351 of file COP2_VexContext.h.

UT_Vector3 COP2_VexVariableMap::getVector	(	int	input,
		int	plane_num,
		int	array_index,
		float	u,
		float	v,
		int	frame
	)

UT_Vector3 COP2_VexVariableMap::getVector	(	int	input,
		int	plane_num,
		int	array_index,
		int	u,
		int	v,
		int	frame
	)

void COP2_VexVariableMap::getVectors	(	UT_Vector3 *	vects,
		int	num_vects,
		int	input,
		int	plane_num,
		int	array_index,
		float *	u,
		float *	v,
		int *	frame,
		int	singleframe = `1`,
		char *	mask = `0`
	)

void COP2_VexVariableMap::getVectors	(	UT_Vector3 *	vects,
		int	num_vects,
		int	input,
		int	plane_num,
		int	array_index,
		int *	u,
		int *	v,
		int *	frames,
		int	singleframe = `1`,
		char *	mask = `0`
	)

int COP2_VexVariableMap::hasInputPlane	(	int	input,
		const char *	plane_name
	)			const

int COP2_VexVariableMap::hasPlane ( const char * plane_name ) const

bool COP2_VexVariableMap::hasScanned ( ) const [inline]

Definition at line 347 of file COP2_VexContext.h.

void COP2_VexVariableMap::initData ( VEX_Instance * func )

void COP2_VexVariableMap::initExports	(	VEX_Instance *	func,
		TIL_Sequence *	seq
	)

int COP2_VexVariableMap::isConnected ( int idx ) const [inline]

Definition at line 163 of file COP2_VexContext.h.

bool COP2_VexVariableMap::isInitPass ( ) const [inline]

Definition at line 369 of file COP2_VexContext.h.

int COP2_VexVariableMap::isRead ( VCOP2_Global id ) const [inline]

Definition at line 161 of file COP2_VexContext.h.

void COP2_VexVariableMap::prepData	(	const char *	plane_name,
		int	plane_index,
		int	plane_size,
		int	array_index,
		int	array_size,
		float *	r,
		float *	g,
		float *	b,
		float *	a,
		float *	c1,
		float *	c2,
		float *	c3,
		float *	c4,
		int	x1,
		int	y1,
		int	x2,
		int	y2
	)

void COP2_VexVariableMap::prepData	(	UT_PtrArray< const TIL_Sequence * >	inputs,
		int	num_planes,
		int	xres,
		int	yres,
		float	aspect,
		int	startf,
		int	endf,
		float	cookscale,
		COP2_Node *	node,
		int	thread_index,
		float	t
	)

void COP2_VexVariableMap::releaseLockedTiles ( )

void COP2_VexVariableMap::resetAtlas ( )

void COP2_VexVariableMap::setInitPass ( bool pass ) [inline]

Definition at line 367 of file COP2_VexContext.h.

int COP2_VexVariableMap::setNeededFrame ( int frame )

void COP2_VexVariableMap::storeFilterOptions ( const VEX_Instance & state )

Member Data Documentation

UT_PtrArray<float *> COP2_VexVariableMap::myCacheFloat

Definition at line 456 of file COP2_VexContext.h.

UT_PtrArray<UT_Matrix3 *> COP2_VexVariableMap::myCacheMat3

Definition at line 459 of file COP2_VexContext.h.

UT_PtrArray<UT_Matrix4 *> COP2_VexVariableMap::myCacheMat4

Definition at line 460 of file COP2_VexContext.h.

UT_PtrArray<UT_Vector4 *> COP2_VexVariableMap::myCachePoint

Definition at line 458 of file COP2_VexContext.h.

int COP2_VexVariableMap::myCachePtrFloat

Definition at line 462 of file COP2_VexContext.h.

int COP2_VexVariableMap::myCachePtrMat3

Definition at line 465 of file COP2_VexContext.h.

int COP2_VexVariableMap::myCachePtrMat4

Definition at line 466 of file COP2_VexContext.h.

int COP2_VexVariableMap::myCachePtrPoint

Definition at line 464 of file COP2_VexContext.h.

int COP2_VexVariableMap::myCachePtrVector

Definition at line 463 of file COP2_VexContext.h.

UT_PtrArray<UT_Vector3 *> COP2_VexVariableMap::myCacheVector

Definition at line 457 of file COP2_VexContext.h.

bool COP2_VexVariableMap::myInitPassOnly

Definition at line 469 of file COP2_VexContext.h.

UT_IntArray COP2_VexVariableMap::myNeededFrames

Definition at line 468 of file COP2_VexContext.h.

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

COP2/COP2_VexContext.h


Public Member Functions
	COP2_VexVariableMap ()
	~COP2_VexVariableMap ()
void	initData (VEX_Instance *func)
void	initExports (VEX_Instance func, TIL_Sequence seq)
void	getExportList (UT_IntArray export_id, UT_IntArray plane_index) const
void	bind (VEX_Instance *func)
void	bindAtlas (const COP2_VexAtlas atlas, VEX_Instance func, VEX_ProcArray *proc)
void	fillPlane (char *data, int index, int array_num, int vector_num, int size, int num_procs)
void	prepData (UT_PtrArray< const TIL_Sequence * > inputs, int num_planes, int xres, int yres, float aspect, int startf, int endf, float cookscale, COP2_Node *node, int thread_index, float t)
void	prepData (const char plane_name, int plane_index, int plane_size, int array_index, int array_size, float r, float g, float b, float a, float c1, float c2, float c3, float *c4, int x1, int y1, int x2, int y2)
void	extractData ()
void	extractExport (VEX_Instance func, int num_pnts, int idx, int size, TIL_Tile *tiles, int x, int y, int w, int stride)
int	isRead (VCOP2_Global id) const
int	getMap (VCOP2_Global id) const
int	isConnected (int idx) const
void *	getData (VCOP2_Global id)
void *	getDataAlways (VCOP2_Global id)
void	releaseLockedTiles ()
int	getPlaneIndex (const char *plane_name) const
const char *	getPlaneName (int index) const
const char *	getComponentName (int index, int compindex) const
int	hasPlane (const char *plane_name) const
int	getPlaneSize (int index) const
void	getInputRes (int input, int &x, int &y) const
float	getInputAspect (int input) const
float	getFrameRate (int input) const
int	getStart (int input) const
int	getEnd (int input) const
const char *	getInputPlaneName (int input, int plane_index) const
const char *	getInputComponentName (int input, int plane_index, int comp_index) const
int	getInputPlaneIndex (int input, const char *plane_name) const
int	getInputNumPlanes (int input)
int	hasInputPlane (int input, const char *plane_name) const
int	getInputPlaneSize (int input, int index) const
float	getPixelComponent (int input, int plane_num, int plane_comp, int array_index, int u, int v, int frame)
float	getPixelComponent (int input, int plane_num, int plane_comp, int array_index, float u, float v, int frame)
void	getPixelComponents (float comps, int num_comps, int input, int plane_num, int plane_comp, int array_index, int u, int v, int frames, int singleframe=1, char *mask=0)
void	getPixelComponents (float comps, int num_comps, int input, int plane_num, int plane_comp, int array_index, float u, float v, int frames, int singleframe=1, char *mask=0)
UT_Vector3	getVector (int input, int plane_num, int array_index, int u, int v, int frame)
UT_Vector3	getVector (int input, int plane_num, int array_index, float u, float v, int frame)
void	getVectors (UT_Vector3 vects, int num_vects, int input, int plane_num, int array_index, int u, int v, int frames, int singleframe=1, char *mask=0)
void	getVectors (UT_Vector3 vects, int num_vects, int input, int plane_num, int array_index, float u, float v, int frame, int singleframe=1, char *mask=0)
UT_Vector4	getPoint (int input, int plane_num, int array_index, int u, int v, int frame)
UT_Vector4	getPoint (int input, int plane_num, int array_index, float u, float v, int frame)
void	getPoints (UT_Vector4 vects, int num_vects, int input, int plane_num, int array_index, int u, int v, int frames, int singleframe=1, char *mask=0)
void	getPoints (UT_Vector4 vects, int num_vects, int input, int plane_num, int array_index, float u, float v, int frame, int singleframe=1, char *mask=0)
float	getBilinearPixelComponent (int input, int plane_num, int plane_comp, int array_index, int u, int v, int frame)
float	getBilinearPixelComponent (int input, int plane_num, int plane_comp, int array_index, float u, float v, int frame)
void	getBilinearPixelComponents (float comps, int num, int input, int plane_num, int plane_comp, int array_index, int u, int v, int frames, int singleframe=1, char *mask=0)
void	getBilinearPixelComponents (float comps, int num, int input, int plane_num, int plane_comp, int array_index, float u, float v, int frames, int singleframe=1, char *mask=0)
UT_Vector3	getBilinearVector (int input, int plane_num, int array_index, int u, int v, int frame)
UT_Vector3	getBilinearVector (int input, int plane_num, int array_index, float u, float v, int frame)
void	getBilinearVectors (UT_Vector3 vects, int, int input, int plane_num, int array_index, int u, int v, int frame, int singleframe=1, char *mask=0)
void	getBilinearVectors (UT_Vector3 vects, int, int input, int plane_num, int array_index, float u, float v, int frame, int singleframe=1, char *mask=0)
UT_Vector4	getBilinearPoint (int input, int plane_num, int array_index, int u, int v, int frame)
UT_Vector4	getBilinearPoint (int input, int plane_num, int array_index, float u, float v, int frame)
void	getBilinearPoints (UT_Vector4 vects, int, int input, int plane_num, int array_index, int u, int v, int frame, int singleframe=1, char *mask=0)
void	getBilinearPoints (UT_Vector4 vects, int, int input, int plane_num, int array_index, float u, float v, int frame, int singleframe=1, char *mask=0)
float	getFilteredPixelComponent (int input, int plane_num, int plane_comp, int array_index, int u, int v, int frame)
float	getFilteredPixelComponent (int input, int plane_num, int plane_comp, int array_index, float u, float v, int frame)
void	getFilteredPixelComponents (float comps, int num, int input, int plane_num, int plane_comp, int array_index, int u, int v, int frames, int singleframe=1, char *mask=0)
void	getFilteredPixelComponents (float comps, int num, int input, int plane_num, int plane_comp, int array_index, float u, float v, int frames, int singleframe=1, char *mask=0)
UT_Vector3	getFilteredVector (int input, int plane_num, int array_index, int u, int v, int frame)
UT_Vector3	getFilteredVector (int input, int plane_num, int array_index, float u, float v, int frame)
void	getFilteredVectors (UT_Vector3 vects, int, int input, int plane_num, int array_index, int u, int v, int frame, int singleframe=1, char *mask=0)
void	getFilteredVectors (UT_Vector3 vects, int, int input, int plane_num, int array_index, float u, float v, int frame, int singleframe=1, char *mask=0)
UT_Vector4	getFilteredPoint (int input, int plane_num, int array_index, int u, int v, int frame)
UT_Vector4	getFilteredPoint (int input, int plane_num, int array_index, float u, float v, int frame)
void	getFilteredPoints (UT_Vector4 vects, int, int input, int plane_num, int array_index, int u, int v, int frame, int singleframe=1, char *mask=0)
void	getFilteredPoints (UT_Vector4 vects, int, int input, int plane_num, int array_index, float u, float v, int frame, int singleframe=1, char *mask=0)
UT_Matrix3	getNeighbourPixel (int input, int plane_num, int plane_comp, int array_index, int u, int v, int frame)
UT_Matrix3	getNeighbourPixel (int input, int plane_num, int plane_comp, int array_index, float u, float v, int frame)
void	getNeighbourPixels (UT_Matrix3 pix, int num, int input, int plane_num, int plane_comp, int array_index, int u, int v, int frames, int singleframe=1, char *mask=0)
void	getNeighbourPixels (UT_Matrix3 pix, int num, int input, int plane_num, int plane_comp, int array_index, float u, float v, int frames, int singleframe=1, char *mask=0)
void	storeFilterOptions (const VEX_Instance &state)
bool	hasScanned () const
int	getPlaneIndex () const
int	getArrayIndex () const
float	getTime () const
int	getFrame () const
float	getCookScale () const
int	getRows () const
int	getCols () const
void	allocUVMaps (void &u, void &v, int size)
void	allocCompMap (float *&comp, int size)
void	allocVectorMap (UT_Vector3 *&v, int size)
void	allocPointMap (UT_Vector4 *&p, int size)
void	resetAtlas ()
int *	getThreadPtr ()
void	setInitPass (bool pass)
bool	isInitPass () const
int	setNeededFrame (int frame)
const UT_IntArray &	getNeededFrames () const
Public Attributes
UT_PtrArray< float * >	myCacheFloat
UT_PtrArray< UT_Vector3 * >	myCacheVector
UT_PtrArray< UT_Vector4 * >	myCachePoint
UT_PtrArray< UT_Matrix3 * >	myCacheMat3
UT_PtrArray< UT_Matrix4 * >	myCacheMat4
int	myCachePtrFloat
int	myCachePtrVector
int	myCachePtrPoint
int	myCachePtrMat3
int	myCachePtrMat4
UT_IntArray	myNeededFrames
bool	myInitPassOnly