vtkStructuredTPointBackend< ValueType, ArrayTypeX, ArrayTypeY, ArrayTypeZ, DataDescription, UseDirMatrix > Class Template Reference

#include <vtkStructuredPointBackend.h>

Inheritance diagram for vtkStructuredTPointBackend< ValueType, ArrayTypeX, ArrayTypeY, ArrayTypeZ, DataDescription, UseDirMatrix >:

Collaboration diagram for vtkStructuredTPointBackend< ValueType, ArrayTypeX, ArrayTypeY, ArrayTypeZ, DataDescription, UseDirMatrix >:

Public Member Functions
	vtkStructuredTPointBackend ()
	vtkStructuredTPointBackend (ArrayTypeX *arrayX, ArrayTypeY *arrayY, ArrayTypeZ *arrayZ, int extent[6], double dirMatrix[9])
	~vtkStructuredTPointBackend () override
template<int Description = DataDescription>
std::enable_if<(Description==9), ValueType >::type VTK_ALWAYS_INLINE	mapStructuredXComponentImpl (int i) const
template<int Description = DataDescription>
std::enable_if<(Description!=9), ValueType >::type VTK_ALWAYS_INLINE	mapStructuredXComponentImpl (int i) const
ValueType	mapStructuredXComponent (int i) const override
	These function should only be used when direction matrix is NOT identity.
template<int Description = DataDescription>
std::enable_if<(Description==9), ValueType >::type VTK_ALWAYS_INLINE	mapStructuredYComponentImpl (int j) const
template<int Description = DataDescription>
std::enable_if<(Description!=9), ValueType >::type VTK_ALWAYS_INLINE	mapStructuredYComponentImpl (int j) const
ValueType	mapStructuredYComponent (int j) const override
	These function should only be used when direction matrix is NOT identity.
template<int Description = DataDescription>
std::enable_if<(Description==9), ValueType >::type VTK_ALWAYS_INLINE	mapStructuredZComponentImpl (int k) const
template<int Description = DataDescription>
std::enable_if<(Description!=9), ValueType >::type VTK_ALWAYS_INLINE	mapStructuredZComponentImpl (int k) const
ValueType	mapStructuredZComponent (int k) const override
	These function should only be used when direction matrix is NOT identity.
template<int Description = DataDescription>
std::enable_if<(Description==9), void >::type VTK_ALWAYS_INLINE	mapStructuredTupleImpl (int ijk[3], ValueType tuple[3]) const
template<int Description = DataDescription>
std::enable_if<(Description!=9), void >::type VTK_ALWAYS_INLINE	mapStructuredTupleImpl (int ijk[3], ValueType tuple[3]) const
void	mapStructuredTuple (int ijk[3], ValueType tuple[3]) const override
template<int Description = DataDescription>
std::enable_if<(Description==9), void >::type VTK_ALWAYS_INLINE	ComputePointStructuredCoords (vtkIdType pointId, int ijk[3]) const
template<int Description = DataDescription>
std::enable_if<(Description==1), void >::type VTK_ALWAYS_INLINE	ComputePointStructuredCoords (vtkIdType pointId, int ijk[3]) const
template<int Description = DataDescription>
std::enable_if<(Description==2), void >::type VTK_ALWAYS_INLINE	ComputePointStructuredCoords (vtkIdType pointId, int ijk[3]) const
template<int Description = DataDescription>
std::enable_if<(Description==3), void >::type VTK_ALWAYS_INLINE	ComputePointStructuredCoords (vtkIdType pointId, int ijk[3]) const
template<int Description = DataDescription>
std::enable_if<(Description==4), void >::type VTK_ALWAYS_INLINE	ComputePointStructuredCoords (vtkIdType pointId, int ijk[3]) const
template<int Description = DataDescription>
std::enable_if<(Description==5), void >::type VTK_ALWAYS_INLINE	ComputePointStructuredCoords (vtkIdType pointId, int ijk[3]) const
template<int Description = DataDescription>
std::enable_if<(Description==6), void >::type VTK_ALWAYS_INLINE	ComputePointStructuredCoords (vtkIdType pointId, int ijk[3]) const
template<int Description = DataDescription>
std::enable_if<(Description==7), void >::type VTK_ALWAYS_INLINE	ComputePointStructuredCoords (vtkIdType pointId, int ijk[3]) const
template<int Description = DataDescription>
std::enable_if<(Description==8), void >::type VTK_ALWAYS_INLINE	ComputePointStructuredCoords (vtkIdType pointId, int ijk[3]) const
void	mapTuple (vtkIdType tupleId, ValueType tuple[3]) const override
template<int Description = DataDescription>
std::enable_if<(Description==9), ValueType >::type VTK_ALWAYS_INLINE	mapComponentImpl (vtkIdType tupleId, int comp) const
template<int Description = DataDescription>
std::enable_if<(Description==1), ValueType >::type VTK_ALWAYS_INLINE	mapComponentImpl (vtkIdType tupleId, int comp) const
template<int Description = DataDescription>
std::enable_if<(Description==2), ValueType >::type VTK_ALWAYS_INLINE	mapComponentImpl (vtkIdType tupleId, int comp) const
template<int Description = DataDescription>
std::enable_if<(Description==3), ValueType >::type VTK_ALWAYS_INLINE	mapComponentImpl (vtkIdType tupleId, int comp) const
template<int Description = DataDescription>
std::enable_if<(Description==4), ValueType >::type VTK_ALWAYS_INLINE	mapComponentImpl (vtkIdType tupleId, int comp) const
template<int Description = DataDescription>
std::enable_if<(Description==5), ValueType >::type VTK_ALWAYS_INLINE	mapComponentImpl (vtkIdType tupleId, int comp) const
template<int Description = DataDescription>
std::enable_if<(Description==6), ValueType >::type VTK_ALWAYS_INLINE	mapComponentImpl (vtkIdType tupleId, int comp) const
template<int Description = DataDescription>
std::enable_if<(Description==7), ValueType >::type VTK_ALWAYS_INLINE	mapComponentImpl (vtkIdType tupleId, int comp) const
template<int Description = DataDescription>
std::enable_if<(Description==8), ValueType >::type VTK_ALWAYS_INLINE	mapComponentImpl (vtkIdType tupleId, int comp) const
ValueType	mapComponent (vtkIdType tupleId, int comp) const override
ValueType	map (vtkIdType valueId) const override
Public Member Functions inherited from vtkStructuredPointBackend< ValueType >
	vtkStructuredPointBackend ()
virtual	~vtkStructuredPointBackend ()
virtual ValueType	mapStructuredXComponent (int i) const =0
	These function should only be used when direction matrix is NOT identity.
virtual ValueType	mapStructuredYComponent (int j) const =0
	These function should only be used when direction matrix is NOT identity.
virtual ValueType	mapStructuredZComponent (int k) const =0
	These function should only be used when direction matrix is NOT identity.
virtual void	mapStructuredTuple (int ijk[3], ValueType tuple[3]) const =0
virtual void	mapTuple (vtkIdType tupleId, ValueType tuple[3]) const =0
virtual ValueType	mapComponent (vtkIdType tupleId, int comp) const =0
virtual ValueType	map (vtkIdType valueId) const =0

Detailed Description

template<typename ValueType, typename ArrayTypeX, typename ArrayTypeY, typename ArrayTypeZ, int DataDescription, bool UseDirMatrix>
class vtkStructuredTPointBackend< ValueType, ArrayTypeX, ArrayTypeY, ArrayTypeZ, DataDescription, UseDirMatrix >

Definition at line 65 of file vtkStructuredPointBackend.h.

Constructor & Destructor Documentation

vtkStructuredTPointBackend() [1/2]

template<typename ValueType , typename ArrayTypeX , typename ArrayTypeY , typename ArrayTypeZ , int DataDescription, bool UseDirMatrix>

vtkStructuredTPointBackend< ValueType, ArrayTypeX, ArrayTypeY, ArrayTypeZ, DataDescription, UseDirMatrix >::vtkStructuredTPointBackend

(

)

vtkStructuredTPointBackend() [2/2]

template<typename ValueType , typename ArrayTypeX , typename ArrayTypeY , typename ArrayTypeZ , int DataDescription, bool UseDirMatrix>

vtkStructuredTPointBackend< ValueType, ArrayTypeX, ArrayTypeY, ArrayTypeZ, DataDescription, UseDirMatrix >::vtkStructuredTPointBackend ( ArrayTypeX *  arrayX, ArrayTypeY *  arrayY, ArrayTypeZ *  arrayZ, int  extent[6], double  dirMatrix[9]  )

inline

Definition at line 87 of file vtkStructuredPointBackend.h.

~vtkStructuredTPointBackend()

template<typename ValueType , typename ArrayTypeX , typename ArrayTypeY , typename ArrayTypeZ , int DataDescription, bool UseDirMatrix>

vtkStructuredTPointBackend< ValueType, ArrayTypeX, ArrayTypeY, ArrayTypeZ, DataDescription, UseDirMatrix >::~vtkStructuredTPointBackend ( )

override

Member Function Documentation

mapStructuredXComponentImpl() [1/2]

template<typename ValueType , typename ArrayTypeX , typename ArrayTypeY , typename ArrayTypeZ , int DataDescription, bool UseDirMatrix>

template<int Description = DataDescription>

std::enable_if<(Description==9), ValueType >::type VTK_ALWAYS_INLINE vtkStructuredTPointBackend< ValueType, ArrayTypeX, ArrayTypeY, ArrayTypeZ, DataDescription, UseDirMatrix >::mapStructuredXComponentImpl

(

int

i

)

const

mapStructuredXComponentImpl() [2/2]

template<typename ValueType , typename ArrayTypeX , typename ArrayTypeY , typename ArrayTypeZ , int DataDescription, bool UseDirMatrix>

template<int Description = DataDescription>

std::enable_if<(Description!=9), ValueType >::type VTK_ALWAYS_INLINE vtkStructuredTPointBackend< ValueType, ArrayTypeX, ArrayTypeY, ArrayTypeZ, DataDescription, UseDirMatrix >::mapStructuredXComponentImpl

(

int

i

)

const

mapStructuredXComponent()

template<typename ValueType , typename ArrayTypeX , typename ArrayTypeY , typename ArrayTypeZ , int DataDescription, bool UseDirMatrix>

ValueType vtkStructuredTPointBackend< ValueType, ArrayTypeX, ArrayTypeY, ArrayTypeZ, DataDescription, UseDirMatrix >::mapStructuredXComponent ( int  i ) const

overridevirtual

These function should only be used when direction matrix is NOT identity.

Implements vtkStructuredPointBackend< ValueType >.

mapStructuredYComponentImpl() [1/2]

template<typename ValueType , typename ArrayTypeX , typename ArrayTypeY , typename ArrayTypeZ , int DataDescription, bool UseDirMatrix>

template<int Description = DataDescription>

std::enable_if<(Description==9), ValueType >::type VTK_ALWAYS_INLINE vtkStructuredTPointBackend< ValueType, ArrayTypeX, ArrayTypeY, ArrayTypeZ, DataDescription, UseDirMatrix >::mapStructuredYComponentImpl

(

int

j

)

const

mapStructuredYComponentImpl() [2/2]

template<typename ValueType , typename ArrayTypeX , typename ArrayTypeY , typename ArrayTypeZ , int DataDescription, bool UseDirMatrix>

template<int Description = DataDescription>

std::enable_if<(Description!=9), ValueType >::type VTK_ALWAYS_INLINE vtkStructuredTPointBackend< ValueType, ArrayTypeX, ArrayTypeY, ArrayTypeZ, DataDescription, UseDirMatrix >::mapStructuredYComponentImpl

(

int

j

)

const

mapStructuredYComponent()

template<typename ValueType , typename ArrayTypeX , typename ArrayTypeY , typename ArrayTypeZ , int DataDescription, bool UseDirMatrix>

ValueType vtkStructuredTPointBackend< ValueType, ArrayTypeX, ArrayTypeY, ArrayTypeZ, DataDescription, UseDirMatrix >::mapStructuredYComponent ( int  j ) const

overridevirtual

These function should only be used when direction matrix is NOT identity.

Implements vtkStructuredPointBackend< ValueType >.

mapStructuredZComponentImpl() [1/2]

template<typename ValueType , typename ArrayTypeX , typename ArrayTypeY , typename ArrayTypeZ , int DataDescription, bool UseDirMatrix>

template<int Description = DataDescription>

std::enable_if<(Description==9), ValueType >::type VTK_ALWAYS_INLINE vtkStructuredTPointBackend< ValueType, ArrayTypeX, ArrayTypeY, ArrayTypeZ, DataDescription, UseDirMatrix >::mapStructuredZComponentImpl

(

int

k

)

const

mapStructuredZComponentImpl() [2/2]

template<typename ValueType , typename ArrayTypeX , typename ArrayTypeY , typename ArrayTypeZ , int DataDescription, bool UseDirMatrix>

template<int Description = DataDescription>

std::enable_if<(Description!=9), ValueType >::type VTK_ALWAYS_INLINE vtkStructuredTPointBackend< ValueType, ArrayTypeX, ArrayTypeY, ArrayTypeZ, DataDescription, UseDirMatrix >::mapStructuredZComponentImpl

(

int

k

)

const

mapStructuredZComponent()

template<typename ValueType , typename ArrayTypeX , typename ArrayTypeY , typename ArrayTypeZ , int DataDescription, bool UseDirMatrix>

ValueType vtkStructuredTPointBackend< ValueType, ArrayTypeX, ArrayTypeY, ArrayTypeZ, DataDescription, UseDirMatrix >::mapStructuredZComponent ( int  k ) const

overridevirtual

These function should only be used when direction matrix is NOT identity.

Implements vtkStructuredPointBackend< ValueType >.

mapStructuredTupleImpl() [1/2]

template<typename ValueType , typename ArrayTypeX , typename ArrayTypeY , typename ArrayTypeZ , int DataDescription, bool UseDirMatrix>

template<int Description = DataDescription>

std::enable_if<(Description==9), void >::type VTK_ALWAYS_INLINE vtkStructuredTPointBackend< ValueType, ArrayTypeX, ArrayTypeY, ArrayTypeZ, DataDescription, UseDirMatrix >::mapStructuredTupleImpl	(	int	ijk[3],
		ValueType	tuple[3]
	)		const

mapStructuredTupleImpl() [2/2]

template<typename ValueType , typename ArrayTypeX , typename ArrayTypeY , typename ArrayTypeZ , int DataDescription, bool UseDirMatrix>

template<int Description = DataDescription>

std::enable_if<(Description!=9), void >::type VTK_ALWAYS_INLINE vtkStructuredTPointBackend< ValueType, ArrayTypeX, ArrayTypeY, ArrayTypeZ, DataDescription, UseDirMatrix >::mapStructuredTupleImpl	(	int	ijk[3],
		ValueType	tuple[3]
	)		const

mapStructuredTuple()

template<typename ValueType , typename ArrayTypeX , typename ArrayTypeY , typename ArrayTypeZ , int DataDescription, bool UseDirMatrix>

void vtkStructuredTPointBackend< ValueType, ArrayTypeX, ArrayTypeY, ArrayTypeZ, DataDescription, UseDirMatrix >::mapStructuredTuple ( int  ijk[3], ValueType  tuple[3]  ) const

overridevirtual

Implements vtkStructuredPointBackend< ValueType >.

ComputePointStructuredCoords() [1/9]

template<typename ValueType , typename ArrayTypeX , typename ArrayTypeY , typename ArrayTypeZ , int DataDescription, bool UseDirMatrix>

template<int Description = DataDescription>

std::enable_if<(Description==9), void >::type VTK_ALWAYS_INLINE vtkStructuredTPointBackend< ValueType, ArrayTypeX, ArrayTypeY, ArrayTypeZ, DataDescription, UseDirMatrix >::ComputePointStructuredCoords	(	vtkIdType	pointId,
		int	ijk[3]
	)		const

ComputePointStructuredCoords() [2/9]

template<typename ValueType , typename ArrayTypeX , typename ArrayTypeY , typename ArrayTypeZ , int DataDescription, bool UseDirMatrix>

template<int Description = DataDescription>

std::enable_if<(Description==1), void >::type VTK_ALWAYS_INLINE vtkStructuredTPointBackend< ValueType, ArrayTypeX, ArrayTypeY, ArrayTypeZ, DataDescription, UseDirMatrix >::ComputePointStructuredCoords	(	vtkIdType	pointId,
		int	ijk[3]
	)		const

ComputePointStructuredCoords() [3/9]

template<typename ValueType , typename ArrayTypeX , typename ArrayTypeY , typename ArrayTypeZ , int DataDescription, bool UseDirMatrix>

template<int Description = DataDescription>

std::enable_if<(Description==2), void >::type VTK_ALWAYS_INLINE vtkStructuredTPointBackend< ValueType, ArrayTypeX, ArrayTypeY, ArrayTypeZ, DataDescription, UseDirMatrix >::ComputePointStructuredCoords	(	vtkIdType	pointId,
		int	ijk[3]
	)		const

ComputePointStructuredCoords() [4/9]

template<typename ValueType , typename ArrayTypeX , typename ArrayTypeY , typename ArrayTypeZ , int DataDescription, bool UseDirMatrix>

template<int Description = DataDescription>

std::enable_if<(Description==3), void >::type VTK_ALWAYS_INLINE vtkStructuredTPointBackend< ValueType, ArrayTypeX, ArrayTypeY, ArrayTypeZ, DataDescription, UseDirMatrix >::ComputePointStructuredCoords	(	vtkIdType	pointId,
		int	ijk[3]
	)		const

ComputePointStructuredCoords() [5/9]

template<typename ValueType , typename ArrayTypeX , typename ArrayTypeY , typename ArrayTypeZ , int DataDescription, bool UseDirMatrix>

template<int Description = DataDescription>

std::enable_if<(Description==4), void >::type VTK_ALWAYS_INLINE vtkStructuredTPointBackend< ValueType, ArrayTypeX, ArrayTypeY, ArrayTypeZ, DataDescription, UseDirMatrix >::ComputePointStructuredCoords	(	vtkIdType	pointId,
		int	ijk[3]
	)		const

ComputePointStructuredCoords() [6/9]

template<typename ValueType , typename ArrayTypeX , typename ArrayTypeY , typename ArrayTypeZ , int DataDescription, bool UseDirMatrix>

template<int Description = DataDescription>

std::enable_if<(Description==5), void >::type VTK_ALWAYS_INLINE vtkStructuredTPointBackend< ValueType, ArrayTypeX, ArrayTypeY, ArrayTypeZ, DataDescription, UseDirMatrix >::ComputePointStructuredCoords	(	vtkIdType	pointId,
		int	ijk[3]
	)		const

ComputePointStructuredCoords() [7/9]

template<typename ValueType , typename ArrayTypeX , typename ArrayTypeY , typename ArrayTypeZ , int DataDescription, bool UseDirMatrix>

template<int Description = DataDescription>

std::enable_if<(Description==6), void >::type VTK_ALWAYS_INLINE vtkStructuredTPointBackend< ValueType, ArrayTypeX, ArrayTypeY, ArrayTypeZ, DataDescription, UseDirMatrix >::ComputePointStructuredCoords	(	vtkIdType	pointId,
		int	ijk[3]
	)		const

ComputePointStructuredCoords() [8/9]

template<typename ValueType , typename ArrayTypeX , typename ArrayTypeY , typename ArrayTypeZ , int DataDescription, bool UseDirMatrix>

template<int Description = DataDescription>

std::enable_if<(Description==7), void >::type VTK_ALWAYS_INLINE vtkStructuredTPointBackend< ValueType, ArrayTypeX, ArrayTypeY, ArrayTypeZ, DataDescription, UseDirMatrix >::ComputePointStructuredCoords	(	vtkIdType	pointId,
		int	ijk[3]
	)		const

ComputePointStructuredCoords() [9/9]

template<typename ValueType , typename ArrayTypeX , typename ArrayTypeY , typename ArrayTypeZ , int DataDescription, bool UseDirMatrix>

template<int Description = DataDescription>

std::enable_if<(Description==8), void >::type VTK_ALWAYS_INLINE vtkStructuredTPointBackend< ValueType, ArrayTypeX, ArrayTypeY, ArrayTypeZ, DataDescription, UseDirMatrix >::ComputePointStructuredCoords	(	vtkIdType	pointId,
		int	ijk[3]
	)		const

mapTuple()

template<typename ValueType , typename ArrayTypeX , typename ArrayTypeY , typename ArrayTypeZ , int DataDescription, bool UseDirMatrix>

void vtkStructuredTPointBackend< ValueType, ArrayTypeX, ArrayTypeY, ArrayTypeZ, DataDescription, UseDirMatrix >::mapTuple ( vtkIdType  tupleId, ValueType  tuple[3]  ) const

overridevirtual

Implements vtkStructuredPointBackend< ValueType >.

mapComponentImpl() [1/9]

template<typename ValueType , typename ArrayTypeX , typename ArrayTypeY , typename ArrayTypeZ , int DataDescription, bool UseDirMatrix>

template<int Description = DataDescription>

std::enable_if<(Description==9), ValueType >::type VTK_ALWAYS_INLINE vtkStructuredTPointBackend< ValueType, ArrayTypeX, ArrayTypeY, ArrayTypeZ, DataDescription, UseDirMatrix >::mapComponentImpl	(	vtkIdType	tupleId,
		int	comp
	)		const

mapComponentImpl() [2/9]

template<typename ValueType , typename ArrayTypeX , typename ArrayTypeY , typename ArrayTypeZ , int DataDescription, bool UseDirMatrix>

template<int Description = DataDescription>

std::enable_if<(Description==1), ValueType >::type VTK_ALWAYS_INLINE vtkStructuredTPointBackend< ValueType, ArrayTypeX, ArrayTypeY, ArrayTypeZ, DataDescription, UseDirMatrix >::mapComponentImpl	(	vtkIdType	tupleId,
		int	comp
	)		const

mapComponentImpl() [3/9]

template<typename ValueType , typename ArrayTypeX , typename ArrayTypeY , typename ArrayTypeZ , int DataDescription, bool UseDirMatrix>

template<int Description = DataDescription>

std::enable_if<(Description==2), ValueType >::type VTK_ALWAYS_INLINE vtkStructuredTPointBackend< ValueType, ArrayTypeX, ArrayTypeY, ArrayTypeZ, DataDescription, UseDirMatrix >::mapComponentImpl	(	vtkIdType	tupleId,
		int	comp
	)		const

mapComponentImpl() [4/9]

template<typename ValueType , typename ArrayTypeX , typename ArrayTypeY , typename ArrayTypeZ , int DataDescription, bool UseDirMatrix>

template<int Description = DataDescription>

std::enable_if<(Description==3), ValueType >::type VTK_ALWAYS_INLINE vtkStructuredTPointBackend< ValueType, ArrayTypeX, ArrayTypeY, ArrayTypeZ, DataDescription, UseDirMatrix >::mapComponentImpl	(	vtkIdType	tupleId,
		int	comp
	)		const

mapComponentImpl() [5/9]

template<typename ValueType , typename ArrayTypeX , typename ArrayTypeY , typename ArrayTypeZ , int DataDescription, bool UseDirMatrix>

template<int Description = DataDescription>

std::enable_if<(Description==4), ValueType >::type VTK_ALWAYS_INLINE vtkStructuredTPointBackend< ValueType, ArrayTypeX, ArrayTypeY, ArrayTypeZ, DataDescription, UseDirMatrix >::mapComponentImpl	(	vtkIdType	tupleId,
		int	comp
	)		const

mapComponentImpl() [6/9]

template<typename ValueType , typename ArrayTypeX , typename ArrayTypeY , typename ArrayTypeZ , int DataDescription, bool UseDirMatrix>

template<int Description = DataDescription>

std::enable_if<(Description==5), ValueType >::type VTK_ALWAYS_INLINE vtkStructuredTPointBackend< ValueType, ArrayTypeX, ArrayTypeY, ArrayTypeZ, DataDescription, UseDirMatrix >::mapComponentImpl	(	vtkIdType	tupleId,
		int	comp
	)		const

mapComponentImpl() [7/9]

template<typename ValueType , typename ArrayTypeX , typename ArrayTypeY , typename ArrayTypeZ , int DataDescription, bool UseDirMatrix>

template<int Description = DataDescription>

std::enable_if<(Description==6), ValueType >::type VTK_ALWAYS_INLINE vtkStructuredTPointBackend< ValueType, ArrayTypeX, ArrayTypeY, ArrayTypeZ, DataDescription, UseDirMatrix >::mapComponentImpl	(	vtkIdType	tupleId,
		int	comp
	)		const

mapComponentImpl() [8/9]

template<typename ValueType , typename ArrayTypeX , typename ArrayTypeY , typename ArrayTypeZ , int DataDescription, bool UseDirMatrix>

template<int Description = DataDescription>

std::enable_if<(Description==7), ValueType >::type VTK_ALWAYS_INLINE vtkStructuredTPointBackend< ValueType, ArrayTypeX, ArrayTypeY, ArrayTypeZ, DataDescription, UseDirMatrix >::mapComponentImpl	(	vtkIdType	tupleId,
		int	comp
	)		const

mapComponentImpl() [9/9]

template<typename ValueType , typename ArrayTypeX , typename ArrayTypeY , typename ArrayTypeZ , int DataDescription, bool UseDirMatrix>

template<int Description = DataDescription>

std::enable_if<(Description==8), ValueType >::type VTK_ALWAYS_INLINE vtkStructuredTPointBackend< ValueType, ArrayTypeX, ArrayTypeY, ArrayTypeZ, DataDescription, UseDirMatrix >::mapComponentImpl	(	vtkIdType	tupleId,
		int	comp
	)		const

mapComponent()

template<typename ValueType , typename ArrayTypeX , typename ArrayTypeY , typename ArrayTypeZ , int DataDescription, bool UseDirMatrix>

ValueType vtkStructuredTPointBackend< ValueType, ArrayTypeX, ArrayTypeY, ArrayTypeZ, DataDescription, UseDirMatrix >::mapComponent ( vtkIdType  tupleId, int  comp  ) const

overridevirtual

Implements vtkStructuredPointBackend< ValueType >.

map()

template<typename ValueType , typename ArrayTypeX , typename ArrayTypeY , typename ArrayTypeZ , int DataDescription, bool UseDirMatrix>

ValueType vtkStructuredTPointBackend< ValueType, ArrayTypeX, ArrayTypeY, ArrayTypeZ, DataDescription, UseDirMatrix >::map ( vtkIdType  valueId ) const

overridevirtual

Implements vtkStructuredPointBackend< ValueType >.

---

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

• Common/Core/vtkStructuredPointBackend.h