vtkReflectionUtilities Namespace Reference

Reflection methods for Unstructured Grid. More...

Functions
void	FindReflectableArrays (vtkFieldData *fd, std::vector< std::pair< vtkIdType, int > > &reflectableArrays)
	method to determine which arrays from a field data can be reflected and store them in the provided reflectableArrays.
void	FindAllReflectableArrays (std::vector< std::pair< vtkIdType, int > > &reflectableArrays, vtkDataSetAttributes *inData, bool reflectAllInputArrays)
	If reflectAllInputArrays is true, calls FindReflectableArrays.
void	ReflectTuple (double *tuple, int *mirrorDir, int nComp)
	Reflect each component of the provided tuple according to the provided mirrorDir using the provided nComp component.
void	ReflectReflectableArrays (std::vector< std::pair< vtkIdType, int > > &reflectableArrays, vtkDataSetAttributes *inData, vtkDataSetAttributes *outData, vtkIdType i, int mirrorDir[3], int mirrorSymmetricTensorDir[6], int mirrorTensorDir[9], vtkIdType id)
	Reflect the i-th tuple of each array in reflectableArrays.
vtkIdType	ReflectNon3DCellInternal (vtkDataSet *input, vtkUnstructuredGrid *output, vtkIdType cellId, vtkIdType numInputPoints, bool copyInput)
	Generate new, non-3D cell and return the generated cell id.
void	ProcessUnstructuredGrid (vtkDataSet *input, vtkUnstructuredGrid *output, double constant[3], int mirrorDir[3], int mirrorSymmetricTensorDir[6], int mirrorTensorDir[9], bool copyInput, bool reflectAllInputArrays, vtkAlgorithm *algorithm)
	Generate the reflection of the input dataset as an unstructured grid.

Detailed Description

Reflection methods for Unstructured Grid.

This file defines a namespace providing functions used by vtkReflectionFilter and vtkAxisAlignedReflectionFilter to process Unstructured Grids.

Function Documentation

FindReflectableArrays()

void vtkReflectionUtilities::FindReflectableArrays	(	vtkFieldData *	fd,
		std::vector< std::pair< vtkIdType, int > > &	reflectableArrays
	)

method to determine which arrays from a field data can be reflected and store them in the provided reflectableArrays.

Only 3/6/9 component signed data array are considered reflectable.

FindAllReflectableArrays()

void vtkReflectionUtilities::FindAllReflectableArrays	(	std::vector< std::pair< vtkIdType, int > > &	reflectableArrays,
		vtkDataSetAttributes *	inData,
		bool	reflectAllInputArrays
	)

If reflectAllInputArrays is true, calls FindReflectableArrays.

Otherwise, this function fills reflectableArrays with vectors, normals, and tensors.

ReflectTuple()

void vtkReflectionUtilities::ReflectTuple	(	double *	tuple,
		int *	mirrorDir,
		int	nComp
	)

Reflect each component of the provided tuple according to the provided mirrorDir using the provided nComp component.

ReflectReflectableArrays()

void vtkReflectionUtilities::ReflectReflectableArrays	(	std::vector< std::pair< vtkIdType, int > > &	reflectableArrays,
		vtkDataSetAttributes *	inData,
		vtkDataSetAttributes *	outData,
		vtkIdType	i,
		int	mirrorDir[3],
		int	mirrorSymmetricTensorDir[6],
		int	mirrorTensorDir[9],
		vtkIdType	id
	)

Reflect the i-th tuple of each array in reflectableArrays.

Parameters

reflectableArrays	Vector of all the arrays that need to be reflected and their corresponding number of components.
inData	DataSetAttribute in which to get the actual arrays from their ids.
outData	DataSetAttribute in which to set the reflected arrays.
i	Index of the tuple that needs to be reflected in the input array.
mirrorDir	Mirror direction for 3-components arrays.
mirrorSymmetricTensorDir	Mirror direction for 6-components arrays.
mirrorTensorDir	Mirror direction for 9-components arrays.
id	Index of the reflected tuple in the output array.

ReflectNon3DCellInternal()

vtkIdType vtkReflectionUtilities::ReflectNon3DCellInternal	(	vtkDataSet *	input,
		vtkUnstructuredGrid *	output,
		vtkIdType	cellId,
		vtkIdType	numInputPoints,
		bool	copyInput
	)

Generate new, non-3D cell and return the generated cell id.

Parameters

input	Input dataset to be reflected.
output	Output unstructured grid that is the reflection of the input and the input itself if copyInput is on.
cellId	Id of the cell to be reflected.
numInputPoints	Number of points in the input dataset.
copyInput

See also

vtkAxisAlignedReflectionFilter::CopyInput.

ProcessUnstructuredGrid()

void vtkReflectionUtilities::ProcessUnstructuredGrid	(	vtkDataSet *	input,
		vtkUnstructuredGrid *	output,
		double	constant[3],
		int	mirrorDir[3],
		int	mirrorSymmetricTensorDir[6],
		int	mirrorTensorDir[9],
		bool	copyInput,
		bool	reflectAllInputArrays,
		vtkAlgorithm *	algorithm
	)

Generate the reflection of the input dataset as an unstructured grid.

Parameters

input	Input dataset to be reflected.
output	Output unstructured grid that is the reflection of the input and the input itself if copyInput is on.
constant	Offset depending on the chosen reflection plane.
mirrorDir	Mirror direction for 3-components arrays.
mirrorSymmetricTensorDir	Mirror direction for 6-components arrays.
mirrorTensorDir	Mirror direction for 9-components arrays.
copyInput

See also

vtkAxisAlignedReflectionFilter::CopyInput.

Parameters

reflectAllInputArrays

See also

vtkAxisAlignedReflectionFilter::ReflectAllInputArrays.

Parameters

algorithm

Algorithm object to CheckAbort during points and cells iterations.