Abstract base class for a 2D or 3D unstructured grid. More...

#include <UnstructuredGrid.h>

Inheritance diagram for VAPoR::UnstructuredGrid:

Public Types
enum	Location { NODE , CELL , EDGE }

Public Types inherited from VAPoR::Grid
typedef const CoordType	ConstCoordType

typedef Grid::PolyIterator< ConstCoordType >	ConstCoordItr

typedef Grid::AbstractIterator< ConstCoordType >	ConstCoordItrAbstract

typedef const DimsType	ConstIndexType

typedef Grid::PolyIterator< ConstIndexType >	ConstNodeIterator

typedef Grid::AbstractIterator< ConstIndexType >	ConstNodeIteratorAbstract

typedef Grid::PolyIterator< ConstIndexType >	ConstCellIterator
	Cell index iterator. Iterates over grid cell indices.

typedef Grid::AbstractIterator< ConstIndexType >	ConstCellIteratorAbstract

typedef Grid::ForwardIterator< Grid >	Iterator

typedef Grid::ForwardIterator< Grid const >	ConstIterator

Public Member Functions
	UnstructuredGrid (const DimsType &vertexDims, const DimsType &faceDims, const DimsType &edgeDims, const DimsType &bs, const std::vector< float * > &blks, size_t topology_dimension, const int vertexOnFace, const int faceOnVertex, const int *faceOnFace, Location location, size_t maxVertexPerFace, size_t maxFacePerVertex, long nodeOffset, long cellOffset)

	UnstructuredGrid (const std::vector< size_t > &vertexDims, const std::vector< size_t > &faceDims, const std::vector< size_t > &edgeDims, const std::vector< size_t > &bs, const std::vector< float * > &blks, size_t topology_dimension, const int vertexOnFace, const int faceOnVertex, const int *faceOnFace, Location location, size_t maxVertexPerFace, size_t maxFacePerVertex, long nodeOffset, long cellOffset)

	UnstructuredGrid ()=default

virtual	~UnstructuredGrid ()=default

std::string	GetType () const override

bool	GetCellNodes (const DimsType &cindices, std::vector< DimsType > &nodes) const override

virtual bool	GetCellNeighbors (const DimsType &cindices, std::vector< DimsType > &cells) const override

virtual bool	GetNodeCells (const DimsType &indices, std::vector< DimsType > &cells) const override

size_t	GetMaxVertexPerFace () const override

size_t	GetMaxVertexPerCell () const override

const VAPoR::DimsType &	GetNodeDimensions () const override

const size_t	GetNumNodeDimensions () const override

const DimsType &	GetCellDimensions () const override

virtual const size_t	GetNumCellDimensions () const override

const DimsType &	GetEdgeDimensions () const

size_t	GetMissingID () const

void	SetMissingID (size_t v)

size_t	GetBoundaryID () const

void	SetBoundaryID (size_t v)

virtual void	ClampCoord (const CoordType &coords, CoordType &cCoords) const override

virtual void	ClampCoord (const double coords[3], double cCoords[3]) const override

virtual void	SetNodeOffset (long offset) override

virtual void	SetCellOffset (long offset) override

Public Member Functions inherited from VAPoR::Grid
	Grid (const std::vector< size_t > &dims, const std::vector< size_t > &bs, const std::vector< float * > &blks, size_t topology_dimension)

	Grid (const DimsType &dims, const DimsType &bs, const std::vector< float * > &blks, size_t topology_dimension)

	Grid ()

virtual	~Grid ()=default

const DimsType &	GetDimensions () const

size_t	GetNumDimensions () const

virtual DimsType	GetCoordDimensions (size_t dim) const =0

virtual std::string	GetType () const =0

virtual size_t	GetGeometryDim () const =0

virtual const DimsType &	GetNodeDimensions () const =0

virtual const size_t	GetNumNodeDimensions () const =0

virtual const DimsType &	GetCellDimensions () const =0

virtual const size_t	GetNumCellDimensions () const =0

const std::vector< size_t >	GetDimensionInBlks () const

const std::vector< size_t > &	GetBlockSize () const

const std::vector< float * > &	GetBlks () const

virtual float	GetValueAtIndex (const DimsType &indices) const

virtual float	GetValueAtIndex (const std::vector< size_t > &indices) const

virtual void	SetValue (const DimsType &indices, float value)

virtual void	SetValue (const size_t indices[3], float value)

virtual float	AccessIJK (size_t i, size_t j=0, size_t k=0) const

void	SetValueIJK (size_t i, size_t j, size_t k, float v)

void	SetValueIJK (size_t i, size_t j, float v)

void	SetValueIJK (size_t i, float v)

virtual float	GetValue (const CoordType &coords) const

virtual float	GetValue (const std::vector< double > &coords) const

virtual float	GetValue (const double coords[]) const

virtual float	GetValue (double x, double y) const

virtual float	GetValue (double x, double y, double z) const

virtual void	GetUserExtents (CoordType &minu, CoordType &maxu) const

virtual void	GetUserExtents (double minu[3], double maxu[3]) const

virtual void	GetUserExtents (std::vector< double > &minu, std::vector< double > &maxu) const

virtual void	GetBoundingBox (const DimsType &min, const DimsType &max, CoordType &minu, CoordType &maxu) const =0

virtual void	GetBoundingBox (const std::vector< size_t > &min, const std::vector< size_t > &max, std::vector< double > &minu, std::vector< double > &maxu) const

virtual bool	GetEnclosingRegion (const CoordType &minu, const CoordType &maxu, DimsType &min, DimsType &max) const =0

virtual float	GetMissingValue () const

void	SetMissingValue (float missing_value)

void	SetHasMissingValues (bool flag)

bool	HasMissingData () const

virtual bool	HasInvertedCoordinateSystemHandiness () const

virtual int	GetInterpolationOrder () const

virtual void	SetInterpolationOrder (int order)

virtual void	GetUserCoordinates (const DimsType &indices, CoordType &coords) const =0

virtual void	GetUserCoordinates (const size_t indices[], double coords[]) const

virtual void	GetUserCoordinates (const std::vector< size_t > &indices, std::vector< double > &coords) const

virtual void	GetUserCoordinates (size_t i, double &x, double &y, double &z) const

virtual void	GetUserCoordinates (size_t i, size_t j, double &x, double &y, double &z) const

virtual void	GetUserCoordinates (size_t i, size_t j, size_t k, double &x, double &y, double &z) const

virtual bool	GetIndicesCell (const CoordType &coords, DimsType &indices) const =0

virtual bool	GetIndicesCell (const double coords[3], size_t indices[3]) const

virtual bool	GetIndicesCell (const std::vector< double > &coords, std::vector< size_t > &indices) const

virtual void	GetRange (float range[2]) const

virtual void	GetRange (const DimsType &min, const DimsType &max, float range[2]) const

virtual void	GetRange (std::vector< size_t > min, std::vector< size_t > max, float range[2]) const

virtual bool	InsideGrid (const CoordType &coords) const =0

virtual bool	InsideGrid (const double coords[3]) const

virtual bool	InsideGrid (const std::vector< double > &coords) const

virtual bool	GetCellNodes (const DimsType &cindices, std::vector< DimsType > &nodes) const =0

virtual bool	GetCellNodes (const size_t cindices[], std::vector< DimsType > &nodes) const

virtual bool	GetCellNeighbors (const DimsType &cindices, std::vector< DimsType > &cells) const =0

virtual bool	GetNodeCells (const DimsType &indices, std::vector< DimsType > &cells) const =0

virtual size_t	GetMaxVertexPerFace () const =0

virtual size_t	GetMaxVertexPerCell () const =0

virtual void	ClampCoord (const CoordType &coords, CoordType &cCoords) const =0

virtual void	ClampCoord (const double coords[3], double cCoords[3]) const

virtual void	ClampIndex (const DimsType &indices, DimsType &cIndices) const

virtual void	ClampCellIndex (const DimsType &indices, DimsType &cIndices) const

virtual void	SetPeriodic (const std::vector< bool > &periodic)

virtual const std::vector< bool > &	GetPeriodic () const

virtual size_t	GetTopologyDim () const

virtual long	GetNodeOffset () const

virtual void	SetNodeOffset (long offset)

virtual long	GetCellOffset () const

virtual void	SetCellOffset (long offset)

virtual DimsType	GetMinAbs () const

virtual void	SetMinAbs (const DimsType &minAbs)

virtual ConstCoordItr	ConstCoordBegin () const =0
	Return constant grid coordinate iterator.

virtual ConstCoordItr	ConstCoordEnd () const =0

virtual ConstNodeIterator	ConstNodeBegin () const

virtual ConstNodeIterator	ConstNodeBegin (const CoordType &minu, const CoordType &maxu) const

virtual ConstNodeIterator	ConstNodeBegin (const std::vector< double > &minu, const std::vector< double > &maxu) const

virtual ConstNodeIterator	ConstNodeEnd () const

virtual ConstCellIterator	ConstCellBegin () const

virtual ConstCellIterator	ConstCellBegin (const CoordType &minu, const CoordType &maxu) const

virtual ConstCellIterator	ConstCellBegin (const std::vector< double > &minu, const std::vector< double > &maxu) const

virtual ConstCellIterator	ConstCellEnd () const

Iterator	begin (const CoordType &minu, const CoordType &maxu)

Iterator	begin (const std::vector< double > &minu, const std::vector< double > &maxu)

Iterator	begin ()

Iterator	end ()

ConstIterator	cbegin (const CoordType &minu, const CoordType &maxu) const

ConstIterator	cbegin (const std::vector< double > &minu, const std::vector< double > &maxu)

ConstIterator	cbegin () const

ConstIterator	cend () const

Static Public Member Functions
static std::string	GetClassType ()

Static Public Member Functions inherited from VAPoR::Grid
static size_t	GetNumDimensions (DimsType dims)

static DimsType	Dims (const DimsType &min, const DimsType &max)

static bool	PointInsideBoundingRectangle (const double pt[], const double verts[], int n)

template<typename T >
static void	CopyToArr3 (const std::vector< T > &src, std::array< T, 3 > &dst)

template<typename T >
static void	CopyToArr3 (const T *src, size_t n, std::array< T, 3 > &dst)

template<typename T >
static void	CopyFromArr3 (const std::array< T, 3 > &src, std::vector< T > &dst)

template<typename T >
static void	CopyFromArr3 (const std::array< T, 3 > &src, T *dst)

Protected Attributes
const int *	_vertexOnFace

const int *	_faceOnVertex

const int *	_faceOnFace

size_t	_maxVertexPerFace

size_t	_maxFacePerVertex

Location	_location

Friends
VDF_API friend std::ostream &	operator<< (std::ostream &o, const UnstructuredGrid &sg)

Additional Inherited Members
Protected Member Functions inherited from VAPoR::Grid
virtual float	GetValueNearestNeighbor (const CoordType &coords) const =0

virtual float	GetValueLinear (const CoordType &coords) const =0

virtual void	GetUserExtentsHelper (CoordType &minu, CoordType &maxu) const =0

virtual float *	GetValuePtrAtIndex (const std::vector< float * > &blks, const DimsType &indices) const

virtual void	ClampIndex (const std::vector< size_t > &dims, const DimsType indices, DimsType &cIndices) const

virtual void	ClampIndex (const DimsType &dims, const DimsType indices, DimsType &cIndices) const

float	BilinearInterpolate (size_t i, size_t j, size_t k, const double xwgt, const double ywgt) const

float	TrilinearInterpolate (size_t i, size_t j, size_t k, const double xwgt, const double ywgt, const double zwgt) const

Detailed Description

Abstract base class for a 2D or 3D unstructured grid.

Author: John Clyne

This abstract base class defines a 2D or 3D unstructured grid.

The unstructured grid samples a scalar function at each grid point. The scalar function samples are stored as an array decomposed into equal-sized blocks.

Because grid samples are repesented internally as arrays, when accessing multiple grid points better performance is achieved by using unit stride. The I axis varies fastest (has unit stride), followed by J, then K. Best performance is achieved when using the class iterator: UnstructuredGrid::Iterator.

For methods that allow the specification of grid indecies or coordinates as a single parameter tuple (e.g. vector <double> coordinate) the first element of the tuple corresponds to the I axis, etc.

Note: Throughout this class grid vertex offsets are specified as i, j, k, where i, j, k are integers. User coordinates are real values denoted x, y, z, and are given by functions X(i,j,k), Y(i,j,k), Z(i,j,k).

Definition at line 43 of file UnstructuredGrid.h.

Member Enumeration Documentation

◆ Location

enum VAPoR::UnstructuredGrid::Location

Enumerator
NODE
CELL
EDGE

Definition at line 45 of file UnstructuredGrid.h.

Constructor & Destructor Documentation

◆ UnstructuredGrid() [1/3]

VAPoR::UnstructuredGrid::UnstructuredGrid	(	const DimsType &	vertexDims,
		const DimsType &	faceDims,
		const DimsType &	edgeDims,
		const DimsType &	bs,
		const std::vector< float * > &	blks,
		size_t	topology_dimension,
		const int *	vertexOnFace,
		const int *	faceOnVertex,
		const int *	faceOnFace,
		Location	location,
		size_t	maxVertexPerFace,
		size_t	maxFacePerVertex,
		long	nodeOffset,
		long	cellOffset
	)

Construct a unstructured grid sampling a 3D or 2D scalar function

Parameters

[in]	vertexDims	Dimensions of grid nodes (vertices). The product of the elements of `vertexDims` gives the total number of nodes in the mesh. If the rank of `vertexDims` is greater than one the mesh is assumed to be structured along the slower varying dimensions (e.g. a layered mesh)
[in]	faceDims	Dimensions of grid cells. The product of the elements of `cells` gives the total number of cells in the mesh. If the rank of `cells` is greater than one the mesh is assumed to be structured along the slower varying dimensions (e.g. a layered mesh). Moreover, the slowest varying dimensions must be one less than the corresponding dimension of `vertexDims`.
[in]	edgeDims	Dimensions of grid edges. The product of the elements of `edges` gives the total number of edges in the mesh. If the rank of `edges` is greater than one the mesh is assumed to be structured along the slower varying dimensions (e.g. a layered mesh). Moreover, the slowest varying dimensions must be one less than the corresponding dimension of `vertexDims`.
[in]	blks	Grid data values. The location of the data values (node, cell, edge) is determined by `location`. If the dimensions (`vertexDims`, etc) are multi-dimensional the size of `blks` must match the size of the slowest varying dimension. Each element of `blks` must point to an area of memory of size n elements, where n is the first element of `vertexDims`, `faceDims`, or `edgeDims` as indicated by `location`.
[in]	vertexOnFace	An array with dimensions:

faceDims[0] * maxVertexPerFace that provides for each cell the 1D node IDs of each corner node. If the number of corner nodes is less than maxVertexPerFace the missing node indices will be equal to GetMissingID(); The ordering of the nodes is counter-clockwise.

Parameters

[in] faceOnVertex An array with dimensions:

vertexDims[0] * maxFacePerVertex that provides for each vertex the 1D node IDs of each face sharing that vertex. If the number of faces is less than maxFacePerVertex the missing face indices will be equal to GetMissingID(); The ordering of the faces is counter-clockwise.

Parameters

[in] faceOnFace An array with dimensions:

faceDims[0] * maxVertexPerFace that provides for each cell the 1D cell IDs of border cell If the number of corner nodes is less than maxVertexPerFace the missing node indices will be equal to GetMissingID(). If an edge is on the mesh boundary the index will be set to the value GetBoundaryIndex(). The ordering of the neighboring faces is counter-clockwise.

Parameters

[in]	location	The location of grid data: at the nodes, edge-centered, or cell-centered
[in]	maxVertexPerFace	The maxium number of nodes that a face may have.
[in]	nodeOffset	The offset from zero for the first element in `vertexOnFace`
[in]	cellOffset	The offset from zero for the first element in `faceOnVertex` or `faceOnFace`

◆ UnstructuredGrid() [2/3]

VAPoR::UnstructuredGrid::UnstructuredGrid	(	const std::vector< size_t > &	vertexDims,
		const std::vector< size_t > &	faceDims,
		const std::vector< size_t > &	edgeDims,
		const std::vector< size_t > &	bs,
		const std::vector< float * > &	blks,
		size_t	topology_dimension,
		const int *	vertexOnFace,
		const int *	faceOnVertex,
		const int *	faceOnFace,
		Location	location,
		size_t	maxVertexPerFace,
		size_t	maxFacePerVertex,
		long	nodeOffset,
		long	cellOffset
	)

◆ UnstructuredGrid() [3/3]

VAPoR::UnstructuredGrid::UnstructuredGrid ( )

default

◆ ~UnstructuredGrid()

virtual VAPoR::UnstructuredGrid::~UnstructuredGrid ( )

virtualdefault

Member Function Documentation

◆ ClampCoord() [1/2]

virtual void VAPoR::UnstructuredGrid::ClampCoord	(	const CoordType &	coords,
		CoordType &	cCoords
	)		const

inlineoverridevirtual

Clamp periodic coordinates and ensure valid coordinate vector dimension

This method ensures that periodic coordinates are within the bounding box of the grid and that the coordinate vector dimension does not exceed the number of allowable coordinates as returned by GetGeometryDim().

Parameters

[in]	coords	A coordinate vector
[out]	cCoords	The clamped coordintes `coords`

See also: GetGeometryDim()

Implements VAPoR::Grid.

Definition at line 179 of file UnstructuredGrid.h.

◆ ClampCoord() [2/2]

virtual void VAPoR::UnstructuredGrid::ClampCoord	(	const double	coords[3],
		double	cCoords[3]
	)		const

inlineoverridevirtual

Deprecated:

Reimplemented from VAPoR::Grid.

Definition at line 183 of file UnstructuredGrid.h.

◆ GetBoundaryID()

size_t VAPoR::UnstructuredGrid::GetBoundaryID ( ) const

inline

Get boundary element ID

Return the value used to indicate termination of a list of element IDs

Definition at line 176 of file UnstructuredGrid.h.

◆ GetCellDimensions()

const DimsType & VAPoR::UnstructuredGrid::GetCellDimensions ( ) const

inlineoverridevirtual

Return the grid cell dimmensions

Implements VAPoR::Grid.

Definition at line 157 of file UnstructuredGrid.h.

◆ GetCellNeighbors()

virtual bool VAPoR::UnstructuredGrid::GetCellNeighbors	(	const DimsType &	cindices,
		std::vector< DimsType > &	cells
	)		const

overridevirtual

Get the IDs (indices) of all of the cells that border a cell

This method returns a vector of index vectors. Each index vector contains the indices of a cell that borders the cell given by indices. If a cell edge is a boundary edge, having no neighbors, the associated index vector for that border will be empty. The cell IDs are returned in counter-clockwise order

Parameters

[in]	cindices	An ordered vector of multi-dimensional cell indices.
[out]	cells	A vector of index vectors. Each index vector has size given by GetDimensions.size()

Implements VAPoR::Grid.

◆ GetCellNodes()

bool VAPoR::UnstructuredGrid::GetCellNodes	(	const DimsType &	cindices,
		std::vector< DimsType > &	nodes
	)		const

overridevirtual

Get the indices of the nodes that define a cell

This method returns a vector of index vectors. Each index vector contains the indices for a node that defines the given cell ID indices.

For 2D cells the node IDs are returned in counter-clockwise order. For 3D cells the ordering is dependent on the shape of the node. TBD.

Parameters

[in]	cindices	An array of size Grid::GetDimensions.size() specifying the index of the cell to query.
[out]	nodes	An array of size Grid::GetMaxVertexPerCell() x Grid::GetDimensions.size() that will contain the concatenated list of node indices on return.
[out]	n	The number of node indices returned in `nodes`, an integer in the range (0..Grid::GetMaxVertexPerCell()).

Implements VAPoR::Grid.

◆ GetClassType()

static std::string VAPoR::UnstructuredGrid::GetClassType ( )

inlinestatic

Definition at line 133 of file UnstructuredGrid.h.

◆ GetEdgeDimensions()

const DimsType & VAPoR::UnstructuredGrid::GetEdgeDimensions ( ) const

inline

Return the grid edge dimmensions

Definition at line 163 of file UnstructuredGrid.h.

◆ GetMaxVertexPerCell()

size_t VAPoR::UnstructuredGrid::GetMaxVertexPerCell ( ) const

inlineoverridevirtual

Return the maximum number of vertices per cell

Implements VAPoR::Grid.

Definition at line 148 of file UnstructuredGrid.h.

◆ GetMaxVertexPerFace()

size_t VAPoR::UnstructuredGrid::GetMaxVertexPerFace ( ) const

inlineoverridevirtual

Return the maximum number of vertices per cell face

Implements VAPoR::Grid.

Definition at line 146 of file UnstructuredGrid.h.

◆ GetMissingID()

size_t VAPoR::UnstructuredGrid::GetMissingID ( ) const

inline

Get missing element ID

Return the value used to indicate termination of a list of element IDs

Definition at line 169 of file UnstructuredGrid.h.

◆ GetNodeCells()

virtual bool VAPoR::UnstructuredGrid::GetNodeCells	(	const DimsType &	indices,
		std::vector< DimsType > &	cells
	)		const

overridevirtual

Get the IDs (indices) of all of the cells that share a node

This method returns a vector of index vectors. Each index vector contains the indices of a cell that share the node given by indices. The cell IDs are returned in counter-clockwise order

Parameters

[out] nodes A vector of index vectors . Each index vector has size given by GetDimensions.size()

Implements VAPoR::Grid.

◆ GetNodeDimensions()

const VAPoR::DimsType & VAPoR::UnstructuredGrid::GetNodeDimensions ( ) const

overridevirtual

Return the grid node dimmensions

Implements VAPoR::Grid.

◆ GetNumCellDimensions()

virtual const size_t VAPoR::UnstructuredGrid::GetNumCellDimensions ( ) const

inlineoverridevirtual

Implements VAPoR::Grid.

Definition at line 159 of file UnstructuredGrid.h.

◆ GetNumNodeDimensions()

const size_t VAPoR::UnstructuredGrid::GetNumNodeDimensions ( ) const

overridevirtual

Implements VAPoR::Grid.

◆ GetType()

std::string VAPoR::UnstructuredGrid::GetType ( ) const

inlineoverridevirtual

Implements VAPoR::Grid.

Reimplemented in VAPoR::UnstructuredGrid2D, VAPoR::UnstructuredGrid3D, VAPoR::UnstructuredGridCoordless, and VAPoR::UnstructuredGridLayered.

Definition at line 134 of file UnstructuredGrid.h.

◆ SetBoundaryID()

void VAPoR::UnstructuredGrid::SetBoundaryID ( size_t v )

inline

Definition at line 177 of file UnstructuredGrid.h.

◆ SetCellOffset()

virtual void VAPoR::UnstructuredGrid::SetCellOffset ( long offset )

inlineoverridevirtual

Reimplemented from VAPoR::Grid.

Definition at line 188 of file UnstructuredGrid.h.

◆ SetMissingID()

void VAPoR::UnstructuredGrid::SetMissingID ( size_t v )

inline

Definition at line 170 of file UnstructuredGrid.h.

◆ SetNodeOffset()

virtual void VAPoR::UnstructuredGrid::SetNodeOffset ( long offset )

inlineoverridevirtual

Reimplemented from VAPoR::Grid.

Definition at line 187 of file UnstructuredGrid.h.

Friends And Related Function Documentation

◆ operator<<

VDF_API friend std::ostream & operator<<	(	std::ostream &	o,
		const UnstructuredGrid &	sg
	)

friend

Member Data Documentation

◆ _faceOnFace

const int* VAPoR::UnstructuredGrid::_faceOnFace

protected

Definition at line 201 of file UnstructuredGrid.h.

◆ _faceOnVertex

const int* VAPoR::UnstructuredGrid::_faceOnVertex

protected

Definition at line 200 of file UnstructuredGrid.h.

◆ _location

Location VAPoR::UnstructuredGrid::_location

protected

Definition at line 204 of file UnstructuredGrid.h.

◆ _maxFacePerVertex

size_t VAPoR::UnstructuredGrid::_maxFacePerVertex

protected

Definition at line 203 of file UnstructuredGrid.h.

◆ _maxVertexPerFace

size_t VAPoR::UnstructuredGrid::_maxVertexPerFace

protected

Definition at line 202 of file UnstructuredGrid.h.

◆ _vertexOnFace

const int* VAPoR::UnstructuredGrid::_vertexOnFace

protected

Definition at line 199 of file UnstructuredGrid.h.

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

/Users/pearse/VAPOR/include/vapor/UnstructuredGrid.h

Public Types

Public Member Functions

Static Public Member Functions

Protected Attributes

Friends

Additional Inherited Members

Detailed Description

Member Enumeration Documentation

◆ Location

Constructor & Destructor Documentation

◆ UnstructuredGrid() [1/3]

◆ UnstructuredGrid() [2/3]

◆ UnstructuredGrid() [3/3]

◆ ~UnstructuredGrid()

Member Function Documentation

◆ ClampCoord() [1/2]

◆ ClampCoord() [2/2]

◆ GetBoundaryID()

◆ GetCellDimensions()

◆ GetCellNeighbors()

◆ GetCellNodes()

◆ GetClassType()

◆ GetEdgeDimensions()

◆ GetMaxVertexPerCell()

◆ GetMaxVertexPerFace()

◆ GetMissingID()

◆ GetNodeCells()

◆ GetNodeDimensions()

◆ GetNumCellDimensions()

◆ GetNumNodeDimensions()

◆ GetType()

◆ SetBoundaryID()

◆ SetCellOffset()

◆ SetMissingID()

◆ SetNodeOffset()

Friends And Related Function Documentation

◆ operator<<

Member Data Documentation

◆ _faceOnFace

◆ _faceOnVertex

◆ _location

◆ _maxFacePerVertex

◆ _maxVertexPerFace

◆ _vertexOnFace