This class implements a 2D or 3D curvilinear grid. More...

#include <CurvilinearGrid.h>

Inheritance diagram for VAPoR::CurvilinearGrid:

Classes
class	ConstCoordItrCG

Public Member Functions
	CurvilinearGrid (const DimsType &dims, const DimsType &bs, const std::vector< float * > &blks, const RegularGrid &xrg, const RegularGrid &yrg, const std::vector< double > &zcoords, std::shared_ptr< const QuadTreeRectangleP > qtr)

	CurvilinearGrid (const std::vector< size_t > &dims, const std::vector< size_t > &bs, const std::vector< float * > &blks, const RegularGrid &xrg, const RegularGrid &yrg, const std::vector< double > &zcoords, std::shared_ptr< const QuadTreeRectangleP > qtr)

	CurvilinearGrid (const DimsType &dims, const DimsType &bs, const std::vector< float * > &blks, const RegularGrid &xrg, const RegularGrid &yrg, const RegularGrid &zrg, std::shared_ptr< const QuadTreeRectangleP > qtr)

	CurvilinearGrid (const std::vector< size_t > &dims, const std::vector< size_t > &bs, const std::vector< float * > &blks, const RegularGrid &xrg, const RegularGrid &yrg, const RegularGrid &zrg, std::shared_ptr< const QuadTreeRectangleP > qtr)

	CurvilinearGrid (const DimsType &dims, const DimsType &bs, const std::vector< float * > &blks, const RegularGrid &xrg, const RegularGrid &yrg, std::shared_ptr< const QuadTreeRectangleP > qtr)

	CurvilinearGrid (const std::vector< size_t > &dims, const std::vector< size_t > &bs, const std::vector< float * > &blks, const RegularGrid &xrg, const RegularGrid &yrg, std::shared_ptr< const QuadTreeRectangleP > qtr)

	CurvilinearGrid ()=default

virtual	~CurvilinearGrid ()

std::shared_ptr< const QuadTreeRectangleP >	GetQuadTreeRectangle () const

std::string	GetType () const override

virtual DimsType	GetCoordDimensions (size_t dim) const override

virtual size_t	GetGeometryDim () const override

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

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

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

virtual bool	InsideGrid (const CoordType &coords) const override

const RegularGrid &	GetXRG () const

const RegularGrid &	GetYRG () const

const std::vector< double > &	GetZCoords () const

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

virtual ConstCoordItr	ConstCoordEnd () const override

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

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

	StructuredGrid ()=default

virtual	~StructuredGrid ()=default

std::string	GetType () const override

const DimsType &	GetNodeDimensions () const override

const size_t	GetNumNodeDimensions () const override

const DimsType &	GetCellDimensions () const override

const size_t	GetNumCellDimensions () const override

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

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

size_t	GetMaxVertexPerFace () const override

size_t	GetMaxVertexPerCell () const override

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

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

virtual bool	HasInvertedCoordinateSystemHandiness () const override

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

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

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::StructuredGrid
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 Member Functions
virtual float	GetValueNearestNeighbor (const CoordType &coords) const override

virtual float	GetValueLinear (const CoordType &coords) const override

virtual void	GetUserExtentsHelper (CoordType &minu, CoordType &maxu) const override

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

Additional Inherited Members
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

Detailed Description

This class implements a 2D or 3D curvilinear grid.

This class implements a 2D or 3D curvilinear grid: a specialization of StructuredGrid class where cells are quadrilaterals (2D), or cuboids (3D). Hence, curvlinear grids are topologically, but the location of each grid point is expressed by functions:

x = X(i,j)
y = Y(i,j)
z = Z(i,j,k)

or

x = X(i,j)
y = Y(i,j)
z = Z(k)

Definition at line 34 of file CurvilinearGrid.h.

Constructor & Destructor Documentation

◆ CurvilinearGrid() [1/7]

VAPoR::CurvilinearGrid::CurvilinearGrid	(	const DimsType &	dims,
		const DimsType &	bs,
		const std::vector< float * > &	blks,
		const RegularGrid &	xrg,
		const RegularGrid &	yrg,
		const std::vector< double > &	zcoords,
		std::shared_ptr< const QuadTreeRectangleP >	qtr
	)

Construct a vetically stretched, horizontally curvlinear 3D grid

This constructor instantiates a curvilinear grid where the x,y,z user coordinates are expressed as follows:

x = X(i,j)
y = Y(i,j)
z = Z(k)

The X and Y user coordinates are specified with xrg and yrg, respectively, and the Z coordinates are specified by the vector zcoords.

Adds new parameters:

Parameters

[in]	xrg	A 2D RegularGrid instance whose I and J dimensionality matches that of this class instance, and whose values specify the X user coordinates.
[in]	yrg	A 2D RegularGrid instance whose I and J dimensionality matches that of this class instance, and whose values specify the Y user coordinates.
[in]	zcoords	A 1D vector whose size matches that of the K dimension of this class, and whose values specify the Z user coordinates.
[in]	qtr	A QuadTreeRectangleP instance that contains a quad tree that may be used to find the cell(s) containing a given point expressed in user coordintes. if `qtr` is NULL the class will generate its own QuadTreeRectangleP instance.

See also: RegularGrid()

◆ CurvilinearGrid() [2/7]

VAPoR::CurvilinearGrid::CurvilinearGrid	(	const std::vector< size_t > &	dims,
		const std::vector< size_t > &	bs,
		const std::vector< float * > &	blks,
		const RegularGrid &	xrg,
		const RegularGrid &	yrg,
		const std::vector< double > &	zcoords,
		std::shared_ptr< const QuadTreeRectangleP >	qtr
	)

◆ CurvilinearGrid() [3/7]

VAPoR::CurvilinearGrid::CurvilinearGrid	(	const DimsType &	dims,
		const DimsType &	bs,
		const std::vector< float * > &	blks,
		const RegularGrid &	xrg,
		const RegularGrid &	yrg,
		const RegularGrid &	zrg,
		std::shared_ptr< const QuadTreeRectangleP >	qtr
	)

Construct a layered, horizontally curvlinear 3D grid

This constructor instantiates a curvilinear grid where the x,y,z user coordinates are expressed as follows:

x = X(i,j)
y = Y(i,j)
z = Z(i,j,k)

The X and Y user coordinates are specified with xrg and yrg, respectively, and the Z coordinates are specified by the zrg

Adds new parameters:

Parameters

[in]	xrg	A 2D RegularGrid instance whose I and J dimensionality matches that of this class instance, and whose values specify the X user coordinates.
[in]	yrg	A 2D RegularGrid instance whose I and J dimensionality matches that of this class instance, and whose values specify the Y user coordinates.
[in]	zrg	A 3D RegularGrid instance whose I, J, K dimensionality matches that of this class instance, and whose values specify the Z user coordinates.
[in]	qtr	A QuadTreeRectangleP instance that contains a quad tree that may be used to find the cell(s) containing a given point expressed in user coordintes. if `qtr` is NULL the class will generate its own QuadTreeRectangleP instance.

See also: RegularGrid()

◆ CurvilinearGrid() [4/7]

VAPoR::CurvilinearGrid::CurvilinearGrid	(	const std::vector< size_t > &	dims,
		const std::vector< size_t > &	bs,
		const std::vector< float * > &	blks,
		const RegularGrid &	xrg,
		const RegularGrid &	yrg,
		const RegularGrid &	zrg,
		std::shared_ptr< const QuadTreeRectangleP >	qtr
	)

◆ CurvilinearGrid() [5/7]

VAPoR::CurvilinearGrid::CurvilinearGrid	(	const DimsType &	dims,
		const DimsType &	bs,
		const std::vector< float * > &	blks,
		const RegularGrid &	xrg,
		const RegularGrid &	yrg,
		std::shared_ptr< const QuadTreeRectangleP >	qtr
	)

Construct a curvlinear 2D grid

This constructor instantiates a curvilinear grid where the x,y user coordinates are expressed as follows:

x = X(i,j)

y = Y(i,j)

The X and Y user coordinates are specified with xrg and yrg, respectively.

Adds new parameters:

Parameters

[in]	xrg	A 2D RegularGrid instance whose I and J dimensionality matches that of this class instance, and whose values specify the X user coordinates.
[in]	yrg	A 2D RegularGrid instance whose I and J dimensionality matches that of this class instance, and whose values specify the Y user coordinates.
[in]	qtr	A QuadTreeRectangleP instance that contains a quad tree that may be used to find the cell(s) containing a given point expressed in user coordintes. if `qtr` is NULL the class will generate its own QuadTreeRectangleP instance.

See also: RegularGrid()

◆ CurvilinearGrid() [6/7]

VAPoR::CurvilinearGrid::CurvilinearGrid	(	const std::vector< size_t > &	dims,
		const std::vector< size_t > &	bs,
		const std::vector< float * > &	blks,
		const RegularGrid &	xrg,
		const RegularGrid &	yrg,
		std::shared_ptr< const QuadTreeRectangleP >	qtr
	)

◆ CurvilinearGrid() [7/7]

VAPoR::CurvilinearGrid::CurvilinearGrid ( )

default

◆ ~CurvilinearGrid()

virtual VAPoR::CurvilinearGrid::~CurvilinearGrid ( )

inlinevirtual

Definition at line 153 of file CurvilinearGrid.h.

Member Function Documentation

◆ ConstCoordBegin()

virtual ConstCoordItr VAPoR::CurvilinearGrid::ConstCoordBegin ( ) const

inlineoverridevirtual

Return constant grid coordinate iterator.

Implements VAPoR::Grid.

Definition at line 238 of file CurvilinearGrid.h.

◆ ConstCoordEnd()

virtual ConstCoordItr VAPoR::CurvilinearGrid::ConstCoordEnd ( ) const

inlineoverridevirtual

Implements VAPoR::Grid.

Definition at line 239 of file CurvilinearGrid.h.

◆ GetBoundingBox()

virtual void VAPoR::CurvilinearGrid::GetBoundingBox	(	const DimsType &	min,
		const DimsType &	max,
		CoordType &	minu,
		CoordType &	maxu
	)		const

overridevirtual

Return the extents of the axis-aligned bounding box enclosign a region

This pure virtual method returns min and max extents, in user coordinates, of the smallest axis-aligned box enclosing the region defined by the grid indices, min and max. Every grid point in the range min to max will be contained in, or reside on, the box (rectangle) whose extents are given by minu and maxu.

Note: The results are undefined if any index of min is greater than the coresponding coordinate of max, or if max is outside of the valid dimension range (See GetDimension()).

The size of min and max must match the grid's dimension as returned by GetDimension()

Parameters

[in]	min	An array containing the minimum grid indices (offsets).
[in]	max	An array containing the maximum grid indices (offsets).
[out]	minu	A two-to-three element array containing the minimum user coordinates.
[out]	maxu	A two-to-three element array containing the maximum user coordinates.

See also: GetDimensions(), Grid()

Implements VAPoR::Grid.

◆ GetClassType()

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

inlinestatic

Definition at line 162 of file CurvilinearGrid.h.

◆ GetCoordDimensions()

virtual DimsType VAPoR::CurvilinearGrid::GetCoordDimensions ( size_t dim ) const

overridevirtual

Return the dimensions of the specified coordinate variable

Parameters

[in] dim An integer between 0 and the return value of GetGeometryDim() - 1, indicating which coordinate dimensions are to be returned.

if dim is greater than or equal to GetGeometryDim() - 1 a vector of length one with its single component equal to one is returned.

Implements VAPoR::Grid.

◆ GetGeometryDim()

virtual size_t VAPoR::CurvilinearGrid::GetGeometryDim ( ) const

inlineoverridevirtual

Get geometric dimension of cells

Returns the geometric dimension of the cells in the mesh. I.e. the number of spatial coordinates for each grid point. Valid values are 0..3. The geometric dimension must be equal to or greater than the topology dimension.

See also: GetTopologyDim()

Implements VAPoR::Grid.

Definition at line 167 of file CurvilinearGrid.h.

◆ GetIndicesCell()

virtual bool VAPoR::CurvilinearGrid::GetIndicesCell	(	const CoordType &	coords,
		DimsType &	indices
	)		const

overridevirtual

Return the indices of the cell containing the specified user coordinates

This method returns the cell ID (index) of the cell containing the specified user coordinates. If any of the input coordinates correspond to periodic dimensions the the coordinate(s) are first re-mapped to lie inside the grid extents as returned by GetUserExtents()

If the specified coordinates lie outside of the grid (are not contained by any cell) the method returns false, otherwise true is returned.

Return values

status true on success, false if the point is not contained by any cell.

Implements VAPoR::Grid.

◆ GetQuadTreeRectangle()

std::shared_ptr< const QuadTreeRectangleP > VAPoR::CurvilinearGrid::GetQuadTreeRectangle ( ) const

inline

Definition at line 160 of file CurvilinearGrid.h.

◆ GetType()

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

inlineoverridevirtual

Implements VAPoR::Grid.

Definition at line 163 of file CurvilinearGrid.h.

◆ GetUserCoordinates()

virtual void VAPoR::CurvilinearGrid::GetUserCoordinates	(	const DimsType &	indices,
		CoordType &	coords
	)		const

overridevirtual

Return the user coordinates of a grid point

This method returns the user coordinates of the grid point specified by indices

Results are undefined if indices is out of range.

Parameters

[in]	index	Logical index into coordinate array. The dimensionality and range of component values are given by GetNodeDimensions(). The starting value for each component of `index` is zero. `index` must contain GetNodeDimensions().size() elements.
[out]	coord	User coordinates of grid point with indices given by `indices`. `coord` must have space for the number of elements returned by GetGeometryDim().

Implements VAPoR::Grid.

◆ GetUserExtentsHelper()

virtual void VAPoR::CurvilinearGrid::GetUserExtentsHelper	(	CoordType &	minu,
		CoordType &	maxu
	)		const

overrideprotectedvirtual

Implements VAPoR::Grid.

◆ GetValueLinear()

virtual float VAPoR::CurvilinearGrid::GetValueLinear ( const CoordType & coords ) const

overrideprotectedvirtual

Implements VAPoR::Grid.

◆ GetValueNearestNeighbor()

virtual float VAPoR::CurvilinearGrid::GetValueNearestNeighbor ( const CoordType & coords ) const

overrideprotectedvirtual

Implements VAPoR::Grid.

◆ GetXRG()

const RegularGrid & VAPoR::CurvilinearGrid::GetXRG ( ) const

inline

Returns reference to RegularGrid instance containing X user coordinates

Returns reference to RegularGrid instance passed to constructor containing X user coordinates

Definition at line 190 of file CurvilinearGrid.h.

◆ GetYRG()

const RegularGrid & VAPoR::CurvilinearGrid::GetYRG ( ) const

inline

Returns reference to RegularGrid instance containing Y user coordinates

Returns reference to RegularGrid instance passed to constructor containing Y user coordinates

Definition at line 197 of file CurvilinearGrid.h.

◆ GetZCoords()

const std::vector< double > & VAPoR::CurvilinearGrid::GetZCoords ( ) const

inline

Returns reference to vector containing Z user coordinates

Returns reference to vector passed to constructor containing Z user coordinates

Definition at line 204 of file CurvilinearGrid.h.

◆ InsideGrid()

virtual bool VAPoR::CurvilinearGrid::InsideGrid ( const CoordType & coords ) const

overridevirtual

Return true if the specified point lies inside the grid

This method can be used to determine if a point expressed in user coordinates reside inside or outside the grid

Parameters

[in] coords User coordinates of point in space

Return values

bool	True if point is inside the grid

Implements VAPoR::Grid.

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

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

Classes

Public Member Functions

Static Public Member Functions

Protected Member Functions

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ CurvilinearGrid() [1/7]

◆ CurvilinearGrid() [2/7]

◆ CurvilinearGrid() [3/7]

◆ CurvilinearGrid() [4/7]

◆ CurvilinearGrid() [5/7]

◆ CurvilinearGrid() [6/7]

◆ CurvilinearGrid() [7/7]

◆ ~CurvilinearGrid()

Member Function Documentation

◆ ConstCoordBegin()

◆ ConstCoordEnd()

◆ GetBoundingBox()

◆ GetClassType()

◆ GetCoordDimensions()

◆ GetGeometryDim()

◆ GetIndicesCell()

◆ GetQuadTreeRectangle()

◆ GetType()

◆ GetUserCoordinates()

◆ GetUserExtentsHelper()

◆ GetValueLinear()

◆ GetValueNearestNeighbor()

◆ GetXRG()

◆ GetYRG()

◆ GetZCoords()

◆ InsideGrid()