Fiber::RegularCoordinateSlice Struct Reference

Helper class to select a slice from a regular grid. More...

#include <RegularCoordinateSlice.hpp>

Inheritance diagram for Fiber::RegularCoordinateSlice:

Public Member Functions
void	setup (int orient)
	RegularCoordinateSlice (int o)
MultiIndex< 3 >	getIndex (index_t x, index_t y, index_t z) const
double	getComponent (const Eagle::FixedArray< double, 3 > &P) const
bool	getRectilinearIndex (double CoordinateValue, const MemCore::RefPtr< MemBase > &CoordValues, double &CoordinateIndex)
	Given a dataset of three-dimensional coordinate values, either uniform or rectilinear, and a coordinate value for this slice selection, compute the coordinate index that corresponds to this coordinate.
bool	getRectilinearIndex (double SliceCoordinateValue, const RefPtr< Field > &Coords, const RefPtr< FragmentID > &fid, double &CoordinateIndex)
bool	getSliceCornerIndex (MultiIndex< 3 > &I, const MultiIndex< 3 > &DataDims, int CornerX, int CornerY, index_t sliceIndex) const
	Given the dimensions of a three-dimensional array, compute the 3D indices of a slice.
MemCore::RefPtr< MemBase >	getCoordinates (index_t sliceIndex, const MultiIndex< 3 > &DataDims, const RefPtr< Field > &Coords, const RefPtr< FragmentID > &fid)
template<class Dest , class Source , class Converter >
void	extractData (MultiArray< 2, Dest > &DestArray, const MultiArray< 3, Source > &SrcArray, const index_t &SliceNumber, const Converter &C, const MultiIndex< 3 > &SourceOffset=MIndex(0, 0, 0))
	Extract data slice from the source array to a 2D destination array, whereby the destination array must be larger than or equal to the source array.
bool	validDestinationSize (const MultiIndex< 3 > &Dst, index_t DestSliceNumber, const MultiIndex< 3 > &Src)
template<class Dest , class Source , class Converter >
bool	extractDataToOriented3D (MultiArray< 3, Dest > &DestArray, index_t DestSliceNumber, const MultiArray< 3, Source > &SrcArray, index_t SliceNumber, const Converter &C)
	Extract data slice from the source array to the destination array, whereby the destination array must be larger than or equal to the source array.

Public Attributes
int	X
int	Y
int	Z

Detailed Description

Helper class to select a slice from a regular grid.

Member Function Documentation

extractDataToOriented3D()

template<class Dest , class Source , class Converter >

bool Fiber::RegularCoordinateSlice::extractDataToOriented3D ( MultiArray< 3, Dest > &  DestArray, index_t  DestSliceNumber, const MultiArray< 3, Source > &  SrcArray, index_t  SliceNumber, const Converter &  C  )

inline

Extract data slice from the source array to the destination array, whereby the destination array must be larger than or equal to the source array.

Note

The converter is constant in this version; maybe some converters should be modifiable to perform counting or range computation during extraction.

References Fiber::HyperslabParameters::count().

getCoordinates()

MemCore::RefPtr< MemBase > Fiber::RegularCoordinateSlice::getCoordinates	(	index_t	sliceIndex,
		const MultiIndex< 3 > &	DataDims,
		const RefPtr< Field > &	Coords,
		const RefPtr< FragmentID > &	fid
	)

Parameters

DataDims	The dimensions of a field's fragment
fid	The fragment ID of the field's fragment
Coords	The (full) coordinate field of the representation where the data field resides
sliceIndex	The index within the DataDims that is to be selected.

Referenced by Fiber::FragmentSlicer< Converter, InputTypes >::apply().

getRectilinearIndex()

bool Fiber::RegularCoordinateSlice::getRectilinearIndex	(	double	CoordinateValue,
		const MemCore::RefPtr< MemBase > &	CoordValues,
		double &	CoordinateIndex
	)

Given a dataset of three-dimensional coordinate values, either uniform or rectilinear, and a coordinate value for this slice selection, compute the coordinate index that corresponds to this coordinate.

Parameters

CoordinateIndex	The (floating point) index of the coordinate, if found.
AllowedCoordinateMin	The minimally allowed coordinate to yield a valid index.
AllowedCoordinateMax	The maximally allowed coordinate to yield a valid index.

Referenced by Fiber::FragmentSlicer< Converter, InputTypes >::apply().

getSliceCornerIndex()

bool Fiber::RegularCoordinateSlice::getSliceCornerIndex ( MultiIndex< 3 > &  I, const MultiIndex< 3 > &  DataDims, int  CornerX, int  CornerY, index_t  sliceIndex  ) const

inline

Given the dimensions of a three-dimensional array, compute the 3D indices of a slice.

Parameters

I	The return value, the given slice index.

const MultiIndex<3>&DataDims;
index_t sliceIndex;
 
MultiIndex<3> P00, P01, P10, P11;
 
     getSliceIndex(P00, DataDims, 0,0, sliceIndex);
     getSliceIndex(P01, DataDims, 0,1, sliceIndex);
     getSliceIndex(P10, DataDims, 1,0, sliceIndex);
     getSliceIndex(P11, DataDims, 1,1, sliceIndex);