Fiber::FragmentSlicer< Converter, InputTypes > Struct Template Reference

Extract 2D slices from a regular 3D data field along a given coordinate. More...

#include <FragmentSlicer.hpp>

Inheritance diagram for Fiber::FragmentSlicer< Converter, InputTypes >:

Public Types
typedef OnDemandCreator< SliceExtractor< Converter, InputTypes > >	MyExtractionCreator

Public Member Functions
	FragmentSlicer (RegularCoordinateSlice &theRCS, double theCoordinateValue, const RefPtr< Field > &theCoordinates, RefPtr< Field > &theSliceCoordinates, const Converter &theConverter)
bool	apply (const RefPtr< FragmentID > &fid, const RefPtr< CreativeArrayBase > &DataCreator) override
	Iteration callback function.
Public Member Functions inherited from Fiber::FragmentIterator
virtual	~FragmentIterator ()
	Destructor (virtual).

Public Attributes
RegularCoordinateSlice &	myRCS
double	myCoordinateValue
RefPtr< Field >	myCoordinates
RefPtr< Field > &	mySliceCoordinateField
RefPtr< Field >	OutputField
const Converter	myConverter

Detailed Description

template<class Converter, class InputTypes>
struct Fiber::FragmentSlicer< Converter, InputTypes >

Extract 2D slices from a regular 3D data field along a given coordinate.

template class FragmentSlicer<CopyConverter,  LIST<double, LIST<float> > >;

Member Function Documentation

apply()

template<class Converter, class InputTypes>

bool Fiber::FragmentSlicer< Converter, InputTypes >::apply ( const RefPtr< FragmentID > & , const RefPtr< CreativeArrayBase > &  )

inlineoverridevirtual

Iteration callback function.

Implements Fiber::FragmentIterator.

References Fiber::makeDimensions(), MemCore::Cache::MemCache(), Fiber::FragmentID::Name(), and Fiber::MultiIndex< Dims >::size().