VFDataT.h File Reference

#include <Core/Datatypes/Legacy/Field/VFData.h>
#include <Core/Exceptions/AssertionFailed.h>
#include <sci_debug.h>

Go to the source code of this file.

Classes
class	VFDataT< FDATA, EFDATA, HFDATA >
class	VFDataScalarT< FDATA, EFDATA, HFDATA >
class	VFDataVectorT< FDATA, EFDATA, HFDATA >
class	VFDataTensorT< FDATA, EFDATA, HFDATA >

Namespaces
	SCIRun
	STL datatypes needed.

Macros
#define	TESTRANGE(c, l, h)
#define	VFDATAT_ACCESS_DEFINITION(type)
#define	VFDATAT_ACCESS_DEFINITION2(type)
#define	VFDATA_FUNCTION_SCALAR_DEFINITION(type)
#define	VFDATA_FUNCTION_VECTOR_DEFINITION(type)
#define	VFDATA_FUNCTION_TENSOR_DEFINITION(type)

Macro Definition Documentation

#define TESTRANGE	(		c,
			l,
			h
	)

Todo:

Documentation Core/Datatypes/Legacy/Field/VFDataT.h

#define VFDATA_FUNCTION_SCALAR_DEFINITION

(

type

)

Value:

VFData* CreateVFData(std::vector<type>& fdata,std::vector<type>& efdata,std::vector<std::vector<type> >& hfdata) \
{ return new VFDataScalarT<std::vector<type>,std::vector<type>,std::vector<std::vector<type> > >(fdata,efdata,hfdata); } \
\
VFData* CreateVFData(Array2<type>& fdata,std::vector<type>& efdata,std::vector<std::vector<type> >& hfdata) \
{ return new VFDataScalarT<Array2<type>,std::vector<type>,std::vector<std::vector<type> > >(fdata,efdata,hfdata); } \
\
VFData* CreateVFData(Array3<type>& fdata,std::vector<type>& efdata, std::vector<std::vector<type> >& hfdata) \
{ return new VFDataScalarT<Array3<type>,std::vector<type>,std::vector<std::vector<type> > >(fdata,efdata,hfdata); }

#define VFDATA_FUNCTION_TENSOR_DEFINITION

(

type

)

Value:

VFData* CreateVFData(std::vector<type>& fdata,std::vector<type>& efdata,std::vector<std::vector<type> >& hfdata) \
{ return new VFDataTensorT<std::vector<type>,std::vector<type>,std::vector<std::vector<type> > >(fdata,efdata,hfdata); } \
\
VFData* CreateVFData(Array2<type>& fdata,std::vector<type>& efdata,std::vector<std::vector<type> >& hfdata) \
{ return new VFDataTensorT<Array2<type>,std::vector<type>,std::vector<std::vector<type> > >(fdata,efdata,hfdata); } \
\
VFData* CreateVFData(Array3<type>& fdata,std::vector<type>& efdata, std::vector<std::vector<type> >& hfdata) \
{ return new VFDataTensorT<Array3<type>,std::vector<type>,std::vector<std::vector<type> > >(fdata,efdata,hfdata); }

#define VFDATA_FUNCTION_VECTOR_DEFINITION

(

type

)

Value:

VFData* CreateVFData(std::vector<type>& fdata,std::vector<type>& efdata,std::vector<std::vector<type> >& hfdata) \
{ return new VFDataVectorT<std::vector<type>,std::vector<type>,std::vector<std::vector<type> > >(fdata,efdata,hfdata); } \
\
VFData* CreateVFData(Array2<type>& fdata,std::vector<type>& efdata,std::vector<std::vector<type> >& hfdata) \
{ return new VFDataVectorT<Array2<type>,std::vector<type>,std::vector<std::vector<type> > >(fdata,efdata,hfdata); } \
\
VFData* CreateVFData(Array3<type>& fdata,std::vector<type>& efdata, std::vector<std::vector<type> >& hfdata) \
{ return new VFDataVectorT<Array3<type>,std::vector<type>,std::vector<std::vector<type> > >(fdata,efdata,hfdata); }

#define VFDATAT_ACCESS_DEFINITION

(

type

)

#define VFDATAT_ACCESS_DEFINITION2

(

type

)

Value:

template<class FDATA, class EFDATA, class HFDATA> \
void VFDataT<FDATA,EFDATA,HFDATA>::interpolate(type &val, VMesh::ElemInterpolate &interp, type defval) const \
{ interpolateT<type>(val,interp,defval); } \
\
template<class FDATA, class EFDATA, class HFDATA> \
void VFDataT<FDATA,EFDATA,HFDATA>::minterpolate(std::vector<type> &vals, VMesh::MultiElemInterpolate &interp, type defval) const \
{ minterpolateT<type>(vals,interp,defval); } \
\
template<class FDATA, class EFDATA, class HFDATA> \
void VFDataT<FDATA,EFDATA,HFDATA>::gradient(StackVector<type,3> &val, VMesh::ElemGradient &interp, type defval) const \
{ gradientT<type>(val,interp,defval); } \
\
template<class FDATA, class EFDATA, class HFDATA> \
void VFDataT<FDATA,EFDATA,HFDATA>::mgradient(std::vector<StackVector<type,3> > &vals, VMesh::MultiElemGradient &interp, type defval) const \
{ mgradientT<type>(vals,interp,defval); }