capd::complex::ProdSimplicesGenerator< Rows, Length > Class Template Reference

#include <capd/complex/ProdSimplicesGenerator.h>

Classes
struct	BoundaryInfo
struct	CellCodeForDimUpperBound
struct	CellCodeStorageType

Public Types
typedef CalcProdSimplexDimUpperBound< Rows, Length >::type	DimUpperBound
typedef CellCodeForDimUpperBound< DimUpperBound >::type	CellCode

Public Member Functions
	ProdSimplicesGenerator (DimType rows=StaticVariable< DimType, Rows::value >()(), DimType length=StaticVariable< DimType, Length::value >()())
template<typename Rng >
BoundaryInfo	boundaryInfo (const Rng &rng) const
template<typename BdCellCode , typename CellCode , typename OutputIt >
void	generateBoundary (const CellCode &cell, OutputIt out) const
template<typename CellCode >
DimType	dim (const CellCode &cellCode) const
template<typename CellCode1 , typename CellCode2 >
CellCode1	convert (const CellCode2 &cellCode, typename boost::enable_if< IsProdSimplexCellCode< CellCode2 > >::type *p=0) const
template<typename CellCode1 , typename Descriptor >
CellCode1	convert (const Descriptor &desc1, typename boost::disable_if< IsProdSimplexCellCode< Descriptor > >::type *p=0) const

Member Typedef Documentation

template<typename Rows = boost::mpl::int_<0>, typename Length = boost::mpl::int_<0>>

typedef CellCodeForDimUpperBound<DimUpperBound>::type capd::complex::ProdSimplicesGenerator< Rows, Length >::CellCode

template<typename Rows = boost::mpl::int_<0>, typename Length = boost::mpl::int_<0>>

typedef CalcProdSimplexDimUpperBound<Rows, Length>::type capd::complex::ProdSimplicesGenerator< Rows, Length >::DimUpperBound

Constructor & Destructor Documentation

template<typename Rows = boost::mpl::int_<0>, typename Length = boost::mpl::int_<0>>

capd::complex::ProdSimplicesGenerator< Rows, Length >::ProdSimplicesGenerator ( DimType  rows = StaticVariable<DimType, Rows::value>()(), DimType  length = StaticVariable<DimType, Length::value>()()  )

inlineexplicit

Member Function Documentation

template<typename Rows = boost::mpl::int_<0>, typename Length = boost::mpl::int_<0>>

template<typename Rng >

BoundaryInfo capd::complex::ProdSimplicesGenerator< Rows, Length >::boundaryInfo ( const Rng &  rng ) const

inline

template<typename Rows = boost::mpl::int_<0>, typename Length = boost::mpl::int_<0>>

template<typename CellCode1 , typename CellCode2 >

CellCode1 capd::complex::ProdSimplicesGenerator< Rows, Length >::convert ( const CellCode2 &  cellCode, typename boost::enable_if< IsProdSimplexCellCode< CellCode2 > >::type *  p = 0  ) const

inline

template<typename Rows = boost::mpl::int_<0>, typename Length = boost::mpl::int_<0>>

template<typename CellCode1 , typename Descriptor >

CellCode1 capd::complex::ProdSimplicesGenerator< Rows, Length >::convert ( const Descriptor &  desc1, typename boost::disable_if< IsProdSimplexCellCode< Descriptor > >::type *  p = 0  ) const

inline

template<typename Rows = boost::mpl::int_<0>, typename Length = boost::mpl::int_<0>>

template<typename CellCode >

DimType capd::complex::ProdSimplicesGenerator< Rows, Length >::dim ( const CellCode &  cellCode ) const

inline

template<typename Rows = boost::mpl::int_<0>, typename Length = boost::mpl::int_<0>>

template<typename BdCellCode , typename CellCode , typename OutputIt >

void capd::complex::ProdSimplicesGenerator< Rows, Length >::generateBoundary ( const CellCode &  cell, OutputIt  out  ) const

inline