Proto::InterpStencil< T > Class Template Reference

#include <Proto_InterpStencil.H>

Public Member Functions
	InterpStencil ()
	InterpStencil (Point a_refRatio)
void	define (Point a_refRatio)
Box	domain (Box a_range) const
Box	range (Box a_domain) const
Point	ghost () const
Box	span () const
Point	ratio () const
template<unsigned int C, MemType MEM = MEMTYPE_DEFAULT, unsigned int D, unsigned int E>
void	apply (BoxData< T, C, MEM, D, E > &a_output, const BoxData< T, C, MEM, D, E > &a_input, Box a_box, bool a_overwrite, T a_scale=1.0) const
template<unsigned int C, MemType MEM, unsigned int D, unsigned int E>
LazyInterpStencil< T, C, MEM, D, E >	operator() (const BoxData< T, C, MEM, D, E > &a_input, T a_scale=1.0) const
template<unsigned int C, MemType MEM, unsigned int D, unsigned int E>
LazyInterpStencil< T, C, MEM, D, E >	operator() (const BoxData< T, C, MEM, D, E > &a_input, Box a_range, T a_scale=1.0) const

Static Public Member Functions
static InterpStencil< T >	Constant (Point a_refRatio)
static InterpStencil< T >	Linear (Point a_refRatio)
static InterpStencil< T >	Quadratic (Point a_refRatio)
static InterpStencil< T >	FiniteVolume (Point a_refRatio, int a_order=5)

Private Attributes
Point	m_ratio
Array< InterpStencil1D< T >, DIM >	m_interp

Constructor & Destructor Documentation

InterpStencil() [1/2]

template<typename T>

Proto::InterpStencil< T >::InterpStencil ( )

inline

References Proto::InterpStencil< T >::define(), Proto::InterpStencil< T >::domain(), Proto::InterpStencil< T >::ghost(), Proto::InterpStencil< T >::range(), and Proto::InterpStencil< T >::span().

InterpStencil() [2/2]

template<typename T >

Proto::InterpStencil< T >::InterpStencil

(

Point

a_refRatio

)

Member Function Documentation

Constant()

template<class T >

InterpStencil< T > Proto::InterpStencil< T >::Constant ( Point  a_refRatio )

inlinestatic

Linear()

template<class T >

InterpStencil< T > Proto::InterpStencil< T >::Linear ( Point  a_refRatio )

inlinestatic

Quadratic()

template<class T >

InterpStencil< T > Proto::InterpStencil< T >::Quadratic ( Point  a_refRatio )

inlinestatic

References Proto::InterpStencil< T >::apply().

FiniteVolume()

template<class T >

InterpStencil< T > Proto::InterpStencil< T >::FiniteVolume ( Point  a_refRatio, int  a_order = 5  )

inlinestatic

define()

template<typename T >

void Proto::InterpStencil< T >::define

(

Point

a_refRatio

)

Referenced by Proto::InterpStencil< T >::InterpStencil().

domain()

template<typename T >

Box Proto::InterpStencil< T >::domain ( Box  a_range ) const

inline

Referenced by Proto::InterpStencil< T >::InterpStencil().

range()

template<typename T >

Box Proto::InterpStencil< T >::range ( Box  a_domain ) const

inline

Referenced by Proto::InterpStencil< T >::InterpStencil().

ghost()

template<typename T >

Point Proto::InterpStencil< T >::ghost ( ) const

inline

Referenced by Proto::InterpStencil< T >::InterpStencil().

span()

template<typename T >

Box Proto::InterpStencil< T >::span ( ) const

inline

Referenced by Proto::InterpStencil< T >::InterpStencil().

ratio()

template<typename T>

Point Proto::InterpStencil< T >::ratio ( ) const

inline

References Proto::InterpStencil< T >::apply(), and Proto::InterpStencil< T >::m_ratio.

apply()

template<typename T >

template<unsigned int C, MemType MEM, unsigned int D, unsigned int E>

void Proto::InterpStencil< T >::apply ( BoxData< T, C, MEM, D, E > &  a_output, const BoxData< T, C, MEM, D, E > &  a_input, Box  a_box, bool  a_overwrite, T  a_scale = 1.0  ) const

inline

Referenced by Proto::InterpStencil< T >::Quadratic(), and Proto::InterpStencil< T >::ratio().

operator()() [1/2]

template<typename T >

template<unsigned int C, MemType MEM, unsigned int D, unsigned int E>

LazyInterpStencil< T, C, MEM, D, E > Proto::InterpStencil< T >::operator() ( const BoxData< T, C, MEM, D, E > &  a_input, T  a_scale = 1.0  ) const

inline

operator()() [2/2]

template<typename T >

template<unsigned int C, MemType MEM, unsigned int D, unsigned int E>

LazyInterpStencil< T, C, MEM, D, E > Proto::InterpStencil< T >::operator() ( const BoxData< T, C, MEM, D, E > &  a_input, Box  a_range, T  a_scale = 1.0  ) const

inline

Member Data Documentation

m_ratio

template<typename T>

Point Proto::InterpStencil< T >::m_ratio

private

Referenced by Proto::InterpStencil< T >::ratio().

m_interp

template<typename T>

Array<InterpStencil1D<T>, DIM> Proto::InterpStencil< T >::m_interp

private

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

• Proto_InterpStencil.H