Array2DFunc< RT, PT, T > Class Template Reference

Adaptor to make an Array2D behave like a MathXYFunction. Will do linear interpolation at the edges, and polynomial interpolation inside. More...

Inheritance diagram for Array2DFunc< RT, PT, T >:

Public Member Functions
RT	getValue (const PT *p) const
RT	getValue (PT, PT) const override
void	set (const Array2D< T > &t, bool hasudfs)
Public Member Functions inherited from MathXYFunction< RT, PT >
RT	getNDValue (const PT *pos) const override
int	getNrDim () const override
Public Member Functions inherited from MathFunctionND< RT, PT >
virtual	~MathFunctionND ()

Protected Attributes
const Array2D< T > *	arr_ = nullptr
bool	hasudfs_ = true
int	xsize_ = 0
int	ysize_ = 0

Detailed Description

template<class RT, class PT, class T>
class Array2DFunc< RT, PT, T >

Adaptor to make an Array2D behave like a MathXYFunction. Will do linear interpolation at the edges, and polynomial interpolation inside.

<>

Member Function Documentation

getValue() [1/2]

template<class RT , class PT , class T >

RT Array2DFunc< RT, PT, T >::getValue ( const PT *  p ) const

inline

getValue() [2/2]

template<class RT , class PT , class T >

RT Array2DFunc< RT, PT, T >::getValue ( PT  x, PT  y  ) const

inlineoverridevirtual

Implements MathXYFunction< RT, PT >.

set()

template<class RT , class PT , class T >

void Array2DFunc< RT, PT, T >::set ( const Array2D< T > &  t, bool  hasudfs  )

inline

Member Data Documentation

arr_

template<class RT , class PT , class T >

const Array2D<T>* Array2DFunc< RT, PT, T >::arr_ = nullptr

protected

hasudfs_

template<class RT , class PT , class T >

bool Array2DFunc< RT, PT, T >::hasudfs_ = true

protected

xsize_

template<class RT , class PT , class T >

int Array2DFunc< RT, PT, T >::xsize_ = 0

protected

ysize_

template<class RT , class PT , class T >

int Array2DFunc< RT, PT, T >::ysize_ = 0

protected