PolynomialND< T > Class Template Reference

PolynomialND is a N-dimensional polynomial with arbitary orders in each dimension. It can be fitted any ArrayND. To access the polynomial's data use getValue. getValue3D is optimized for third order, tree-dimensional cases. More...

Public Member Functions
	PolynomialND (const ArrayNDInfo &)
	~PolynomialND ()
bool	fit (const ArrayND< T > &)
void	setCoeff (const int *pos, T val)
T	getCoeff (const int *pos) const
T	getValue (const TypeSet< float > &) const
T	getValue3D (float x0, float x1, float x2) const

Protected Attributes
ArrayNDImpl< T >	coeffs
LinSolver< T > *	solver

Detailed Description

template<class T>
class PolynomialND< T >

PolynomialND is a N-dimensional polynomial with arbitary orders in each dimension. It can be fitted any ArrayND. To access the polynomial's data use getValue. getValue3D is optimized for third order, tree-dimensional cases.

Constructor & Destructor Documentation

template<class T >

PolynomialND< T >::PolynomialND

(

const ArrayNDInfo &

size_

)

template<class T >

PolynomialND< T >::~PolynomialND

(

)

Member Function Documentation

template<class T >

bool PolynomialND< T >::fit

(

const ArrayND< T > &

input

)

template<class T >

T PolynomialND< T >::getCoeff ( const int *  pos ) const

inline

template<class T >

T PolynomialND< T >::getValue ( const TypeSet< float > &  pos ) const

inline

template<class T >

T PolynomialND< T >::getValue3D ( float  x0, float  x1, float  x2  ) const

inline

template<class T >

void PolynomialND< T >::setCoeff ( const int *  pos, T  val  )

inline

Member Data Documentation

template<class T >

ArrayNDImpl<T> PolynomialND< T >::coeffs

protected

template<class T >

LinSolver<T>* PolynomialND< T >::solver

protected