Interpolate::PolyReg3D< T > Class Template Reference

Interpolate 3D regularly sampled, using a 3rd order surface. More...

#include <interpol3d.h>

Public Member Functions
	PolyReg3D ()
	PolyReg3D (const T *const *const *v)
	PolyReg3D (T vm100, T vm101, T vm110, T vm111, T v0m10, T v0m11, T v00m1, T v000, T v001, T v002, T v01m1, T v010, T v011, T v012, T v020, T v021, T v1m10, T v1m11, T v10m1, T v100, T v101, T v102, T v11m1, T v110, T v111, T v112, T v120, T v121, T v200, T v201, T v210, T v211)
T	apply (float x, float y, float z) const
void	set (T v000, T v100, T v010, T v110, T v001, T v101, T v011, T v111, T vxym1, T vxzm1, T vyzm1, T vxy1, T vxz1, T vyz1)
void	set (T vm100, T vm101, T vm110, T vm111, T v0m10, T v0m11, T v00m1, T v000, T v001, T v002, T v01m1, T v010, T v011, T v012, T v020, T v021, T v1m10, T v1m11, T v10m1, T v100, T v101, T v102, T v11m1, T v110, T v111, T v112, T v120, T v121, T v200, T v201, T v210, T v211)

Public Attributes
T	a_ [14]

Detailed Description

template<class T>
class Interpolate::PolyReg3D< T >

Interpolate 3D regularly sampled, using a 3rd order surface.

Current implementation takes the average of the outer squares. In the parameter passing, the z is the fastest dimension.

       ..    ..       Z  Y-dir
  ..  ....  ....  ..  ^ /
  ..  ....  ....  ..  | --> X-dir
       ..    ..

  ^- From here to -^
  x=-1   0      1     2

  

<>

Constructor & Destructor Documentation

PolyReg3D() [1/3]

template<class T >

Interpolate::PolyReg3D< T >::PolyReg3D ( )

inline

PolyReg3D() [2/3]

template<class T >

Interpolate::PolyReg3D< T >::PolyReg3D ( const T *const *const * v )

inline

PolyReg3D() [3/3]

template<class T >

Interpolate::PolyReg3D< T >::PolyReg3D ( T vm100, T vm101, T vm110, T vm111, T v0m10, T v0m11, T v00m1, T v000, T v001, T v002, T v01m1, T v010, T v011, T v012, T v020, T v021, T v1m10, T v1m11, T v10m1, T v100, T v101, T v102, T v11m1, T v110, T v111, T v112, T v120, T v121, T v200, T v201, T v210, T v211 )

inline

Member Function Documentation

apply()

template<class T >

T Interpolate::PolyReg3D< T >::apply ( float x, float y, float z ) const

inline

set() [1/2]

template<class T >

void Interpolate::PolyReg3D< T >::set ( T v000, T v100, T v010, T v110, T v001, T v101, T v011, T v111, T vxym1, T vxzm1, T vyzm1, T vxy1, T vxz1, T vyz1 )

inline

set() [2/2]

template<class T >

void Interpolate::PolyReg3D< T >::set ( T vm100, T vm101, T vm110, T vm111, T v0m10, T v0m11, T v00m1, T v000, T v001, T v002, T v01m1, T v010, T v011, T v012, T v020, T v021, T v1m10, T v1m11, T v10m1, T v100, T v101, T v102, T v11m1, T v110, T v111, T v112, T v120, T v121, T v200, T v201, T v210, T v211 )

inline

Member Data Documentation

a_

template<class T >

T Interpolate::PolyReg3D< T >::a_[14]