zxhproj v 2.2
zxhproj
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image modeling by bspline intepolation, 3d validated More...
#include <zxhImageModelingBspline.h>
Public Types | |
typedef zxhImageModelingBaseT < PixelType, DerivativeType > ::PixelFloatType | PixelFloatType |
typedef | |
Public Member Functions | |
zxhImageModelingBsplineT (void) | |
constructor, default cubic bspline | |
~zxhImageModelingBsplineT (void) | |
virtual zxhImageModelingBaseT < PixelType, DerivativeType > * | Clone (zxhImageModelingBaseT< PixelType, DerivativeType > *&pRet) |
bool | ComputeCoefficient () |
using BS interpolation first step is to compute coefficient | |
virtual PixelFloatType | GetPixelFloatValueWithoutCheck (float fx, float fy) |
inline interpolate without dimension check, without boundary check, assume []~size-1 | |
virtual PixelFloatType | GetPixelFloatValueWithoutCheck (float fx, float fy, float fz) |
inline interpolate without dimension check, without boundary check | |
virtual PixelFloatType | GetPixelFloatValueWithoutCheck (float fx, float fy, float fz, float ft) |
inline interpolate without dimension check, without boundary check | |
virtual PixelFloatType | GetPixelFloatValueWithCheckClosest (float fx, float fy, float fz=0, float ft=0) |
closest: GetPixelFloatValueWithCheck(float fx,float fy,float fz=0,float ft=0) | |
virtual void | GetPixelPhysicalGradientOnImageGridCoordinate (DerivativeType pGrad[ImageDimensionMax], float x, float y=0, float z=0, float t=0) |
todo |
image modeling by bspline intepolation, 3d validated
zxhImageModelingBsplineT< PixelType, DerivativeType >::~zxhImageModelingBsplineT | ( | void | ) | [inline] |
zxhImageModelingBsplineT< PixelType, DerivativeType >::PixelFloatType zxhImageModelingBsplineT< PixelType, DerivativeType >::GetPixelFloatValueWithoutCheck | ( | float | fx, |
float | fy | ||
) | [inline, virtual] |
inline interpolate without dimension check, without boundary check, assume []~size-1
inline
Reimplemented from zxhImageModelingBaseT< PixelType, DerivativeType >.