zxhImageModelingBaseT< PixelType, DerivativeType > Class Template Reference

image modeling base class use for getting pixel, gradient, different claas stands for different interpolation Here: pixelvalue and gradient type should be float type for registration image modeling, the pixeltype is default PixelTypeDefault(short) the template only used in interpolate the bspline ffd implemented derived sub-class, Nearest, Linear, BSpline(1D,2D,3D,3D+1D) More...

#include <zxhImageModelingBase.h>

Inheritance diagram for zxhImageModelingBaseT< PixelType, DerivativeType >:

List of all members.

Public Types
typedef float	PixelFloatType
	typedef
typedef float	DerivativeFloatType
	typedef
Public Member Functions
	zxhImageModelingBaseT (void)
	constructor
	~zxhImageModelingBaseT (void)
virtual void	SetImage (zxhImageDataT< PixelType > *pImage)
virtual zxhImageDataT < PixelType > *	GetImage ()
virtual zxhImageModelingBaseT < PixelType, DerivativeType > *	Clone (zxhImageModelingBaseT< PixelType, DerivativeType > *&pRet)
virtual PixelFloatType	GetPixelFloatValueWithCheck (float fx, float fy, float fz=0, float ft=0)
	closest
virtual PixelFloatType	GetPixelFloatValueWithCheckClosest (float fx, float fy, float fz=0, float ft=0)
virtual PixelFloatType	GetPixelFloatValueWithoutCheck (float fx, float fy)
	without boundary check, assume [] 0~size-1, diff from different modelling
virtual PixelFloatType	GetPixelFloatValueWithoutCheck (float fx, float fy, float fz)
	without boundary check
virtual PixelFloatType	GetPixelFloatValueWithoutCheck (float fx, float fy, float fz, float ft)
	without boundary check
virtual void	GetPixelGradientByWorld (DerivativeType pwGrad[ImageDimensionMax], float wx, float wy=0, float wz=0, float wt=0)
virtual void	GetPixelGradient (DerivativeType pwGrad[ImageDimensionMax], float x, float y=0, float z=0, float t=0)
	Image Gradient of nearest modeling.
virtual void	GetPixelPhysicalGradientOnImageGridCoordinate (DerivativeType phyGrad[ImageDimensionMax], float x, float y=0, float z=0, float t=0)
	todo
virtual DerivativeType	GetPixelGradientMagnitude (float x, float y=0, float z=0, float t=0)
virtual DerivativeType	GetPixelGradientMagnitudeMax ()
virtual DerivativeType	GetPixelGradientMagnitudeMin ()
virtual DerivativeType	GetPixelPhysicalPartialDiff (zxh::ImageModeling_XYZ dim, float x, float y=0, float z=0, float t=0)
	partial differential on physical coordinate using image grid index
virtual bool	ResizeImage (const int size[], const float spacing[])
	resize image
virtual bool	ResizeImage (const float spacing[])
	resize using spacing
virtual bool	ResizeImage (const zxhImageInfo *imageinfo)
virtual bool	FowardTransformImageUsingInverse (zxhImageDataT< PixelType > *pSave, zxhTransformBase *pTransform)
virtual bool	BackwardTransformImage (zxhImageDataT< PixelType > *pSave, zxhTransformBase *pTransform)
	fill background ZXH_Background
virtual bool	BackwardTransformImageMirrorOutlier (zxhImageDataT< PixelType > *pSave, zxhTransformBase *pTransform)
	1) if m_pImage is 2D, then make it 3D by adding two slices with spacing sp3d ;
PixelFloatType	GetPixelFloatValueWithCheckMirror (float fx, float fy, float fz=0, float ft=0)
	interpolation pixel value, with outlier using mirror reflect and then GetPixelFloatValueWithoutCheck
PixelFloatType	GetPixelFloatValueWithCheckBk (PixelFloatType bk, float fx, float fy, float fz=0, float ft=0)
PixelFloatType	GetPixelFloatValueWithCheckByWorld (float fx, float fy, float fz=0, float ft=0)
	get the pixel by world coordinate
PixelFloatType	GetPixelFloatValueWithCheckMirrorByWorld (float fx, float fy, float fz=0, float ft=0)
	get the pixel by physical coordinate
PixelFloatType	GetPixelFloatValueWithCheckBkByWorld (PixelFloatType bk, float fx, float fy, float fz=0, float ft=0)
	get the pixel by physical coordinate
Protected Attributes
zxhImageDataT< PixelType > *	m_pImage

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Detailed Description

template<class PixelType = PixelTypeDefault, class DerivativeType = float>
class zxhImageModelingBaseT< PixelType, DerivativeType >

image modeling base class use for getting pixel, gradient, different claas stands for different interpolation Here: pixelvalue and gradient type should be float type for registration image modeling, the pixeltype is default PixelTypeDefault(short) the template only used in interpolate the bspline ffd implemented derived sub-class, Nearest, Linear, BSpline(1D,2D,3D,3D+1D)

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Constructor & Destructor Documentation

template<class PixelType = PixelTypeDefault, class DerivativeType = float>

zxhImageModelingBaseT< PixelType, DerivativeType >::~zxhImageModelingBaseT

(

void

)

[inline]

Returns:

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Member Function Documentation

template<class PixelType = PixelTypeDefault, class DerivativeType = float>

virtual zxhImageDataT<PixelType>* zxhImageModelingBaseT< PixelType, DerivativeType >::GetImage

(

)

[inline, virtual]

Returns:

template<class PixelType = PixelTypeDefault, class DerivativeType = float>

virtual DerivativeType zxhImageModelingBaseT< PixelType, DerivativeType >::GetPixelGradientMagnitude	(	float	x,
		float	y = 0,
		float	z = 0,
		float	t = 0
	)		[inline, virtual]

Returns:

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Member Data Documentation

template<class PixelType = PixelTypeDefault, class DerivativeType = float>

zxhImageDataT<PixelType>* zxhImageModelingBaseT< PixelType, DerivativeType >::m_pImage [protected]

Returns:

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

• zxhImageModelingBase.h