ForwardTransformToRefGrid: DRAW sampling FillInFindInverse: one closest per quadrant DistanceWeightInterpolateByNeighbours: inv(s) = s + sum w(si)(ti-si) More...

#include <zxhTransformIterateInverse.h>

Inheritance diagram for zxhTransformIterateInverse:

List of all members.

Public Member Functions
	zxhTransformIterateInverse ()
	construction
virtual	~zxhTransformIterateInverse ()
	deconstruct
virtual void	SetTransform (zxhTransformBase *p)
virtual void	NewInverseTransformImages (int dim, const int size, const float spacing, const zxhImageInfo *pimageinfo)
	for store inverse transformation fields
virtual void	SetRoi (int dim, int from, int to)
	for compute the range in test coordinate
virtual bool	ComputeInverseByDistanceInterpolate ()
	percentage of accurate points
virtual bool	Evaluate ()
virtual void	SetJacWeighting (float f)
virtual float	GetJacWeighting ()
virtual void	TransformWorldToWorld (const float fVectorFromWorld[ImageDimensionMax], float fVectorToWorld[ImageDimensionMax])
Protected Member Functions
virtual bool	ForwardTransformToRefGrid (int roiFrom, int roiTo, zxhImageDataT< float > imgFindInverseDis, zxhImageDataT< float > imgFindInverseCoX, zxhImageDataT< float > imgFindInverseCoY, zxhImageDataT< float > imgFindInverseCoZ)
virtual int	FillInFindInverse (zxhImageDataT< float > imgFindInverseDis, zxhImageDataT< float > imgFindInverseCoX, zxhImageDataT< float > imgFindInverseCoY, zxhImageDataT< float > imgFindInverseCoZ)
virtual void	DistanceWeightInterpolateByNeighbours (zxhImageDataT< float > imgFindInverseDis, zxhImageDataT< float > imgFindInverseCoX, zxhImageDataT< float > imgFindInverseCoY, zxhImageDataT< float > imgFindInverseCoZ)
virtual void	ComputeJacxyzForwardVoxel (float Jacxyz, zxhTransformBase pTransform, float phyco, float phycoTo, float *spacing)
virtual void	MapToGrid8Neighbour (float WorldFrom, float WorldTo, float gridcoTo, int i, int j, int k, zxhImageDataT< float > pImgTemp, zxhImageDataT< float > imgFindInverseDis, zxhImageDataT< float > imgFindInverseCoX, zxhImageDataT< float > imgFindInverseCoY, zxhImageDataT< float > imgFindInverseCoZ)
virtual void	ComputeSamplingSpacing (float JacSpacing, float Jacxyz, float *spacing)
virtual void	ComputeSamplingSpacingByProduct (float JacSpacing, float Jacxyz, float *spacing)
	using Product, use 117seconds and ic of R85 warping_index mean std max min = 0.0281921 0.0202759 0.0195877 0.184309 0
virtual void	ComputeSamplingSpacingByMaximalPoints (float JacSpacing, float Jacxyz, float *spacing)
	using Maximal, use 48 seconds and ic of R85 warping_index mean std max min = 0.0371167 0.0280054 0.0243587 0.19106 0
virtual void	DistanceWeightInterpolationOct (float afInterpolateResult[], float afInterpolateSource, float afDisSquared)
Protected Attributes
zxhTransformBase *	m_pTransform
int	m_aiRoi [2][ImageDimensionMax]
	roi region
float	m_fIterateLength
	currently constant 0.1
float	m_fExponent
int	m_iFillRange [2]
float	m_fJacWeighting

Detailed Description

ForwardTransformToRefGrid: DRAW sampling FillInFindInverse: one closest per quadrant DistanceWeightInterpolateByNeighbours: inv(s) = s + sum w(si)(ti-si)

Member Function Documentation

bool zxhTransformIterateInverse::ComputeInverseByDistanceInterpolate ( ) [virtual]

percentage of accurate points

only for 3D, displacement is better than interpolating from WorldFrom?

Reimplemented in zxhTransformIterateInverseSDI.

void zxhTransformIterateInverse::DistanceWeightInterpolateByNeighbours	(	zxhImageDataT< float > *	imgFindInverseDis,
		zxhImageDataT< float > *	imgFindInverseCoX,
		zxhImageDataT< float > *	imgFindInverseCoY,
		zxhImageDataT< float > *	imgFindInverseCoZ
	)		`[protected, virtual]`

interpolate based on displacement is better than on From when the scatter points are not complete or from further points

fill in from neighbour

Reimplemented in zxhTransformIterateInverseSDI.

bool zxhTransformIterateInverse::ForwardTransformToRefGrid	(	int *	roiFrom,
		int *	roiTo,
		zxhImageDataT< float > *	imgFindInverseDis,
		zxhImageDataT< float > *	imgFindInverseCoX,
		zxhImageDataT< float > *	imgFindInverseCoY,
		zxhImageDataT< float > *	imgFindInverseCoZ
	)		`[protected, virtual]`

imgFindInverseCo? are the World_co of the 8 points in target image space imgFindInverseDis are the distance of the 8 points in source image space

Reimplemented in zxhTransformIterateInverseSDI.

void zxhTransformIterateInverse::TransformWorldToWorld	(	const float	fVectorFromWorld[ImageDimensionMax],
		float	fVectorToWorld[ImageDimensionMax]
	)		`[virtual]`

Returns:: the Worldical coordinate after transform

Reimplemented from zxhTransformFields.

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

zxhTransformIterateInverse.h
zxhTransformIterateInverse.cpp

zxhTransformIterateInverse Class Reference

Public Member Functions

Protected Member Functions

Protected Attributes

Detailed Description

Member Function Documentation