op on velocity field (should be very close to zero) More...

Inheritance diagram for zxhTransformFieldLogEuclideanOP:

Public Member Functions
	zxhTransformFieldLogEuclideanOP (void)
	construct
	~zxhTransformFieldLogEuclideanOP (void)
	destruct
virtual zxhTransformBase *	Clone (zxhTransformBase *&pRet)
	if pRet==0, new one object in method of clone
virtual bool	ManifoldInterpolateFromSamplePointsRandomly (zxhTransformFields *velocitylist[], int nV)
virtual float	ManifoldInterpolateSumFromSamplePoints (zxhTransformFields velocitylist[], float wlist, int nV)
virtual float	GetCurveLengthInRiemannianManifold (zxhImageData pmasktest=0, zxhImageData pmaskref=0, zxhTransformBase *ptrans=0)
virtual float	GetMagSmoothOfFields (float asmooth, zxhImageData pmasktest=0, zxhImageData pmaskref=0, zxhTransformBase *ptrans=0)

Detailed Description

op on velocity field (should be very close to zero)

Member Function Documentation

float zxhTransformFieldLogEuclideanOP::GetMagSmoothOfFields	(	float	asmooth,
		zxhImageData *	pmasktest = `0`,
		zxhImageData *	pmaskref = `0`,
		zxhTransformBase *	ptrans = `0`
	)		`[virtual]`

Returns:: ||v||^2_Q, ||v||^2_Q=a|| v||^2+(1-a)||v||^2 ; c.f. S. Gerber et al./MidIA 14 (2010) 643-653 asmooth, default usage is 0.9 todo zxhtodo; qsrt( ||v||^2_Q), ||v||^2_Q=a|| v||^2+(1-a)||v||^2 ; c.f. S. Gerber et al./MidIA 14 (2010) 643-653 asmooth, default usage is 0.9

bool zxhTransformFieldLogEuclideanOP::ManifoldInterpolateFromSamplePointsRandomly	(	zxhTransformFields *	velocitylist[],
		int	nV
	)		`[virtual]`

Returns:: success or no 1) randomly select a number N[1, nV]; 2) randomly select N velocity vector (v) from list; 3) randomly select N weights (w)(0,1] for each previously selected N vector 4) compute v={i=1}^N (w_i*v_i)/{i=1}^N(w_i)

float zxhTransformFieldLogEuclideanOP::ManifoldInterpolateSumFromSamplePoints	(	zxhTransformFields *	velocitylist[],
		float *	wlist,
		int	nV
	)		`[virtual]`

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