#include <Cont_OptimizeP.h>

Inheritance diagram for ContOptimize:

Public Member Functions
	ContOptimize (int numImageParameters=0, int numFloatParameters=0, int numIntegerParameters=0, int numDataParameters=0)
virtual	~ContOptimize ()
virtual int	allocateResults ()
virtual int	directSetParameters (TList longParList, TList doubleParList)
virtual int	runProcessing ()
virtual int	initializeProcessing ()
virtual int	finalizeProcessing ()
int	calcSnakePoints (CvPoint2D32f snkPts, int numSnkPts)
void	splSnakeImage (IplImage src, float alpha, float beta, float gamma, CvCoeffType coeffUsage, CvSize win, CvTermCriteria criteria, int calcGradient)
CvStatus	contOptimize (unsigned char src, int srcStep, CvSize roi, float alpha, float beta, float gamma, CvCoeffType coeffUsage, CvSize win, CvTermCriteria criteria, int scheme)
CvStatus	contOptimize2 (unsigned char src, int srcStep, CvSize roi, float alpha, float beta, float gamma, CvCoeffType coeffUsage, CvSize win, CvTermCriteria criteria, int scheme)
int	calcLinePoints (AbstractImage image, CvPoint linePts, int *numPts, float maxDist, CvPoint2D32f originPt, float normalX, float normalY, float sampleDist=0.4)
float	calcECont (CvPoint2D32f splPtArr, int splPtNum, float ptWeights, int ptWArrIndex, float origAvgDist)
float	calcECurv (CvPoint2D32f splPtArr, int splPtNum, float ptWeights, int ptWArrIndex)
float	calcEImg (CvPoint2D32f splPtArr, int splPtNum, float ptWeights, int ptWArrIndex, unsigned char *src, int srcStep, CvSize roi, CvCoeffType coeffUsage, int scheme)
int	calcNeighPoints (CvPoint2D32f originalPt, float searchRange, std::vector< CvPoint2D32f > resultPts, int startIndex, float sampleDist=0.0, int numSamplesX=0)
Public Attributes
long	calcGradient
long	winSize
long	maxIter
long	minMoved
float	globAlpha
float	globBeta
float	globGamma
float	searchRange
bool	workOnOriginal
int	firstFPoints
TDPoint *	inPoints
TDPoint *	outPoints
TDPoint *	inContour
BSpline *	inSnake
SplineProcessing *	currSnake
ContOptimizeData *	data

Constructor & Destructor Documentation

ContOptimize::ContOptimize	(	int	numImageParameters = `0`,
		int	numFloatParameters = `0`,
		int	numIntegerParameters = `0`,
		int	numDataParameters = `0`
	)

ContOptimize::~ContOptimize ( ) [virtual]

Member Function Documentation

int ContOptimize::allocateResults ( ) [virtual]

Reimplemented from AbstractProcessing.

float ContOptimize::calcECont	(	CvPoint2D32f *	splPtArr,
		int	splPtNum,
		float *	ptWeights,
		int	ptWArrIndex,
		float	origAvgDist
	)

float ContOptimize::calcECurv	(	CvPoint2D32f *	splPtArr,
		int	splPtNum,
		float *	ptWeights,
		int	ptWArrIndex
	)

float ContOptimize::calcEImg	(	CvPoint2D32f *	splPtArr,
		int	splPtNum,
		float *	ptWeights,
		int	ptWArrIndex,
		unsigned char *	src,
		int	srcStep,
		CvSize	roi,
		CvCoeffType	coeffUsage,
		int	scheme
	)

int ContOptimize::calcLinePoints	(	AbstractImage *	image,
		CvPoint *	linePts,
		int *	numPts,
		float	maxDist,
		CvPoint2D32f	originPt,
		float	normalX,
		float	normalY,
		float	sampleDist = `0.4`
	)

int ContOptimize::calcNeighPoints	(	CvPoint2D32f	originalPt,
		float	searchRange,
		std::vector< CvPoint2D32f > *	resultPts,
		int *	startIndex,
		float	sampleDist = `0.0`,
		int	numSamplesX = `0`
	)

int ContOptimize::calcSnakePoints	(	CvPoint2D32f *	snkPts,
		int *	numSnkPts
	)

CvStatus ContOptimize::contOptimize	(	unsigned char *	src,
		int	srcStep,
		CvSize	roi,
		float *	alpha,
		float *	beta,
		float *	gamma,
		CvCoeffType	coeffUsage,
		CvSize	win,
		CvTermCriteria	criteria,
		int	scheme
	)

CvStatus ContOptimize::contOptimize2	(	unsigned char *	src,
		int	srcStep,
		CvSize	roi,
		float *	alpha,
		float *	beta,
		float *	gamma,
		CvCoeffType	coeffUsage,
		CvSize	win,
		CvTermCriteria	criteria,
		int	scheme
	)

int ContOptimize::directSetParameters	(	TList *	longParList,
		TList *	doubleParList
	)		`[virtual]`

int ContOptimize::finalizeProcessing ( ) [virtual]

Reimplemented from AbstractProcessing.

int ContOptimize::initializeProcessing ( ) [virtual]

Reimplemented from AbstractProcessing.

int ContOptimize::runProcessing ( ) [virtual]

Reimplemented from AbstractProcessing.

void ContOptimize::splSnakeImage	(	IplImage *	src,
		float *	alpha,
		float *	beta,
		float *	gamma,
		CvCoeffType	coeffUsage,
		CvSize	win,
		CvTermCriteria	criteria,
		int	calcGradient
	)