src/ten/privateTen.h File Reference

Defines
#define	TEND_CMD(name, info)   unrrduCmd tend_##name##Cmd = { #name, info, tend_##name##Main }
#define	USAGE(info)
#define	JUSTPARSE()
#define	PARSE()
#define	VEC_SIZE   3
Functions
void	_tenQball (const double b, const int gradcount, const double svals[], const double grads[], double qvals[])
void	_tenSegsamp2 (const int gradcount, const double qvals[], const double grads[], const double qpoints[], unsigned int seg[], double dists[])
void	_tenCalcdists (const int centcount, const double centroid[6], const int gradcount, const double qpoints[], double dists[])
void	_tenInitcent2 (const int gradcount, const double qvals[], const double grads[], double centroids[6])
int	_tenCalccent2 (const int gradcount, const double qpoints[], const double dists[], double centroid[6], unsigned int seg[])
void	_tenSeg2weights (const int gradcount, const int seg[], const int segcount, double weights[])
void	_tenQvals2points (const int gradcount, const double qvals[], const double grads[], double qpoints[])
double	_tenPldist (const double point[], const double line[])
void	twoTensFunc (double *p, double *x, int m, int n, void *data)
void	formTensor2D (double ten[7], double lam1, double lam3, double phi)
void	tenQGLInterpTwoEvalK (double oeval[3], const double evalA[3], const double evalB[3], const double tt)
void	tenQGLInterpTwoEvalR (double oeval[3], const double evalA[3], const double evalB[3], const double tt)
void	tenQGLInterpTwoEvec (double oevec[9], const double evecA[9], const double evecB[9], double tt)
void	tenQGLInterpTwo (double oten[7], const double tenA[7], const double tenB[7], int ptype, double aa, tenInterpParm *tip)
int	_tenQGLInterpNEval (double evalOut[3], const double *evalIn, const double *wght, unsigned int NN, int ptype, tenInterpParm *tip)
int	_tenQGLInterpNEvec (double evecOut[9], const double *evecIn, const double *wght, unsigned int NN, tenInterpParm *tip)
int	tenQGLInterpN (double tenOut[7], const double *tenIn, const double *wght, unsigned int NN, int ptype, tenInterpParm *tip)

---

Define Documentation

 

#define JUSTPARSE

(

)

Value:

if ((pret=hestParse(hopt, argc, argv, &perr, hparm))) {       \
    if (1 == pret) {                                            \
      fprintf(stderr, "%s: %s\n", me, perr); free(perr);        \
      hestUsage(stderr, hopt, me, hparm);                       \
      airMopError(mop);                                         \
      return 2;                                                 \
    } else {                                                    \
      /* ... like tears ... in rain. Time ... to die. */        \
      exit(1);                                                  \
    }                                                           \
  }

 

#define PARSE

(

)

Value:

JUSTPARSE();                                                          \
  if (4 == nin->dim                                                     \
      && 6 == nin->axis[0].size                                         \
      && nrrdTypeBlock != nin->type) {                                  \
    ptrdiff_t min[4], max[4];                                           \
    Nrrd *ntmp;                                                         \
    /* create a confidence channel by padding on 1s */                  \
    min[0] = -1; min[1] = min[2] = min[3] = 0;                          \
    max[0] = nin->axis[0].size-1;                                       \
    max[1] = nin->axis[1].size-1;                                       \
    max[2] = nin->axis[2].size-1;                                       \
    max[3] = nin->axis[3].size-1;                                       \
    ntmp = nrrdNew();                                                   \
    if (nrrdPad_nva(ntmp, nin, min, max, nrrdBoundaryPad, 1.0)          \
        || nrrdCopy(nin, ntmp)) {                                       \
      char *err;                                                        \
      airMopAdd(mop, err = biffGetDone(NRRD), airFree, airMopAlways);   \
      fprintf(stderr, "%s: can't pad 6-comp tensor:\n%s", me, err);     \
      airMopError(mop);                                                 \
      nrrdNuke(ntmp);                                                   \
      return 2;                                                         \
    }                                                                   \
    nrrdNuke(ntmp);                                                     \
  }

#define TEND_CMD	(	name,
		info		)	unrrduCmd tend_##name##Cmd = { #name, info, tend_##name##Main }

#define USAGE

(

info

)

Value:

if (!argc) { \
    hestInfo(stdout, me, (info), hparm); \
    hestUsage(stdout, hopt, me, hparm); \
    hestGlossary(stdout, hopt, hparm); \
    airMopError(mop); \
    return 2; \
  }

#define VEC_SIZE   3

---

Function Documentation

int _tenCalccent2	(	const int	gradcount,
		const double	qpoints[],
		const double	dists[],
		double	centroid[6],
		unsigned int	seg[]
	)

void _tenCalcdists	(	const int	centcount,
		const double	centroid[6],
		const int	gradcount,
		const double	qpoints[],
		double	dists[]
	)

void _tenInitcent2	(	const int	gradcount,
		const double	qvals[],
		const double	grads[],
		double	centroids[6]
	)

double _tenPldist	(	const double	point[],
		const double	line[]
	)

void _tenQball	(	const double	b,
		const int	gradcount,
		const double	svals[],
		const double	grads[],
		double	qvals[]
	)

int _tenQGLInterpNEval	(	double	evalOut[3],
		const double *	evalIn,
		const double *	wght,
		unsigned int	NN,
		int	ptype,
		tenInterpParm *	tip
	)

int _tenQGLInterpNEvec	(	double	evecOut[9],
		const double *	evecIn,
		const double *	wght,
		unsigned int	NN,
		tenInterpParm *	tip
	)

void _tenQvals2points	(	const int	gradcount,
		const double	qvals[],
		const double	grads[],
		double	qpoints[]
	)

void _tenSeg2weights	(	const int	gradcount,
		const int	seg[],
		const int	segcount,
		double	weights[]
	)

void _tenSegsamp2	(	const int	gradcount,
		const double	qvals[],
		const double	grads[],
		const double	qpoints[],
		unsigned int	seg[],
		double	dists[]
	)

void formTensor2D	(	double	ten[7],
		double	lam1,
		double	lam3,
		double	phi
	)

int tenQGLInterpN	(	double	tenOut[7],
		const double *	tenIn,
		const double *	wght,
		unsigned int	NN,
		int	ptype,
		tenInterpParm *	tip
	)

void tenQGLInterpTwo	(	double	oten[7],
		const double	tenA[7],
		const double	tenB[7],
		int	ptype,
		double	aa,
		tenInterpParm *	tip
	)

void tenQGLInterpTwoEvalK	(	double	oeval[3],
		const double	evalA[3],
		const double	evalB[3],
		const double	tt
	)

void tenQGLInterpTwoEvalR	(	double	oeval[3],
		const double	evalA[3],
		const double	evalB[3],
		const double	tt
	)

void tenQGLInterpTwoEvec	(	double	oevec[9],
		const double	evecA[9],
		const double	evecB[9],
		double	tt
	)

void twoTensFunc	(	double *	p,
		double *	x,
		int	m,
		int	n,
		void *	data
	)