g2mblopt05d.c File Reference

#include <limits.h>
#include <stdlib.h>
#include <string.h>
#include <stdio.h>
#include <math.h>
#include "pkvaria.h"
#include "pknum.h"
#include "pkgeom.h"
#include "multibs.h"
#include "bsmesh.h"
#include "egholed.h"
#include "g2blendingd.h"
#include "g2mblendingd.h"
#include "g2blprivated.h"
#include "g2mblprivated.h"
#include "msgpool.h"

Include dependency graph for g2mblopt05d.c:

Defines
#define	EPS0   5.0e-10
#define	EPS1   1.0e-8
#define	EPS2   1.0e-7
#define	MAXNTN   16
#define	MAXGTN   16
#define	MAXSTN   30
#define	MAXBTN   10
#define	MAXCTN   20
#define	THR1   0.9
#define	THR2   0.75
#define	THR3   0.25
#define	GRTHR   0.02
#define	SUCCESS
#define	SWITCH_ACCURACY
#define	MLFUNC(nu)
#define	RECORD_MIN(g, fnu)
Functions
double	_g2mbl_AuxNuFuncd (int nkn, double *qcoeff, double **Nitabs, double **Jac, int nv, point3d *mvcp, int nvcp, int *vncpi, int ndomelems, meshdom_elem *domelem, int *domelcpind, double *ftab, int nvars, int hsize, int *hprof, double *Hessian, double *LHessian, double **lhrows, double *grad, double *dcoeff, point3d *auxmvcp, double nu)
boolean	g2mbl_IterBlSurfaceOptLMTd (void *data, boolean *finished)
boolean	g2mbl_FindBlSurfaceLMTd (int nv, BSMvertex *mv, int *mvhei, point3d *mvcp, int nhe, BSMhalfedge *mhe, int nfac, BSMfacet *mfac, int *mfhei, byte *mkcp, double C, double dO, double dM, int maxit, int nkn1, int nkn2)

---

Define Documentation

#define EPS0   5.0e-10

#define EPS1   1.0e-8

#define EPS2   1.0e-7

#define GRTHR   0.02

#define MAXBTN   10

#define MAXCTN   20

#define MAXGTN   16

#define MAXNTN   16

#define MAXSTN   30

#define MLFUNC

(

nu

)

Value:

_g2mbl_AuxNuFuncd ( nkn, qcoeff, Nitabs, Jac, nv, mvcp, nvcp, vncpi, \
        ndomelems, domelem, domelcpind, ftab, nvars, hsize, hprof, \
        Hessian, LHessian, lhrows, grad, dcoeff, auxmvcp, nu )

#define RECORD_MIN	(		g,
			fnu
	)

Value:

{ if ( fnu < fge ) { \
      memcpy ( coeff, dcoeff, nvars*sizeof(double) ); \
      d->func = fge = fnu; \
      d->nu[0] = d->nu[1] = ge = g; \
      d->newpoint = true; \
    } \
  }

#define SUCCESS

Value:

{ \
    *finished = true; \
    goto next_iter; \
  }

#define SWITCH_ACCURACY

Value:

{ \
    d->accurate = d->newpoint = true; \
    d->func = MYINFINITY;  /* this is to prevent effects of changing */ \
                           /* quadrature approximation error */ \
    goto next_iter; \
  }

#define THR1   0.9

#define THR2   0.75

#define THR3   0.25

---

Function Documentation

double _g2mbl_AuxNuFuncd	(	int	nkn,
		double *	qcoeff,
		double **	Nitabs,
		double **	Jac,
		int	nv,
		point3d *	mvcp,
		int	nvcp,
		int *	vncpi,
		int	ndomelems,
		meshdom_elem *	domelem,
		int *	domelcpind,
		double *	ftab,
		int	nvars,
		int	hsize,
		int *	hprof,
		double *	Hessian,
		double *	LHessian,
		double **	lhrows,
		double *	grad,
		double *	dcoeff,
		point3d *	auxmvcp,
		double	nu
	)

boolean g2mbl_FindBlSurfaceLMTd	(	int	nv,
		BSMvertex *	mv,
		int *	mvhei,
		point3d *	mvcp,
		int	nhe,
		BSMhalfedge *	mhe,
		int	nfac,
		BSMfacet *	mfac,
		int *	mfhei,
		byte *	mkcp,
		double	C,
		double	dO,
		double	dM,
		int	maxit,
		int	nkn1,
		int	nkn2
	)

boolean g2mbl_IterBlSurfaceOptLMTd	(	void *	data,
		boolean *	finished
	)