g2mblmlopt18d.c File Reference

#include <limits.h>
#include <stdlib.h>
#include <string.h>
#include <stdio.h>
#include <math.h>
#include <sys/times.h>
#include <unistd.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 "g2mblmlprivated.h"
#include "msgpool.h"

Include dependency graph for g2mblmlopt18d.c:

Defines
#define	_DEBUG
#define	USE_PCG
#define	MLFUNC(nu)
#define	RECORD_MIN(g, fnu)
Functions
boolean	g2mbl_MLOptBlockCd (void *data, int bl)
boolean	g2mbl_MLCOptIterd (void *data, boolean *finished)

---

Define Documentation

#define _DEBUG

#define MLFUNC

(

nu

)

Value:

_g2mbl_MLCAuxNuFuncd ( d, bl, nkn, qcoeff, Nitabs, Jac, nv, mvcp, nvcp, vncpi, \
        ndomel, domelind, domelem, domelcpind, ftab2, \
        nHbl, iHbl, cHbl, tHbl, Hbl, grad, dcoeff, auxmvcp, nu )

#define RECORD_MIN	(		g,
			fnu
	)

Value:

{ if ( fnu < 0.0 ) \
      goto failure; \
    if ( fnu < fge ) { \
      memcpy ( coeff, dcoeff, nvars*sizeof(double) ); \
      ldco = sqrt ( pkn_ScalarProductd ( nvars, dcoeff, dcoeff ) ); \
      fge = fnu; \
      d->nu[1] = ge = g; \
    } \
  }

#define USE_PCG

---

Function Documentation

boolean g2mbl_MLCOptIterd	(	void *	data,
		boolean *	finished
	)

boolean g2mbl_MLOptBlockCd	(	void *	data,
		int	bl
	)