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/* ecriture du fichier resultat */
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#include <stdio.h>
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#include <string.h>
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#include <math.h>
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#include "m3d_struct.h"
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#include "m3d_const.h"
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#include "m3d_hotes.h"
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#include "m3d_erreur.h"
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#include "m3d_message.h"
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#include "prototype.h"
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extern GEST_MEM *gest ;
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extern int debug ;
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extern int nb_tetra_cree;
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extern float crit_min_calc;
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extern float crit_moy_calc;
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extern float crit_max_calc;
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extern float crit_e_mini;
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extern float crit_e_moyen;
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extern float crit_e_maxi;
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int m3d_wresult(void)
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{
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FILE *output ;
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float *coord ;
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char mess[255];
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int *numele ;
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float crit, som1, som2, som3;
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int nb_ok,nb_pass,nb_bad,nb_cree,nb_moyen ;
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int i ;
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char temp[MAX_LINE], *ext_res ;
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char str[256];
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coord = gest->coord ;
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numele = gest->numele ;
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/* ecriture des resultats */
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ext_res = ".RES" ;
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temp[0] = 0 ;
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strcpy(temp,gest->name) ;
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strncat(temp,ext_res,4) ;
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/* ouverture du fichier resultat */
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if ( (output = fopen(temp,"w")) == NULL)
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{
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m3d_erreur(ERR_OPEN_RESU) ;
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return(FAUX) ;
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}
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/* statistique */
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nb_ok = 0 ;
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nb_moyen = 0 ;
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nb_pass = 0 ;
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nb_bad = 0 ;
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crit_max_calc = 0. ;
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crit_moy_calc = 0. ;
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crit_min_calc = 1. ;
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nb_cree = 0 ;
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for (i=0;i<gest->nb_tetra;i++)
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{
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if (numele[4*i]!=123456789)
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{
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nb_cree++ ;
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crit = m3d_e_qual(coord,numele[4*i],numele[4*i+1],numele[4*i+2],numele[4*i+3]) ;
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crit_moy_calc = crit_moy_calc + crit ;
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if (crit>=0.5) nb_ok ++ ;
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else if (crit>=0.2) nb_moyen ++ ;
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else if (crit>=0.1) nb_pass ++ ;
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else nb_bad++ ;
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if (crit>crit_max_calc) crit_max_calc = crit ;
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if (crit<crit_min_calc) crit_min_calc = crit ;
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}
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}
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gest->nb_good = nb_ok ;
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gest->nb_medium = nb_moyen ;
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gest->nb_low = nb_pass ;
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gest->nb_bad = nb_bad ;
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nb_tetra_cree = nb_cree;
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crit_moy_calc = crit_moy_calc/nb_cree ;
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som1 = 0. ;
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som2 = 0. ;
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som3 = 0. ;
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for (i=0;i<gest->nb_tetra;i++)
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{
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if (numele[4*i]!=123456789)
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{
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crit = m3d_e_qual(coord,numele[4*i],numele[4*i+1],numele[4*i+2],numele[4*i+3]) ;
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crit_e_moyen = (crit - crit_moy_calc) * (crit - crit_moy_calc) ;
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crit_e_mini = (crit - crit_min_calc) * (crit - crit_min_calc) ;
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crit_e_maxi = (crit - crit_max_calc) * (crit - crit_max_calc) ;
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som1 = som1 + crit_e_moyen ;
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som2 = som2 + crit_e_mini ;
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som3 = som3 + crit_e_maxi ;
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}
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}
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som1 = som1/nb_cree ;
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som2 = som2/nb_cree ;
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som3 = som3/nb_cree ;
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crit_e_moyen = (float)sqrt((double)som1) ;
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crit_e_mini = (float)sqrt((double)som2) ;
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crit_e_maxi = (float)sqrt((double)som3);
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m3d_cpu();
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gest->end[0]=0;
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/* ECRITURE DES INFORMATIONS DANS LE .RES */
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fprintf(output,"===========================================================\n" ) ;
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fprintf(output," %s %s\n","VERSION :", gest->release) ;
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fprintf(output,"===========================================================\n" ) ;
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fprintf(output," %s %s\n", "INPUT FILE :", gest->name) ;
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fprintf(output,"===========================================================\n" ) ;
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fprintf( output, "%s\n\n",MESS_MAILLAGE_DE_PEAU) ;
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fprintf( output, "%s %d\n",MESS_NB_NOEUDS_2D, gest->nb_init) ;
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fprintf( output, "%s %d\n",MESS_NB_ELE_2D, gest->nb_2d) ;
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fprintf( output, "%s %f\n",MESS_RAPPORT_TAILLE, gest->rap) ;
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fprintf( output, "%s %f\n",MESS_CRIT_2D_MIN,gest->crit_2d_min) ;
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fprintf( output, "\n%s\n\n",MESS_MAILLAGE_VOLUMIQUE) ;
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fprintf( output, "%s %d\n",MESS_NB_NOEUDS_3D, gest->nb_noeud) ;
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fprintf( output, "%s %d\n",MESS_NB_ELE_3D, nb_cree) ;
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fprintf( output, "%s %g\n", "cpu :", gest->cpu) ;
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fprintf( output, "\n%s\n\n",MESS_STAT_QUALITE) ;
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fprintf( output, "%s %f\n",MESS_CRIT_3D_MIN, crit_min_calc) ;
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fprintf( output, "%s %f\n",MESS_CRIT_3D_MAX, crit_max_calc) ;
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fprintf( output, "%s %f\n\n",MESS_CRIT_3D_MOYEN, crit_moy_calc) ;
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fprintf( output, "%s %d\n",MESS_NB_BON, nb_ok) ;
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fprintf( output, "%s %d\n",MESS_NB_MOYEN, nb_moyen) ;
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fprintf( output, "%s %d\n",MESS_NB_PAS, nb_pass) ;
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fprintf( output, "%s %d\n",MESS_NB_BAD, nb_bad) ;
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fclose(output) ;
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/* aff_text("\n");
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aff_text("\n");
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sprintf(mess,"===========================================================\n" ) ;
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aff_text(mess);
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sprintf(mess,"===========================================================\n" ) ;
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aff_text(mess);
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sprintf(mess," VERSION :%s\n", gest->release) ;
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aff_text(mess);
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sprintf(mess,"===========================================================\n" ) ;
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aff_text(mess);
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sprintf(mess," INPUT FILE :%s\n", gest->name) ;
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aff_text(mess);
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sprintf(mess,"===========================================================\n" ) ;
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aff_text(mess);
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sprintf(mess,"===========================================================\n" ) ;
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aff_text(mess);
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aff_text("\n");
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sprintf(mess,"%s\n",MESS_MAILLAGE_DE_PEAU) ;
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aff_text(mess);
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aff_text("\n");
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sprintf(mess,"%s %d\n",MESS_NB_NOEUDS_2D, gest->nb_init) ;
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aff_text(mess);
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sprintf(mess,"%s %d\n",MESS_NB_ELE_2D, gest->nb_2d) ;
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aff_text(mess);
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sprintf(mess, "%s %f\n",MESS_RAPPORT_TAILLE, gest->rap) ;
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aff_text(mess);
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aff_text("\n");
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sprintf(mess, "%s\n",MESS_MAILLAGE_VOLUMIQUE) ;
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aff_text(mess);
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aff_text("\n");
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sprintf(mess, "%s %d\n",MESS_NB_NOEUDS_3D, gest->nb_noeud) ;
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aff_text(mess);
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sprintf(mess, "%s %d\n",MESS_NB_ELE_3D, nb_cree) ;
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aff_text(mess);
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sprintf( mess,"%s %g\n", "cpu :", gest->cpu) ;
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aff_text(mess);
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aff_text("\n");
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sprintf(mess, "%s\n",MESS_STAT_QUALITE) ;
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aff_text(mess);
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aff_text("\n");
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sprintf(mess, "%s %f\n",MESS_CRIT_3D_MIN, crit_min_calc) ;
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aff_text(mess);
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sprintf(mess, "%s %f\n",MESS_CRIT_3D_MAX, crit_max_calc) ;
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aff_text(mess);
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sprintf(mess, "%s %f\n",MESS_CRIT_3D_MOYEN, crit_moy_calc) ;
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aff_text(mess);
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aff_text("\n");
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sprintf(mess, "%s %d\n",MESS_NB_BON, nb_ok) ;
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aff_text(mess);
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sprintf(mess, "%s %d\n",MESS_NB_MOYEN, nb_moyen) ;
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aff_text(mess);
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sprintf(mess, "%s %d\n",MESS_NB_PAS, nb_pass) ;
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aff_text(mess);
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sprintf(mess, "%s %d\n",MESS_NB_BAD, nb_bad) ;
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aff_text(mess); */
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return(VRAI) ;
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}
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