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/*****************************************************************
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m2d_resultat.c Type:Func
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resultat du maillage
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Date de creation : Tue May 27 10:29:20 1997
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Derniere version : Tue Jul 29 11:25:32 1997
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Vincent FRANCOIS
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*****************************************************************/
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/**************************/
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/* include */
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#include <stdio.h>
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#include <math.h>
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#include <string.h>
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#include "const.h"
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#include "struct.h"
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#include "memoire.h"
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#include "prototype.h"
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/**************************/
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/* variables globales */
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extern struct environnement env;
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extern struct s_mesh *mesh;
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extern struct X varx;
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/**************************/
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/* programme principal */
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void m2d_resultat(int num)
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{
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FILE *res;
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char mess[500];
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strcpy(mess,env.fich);
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mess[strlen(mess)-4]=0;
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strcat(mess,".res");
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if (num==1)
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{
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res=fopen(mess,"wt");
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fprintf(res,RESULTAT1);
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fprintf(res,RESULTAT2);
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fprintf(res,RESULTAT3);
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fprintf(res,RESULTAT4);
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fprintf(res,RESULTAT5);
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fprintf(res,RESULTAT6);
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fprintf(res,RESULTAT7,mesh->nb_noeud);
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fprintf(res,RESULTAT8,mesh->nb_triangle);
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fprintf(res,RESULTAT9,env.dens);
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fprintf(res,RESULTAT10,env.epsilon);
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fprintf(res,RESULTAT11);
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fprintf(res,RESULTAT12,mesh->critmin);
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fprintf(res,RESULTAT13,mesh->critmax);
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fprintf(res,RESULTAT14,mesh->critmoy/mesh->nb_triangle);
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fprintf(res,RESULTAT15);
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fprintf(res,RESULTAT16,mesh->tabcrit[3],(100.0*mesh->tabcrit[3]/mesh->nb_triangle));
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fprintf(res,RESULTAT17,mesh->tabcrit[2],(100.0*mesh->tabcrit[2]/mesh->nb_triangle));
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fprintf(res,RESULTAT18,mesh->tabcrit[1],(100.0*mesh->tabcrit[1]/mesh->nb_triangle));
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fprintf(res,RESULTAT19,mesh->tabcrit[0],(100.0*mesh->tabcrit[0]/mesh->nb_triangle));
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fprintf(res,RESULTAT20);
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fprintf(res,RESULTAT21);
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fprintf(res,"\n");
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fprintf(res,"\n");
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}
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if (num==2)
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{
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res=fopen(mess,"wt");
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fprintf(res,RESULTAT22);
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fprintf(res,RESULTAT23);
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fprintf(res,RESULTAT24);
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fprintf(res,RESULTAT25);
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fprintf(res,RESULTAT26);
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fprintf(res,RESULTAT27);
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fprintf(res,RESULTAT28,mesh->nb_noeud);
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fprintf(res,RESULTAT29,mesh->nb_triangle);
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fprintf(res,RESULTAT30,env.dens);
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if (env.relatif==0) fprintf(res,RESULTAT31,env.epsilon);
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else fprintf(res,RESULTAT31,env.epsilon*100.);
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fprintf(res,RESULTAT33);
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fprintf(res,RESULTAT34,env.opti);
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fprintf(res,RESULTAT35);
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fprintf(res,RESULTAT36,mesh->critmin);
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fprintf(res,RESULTAT37,mesh->critmax);
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fprintf(res,RESULTAT38,mesh->critmoy/mesh->nb_triangle);
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fprintf(res,RESULTAT39);
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fprintf(res,RESULTAT40,mesh->tabcrit[3],(100.0*mesh->tabcrit[3]/mesh->nb_triangle));
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fprintf(res,RESULTAT41,mesh->tabcrit[2],(100.0*mesh->tabcrit[2]/mesh->nb_triangle));
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fprintf(res,RESULTAT42,mesh->tabcrit[1],(100.0*mesh->tabcrit[1]/mesh->nb_triangle));
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fprintf(res,RESULTAT43,mesh->tabcrit[0],(100.0*mesh->tabcrit[0]/mesh->nb_triangle));
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fprintf(res,RESULTAT44);
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if (env.analyse==1)
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{
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fprintf(res,RESULTAT45,env.eps_ref);
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fprintf(res,RESULTAT46,env.eps_ref1);
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fprintf(res,RESULTAT47,env.eps_ref2);
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fprintf(res,RESULTAT48,mesh->theorique);
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fprintf(res,RESULTAT49,(mesh->theorique-mesh->nb_triangle)*100./mesh->theorique);
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fprintf(res,RESULTAT50);
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}
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}
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if (num==5)
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{
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res=fopen(mess,"a+t");
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fprintf(res,RESULTAT51);
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fprintf(res,RESULTAT52);
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fprintf(res,RESULTAT53);
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fprintf(res,RESULTAT54);
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fprintf(res,RESULTAT55);
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fprintf(res,RESULTAT56);
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fprintf(res,RESULTAT57,mesh->nb_noeud);
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fprintf(res,RESULTAT58,mesh->nb_tetra);
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fprintf(res,RESULTAT59);
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fprintf(res,RESULTAT60,mesh->critmin);
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fprintf(res,RESULTAT61,mesh->critmax);
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fprintf(res,RESULTAT62,mesh->critmoy/mesh->nb_tetra);
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fprintf(res,RESULTAT63);
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fprintf(res,RESULTAT64,mesh->tabcrit[3],(100.0*mesh->tabcrit[3]/mesh->nb_tetra));
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fprintf(res,RESULTAT65,mesh->tabcrit[2],(100.0*mesh->tabcrit[2]/mesh->nb_tetra));
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fprintf(res,RESULTAT66,mesh->tabcrit[1],(100.0*mesh->tabcrit[1]/mesh->nb_tetra));
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fprintf(res,RESULTAT67,mesh->tabcrit[0],(100.0*mesh->tabcrit[0]/mesh->nb_tetra));
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fprintf(res,RESULTAT68);
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}
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if (num==6)
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{
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res=fopen(mess,"a+t");
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fprintf(res,RESULTAT69,env.cpu);
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fprintf(res,RESULTAT70);
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fprintf(res,RESULTAT71);
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fprintf(res,"\n");
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fprintf(res,"\n");
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}
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if (num==10)
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{
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res=fopen(mess,"rt");
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aff_text("\n");
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aff_text("\n");
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aff_text("\n");
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while (!feof(res))
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{
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fgets(mess,500,res);
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/*sprintf(mess,"%s",mess);*/
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aff_text(mess);
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}
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}
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fclose(res);
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}
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