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francois |
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#include <stdio.h> |
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#include <stdlib.h> |
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#include <string.h> |
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#include "m3d_const.h" |
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#include "m3d_hotes.h" |
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#include "m3d_struct.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 int nb_max_ele; |
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extern int nb_max_noe; |
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extern int debug; |
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extern GEST_MEM *gest; |
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extern float dimp ; |
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extern float crit_min ; |
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extern int sortie ; |
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extern int format ; |
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extern char ext_out[MAX_LINE] ; |
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extern int is_recover ; |
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int m3d_recu(char *buffer) |
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{ |
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int erreur, i, i1, i2, i3, gtrouve = 0; |
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int nb_noeud =0, nb_ele =0; |
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int nb_00 = 0, nb_01 = 0, nb_02 = 0, nb_03 = 0, nb_04 = 0,nb_05 = 0, nb_06 = 0, nb_07 = 0, nb_08 = 0, nb_09 = 0 ; |
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int nb_bad = 0 ; |
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char mess[255],temp[MAX_LINE], *ext_res ; |
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FILE *output ; |
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float vmin[3], vmax[3]; |
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float xmin, xmax ,ymin, ymax, zmin, zmax ; |
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float delta, coeff; |
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float *vcorg; |
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float crit, cmin ; |
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/* PRISE EN COMPTE DU NOM DU FICHIER */ |
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gest->buffer[0] = 0 ; |
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gest->name[0] = 0 ; |
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gest->extension[0] = 0 ; |
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/*ext_out[0] = 0 ;*/ |
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ext_res = (char*)".SKIN" ; |
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/* traitement du nom */ |
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i = 0 ; |
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temp[0] = 0 ; |
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while (i<strlen(buffer)) |
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{ |
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if (strncmp (buffer+i,".",1) == 0) gtrouve = i ; |
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i++ ; |
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} |
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i=gtrouve; |
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strcpy(temp,buffer); |
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temp[i]=0; |
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strcpy(gest->name,temp) ; |
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/* extension */ |
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i++; |
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temp[0] = 0 ; |
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while (i<strlen(buffer)) |
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{ |
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strncat(temp,buffer+i,1) ; |
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i++ ; |
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} |
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strcpy(gest->extension,temp) ; |
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strcat(gest->buffer,gest->name) ; |
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if (strlen(gest->extension) != 0) |
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{ |
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strncat(gest->buffer,".",1) ; |
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strcat(gest->buffer,gest->extension) ; |
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} |
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if (format == sortie) strcat(ext_out,gest->extension) ; |
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else |
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{ |
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if (strlen(ext_out) == 0) strncat(ext_out,"DIAMESH",7) ; |
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} |
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temp[0] = 0 ; |
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strcpy(temp,gest->name) ; |
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strncat(temp,ext_res,5) ; |
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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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fprintf(output,"\n\n===========================================================\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", "FILE :", temp) ; |
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fprintf(output,"===========================================================\n" ) ; |
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/* INITIALISER LES TABLEAUX DE STOCKAGE */ |
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/* table des elements 2D */ |
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gest->tabele = (int*)calloc(3*nb_max_ele,sizeof(int)) ; |
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ERREUR_ALLOC_FAUX(gest->tabele) |
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gest->vcorg = (float*)calloc(3*nb_max_noe,sizeof(float)) ; |
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vcorg = gest->vcorg ; |
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ERREUR_ALLOC_FAUX(gest->vcorg) |
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/* CHARGER LE FICHIER */ |
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m3d_rec(&nb_noeud,&nb_ele,vcorg,gest->tabele,&erreur); |
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if (erreur ==VRAI) |
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{ |
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return(FAUX) ; |
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} |
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gest->nb_init = nb_noeud ; |
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gest->nb_2d = nb_ele ; |
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for (i=0;i<3 * nb_ele;i++) gest->tabele[i] = gest->tabele[i] - 1 ; |
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/* CALCULER LA BOITE ENGLOBANTE */ |
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xmin = vcorg[x(0)] ; |
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xmax = vcorg[x(0)] ; |
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ymin = vcorg[y(0)]; |
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ymax = vcorg[y(0)] ; |
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zmin = vcorg[z(0)]; |
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zmax = vcorg[z(0)] ; |
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for (i=1;i<nb_noeud;i++) |
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{ |
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if (vcorg[x(i)]<xmin) xmin = vcorg[x(i)] ; |
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else if (vcorg[x(i)]>xmax) xmax = vcorg[x(i)] ; |
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if (vcorg[y(i)]<ymin) ymin = vcorg[y(i)] ; |
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else if (vcorg[y(i)]>ymax) ymax = vcorg[y(i)] ; |
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if (vcorg[z(i)]<zmin) zmin = vcorg[z(i)] ; |
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else if (vcorg[z(i)]>zmax) zmax = vcorg[z(i)] ; |
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} |
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delta = max(xmax-xmin,ymax-ymin) ; |
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delta = max(delta,zmax-zmin) ; |
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coeff = dimp / delta ; |
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gest->xmin = xmin ; |
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gest->ymin = ymin ; |
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gest->zmin = zmin ; |
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gest->xmax = xmax ; |
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gest->ymax = ymax ; |
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gest->zmax = zmax ; |
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gest->coeff = coeff ; |
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for (i=0;i<nb_noeud;i++) |
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{ |
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vcorg[x(i)] = (vcorg[x(i)] - xmin) * coeff ; |
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vcorg[y(i)] = (vcorg[y(i)] - ymin) * coeff ; |
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vcorg[z(i)] = (vcorg[z(i)] - zmin) * coeff ; |
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} |
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/* ******************** */ |
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/* examen de la qualite */ |
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/* ******************** */ |
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cmin = 2. ; |
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for (i=0;i<nb_ele;i++) |
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{ |
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crit = m3d_cal2d(vcorg,gest->tabele[3*i],gest->tabele[3*i+1],gest->tabele[3*i+2]) ; |
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if (crit<cmin) cmin = crit ; |
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if (crit>0.9) nb_09 ++ ; |
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else if (crit>0.8) nb_08 ++ ; |
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else if (crit>0.7) nb_07 ++ ; |
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else if (crit>0.6) nb_06 ++ ; |
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else if (crit>0.5) nb_05 ++ ; |
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else if (crit>0.4) nb_04 ++ ; |
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else if (crit>0.3) nb_03 ++ ; |
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else if (crit>0.2) nb_02 ++ ; |
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else if (crit>0.1) nb_01 ++ ; |
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else |
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{ |
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if (crit<0.02) nb_bad++ ; |
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nb_00 ++ ; |
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i1 = gest->tabele[3*i] ; |
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i2 = gest->tabele[3*i+1] ; |
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i3 = gest->tabele[3*i+2] ; |
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fprintf(output,"Element %d - criterion %f \n",i+1,crit) ; |
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} |
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} |
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gest->crit_2d_min = cmin ; |
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crit_min = min(0.9 * cmin,0.1) ; |
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fprintf(output,"%s%f\n\n",MESS_CRIT_2D_MIN,cmin) ; |
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fprintf(output,"%s 0.9 : %d\n",MESS_CRIT_SUP,nb_09) ; |
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fprintf(output,"%s 0.8 : %d\n",MESS_CRIT_SUP,nb_08) ; |
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fprintf(output,"%s 0.7 : %d\n",MESS_CRIT_SUP,nb_07) ; |
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fprintf(output,"%s 0.6 : %d\n",MESS_CRIT_SUP,nb_06) ; |
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fprintf(output,"%s 0.5 : %d\n",MESS_CRIT_SUP,nb_05) ; |
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fprintf(output,"%s 0.4 : %d\n",MESS_CRIT_SUP,nb_04) ; |
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fprintf(output,"%s 0.3 : %d\n",MESS_CRIT_SUP,nb_03) ; |
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fprintf(output,"%s 0.2 : %d\n",MESS_CRIT_SUP,nb_02) ; |
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fprintf(output,"%s 0.1 : %d\n",MESS_CRIT_SUP,nb_01) ; |
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fprintf(output,"%s 0.0 : %d\n",MESS_CRIT_SUP,nb_00) ; |
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if (!is_recover) |
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{ |
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/* sprintf(mess,"%s%f\n",MESS_CRIT_2D_MIN,cmin) ; |
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aff_text(mess); |
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aff_text("\n"); |
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sprintf(mess,"%s 0.9 : %d\n",MESS_CRIT_SUP,nb_09) ; |
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aff_text(mess); |
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sprintf(mess,"%s 0.8 : %d\n",MESS_CRIT_SUP,nb_08) ; |
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aff_text(mess); |
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sprintf(mess,"%s 0.7 : %d\n",MESS_CRIT_SUP,nb_07) ; |
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aff_text(mess); |
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sprintf(mess,"%s 0.6 : %d\n",MESS_CRIT_SUP,nb_06) ; |
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aff_text(mess); |
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sprintf(mess,"%s 0.5 : %d\n",MESS_CRIT_SUP,nb_05) ; |
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aff_text(mess); |
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sprintf(mess,"%s 0.4 : %d\n",MESS_CRIT_SUP,nb_04) ; |
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aff_text(mess); |
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sprintf(mess,"%s 0.3 : %d\n",MESS_CRIT_SUP,nb_03) ; |
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aff_text(mess); |
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sprintf(mess,"%s 0.2 : %d\n",MESS_CRIT_SUP,nb_02) ; |
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aff_text(mess); |
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sprintf(mess,"%s 0.1 : %d\n",MESS_CRIT_SUP,nb_01) ; |
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aff_text(mess); |
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sprintf(mess,"%s 0.0 : %d\n",MESS_CRIT_SUP,nb_00) ; |
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aff_text(mess); */ |
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} |
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fclose(output) ; |
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if (nb_bad != 0) |
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{ |
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m3d_erreur(ERR_QUAL_SKIN) ; |
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return(FAUX) ; |
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} |
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gest->lecture_donnees = VRAI ; |
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return(VRAI); |
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} |
