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/*****************************************************************
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const.h Type:Inc
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Quelque fonction utile
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Date de creation : Thu Jan 25 15:51:38 1996
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Derniere version : Wed Jul 16 11:35:36 1997
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Vincent FRANCOIS
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*****************************************************************/
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#include <malloc.h>
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/* definition de fonctions mathematiques */
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#define EGAL(x,y,eps) (float)fabs((double)(x-y))<eps
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#define EGAL2(x,y) (float)fabs((double)(x-y))<0.0002*x*x+0.00014
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#define VEC(ab,a,b)\
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{\
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ab[0]=b->x-a->x;\
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ab[1]=b->y-a->y;\
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ab[2]=b->z-a->z;\
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}
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#define PSCA(a,b) (a[0]*b[0]+a[1]*b[1]+a[2]*b[2])
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#define PVEC(res,u,v)\
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{\
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res[0]=u[1]*v[2]-u[2]*v[1];\
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res[1]=u[2]*v[0]-u[0]*v[2];\
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res[2]=u[0]*v[1]-u[1]*v[0];\
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}
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#define DETER(a,b,c,d) (a*d-b*c)
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#define NORME(vec)\
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{\
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vec[3]=(float)sqrt((double)(vec[0]*vec[0]+vec[1]*vec[1]+vec[2]*vec[2]));\
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if (!(EGAL(vec[3],0.,0.0001)))\
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{\
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vec[0]=vec[0]/vec[3];\
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vec[1]=vec[1]/vec[3];\
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vec[2]=vec[2]/vec[3];\
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}\
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}
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#define MINI(res,a,b) if ( (a)>(b) ) res=(b); else res=(a);
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#define MAXI(res,a,b) if ( (a)>(b) ) res=(a); else res=(b);
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#define True 1
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#define False 0
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/* definition de constante pour le logiciel */
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#define PI 3.141592654
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#define PAS 1
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#define PAS2 10
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#define SINGLE 1
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#define DOUBLE 2
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#define FORWARD 0
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#define REVERSED 1
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#define IS_OUT 0
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#define IS_IN 1
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#define DETRUIT 0
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#define GARDE 1
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#define LIBRE 0
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#define ATTACHE 1
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#define U 4
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#define V 5
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#define OLD 0
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#define NEW 1
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#define VERIFICATION 2
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#define LIAISON 3
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#define CONSTRUIT 0
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#define RECUPERER 1
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#define RETARDE1 0
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#define RETARDE2 1
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#define RETARDE3 2
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#define ORIGINAL 3
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#define TOUS 85
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#define TOTAL 0
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#define LIMITE 1
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#define NONFORCE 159
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/* geometrie */
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#define VERTEX 60
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#define EDGE 61
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#define FACE 62
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#define STRAIGHT 63
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#define ELLIPSE 64
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#define PLANE 65
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#define CONE 66
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#define POINT 67
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#define BODY 68
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/* maillage */
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#define NOEUD 75
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#define SEGMENT 76
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#define TRIANGLE 77
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#define FRONTIERE 78
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#define FRONT 79
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#define TETRA 80
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#define MNOEUD 81
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#define MSEGMENT 82
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#define MTRIANGLE 83
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#define MTETRA 84
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#define FRONTIERE3D 85
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#define FRONT3D 86
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#define ADJACENT 200
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#define LIE 201
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#define AUTRE 202
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/* maths */
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#define FONCTION 100
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#define DERIVE 101
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#define DERIVE_SECONDE 102
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#define INVERSE 103
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#define E 104
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#define F 105
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#define G 106
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#define NORMAL 107
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#define DU 108
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#define DV 109
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#define DUU 110
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#define DUV 111
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#define DVV 112
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#define ZERO_DERIVE 113
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#define EU 114
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#define GV 115
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/* string constante */
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#ifndef anglais
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#define francais
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#endif
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#ifdef francais
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#define FENETRE_FIN "Fin"
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#define FENETRE_ANNULER "Annuler"
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#define FENETRE_MESSAGE "Voulez vous vraiment quitter ACISMESH ?"
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#define ACIS_ERREUR "ERREUR....ouverture de fichier impossible"
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#define ACIS_LECTURE "LECTURE....ouverture du fichier ACIS %d : %s\n"
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#define ACIS_LEC_RES " LECTURE....il y a %d entites\n"
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#define ACIS_WARNING " WARNING....entite %s ligne %d non prise en compte\n"
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#define M0D_VERTEX "MAILLAGE....maillage des vertex\n"
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#define M1D_EDGE "MAILLAGE....maillage des edge\n"
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#define M1D_PARA " PARAMETRISATION....mise en equation des edge\n"
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#define M1D_GEO " DISCRETISATION....visualisation de la geometrie\n"
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#define M1D_DIS " DISCRETISATION....discretisation des edge\n"
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#define M1D_LISS " LISSAGE....calcul du gradient minimun de densite\n"
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#define M2D_FACE "MAILLAGE....maillage des face\n"
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#define M2D_FA_DI " FACE....face courante %d associe a l entite %d\n"
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#define M2D_FA_IN " FACE INVERSE....face courante %d associe a l entite %d\n"
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#define M2D_AC1 " Maillage\n"
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#define M2D_AC2 " Optimisation %d\n"
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#define M2D_AC3 " Analyse \n"
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#define M2D_ANA_RES1 " Nombre theorique d element : %d ; Nombre pratique : %d \n"
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#define M2D_ANA_RES2 " Erreur : %f\n"
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#define M2D_ANA_RES3 " Epsilon max : %f\n"
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#define M2D_ANA_RES4 " Epsilon max maille type 1: %f\n"
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#define M2D_ANA_RES5 " Epsilon max maille type 2: %f\n"
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#define M3D_PREP "PREPARATION....preparation pour le maillage 3D\n"
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#define M3D_OC " PREPARATION....creation d un arbre octal\n"
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#define M3D_OC_CR " %d octree creees\n"
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#define M3D_FE_CR " %d feuilles creees\n"
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#define M3D_FRONT " PREPARATION....initialisation du front\n"
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#define M3D_BODY "MAILLAGE....maillage des body\n"
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#define M3D_OPTI "MAILLAGE....optimisation de maillage des body\n"
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#define M3D_OPTI1 " OPTIMISATION....phase croissante\n"
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#define M3D_OPTI2 " OPTIMISATION....phase decroissante\n"
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#define M3D_PREP1 "PREPARATION....preparation pour le remaillage\n"
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#define M3D_PREP2 " PREPARATION....enregistrement de l'arbre octal\n"
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#define MAIN_ERREUR " ERREUR....pas de densite globale!\n"
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#define R3D_C_OC "REMAILLAGE....Reconstruction de l octree\n"
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#define R3D_C_OC_RE " RESULTAT....%d octree recreees\n"
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#define R3D_C_OC_FE " %d feuilles\n"
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#define R3D_C_OC_ME "REMAILLAGE....Recuperation de l ancien maillage\n"
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#define R3D_C_OC_WA1 "WARNING....pas de fichier maillage 3D present\n"
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#define R3D_C_OC_WA2 "ERREUR....pas de fichier maillage 2D present\n"
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#define R3D_C_OC_WA3 "ERREUR....pas de fichier maillage 1D present\n"
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#define R3D_C_OC_RES1 " RESULTAT....%d noeuds\n"
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#define R3D_C_OC_RES2 " %d segments\n"
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#define R3D_C_OC_RES3 " %d triangles\n"
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#define R3D_C_OC_RES4 " %d tetras\n"
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#define R3D_COMP "REMAILLAGE....comparaison des octree\n"
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#define R3D_FILE "ERREUR....pas de fichier historique present\n"
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#define R3D_GENE1 "REMAILLAGE....generation du nouveau maillage\n"
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#define R3D_GENE2 " REMAILLAGE....Recuperation des mailles 1D non detruites\n"
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#define R3D_GENE3 " REMAILLAGE....Discretisation des edge non maillees\n"
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#define R3D_GENE4 " REMAILLAGE....Lissage du maillage lineique\n"
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#define R3D_GENE5 " REMAILLAGE....Recuperation des mailles 2D non detruites\n"
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#define R3D_GENE6 " REMAILLAGE....Discretisation des face non maillees\n"
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#define R3D_GENE7 " REMAILLAGE....Recuperation des mailles 3D non detruites\n"
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#define R3D_GENE8 " REMAILLAGE....Discretisation du reste du volume\n"
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#define R3D_INS_TRI_NEW " Nouvelle face\n"
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#define R3D_INS_TRI_OLD " Face contenant %d facette\n"
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#define R3D_INS_TRI_REC " Face entierement recuperee\n"
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#define R3D_M2D_FACE " FACE....face courante %d associe a l entite %d\n"
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#define R3D_M2D_RES " Facette recuperee : %d Facette rattachee : %d\n"
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#define R3D_M3D_BODY " Bodyette recuperee : %d Bodyette rattachee : %d\n"
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#define R3D_M3D_RES " RESULTAT....Nombre de front volumique : %d\n"
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#define RESULTAT1 " *****************************************************\n"
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#define RESULTAT2 " * *\n"
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#define RESULTAT3 " * MAILLAGE REUSSI *\n"
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#define RESULTAT4 " * *\n"
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#define RESULTAT5 " *****************************************************\n"
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#define RESULTAT6 " * *\n"
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#define RESULTAT7 " * nomdre de noeuds : %6d *\n"
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#define RESULTAT8 " * nomdre de mailles : %6d *\n"
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#define RESULTAT9 " * ecart nodal : %6.2f *\n"
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#define RESULTAT10 " * epsilon : %6.2f *\n"
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#define RESULTAT11 " * *\n"
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#define RESULTAT12 " * critere minimum : %6f *\n"
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#define RESULTAT13 " * critere maximum : %6f *\n"
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#define RESULTAT14 " * critere moyen : %6f *\n"
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#define RESULTAT15 " * *\n"
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#define RESULTAT16 " * maille de bonne qualite : %6d soit %6.2f%% *\n"
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#define RESULTAT17 " * maille de qualite moyenne : %6d soit %6.2f%% *\n"
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#define RESULTAT18 " * maille de qualite passable : %6d soit %6.2f%% *\n"
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#define RESULTAT19 " * maille de qualite mediocre : %6d soit %6.2f%% *\n"
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#define RESULTAT20 " * *\n"
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#define RESULTAT21 " *****************************************************\n"
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#define RESULTAT22 " *****************************************************\n"
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#define RESULTAT23 " * *\n"
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#define RESULTAT24 " * MAILLAGE DE PEAU *\n"
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#define RESULTAT25 " * *\n"
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#define RESULTAT26 " *****************************************************\n"
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#define RESULTAT27 " * *\n"
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#define RESULTAT28 " * nomdre de noeuds : %6d *\n"
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#define RESULTAT29 " * nomdre de mailles : %6d *\n"
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#define RESULTAT30 " * ecart nodal : %6.2f *\n"
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#define RESULTAT31 " * epsilon : %6.2f *\n"
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#define RESULTAT32 " * epsilon : %6.2f% *\n"
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#define RESULTAT33 " * *\n"
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#define RESULTAT34 " * optimisation : %6d *\n"
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#define RESULTAT35 " * *\n"
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#define RESULTAT36 " * critere minimum : %6f *\n"
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#define RESULTAT37 " * critere maximum : %6f *\n"
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#define RESULTAT38 " * critere moyen : %6f *\n"
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#define RESULTAT39 " * *\n"
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#define RESULTAT40 " * maille de bonne qualite : %6d soit %6.2f%% *\n"
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#define RESULTAT41 " * maille de qualite moyenne : %6d soit %6.2f%% *\n"
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#define RESULTAT42 " * maille de qualite passable : %6d soit %6.2f%% *\n"
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#define RESULTAT43 " * maille de qualite mediocre : %6d soit %6.2f%% *\n"
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#define RESULTAT44 " * *\n"
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#define RESULTAT45 " * Epsilon max : %6.6f *\n"
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#define RESULTAT46 " * Epsilon max maille type 1 : %6.6f *\n"
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#define RESULTAT47 " * Epsilon max maille type 2 : %6.6f *\n"
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#define RESULTAT48 " * Nombre theorique de maille : %6d *\n"
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#define RESULTAT49 " * Erreur : %6.2f%% *\n"
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#define RESULTAT50 " * *\n"
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#define RESULTAT51 " *****************************************************\n"
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#define RESULTAT52 " * *\n"
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#define RESULTAT53 " * MAILLAGE VOLUMIQUE *\n"
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#define RESULTAT54 " * *\n"
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#define RESULTAT55 " *****************************************************\n"
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#define RESULTAT56 " * *\n"
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#define RESULTAT57 " * nomdre de noeuds : %6d *\n"
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#define RESULTAT58 " * nomdre de mailles : %6d *\n"
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#define RESULTAT59 " * *\n"
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#define RESULTAT60 " * critere minimum : %6f *\n"
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#define RESULTAT61 " * critere maximum : %6f *\n"
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#define RESULTAT62 " * critere moyen : %6f *\n"
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#define RESULTAT63 " * *\n"
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#define RESULTAT64 " * maille de bonne qualite : %6d soit %6.2f%% *\n"
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#define RESULTAT65 " * maille de qualite moyenne : %6d soit %6.2f%% *\n"
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#define RESULTAT66 " * maille de qualite passable : %6d soit %6.2f%% *\n"
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#define RESULTAT67 " * maille de qualite mediocre : %6d soit %6.2f%% *\n"
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#define RESULTAT68 " * *\n"
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#define RESULTAT69 " * CPU : %9.2f *\n"
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#define RESULTAT70 " * *\n"
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#define RESULTAT71 " *****************************************************\n"
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#define ETATFR3D " Nombre de faces du front *****> %d\n"
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#endif
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#ifdef anglais
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#define FENETRE_FIN "End"
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#define FENETRE_ANNULER "Cancel"
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#define FENETRE_MESSAGE "do you want to quit ACISMESH ?"
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#define ACIS_ERREUR "ERROR....file open impossible"
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#define ACIS_LECTURE "READING....ACIS %d file open : %s\n"
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#define ACIS_LEC_RES " READIND....there are %d entities\n"
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#define ACIS_WARNING " WARNING....entity %s line %d unknown\n"
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#define M0D_VERTEX "MESH....vertex mesh\n"
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#define M1D_EDGE "MESH....edge mesh\n"
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#define M1D_PARA " PARAMETRIZATION....edge equation calculation\n"
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#define M1D_GEO " DISCRETIZATION....geometry visualization\n"
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#define M1D_DIS " DISCRETIZATION....edge discretization\n"
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#define M1D_LISS " SMOTHING....minimum variation density calculation\n"
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#define M2D_FACE "MESH....face mesh\n"
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#define M2D_FA_DI " FACE....current face %d associed with entity %d\n"
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#define M2D_FA_IN " FACE INVERSE....current face %d associed with entity %d\n"
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#define M2D_AC1 " Mesh\n"
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#define M2D_AC2 " Optimization %d\n"
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#define M2D_AC3 " Analysis \n"
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#define M2D_ANA_RES1 " Theorical element number : %d ; Real number : %d \n"
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#define M2D_ANA_RES2 " Error : %f\n"
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#define M2D_ANA_RES3 " Epsilon max : %f\n"
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#define M2D_ANA_RES4 " Epsilon max triangle type 1: %f\n"
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#define M2D_ANA_RES5 " Epsilon max triangle type 2: %f\n"
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#define M3D_PREP "PREPARATION....3D mesh preparation\n"
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#define M3D_OC " PREPARATION....octree creation\n"
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#define M3D_OC_CR " %d created cells\n"
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#define M3D_FE_CR " %d created leafs\n"
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#define M3D_FRONT " PREPARATION....front inititialization\n"
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#define M3D_BODY "MESH....body mesh\n"
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#define M3D_OPTI "MESH....body mesh optimization\n"
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#define M3D_OPTI1 " OPTIMIZATION....first loop\n"
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#define M3D_OPTI2 " OPTIMIZATION....second loop\n"
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#define M3D_PREP1 "PREPARATION....remeshing preparation\n"
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#define M3D_PREP2 " PREPARATION....octree save\n"
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#define MAIN_ERREUR " ERROR....no global spacing nodal!\n"
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#define R3D_C_OC "REMESHING....octree reconstruction\n"
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#define R3D_C_OC_RE " RESULT....%d recreated octree\n"
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#define R3D_C_OC_FE " %d leafs\n"
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#define R3D_C_OC_ME "REMESHING....old mesh loading\n"
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#define R3D_C_OC_WA1 "WARNING....no 3D mesh file\n"
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#define R3D_C_OC_WA2 "ERROR....no 2D mesh file\n"
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#define R3D_C_OC_WA3 "ERROR....no 1D mesh file\n"
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#define R3D_C_OC_RES1 " RESULT....%d nodes\n"
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#define R3D_C_OC_RES2 " %d segments\n"
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#define R3D_C_OC_RES3 " %d triangles\n"
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| 356 |
#define R3D_C_OC_RES4 " %d tetrahedronss\n"
|
| 357 |
#define R3D_COMP "REMESHING....octree comparaison\n"
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| 358 |
#define R3D_FILE "ERROR....no historic file\n"
|
| 359 |
#define R3D_GENE1 "REMESHING....new mesh generation\n"
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| 360 |
#define R3D_GENE2 " REMESHING....saved segment\n"
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| 361 |
#define R3D_GENE3 " REMESHING....edge meshing\n"
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| 362 |
#define R3D_GENE4 " REMESHING....edge smothing\n"
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| 363 |
#define R3D_GENE5 " REMESHING....saved triangle\n"
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| 364 |
#define R3D_GENE6 " REMESHING....face meshing\n"
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| 365 |
#define R3D_GENE7 " REMESHING....saved tetra\n"
|
| 366 |
#define R3D_GENE8 " REMESHING....body meshing\n"
|
| 367 |
#define R3D_INS_TRI_NEW " New face\n"
|
| 368 |
#define R3D_INS_TRI_OLD " Face with %d triangle blocks\n"
|
| 369 |
#define R3D_INS_TRI_REC " Entierely saved face\n"
|
| 370 |
#define R3D_M2D_FACE " FACE....current face %d associed with entity %d\n"
|
| 371 |
#define R3D_M2D_RES " Saved triangle block : %d Attached triangle block : %d\n"
|
| 372 |
#define R3D_M3D_BODY " Saved tetra block : %d Attached tetra block : %d\n"
|
| 373 |
#define R3D_M3D_RES " RESULT....3D front number : %d\n"
|
| 374 |
#define RESULTAT1 " *****************************************************\n"
|
| 375 |
#define RESULTAT2 " * *\n"
|
| 376 |
#define RESULTAT3 " * SUCCEED MESH *\n"
|
| 377 |
#define RESULTAT4 " * *\n"
|
| 378 |
#define RESULTAT5 " *****************************************************\n"
|
| 379 |
#define RESULTAT6 " * *\n"
|
| 380 |
#define RESULTAT7 " * node number : %6d *\n"
|
| 381 |
#define RESULTAT8 " * triangle number : %6d *\n"
|
| 382 |
#define RESULTAT9 " * nodal spacing : %6.2f *\n"
|
| 383 |
#define RESULTAT10 " * epsilon : %6.2f *\n"
|
| 384 |
#define RESULTAT11 " * *\n"
|
| 385 |
#define RESULTAT12 " * minimum quality : %6f *\n"
|
| 386 |
#define RESULTAT13 " * maximum quality : %6f *\n"
|
| 387 |
#define RESULTAT14 " * average quality : %6f *\n"
|
| 388 |
#define RESULTAT15 " * *\n"
|
| 389 |
#define RESULTAT16 " * excellent quality triangle : %6d soit %6.2f%% *\n"
|
| 390 |
#define RESULTAT17 " * good quality triangle : %6d soit %6.2f%% *\n"
|
| 391 |
#define RESULTAT18 " * poor quality triangle : %6d soit %6.2f%% *\n"
|
| 392 |
#define RESULTAT19 " * nul quality triangle : %6d soit %6.2f%% *\n"
|
| 393 |
#define RESULTAT20 " * *\n"
|
| 394 |
#define RESULTAT21 " *****************************************************\n"
|
| 395 |
#define RESULTAT22 " *****************************************************\n"
|
| 396 |
#define RESULTAT23 " * *\n"
|
| 397 |
#define RESULTAT24 " * FACE MESH *\n"
|
| 398 |
#define RESULTAT25 " * *\n"
|
| 399 |
#define RESULTAT26 " *****************************************************\n"
|
| 400 |
#define RESULTAT27 " * *\n"
|
| 401 |
#define RESULTAT28 " * node number : %6d *\n"
|
| 402 |
#define RESULTAT29 " * triangle number : %6d *\n"
|
| 403 |
#define RESULTAT30 " * nodal spacing : %6.2f *\n"
|
| 404 |
#define RESULTAT31 " * epsilon : %6.2f *\n"
|
| 405 |
#define RESULTAT32 " * epsilon : %6.2f% *\n"
|
| 406 |
#define RESULTAT33 " * *\n"
|
| 407 |
#define RESULTAT34 " * optimization : %6d *\n"
|
| 408 |
#define RESULTAT35 " * *\n"
|
| 409 |
#define RESULTAT36 " * minimum quality : %6f *\n"
|
| 410 |
#define RESULTAT37 " * maximum quality : %6f *\n"
|
| 411 |
#define RESULTAT38 " * average quality : %6f *\n"
|
| 412 |
#define RESULTAT39 " * *\n"
|
| 413 |
#define RESULTAT40 " * excellent quality triangle : %6d soit %6.2f%% *\n"
|
| 414 |
#define RESULTAT41 " * good quality triangle : %6d soit %6.2f%% *\n"
|
| 415 |
#define RESULTAT42 " * poor quality triangle : %6d soit %6.2f%% *\n"
|
| 416 |
#define RESULTAT43 " * nul quality triangle : %6d soit %6.2f%% *\n"
|
| 417 |
#define RESULTAT44 " * *\n"
|
| 418 |
#define RESULTAT45 " * Epsilon max : %6.6f *\n"
|
| 419 |
#define RESULTAT46 " * Epsilon max triangle type1 : %6.6f *\n"
|
| 420 |
#define RESULTAT47 " * Epsilon max triangle type2 : %6.6f *\n"
|
| 421 |
#define RESULTAT48 " * Theorical triangle number : %6d *\n"
|
| 422 |
#define RESULTAT49 " * Error : %6.2f%% *\n"
|
| 423 |
#define RESULTAT50 " * *\n"
|
| 424 |
#define RESULTAT51 " *****************************************************\n"
|
| 425 |
#define RESULTAT52 " * *\n"
|
| 426 |
#define RESULTAT53 " * BODY MESH *\n"
|
| 427 |
#define RESULTAT54 " * *\n"
|
| 428 |
#define RESULTAT55 " *****************************************************\n"
|
| 429 |
#define RESULTAT56 " * *\n"
|
| 430 |
#define RESULTAT57 " * node number : %6d *\n"
|
| 431 |
#define RESULTAT58 " * tetra number : %6d *\n"
|
| 432 |
#define RESULTAT59 " * *\n"
|
| 433 |
#define RESULTAT60 " * minimum quality : %6f *\n"
|
| 434 |
#define RESULTAT61 " * maximum quality : %6f *\n"
|
| 435 |
#define RESULTAT62 " * average quality : %6f *\n"
|
| 436 |
#define RESULTAT63 " * *\n"
|
| 437 |
#define RESULTAT64 " * excellent quality triangle : %6d soit %6.2f%% *\n"
|
| 438 |
#define RESULTAT65 " * good quality triangle : %6d soit %6.2f%% *\n"
|
| 439 |
#define RESULTAT66 " * poor quality triangle : %6d soit %6.2f%% *\n"
|
| 440 |
#define RESULTAT67 " * nul quality triangle : %6d soit %6.2f%% *\n"
|
| 441 |
#define RESULTAT68 " * *\n"
|
| 442 |
#define RESULTAT69 " * CPU : %9.2f *\n"
|
| 443 |
#define RESULTAT70 " * *\n"
|
| 444 |
#define RESULTAT71 " *****************************************************\n"
|
| 445 |
#define ETATFR3D " Number of front face *****> %d\n"
|
| 446 |
|
| 447 |
#endif
|
