MAGiC  V5.0
Mailleurs Automatiques de Géometries intégrés à la Cao
mstruct_parametres.cpp
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1 //####//------------------------------------------------------------
2 //####//------------------------------------------------------------
3 //####// MAGiC
4 //####// Jean Christophe Cuilliere et Vincent FRANCOIS
5 //####// Departement de Genie Mecanique - UQTR
6 //####//------------------------------------------------------------
7 //####// MAGIC est un projet de recherche de l equipe ERICCA
8 //####// du departement de genie mecanique de l Universite du Quebec a Trois Rivieres
9 //####// http://www.uqtr.ca/ericca
10 //####// http://www.uqtr.ca/
11 //####//------------------------------------------------------------
12 //####//------------------------------------------------------------
13 //####//
14 //####// mstruct_parametres.cpp
15 //####//
16 //####//------------------------------------------------------------
17 //####//------------------------------------------------------------
18 //####// COPYRIGHT 2000-2024
19 //####// jeu 13 jun 2024 11:58:56 EDT
20 //####//------------------------------------------------------------
21 //####//------------------------------------------------------------
22 #include "mstruct_parametres.h"
23 #include "mstruct_definition.h"
24 #include "mstruct_generateur_rsa.h"
25 #include "mg_export.h"
26 #include <string.h>
27 #include <fstream>
28 #include <cstdlib>
29 
30 
31 void PARAMETRES::ini_param_generateur_rsa(OT_PARAMETRES* params, int type_inclusion)
32 {
33  params->ajouter("Type_generateur","0",OT_PARAMETRES::DOUBLE,"Type de generateur : RSA [0], DCR [1]");
34  params->ajouter("Nom_mgcg_modele","VES",OT_PARAMETRES::STRING,"Nom du MG_CG_MODELE");
35  params->ajouter("Nom_groupe_inclusion","Particule",OT_PARAMETRES::STRING,"Nom du groupe d'inclusion (Ex: Particule)");
36  params->ajouter("Nb_pas_X","20",OT_PARAMETRES::DOUBLE,"Nombre de pas selon X pout la creation d'un octree");
37  params->ajouter("Nb_pas_Y","20",OT_PARAMETRES::DOUBLE,"Nombre de pas selon Y pout la creation d'un octree");
38  params->ajouter("Nb_pas_Z","20",OT_PARAMETRES::DOUBLE,"Nombre de pas selon Z pout la creation d'un octree");
39  params->ajouter("Fraction_volumique_cible","0.1",OT_PARAMETRES::DOUBLE,"Fraction volumique cible d'inclusion [0.0, 1.0]");
40  params->ajouter("Eps_fraction_volumique","0.001",OT_PARAMETRES::DOUBLE,"Epsilon fraction volumique");
41  params->ajouter("Avec_intersections","1",OT_PARAMETRES::DOUBLE,"Avec ou sans intersections avec le bord du VES : Sans [0] Avec [1]");
42  //-----------------------------------------------------------------------------------------------
43  //Ajouter la coupage pour RSA
44  params->ajouter("Changement_geometrie","0",OT_PARAMETRES::DOUBLE,"0. sans changement 1. avec changemenet");
45  params->ajouter("Avec_decoup","0",OT_PARAMETRES::DOUBLE,"0. maillage de la geometrie 1. decoupage au coeur de l'echantillon");
46  params->ajouter("Boite3D_ves_Xmin","-0.25",OT_PARAMETRES::DOUBLE,"Xmin boite3D de ves d'inclusion");
47  params->ajouter("Boite3D_ves_Ymin","-0.25",OT_PARAMETRES::DOUBLE,"Ymin boite3D de ves d'inclusion");
48  params->ajouter("Boite3D_ves_Zmin","-0.25",OT_PARAMETRES::DOUBLE,"Zmin boite3D de ves d'inclusion");
49  params->ajouter("Boite3D_ves_Xmax","1.25",OT_PARAMETRES::DOUBLE,"Xmax boite3D de ves d'inclusion");
50  params->ajouter("Boite3D_ves_Ymax","1.25",OT_PARAMETRES::DOUBLE,"Ymax boite3D de ves d'inclusion");
51  params->ajouter("Boite3D_ves_Zmax","1.25",OT_PARAMETRES::DOUBLE,"Zmax boite3D de ves d'inclusion");
52  params->ajouter("Boite3D_distribution_Xmin","-0.5",OT_PARAMETRES::DOUBLE,"Xmin boite3D de distribution d'inclusion");
53  params->ajouter("Boite3D_distribution_Ymin","-0.5",OT_PARAMETRES::DOUBLE,"Ymin boite3D de distribution d'inclusion");
54  params->ajouter("Boite3D_distribution_Zmin","-0.5",OT_PARAMETRES::DOUBLE,"Zmin boite3D de distribution d'inclusion");
55  params->ajouter("Boite3D_distribution_Xmax","1.5",OT_PARAMETRES::DOUBLE,"Xmax boite3D de distribution d'inclusion");
56  params->ajouter("Boite3D_distribution_Ymax","1.5",OT_PARAMETRES::DOUBLE,"Ymax boite3D de distribution d'inclusion");
57  params->ajouter("Boite3D_distribution_Zmax","1.5",OT_PARAMETRES::DOUBLE,"Zmax boite3D de distribution d'inclusion");
58  if(type_inclusion==MSTRUCT::TYPE_INCLUSION::SPHERE)
59  {
60  params->ajouter("Type_inclusion","0",OT_PARAMETRES::DOUBLE,"Type d'inclusion : Sphere [0], Cylindre [1], Ellipsoide [2] , Torus [3] ");
61  params->ajouter("Mu_rayon","0.09",OT_PARAMETRES::DOUBLE,"Moyenne du rayon de la sphere");
62  params->ajouter("Sigma_rayon","0.0",OT_PARAMETRES::DOUBLE,"Ecart type du rayon de la sphere");
63  params->ajouter("Type_distribution_rayon","0",OT_PARAMETRES::DOUBLE,"Type de distribution du rayon : Fixe[0], Uniforme[1], Normale[2]");
64  }
65  //-------------------------------------------------------------------------------------------------
66  if(type_inclusion==MSTRUCT::TYPE_INCLUSION::CYLINDRE)
67  {
68  params->ajouter("Type_inclusion","1",OT_PARAMETRES::DOUBLE,"Type d'inclusion : Sphere [0], Cylindre [1],Ellipsoide [2] , Torus [3]");
69  params->ajouter("Mu_rayon","0.05",OT_PARAMETRES::DOUBLE,"Moyenne du rayon du cylindre");
70  params->ajouter("Sigma_rayon","0.0",OT_PARAMETRES::DOUBLE,"Ecart type du rayon du cylindre");
71  params->ajouter("Type_distribution_rayon","0",OT_PARAMETRES::DOUBLE,"Type de distribution du rayon : Fixe[0], Uniforme[1], Normale[2]");
72  params->ajouter("Mu_longueur","0.4",OT_PARAMETRES::DOUBLE,"Moyenne de la longueur du cylindre");
73  params->ajouter("Sigma_longueur","0.0",OT_PARAMETRES::DOUBLE,"Ecart type de la longueur du cylindre");
74  params->ajouter("Type_distribution_longueur","0",OT_PARAMETRES::DOUBLE,"Type de distribution de la longueur : Fixe[0], Uniforme[1], Normale[2]");
75  params->ajouter("Mu_theta","0.0",OT_PARAMETRES::DOUBLE,"Moyenne de l'angle theta");
76  params->ajouter("Sigma_theta","1.0",OT_PARAMETRES::DOUBLE,"Ecart type de l'angle theta");
77  params->ajouter("Type_distribution_theta","1",OT_PARAMETRES::DOUBLE,"Type de distribution de l'angle theta : Fixe[0], Uniforme[1], Normale[2]");
78  params->ajouter("Mu_phi","0.0",OT_PARAMETRES::DOUBLE,"Moyenne de l'angle phi");
79  params->ajouter("Sigma_phi","1.0",OT_PARAMETRES::DOUBLE,"Ecart type de l'angle phi");
80  params->ajouter("Type_distribution_phi","1",OT_PARAMETRES::DOUBLE,"Type de distribution de l'angle phi : Fixe[0], Uniforme[1], Normale[2]");
81  }
82  //-------------------------------------------------------------------------------------------
83  if(type_inclusion==MSTRUCT::TYPE_INCLUSION::TORUS)
84  {
85  params->ajouter("Type_inclusion","3",OT_PARAMETRES::DOUBLE,"Type d'inclusion : Sphere [0], Cylindre [1], Ellipsoide [2], Torus [3] ");
86  params->ajouter("Mu_rayon_cercle","0.5411",OT_PARAMETRES::DOUBLE,"Moyenne du rayon_cercle du Torus");
87  params->ajouter("Sigma_rayon_cercle","0.0",OT_PARAMETRES::DOUBLE,"Ecart type du rayon_cercle du Torus");
88  params->ajouter("Type_distribution_rayon_cercle","0",OT_PARAMETRES::DOUBLE,"Type de distribution du rayon_cercle : Fixe[0], Uniforme[1], Normale[2]");
89  params->ajouter("Mu_rayon_tore","0.0425",OT_PARAMETRES::DOUBLE,"Moyenne de la rayon_tore du Tore");
90  params->ajouter("Sigma_longueur","0.0",OT_PARAMETRES::DOUBLE,"Ecart type de la rayon_tore du Tore");
91  params->ajouter("ype_distribution_longueur","0",OT_PARAMETRES::DOUBLE,"Type de distribution de la rayon_tore : Fixe[0], Uniforme[1], Normale[2]");
92  params->ajouter("Mu_longueur","0.425",OT_PARAMETRES::DOUBLE,"Moyenne de la longueur du Tore");
93  params->ajouter("Sigma_longueur","0.0",OT_PARAMETRES::DOUBLE,"Ecart type de la longueur du Tore");
94  params->ajouter("Type_distribution_longueur","0",OT_PARAMETRES::DOUBLE,"Type de distribution de la longueur du Tore : Fixe[0], Uniforme[1], Normale[2]");
95  params->ajouter("Mu_theta","0.0",OT_PARAMETRES::DOUBLE,"Moyenne de l'angle theta");
96  params->ajouter("Sigma_theta","1.0",OT_PARAMETRES::DOUBLE,"Ecart type de l'angle theta");
97  params->ajouter("Type_distribution_theta","1",OT_PARAMETRES::DOUBLE,"Type de distribution de l'angle theta : Fixe[0], Uniforme[1], Normale[2]");
98  params->ajouter("Mu_phi","0.0",OT_PARAMETRES::DOUBLE,"Moyenne de l'angle phi");
99  params->ajouter("Sigma_phi","1.0",OT_PARAMETRES::DOUBLE,"Ecart type de l'angle phi");
100  params->ajouter("Type_distribution_phi","1",OT_PARAMETRES::DOUBLE,"Type de distribution de l'angle phi : Fixe[0], Uniforme[1], Normale[2]");
101  //=============================================================================
102  /*
103  params->ajouter("Mu_angle_begin","0.0",OT_PARAMETRES::DOUBLE,"Moyenne de l'angle angle_begin");
104  params->ajouter("Sigma_angle_begin","0.0",OT_PARAMETRES::DOUBLE,"Ecart type de l'angle angle_begin");
105  params->ajouter("Type_distribution_angle_begin","0",OT_PARAMETRES::DOUBLE,"Type de distribution de l'angle angle_begin : Fixe[0], Uniforme[1], Normale[2]");
106  params->ajouter("Mu_angle_end","0.78",OT_PARAMETRES::DOUBLE,"Moyenne de l'angle angle_end");
107  params->ajouter("Sigma_angle_end","0.0",OT_PARAMETRES::DOUBLE,"Ecart type de l'angle angle_end");
108  params->ajouter("Type_distribution_angle_end","0",OT_PARAMETRES::DOUBLE,"Type de distribution de l'angle angle_end : Fixe[0], Uniforme[1], Normale[2]");
109  */
110  }
111  //-------------------------------------------------------------------------------------------------
112  if(type_inclusion==MSTRUCT::TYPE_INCLUSION::ELLIPSOIDE)
113  {
114  params->ajouter("Type_inclusion","2",OT_PARAMETRES::DOUBLE,"Type d'inclusion : Sphere [0], Cylindre [1], Ellipsoide [2], Torus [3]");
115  params->ajouter("Mu_rayon_majeur","0.05",OT_PARAMETRES::DOUBLE,"Moyenne du rayon majeur de l'ellipsoide");
116  params->ajouter("Sigma_rayon_majeur","0.0",OT_PARAMETRES::DOUBLE,"Ecart type du rayon majeur de l'ellipsoide");
117  params->ajouter("Type_distribution_rayon_majeur","0",OT_PARAMETRES::DOUBLE,"Type de distribution du rayon : Fixe[0], Uniforme[1], Normale[2]");
118  params->ajouter("Mu_rayon_mineur","0.05",OT_PARAMETRES::DOUBLE,"Moyenne du rayon mineur de l'ellipsoide");
119  params->ajouter("Sigma_rayon_mineur","0.0",OT_PARAMETRES::DOUBLE,"Ecart type du rayon mineur de l'ellipsoide");
120  params->ajouter("Type_distribution_rayon_mineur","0",OT_PARAMETRES::DOUBLE,"Type de distribution du rayon : Fixe[0], Uniforme[1], Normale[2]");
121  params->ajouter("Mu_theta","0.0",OT_PARAMETRES::DOUBLE,"Moyenne de l'angle theta");
122  params->ajouter("Sigma_theta","1.0",OT_PARAMETRES::DOUBLE,"Ecart type de l'angle theta");
123  params->ajouter("Type_distribution_theta","1",OT_PARAMETRES::DOUBLE,"Type de distribution de l'angle theta : Fixe[0], Uniforme[1], Normale[2]");
124  params->ajouter("Mu_phi","0.0",OT_PARAMETRES::DOUBLE,"Moyenne de l'angle phi");
125  params->ajouter("Sigma_phi","1.0",OT_PARAMETRES::DOUBLE,"Ecart type de l'angle phi");
126  params->ajouter("Type_distribution_phi","1",OT_PARAMETRES::DOUBLE,"Type de distribution de l'angle phi : Fixe[0], Uniforme[1], Normale[2]");
127  }
128  params->ajouter("Porosite","0",OT_PARAMETRES::DOUBLE,"Considerer l'inclusion comme etant une porosite (vide) [1]");
129  params->ajouter("Multicouche","0,(0.01,0.01)",OT_PARAMETRES::DOUBLE,"Generer une inclusion avec une ou plusieurs couches [1,2,3,etc] et d'epaisseurs (0.01,0.02,etc)");
130  params->ajouter("Distance_min_inter_volume","0.04",OT_PARAMETRES::DOUBLE,"Distance minimale qui separe deux inclusions");
131  params->ajouter("Volume_min","0.0008",OT_PARAMETRES::DOUBLE,"Volume minimal admissible de l'inclusion");
132  params->ajouter("Aire_min","0.001963",OT_PARAMETRES::DOUBLE,"Aire minimal admissible d'une face de l'inclusion");
133  params->ajouter("Longueur_min","0.02",OT_PARAMETRES::DOUBLE,"Longueur minimal admissible d'une arete ");
134  params->ajouter("Angle_min","0.7854",OT_PARAMETRES::DOUBLE,"Angle minimal admissible entre deux faces");
135  params->ajouter("Nb_iteration_max","2000",OT_PARAMETRES::DOUBLE,"Nombre maximal d'iteration");
136 
137 }
138 
139 void PARAMETRES::ini_param_generateur_dcr(OT_PARAMETRES* params, int type_inclusion)
140 {
141  params->ajouter("Type_generateur","1",OT_PARAMETRES::DOUBLE,"Type de generateur : RSA [0], DCR [1]");
142  params->ajouter("Nom_mgcg_modele","VES",OT_PARAMETRES::STRING,"Nom du MG_CG_MODELE");
143  params->ajouter("Nom_groupe_inclusion","Particule",OT_PARAMETRES::STRING,"Nom du groupe d'inclusion (Ex: Particule)");
144  params->ajouter("Changement_geometrie","0",OT_PARAMETRES::DOUBLE,"0. sans changement 1. avec changemenet");
145  params->ajouter("Avec_decoup","0",OT_PARAMETRES::DOUBLE,"0. maillage de la geometrie 1. decoupage au coeur de l'echantillon");
146  params->ajouter("Boite3D_ves_Xmin","-0.25",OT_PARAMETRES::DOUBLE,"Xmin boite3D de ves d'inclusion (Avec_decoup=1)");
147  params->ajouter("Boite3D_ves_Ymin","-0.25",OT_PARAMETRES::DOUBLE,"Ymin boite3D de ves d'inclusion (Avec_decoup=1)");
148  params->ajouter("Boite3D_ves_Zmin","-0.25",OT_PARAMETRES::DOUBLE,"Zmin boite3D de ves d'inclusion (Avec_decoup=1)");
149  params->ajouter("Boite3D_ves_Xmax","1.25",OT_PARAMETRES::DOUBLE,"Xmax boite3D de ves d'inclusion (Avec_decoup=1)");
150  params->ajouter("Boite3D_ves_Ymax","1.25",OT_PARAMETRES::DOUBLE,"Ymax boite3D de ves d'inclusion (Avec_decoup=1)");
151  params->ajouter("Boite3D_ves_Zmax","1.25",OT_PARAMETRES::DOUBLE,"Zmax boite3D de ves d'inclusion (Avec_decoup=1)");
152  params->ajouter("Boite3D_distribution_Xmin","-0.5",OT_PARAMETRES::DOUBLE,"Xmin boite3D de distribution d'inclusion");
153  params->ajouter("Boite3D_distribution_Ymin","-0.5",OT_PARAMETRES::DOUBLE,"Ymin boite3D de distribution d'inclusion");
154  params->ajouter("Boite3D_distribution_Zmin","-0.5",OT_PARAMETRES::DOUBLE,"Zmin boite3D de distribution d'inclusion");
155  params->ajouter("Boite3D_distribution_Xmax","1.5",OT_PARAMETRES::DOUBLE,"Xmax boite3D de distribution d'inclusion");
156  params->ajouter("Boite3D_distribution_Ymax","1.5",OT_PARAMETRES::DOUBLE,"Ymax boite3D de distribution d'inclusion");
157  params->ajouter("Boite3D_distribution_Zmax","1.5",OT_PARAMETRES::DOUBLE,"Zmax boite3D de distribution d'inclusion");
158  params->ajouter("Nb_pas_X","20",OT_PARAMETRES::DOUBLE,"Nombre de pas selon X pout la creation d'un octree");
159  params->ajouter("Nb_pas_Y","20",OT_PARAMETRES::DOUBLE,"Nombre de pas selon Y pout la creation d'un octree");
160  params->ajouter("Nb_pas_Z","20",OT_PARAMETRES::DOUBLE,"Nombre de pas selon Z pout la creation d'un octree");
161  params->ajouter("Fraction_volumique_cible","0.1",OT_PARAMETRES::DOUBLE,"Fraction volumique cible d'inclusion [0.0, 1.0]");
162  params->ajouter("Eps_fraction_volumique","0.001",OT_PARAMETRES::DOUBLE,"Epsilon fraction volumique");
163  params->ajouter("Avec_intersections","1",OT_PARAMETRES::DOUBLE,"Avec ou sans intersections avec le bord du VES : Sans [0] Avec [1]");
164  params->ajouter("Avec_interface_graphique","0",OT_PARAMETRES::DOUBLE,"Avec l'interface graphique : Sans [0] Avec [1]");
165  params->ajouter("Facteur_reduction_vitesse","0.75",OT_PARAMETRES::DOUBLE,"Facteur de reduction de la vitesse des particules");
166  params->ajouter("Eps_vitesse","0.0001",OT_PARAMETRES::DOUBLE,"Eps vitesse");
167  params->ajouter("Friction","0.0",OT_PARAMETRES::DOUBLE,"Friction entre les particules");
168  params->ajouter("Pas_temps_sim","0.01",OT_PARAMETRES::DOUBLE,"Pas de temps pour la simulation");
169  params->ajouter("Temps_max_sim","60.0",OT_PARAMETRES::DOUBLE,"Temps maximal de la simulation");
170  params->ajouter("Avec_post_RSA","0",OT_PARAMETRES::DOUBLE,"Effectuer un RSA pour tenter de remplir les vides au bord du VES : Sans [0] Avec [1]");
171  params->ajouter("Nb_iteration_max","2000",OT_PARAMETRES::DOUBLE,"Nombre maximal d'iteration");
172  if(type_inclusion==MSTRUCT::TYPE_INCLUSION::SPHERE)
173  {
174  params->ajouter("Type_inclusion","0",OT_PARAMETRES::DOUBLE,"Type d'inclusion : Sphere [0], Cylindre [1]");
175  params->ajouter("Mu_rayon","0.09",OT_PARAMETRES::DOUBLE,"Moyenne du rayon de la sphere");
176  params->ajouter("Sigma_rayon","0.0",OT_PARAMETRES::DOUBLE,"Ecart type du rayon de la sphere");
177  params->ajouter("Type_distribution_rayon","0",OT_PARAMETRES::DOUBLE,"Type de distribution du rayon : Fixe[0], Uniforme[1], Normale[2]");
178  }
179  if(type_inclusion==MSTRUCT::TYPE_INCLUSION::CYLINDRE)
180  {
181  params->ajouter("Type_inclusion","1",OT_PARAMETRES::DOUBLE,"Type d'inclusion : Sphere [0], Cylindre [1]");
182  params->ajouter("Mu_rayon","0.05",OT_PARAMETRES::DOUBLE,"Moyenne du rayon du cylindre");
183  params->ajouter("Sigma_rayon","0.0",OT_PARAMETRES::DOUBLE,"Ecart type du rayon du cylindre");
184  params->ajouter("Type_distribution_rayon","0",OT_PARAMETRES::DOUBLE,"Type de distribution du rayon : Fixe[0], Uniforme[1], Normale[2]");
185  params->ajouter("Mu_longueur","0.4",OT_PARAMETRES::DOUBLE,"Moyenne de la longueur du cylindre");
186  params->ajouter("Sigma_longueur","0.0",OT_PARAMETRES::DOUBLE,"Ecart type de la longueur du cylindre");
187  params->ajouter("Type_distribution_longueur","0",OT_PARAMETRES::DOUBLE,"Type de distribution de la longueur : Fixe[0], Uniforme[1], Normale[2]");
188  params->ajouter("Mu_theta","0.0",OT_PARAMETRES::DOUBLE,"Moyenne de l'angle theta");
189  params->ajouter("Sigma_theta","1.0",OT_PARAMETRES::DOUBLE,"Ecart type de l'angle theta");
190  params->ajouter("Type_distribution_theta","1",OT_PARAMETRES::DOUBLE,"Type de distribution de l'angle theta : Fixe[0], Uniforme[1], Normale[2]");
191  params->ajouter("Mu_phi","0.0",OT_PARAMETRES::DOUBLE,"Moyenne de l'angle phi");
192  params->ajouter("Sigma_phi","1.0",OT_PARAMETRES::DOUBLE,"Ecart type de l'angle phi");
193  params->ajouter("Type_distribution_phi","1",OT_PARAMETRES::DOUBLE,"Type de distribution de l'angle phi : Fixe[0], Uniforme[1], Normale[2]");
194  }
195  params->ajouter("Porosite","0",OT_PARAMETRES::DOUBLE,"Considerer l'inclusion comme etant une porosite (vide) [1]");
196  params->ajouter("Multicouche","0,(0.01,0.01)",OT_PARAMETRES::DOUBLE,"Generer une inclusion avec une ou plusieurs couches [1,2,3,etc] et d'epaisseurs (0.01,0.02,etc)");
197  params->ajouter("Distance_min_inter_volume","0.04",OT_PARAMETRES::DOUBLE,"Distance minimale qui separe deux inclusions");
198  params->ajouter("Volume_min","0.0008",OT_PARAMETRES::DOUBLE,"Volume minimal admissible de l'inclusion");
199  params->ajouter("Aire_min","0.001963",OT_PARAMETRES::DOUBLE,"Aire minimal admissible d'une face de l'inclusion");
200  params->ajouter("Longueur_min","0.02",OT_PARAMETRES::DOUBLE,"Longueur minimal admissible d'une arete ");
201  params->ajouter("Angle_min","0.7854",OT_PARAMETRES::DOUBLE,"Angle minimal admissible entre deux faces");
202 }
203 
204 
205 void PARAMETRES::ini_param_materiau(OT_PARAMETRES* params,char* nom_groupe_forme,bool etude_mecanique,bool etude_thermique)
206 {
207  params->ajouter("Nom_groupe_forme",nom_groupe_forme,OT_PARAMETRES::STRING,"Nom du groupe de forme (Ex: Particule, Matrice)");
208  if(etude_mecanique) params->ajouter("Etude_mecanique","1",OT_PARAMETRES::DOUBLE,"Etude mecanique");
209  else params->ajouter("Etude_mecanique","0",OT_PARAMETRES::DOUBLE,"Etude mecanique");
210  params->ajouter("Mu_E","69.0e9",OT_PARAMETRES::DOUBLE,"Moyenne du module d'elasticite");
211  params->ajouter("Sigma_E","0.0",OT_PARAMETRES::DOUBLE,"Ecart type du module d'elasticite");
212  params->ajouter("Type_distribution_E","0",OT_PARAMETRES::DOUBLE,"Type de distribution du module d'elasticite : Fixe[0], Uniforme[1], Normale[2]");
213  params->ajouter("Mu_nu","0.3",OT_PARAMETRES::DOUBLE,"Moyenne du coefficient de Poisson");
214  params->ajouter("Sigma_nu","0.0",OT_PARAMETRES::DOUBLE,"Ecart type du coefficient de Poisson");
215  params->ajouter("Type_distribution_nu","0",OT_PARAMETRES::DOUBLE,"Type de distribution du coefficient de Poisson : Fixe[0], Uniforme[1], Normale[2]");
216  if(etude_thermique) params->ajouter("Etude_thermique","1",OT_PARAMETRES::DOUBLE,"Etude thermique");
217  else params->ajouter("Etude_thermique","0",OT_PARAMETRES::DOUBLE,"Etude thermique");
218  params->ajouter("Mu_Lambda","0.14",OT_PARAMETRES::DOUBLE,"Moyenne de la conductivite thermique");
219  params->ajouter("Sigma_Lambda","0.0",OT_PARAMETRES::DOUBLE,"Ecart type de la conductivite thermique");
220  params->ajouter("Type_distribution_Lambda","0",OT_PARAMETRES::DOUBLE,"Type de distribution de la conductivite thermique : Fixe[0], Uniforme[1], Normale[2]");
221  params->ajouter("Mu_Ro","1.0",OT_PARAMETRES::DOUBLE,"Moyenne de la masse volumique");
222  params->ajouter("Sigma_Ro","0.0",OT_PARAMETRES::DOUBLE,"Ecart type de la masse volumique");
223  params->ajouter("Type_distribution_Ro","0",OT_PARAMETRES::DOUBLE,"Type de distribution de la masse volumique : Fixe[0], Uniforme[1], Normale[2]");
224  params->ajouter("Mu_Cp","1.0",OT_PARAMETRES::DOUBLE,"Moyenne de capacite thermique massique");
225  params->ajouter("Sigma_Cp","0.0",OT_PARAMETRES::DOUBLE,"Ecart type de la capacite thermique massique");
226  params->ajouter("Type_distribution_Cp","0",OT_PARAMETRES::DOUBLE,"Type de distribution de la capacite thermique massique : Fixe[0], Uniforme[1], Normale[2]");
227 }
228 
229 void PARAMETRES::ini_param_carte_taille(OT_PARAMETRES* params)
230 {
231  params->ajouter("Ecart_nodal","0.08",OT_PARAMETRES::DOUBLE,"Ecart nodal");
232  params->ajouter("Ecart_eps_face_particule","0.03",OT_PARAMETRES::DOUBLE,"Rapport entre la distance d'erreur de discrétisation et le rayon");
233  params->ajouter("Nb_couche_min","2",OT_PARAMETRES::DOUBLE,"Nombre de couches entre chaque solide");
234  params->ajouter("Fechantillonnage","20",OT_PARAMETRES::DOUBLE,"Nombre d'échantillon par entité");
235  params->ajouter("Nb_cellule_direction","50",OT_PARAMETRES::DOUBLE,"Nombre de cellules de la FEM_SOLUTION dans les directions x,y,z");
236  params->ajouter("Nom_carte","carte",OT_PARAMETRES::STRING,"Nom de la carte de taille");
237  params->ajouter("Nom_fem_solution","solcarte",OT_PARAMETRES::STRING,"Nom de la FEM_SOLUTION");
238  params->ajouter("Nb_pas","32",OT_PARAMETRES::DOUBLE,"Nombre de pas de balayage");
239  params->ajouter("Facteur_augmentation","25",OT_PARAMETRES::DOUBLE,"Facteur d'augmentation de l'ecart nodal d'une cellule a l'autre");
240 }
241 
242 void PARAMETRES::ini_param_mailleur(OT_PARAMETRES* params)
243 {
244  params->ajouter("Niveau","3",OT_PARAMETRES::DOUBLE,"Niveau du maillage : 1D [1], 2D [2], 3D [3]");
245  params->ajouter("Niveau_opt_2d","5",OT_PARAMETRES::DOUBLE,"Limite supérieure des mailles à optimiser");
246  params->ajouter("Niveau_opt_3d","2",OT_PARAMETRES::DOUBLE,"Limite supérieure des mailles à optimiser");
247  params->ajouter("Priorite_metrique","0.65",OT_PARAMETRES::DOUBLE,"Valeur de la prise en compte de la métrique versus la qualité");
248  params->ajouter("Grille_reguliere","0.0",OT_PARAMETRES::DOUBLE,"Maillage en elements hexaedriques");
249  params->ajouter("Gr_nx","20",OT_PARAMETRES::DOUBLE,"Nombre d'element dans la direction x");
250  params->ajouter("Gr_ny","20",OT_PARAMETRES::DOUBLE,"Nombre d'element dans la direction x");
251  params->ajouter("Gr_nz","20",OT_PARAMETRES::DOUBLE,"Nombre d'element dans la direction x");
252  params->ajouter("Mailleur_particule_fine","0",OT_PARAMETRES::DOUBLE,"Method de mailleur particule fine : Sans [0], Maill_sphere_fine [1], Maille_cylindre_fine [2]");
253  params->ajouter("../../parametre/geometrie/param_geo_particule.txt");
254 }
255 
256 void PARAMETRES::ini_param_mailleur_fem(OT_PARAMETRES* params)
257 {
258  params->ajouter("Degre","2",OT_PARAMETRES::DOUBLE,"Degre du maillage a creer");
259  params->ajouter("Analyse","0",OT_PARAMETRES::DOUBLE,"Analyse de la qualité du maillage après le maillage : Analyse [1]");
260  params->ajouter("Optimisation_num_noeud","0",OT_PARAMETRES::DOUBLE,"Optimisation de la numerotation des noeuds : Optimisation [1]");
261  params->ajouter("../../parametre/geometrie/param_geo_particule.txt");
262 }
263 
264 void PARAMETRES::ini_param_etude(OT_PARAMETRES* params, int type_etude)
265 {
266  params->ajouter("Fichier_param_aster","param_aster.txt",OT_PARAMETRES::STRING,"Nom du fichier de parametres aster");
267  params->ajouter("Type_etude",type_etude,OT_PARAMETRES::DOUBLE,"Type d'etude : Mecanique [0], Thermique [1]");
268  params->ajouter("Code_resu","11111111",OT_PARAMETRES::STRING,"Code de resolution");
269  params->ajouter("boite3D_ves_Xmin","0.0",OT_PARAMETRES::DOUBLE,"Xmin boite3D de ves d'inclusion");
270  params->ajouter("boite3D_ves_Ymin","0.0",OT_PARAMETRES::DOUBLE,"Ymin boite3D de ves d'inclusion");
271  params->ajouter("boite3D_ves_Zmin","0.0",OT_PARAMETRES::DOUBLE,"Zmin boite3D de ves d'inclusion");
272  params->ajouter("boite3D_ves_Xmax","1.0",OT_PARAMETRES::DOUBLE,"Xmax boite3D de ves d'inclusion");
273  params->ajouter("boite3D_ves_Ymax","1.0",OT_PARAMETRES::DOUBLE,"Ymax boite3D de ves d'inclusion");
274  params->ajouter("boite3D_ves_Zmax","1.0",OT_PARAMETRES::DOUBLE,"Zmax boite3D de ves d'inclusion");
275  if(type_etude==MSTRUCT::TYPE_ETUDE::MECANIQUE)
276  {
277 
278  params->ajouter("Type_Chargement","0",OT_PARAMETRES::DOUBLE,"Type de chargement : Spherique [0], Deviatorique [1]");
279  params->ajouter("Type_CL","0",OT_PARAMETRES::DOUBLE,"Type de conditions aux limites : CLDH [0], CLCH[1]");
280  params->ajouter("Valeur_CL","0.0001",OT_PARAMETRES::DOUBLE,"Valeur de la condition aux limites");
281 
282  /*
283  params->ajouter("Type_Chargement","0",OT_PARAMETRES::DOUBLE,"Type de chargement : Spherique [0], Deviatorique [1]");
284  params->ajouter("Type_CL","0",OT_PARAMETRES::DOUBLE,"Type de conditions aux limites : CLDH [0], CLCH[1]");
285  params->ajouter("Direction","0",OT_PARAMETRES::DOUBLE,"Direction du CL : X[0], Y[1], Z[2] SPH[3]");
286  params->ajouter("Valeur_CL","0.0001",OT_PARAMETRES::DOUBLE,"Valeur de la condition aux limites");
287  */
288  }
289 
290  /* if(type_etude==MSTRUCT::TYPE_ETUDE::MECANIQUE)
291  {
292  params->ajouter("Type_Chargement","0",OT_PARAMETRES::DOUBLE,"Type de chargement : Spherique [0], Deviatorique [1], F_x [2]");
293  params->ajouter("Type_CL","0",OT_PARAMETRES::DOUBLE,"Type de conditions aux limites : CLDH [0], CLCH[1], CLXD [2]");
294  params->ajouter("Valeur_CL","0.0001",OT_PARAMETRES::DOUBLE,"Valeur de la condition aux limites");
295  } */
296 
297  else if(type_etude==MSTRUCT::TYPE_ETUDE::THERMIQUE)
298  {
299  params->ajouter("Type_CL","2",OT_PARAMETRES::DOUBLE,"Type de conditions aux limites : Gradient de temperature[3], Flux de chaleur[4]");
300  params->ajouter("Direction","0",OT_PARAMETRES::DOUBLE,"Direction du gradient ou flux : X[0], Y[1], Z[2]");
301  params->ajouter("Valeur_CL","1.0",OT_PARAMETRES::DOUBLE,"Valeur de la condition aux limites");
302  }
303 }
304 
305 void PARAMETRES::ini_param_post_traitement(OT_PARAMETRES* params, int type_post_traitement, int nb_couche_erosion, double epaisseur_couche_erosion)
306 {
307  bool erosion;
308  if(nb_couche_erosion>0) erosion=true;
309  else erosion=false;
310  if(type_post_traitement==MSTRUCT::TYPE_POST_TRAITEMENT::POST_CHAMP)
311  {
312  params->ajouter("Identifiant","Champ_SIGMA",OT_PARAMETRES::STRING,"Identifiant de l'analyse");
313  params->ajouter("Type_post_traitement",MSTRUCT::TYPE_POST_TRAITEMENT::POST_CHAMP,OT_PARAMETRES::DOUBLE,"Type de post_traitement");
314  params->ajouter("Num_solution",2,OT_PARAMETRES::DOUBLE,"Numero de la FEM_SOLUTION solution (0,1,2,...)");
315  params->ajouter("Nom_groupe_forme","ALL",OT_PARAMETRES::STRING,"Nom du groupe d'inclusion. Si [ALL] prend le ves au complet");
316  params->ajouter("Largeur_colonne_distribution","0.1",OT_PARAMETRES::DOUBLE,"Largeur d'une colonne pour graph de distribution");
317  params->ajouter("Boite_analyse",0,OT_PARAMETRES::DOUBLE,"Calculer à partir des elements donc le centre de la boite englobante figure dans la boite d'analyse [1]");
318  params->ajouter("Boite3D_analyse_Xmin","0.1",OT_PARAMETRES::DOUBLE,"Xmin boite3D d'analyse");
319  params->ajouter("Boite3D_analyse_Ymin","0.1",OT_PARAMETRES::DOUBLE,"Ymin boite3D d'analyse");
320  params->ajouter("Boite3D_analyse_Zmin","0.1",OT_PARAMETRES::DOUBLE,"Zmin boite3D d'analyse");
321  params->ajouter("Boite3D_analyse_Xmax","0.9",OT_PARAMETRES::DOUBLE,"Xmax boite3D d'analyse");
322  params->ajouter("Boite3D_analyse_Ymax","0.9",OT_PARAMETRES::DOUBLE,"Ymax boite3D d'analyse");
323  params->ajouter("Boite3D_analyse_Zmax","0.9",OT_PARAMETRES::DOUBLE,"Zmax boite3D d'analyse");
324  }
325  else if(type_post_traitement==MSTRUCT::TYPE_POST_TRAITEMENT::POST_ORIENTATION)
326  {
327  params->ajouter("Identifiant","Orientation_Particule",OT_PARAMETRES::STRING,"Identifiant de l'analyse");
328  params->ajouter("Type_post_traitement",MSTRUCT::TYPE_POST_TRAITEMENT::POST_ORIENTATION,OT_PARAMETRES::DOUBLE,"Type de post_traitement");
329  params->ajouter("Nom_groupe_forme","Particule",OT_PARAMETRES::STRING,"Nom du groupe d'inclusion.");
330  params->ajouter("Avec_fem_maillage","1",OT_PARAMETRES::DOUBLE,"Analyser le volume des particules avec le FEM_MAILLAGE");
331  params->ajouter("Boite_analyse",0,OT_PARAMETRES::DOUBLE,"Calculer à partir des elements donc le centre de la boite englobante figure dans la boite d'analyse [1]");
332  params->ajouter("Boite3D_analyse_Xmin","0.1",OT_PARAMETRES::DOUBLE,"Xmin boite3D d'analyse");
333  params->ajouter("Boite3D_analyse_Ymin","0.1",OT_PARAMETRES::DOUBLE,"Ymin boite3D d'analyse");
334  params->ajouter("Boite3D_analyse_Zmin","0.1",OT_PARAMETRES::DOUBLE,"Zmin boite3D d'analyse");
335  params->ajouter("Boite3D_analyse_Xmax","0.9",OT_PARAMETRES::DOUBLE,"Xmax boite3D d'analyse");
336  params->ajouter("Boite3D_analyse_Ymax","0.9",OT_PARAMETRES::DOUBLE,"Ymax boite3D d'analyse");
337  params->ajouter("Boite3D_analyse_Zmax","0.9",OT_PARAMETRES::DOUBLE,"Zmax boite3D d'analyse");
338  }
339  else if(type_post_traitement==MSTRUCT::TYPE_POST_TRAITEMENT::POST_CAO)
340  {
341  params->ajouter("Identifiant","Cao",OT_PARAMETRES::STRING,"Identifiant de l'analyse");
342  params->ajouter("Type_post_traitement",MSTRUCT::TYPE_POST_TRAITEMENT::POST_CAO,OT_PARAMETRES::DOUBLE,"Type de post_traitement");
343  params->ajouter("Nom_groupe_forme","ALL",OT_PARAMETRES::STRING,"Nom du groupe d'inclusion. Si [NULL] prend le ves au complet");
344  params->ajouter("Largeur_colonne_distribution_nb_volume","1.0",OT_PARAMETRES::DOUBLE,"Largeur d'une colonne pour graph de distribution");
345  params->ajouter("Largeur_colonne_distribution_nb_forme","1.0",OT_PARAMETRES::DOUBLE,"Largeur d'une colonne pour graph de distribution");
346  params->ajouter("Largeur_colonne_distribution_volume","0.0001",OT_PARAMETRES::DOUBLE,"Largeur d'une colonne pour graph de distribution");
347  params->ajouter("Largeur_colonne_distribution_fraction_volumique","0.0001",OT_PARAMETRES::DOUBLE,"Largeur d'une colonne pour graph de distribution");
348  params->ajouter("Largeur_colonne_distribution_volume_forme","0.001",OT_PARAMETRES::DOUBLE,"Largeur d'une colonne pour graph de distribution");
349  params->ajouter("Boite3D_ves_Xmin","-0.25",OT_PARAMETRES::DOUBLE,"Xmin boite3D de ves d'inclusion");
350  params->ajouter("Boite3D_ves_Ymin","-0.25",OT_PARAMETRES::DOUBLE,"Ymin boite3D de ves d'inclusion");
351  params->ajouter("Boite3D_ves_Zmin","-0.25",OT_PARAMETRES::DOUBLE,"Zmin boite3D de ves d'inclusion");
352  params->ajouter("Boite3D_ves_Xmax","0.75",OT_PARAMETRES::DOUBLE,"Xmax boite3D de ves d'inclusion");
353  params->ajouter("Boite3D_ves_Ymax","0.75",OT_PARAMETRES::DOUBLE,"Ymax boite3D de ves d'inclusion");
354  params->ajouter("Boite3D_ves_Zmax","0.75",OT_PARAMETRES::DOUBLE,"Zmax boite3D de ves d'inclusion");
355  }
356  else if(type_post_traitement==MSTRUCT::TYPE_POST_TRAITEMENT::POST_PROPRIETE_MASSIQUE)
357  {
358  params->ajouter("Identifiant","Prop_mass",OT_PARAMETRES::STRING,"Identifiant de l'analyse");
359  params->ajouter("Type_post_traitement",MSTRUCT::TYPE_POST_TRAITEMENT::POST_PROPRIETE_MASSIQUE,OT_PARAMETRES::DOUBLE,"Type de post_traitement");
360  params->ajouter("Nom_groupe_forme","Particule",OT_PARAMETRES::STRING,"Nom du groupe d'inclusion. Si [NULL] prend le ves au complet");
361  }
362  else if(type_post_traitement==MSTRUCT::TYPE_POST_TRAITEMENT::POST_MAILLAGE_MG)
363  {
364  params->ajouter("Identifiant","Maillage_MG",OT_PARAMETRES::STRING,"Identifiant de l'analyse");
365  params->ajouter("Type_post_traitement",MSTRUCT::TYPE_POST_TRAITEMENT::POST_MAILLAGE_MG,OT_PARAMETRES::DOUBLE,"Type de post_traitement");
366  params->ajouter("Nom_groupe_forme","ALL",OT_PARAMETRES::STRING,"Nom du groupe d'inclusion. Si [ALL] prend le ves au complet");
367  params->ajouter("Largeur_colonne_distribution_nb_element_2D","100",OT_PARAMETRES::DOUBLE,"Largeur d'une colonne pour graph de distribution");
368  params->ajouter("Largeur_colonne_distribution_nb_element_3D","100",OT_PARAMETRES::DOUBLE,"Largeur d'une colonne pour graph de distribution");
369  params->ajouter("Largeur_colonne_distribution_qualite_2D","0.001",OT_PARAMETRES::DOUBLE,"Largeur d'une colonne pour graph de distribution");
370  params->ajouter("Largeur_colonne_distribution_qualite_3D","0.001",OT_PARAMETRES::DOUBLE,"Largeur d'une colonne pour graph de distribution");
371  params->ajouter("Largeur_colonne_distribution_taille_2D","0.0001",OT_PARAMETRES::DOUBLE,"Largeur d'une colonne pour graph de distribution");
372  params->ajouter("Largeur_colonne_distribution_taille_3D","0.0001",OT_PARAMETRES::DOUBLE,"Largeur d'une colonne pour graph de distribution");
373  params->ajouter("Largeur_colonne_distribution_volume","0.0001",OT_PARAMETRES::DOUBLE,"Largeur d'une colonne pour graph de distribution");
374  params->ajouter("Largeur_colonne_distribution_fraction_volumique","0.0001",OT_PARAMETRES::DOUBLE,"Largeur d'une colonne pour graph de distribution");
375  params->ajouter("Boite_analyse",0,OT_PARAMETRES::DOUBLE,"Calculer à partir des elements donc le centre de la boite englobante figure dans la boite d'analyse [1]");
376  params->ajouter("Boite3D_analyse_Xmin","0.1",OT_PARAMETRES::DOUBLE,"Xmin boite3D d'analyse");
377  params->ajouter("Boite3D_analyse_Ymin","0.1",OT_PARAMETRES::DOUBLE,"Ymin boite3D d'analyse");
378  params->ajouter("Boite3D_analyse_Zmin","0.1",OT_PARAMETRES::DOUBLE,"Zmin boite3D d'analyse");
379  params->ajouter("Boite3D_analyse_Xmax","0.9",OT_PARAMETRES::DOUBLE,"Xmax boite3D d'analyse");
380  params->ajouter("Boite3D_analyse_Ymax","0.9",OT_PARAMETRES::DOUBLE,"Ymax boite3D d'analyse");
381  params->ajouter("Boite3D_analyse_Zmax","0.9",OT_PARAMETRES::DOUBLE,"Zmax boite3D d'analyse");
382  }
383  else if(type_post_traitement==MSTRUCT::TYPE_POST_TRAITEMENT::POST_MAILLAGE_FEM)
384  {
385  params->ajouter("Identifiant","Maillage_FEM",OT_PARAMETRES::STRING,"Identifiant de l'analyse");
386  params->ajouter("Type_post_traitement",MSTRUCT::TYPE_POST_TRAITEMENT::POST_MAILLAGE_FEM,OT_PARAMETRES::DOUBLE,"Type de post_traitement");
387  params->ajouter("Nom_groupe_forme","ALL",OT_PARAMETRES::STRING,"Nom du groupe d'inclusion. Si [ALL] prend le ves au complet");
388  params->ajouter("Largeur_colonne_distribution_nb_element_2D","100",OT_PARAMETRES::DOUBLE,"Largeur d'une colonne pour graph de distribution");
389  params->ajouter("Largeur_colonne_distribution_nb_element_3D","100",OT_PARAMETRES::DOUBLE,"Largeur d'une colonne pour graph de distribution");
390  params->ajouter("Largeur_colonne_distribution_jacobien_2D_min","0.001",OT_PARAMETRES::DOUBLE,"Largeur d'une colonne pour graph de distribution");
391  params->ajouter("Largeur_colonne_distribution_jacobien_2D_max","0.001",OT_PARAMETRES::DOUBLE,"Largeur d'une colonne pour graph de distribution");
392  params->ajouter("Largeur_colonne_distribution_jacobien_3D_min","0.001",OT_PARAMETRES::DOUBLE,"Largeur d'une colonne pour graph de distribution");
393  params->ajouter("Largeur_colonne_distribution_jacobien_3D_max","0.001",OT_PARAMETRES::DOUBLE,"Largeur d'une colonne pour graph de distribution");
394  params->ajouter("Largeur_colonne_distribution_distortion_2D","0.001",OT_PARAMETRES::DOUBLE,"Largeur d'une colonne pour graph de distribution");
395  params->ajouter("Largeur_colonne_distribution_distortion_3D","0.001",OT_PARAMETRES::DOUBLE,"Largeur d'une colonne pour graph de distribution");
396  params->ajouter("Largeur_colonne_distribution_volume","0.0001",OT_PARAMETRES::DOUBLE,"Largeur d'une colonne pour graph de distribution");
397  params->ajouter("Largeur_colonne_distribution_fraction_volumique","0.0001",OT_PARAMETRES::DOUBLE,"Largeur d'une colonne pour graph de distribution");
398  params->ajouter("Boite_analyse",0,OT_PARAMETRES::DOUBLE,"Calculer à partir des elements donc le centre de la boite englobante figure dans la boite d'analyse [1]");
399  params->ajouter("Boite3D_analyse_Xmin","0.1",OT_PARAMETRES::DOUBLE,"Xmin boite3D d'analyse");
400  params->ajouter("Boite3D_analyse_Ymin","0.1",OT_PARAMETRES::DOUBLE,"Ymin boite3D d'analyse");
401  params->ajouter("Boite3D_analyse_Zmin","0.1",OT_PARAMETRES::DOUBLE,"Zmin boite3D d'analyse");
402  params->ajouter("Boite3D_analyse_Xmax","0.9",OT_PARAMETRES::DOUBLE,"Xmax boite3D d'analyse");
403  params->ajouter("Boite3D_analyse_Ymax","0.9",OT_PARAMETRES::DOUBLE,"Ymax boite3D d'analyse");
404  params->ajouter("Boite3D_analyse_Zmax","0.9",OT_PARAMETRES::DOUBLE,"Zmax boite3D d'analyse");
405  }
406  else if(type_post_traitement==MSTRUCT::TYPE_POST_TRAITEMENT::POST_TEMPS)
407  {
408  params->ajouter("Identifiant","Temps",OT_PARAMETRES::STRING,"Identifiant de l'analyse");
409  params->ajouter("Type_post_traitement",MSTRUCT::TYPE_POST_TRAITEMENT::POST_TEMPS,OT_PARAMETRES::DOUBLE,"Type de post_traitement");
410  }
411  else if(type_post_traitement==MSTRUCT::TYPE_POST_TRAITEMENT::POST_MODULES_ELASTICITE)
412  {
413  params->ajouter("Identifiant","Modules_elasticite",OT_PARAMETRES::STRING,"Identifiant de l'analyse");
414  params->ajouter("Type_post_traitement",MSTRUCT::TYPE_POST_TRAITEMENT::POST_MODULES_ELASTICITE,OT_PARAMETRES::DOUBLE,"Type de post_traitement");
415  params->ajouter("Identifiant_epsilon","Champ_EPSILON",OT_PARAMETRES::STRING,"Identifiant de l'analyse du champ epsilon");
416  params->ajouter("Identifiant_sigma","Champ_SIGMA",OT_PARAMETRES::STRING,"Identifiant de l'analyse du champ sigma");
417  params->ajouter("Largeur_colonne_distribution_module_Kapp","1000000",OT_PARAMETRES::DOUBLE,"Largeur d'une colonne pour graph de distribution");
418  params->ajouter("Largeur_colonne_distribution_module_Gapp","1000000",OT_PARAMETRES::DOUBLE,"Largeur d'une colonne pour graph de distribution");
419  params->ajouter("Largeur_colonne_distribution_module_Eapp","1000000",OT_PARAMETRES::DOUBLE,"Largeur d'une colonne pour graph de distribution");
420  params->ajouter("Largeur_colonne_distribution_module_Nuapp","0.00001",OT_PARAMETRES::DOUBLE,"Largeur d'une colonne pour graph de distribution");
421  }
422  else if(type_post_traitement==MSTRUCT::TYPE_POST_TRAITEMENT::POST_CHAMP_NORMALISE)
423  {
424  params->ajouter("Identifiant","Champ_EPSILON_normalise",OT_PARAMETRES::STRING,"Identifiant de l'analyse");
425  params->ajouter("Type_post_traitement",MSTRUCT::TYPE_POST_TRAITEMENT::POST_CHAMP_NORMALISE,OT_PARAMETRES::DOUBLE,"Type de post_traitement");
426  params->ajouter("Identifiant_champ","Champ_EPSILON",OT_PARAMETRES::STRING,"Identifiant de l'analyse du champ epsilon");
427  params->ajouter("Identifiant_champ_reference","Champ_EPSILON",OT_PARAMETRES::STRING,"Identifiant du champ de reference pour la normalisation");
428  params->ajouter("Largeur_colonne_distribution","0.1",OT_PARAMETRES::DOUBLE,"Largeur d'une colonne pour graph de distribution");
429  }
430  else if(type_post_traitement==MSTRUCT::TYPE_POST_TRAITEMENT::POST_CHAMP_ECART)
431  {
432  params->ajouter("Identifiant","Champ_EPSILON_ecart",OT_PARAMETRES::STRING,"Identifiant de l'analyse");
433  params->ajouter("Type_post_traitement",MSTRUCT::TYPE_POST_TRAITEMENT::POST_CHAMP_ECART,OT_PARAMETRES::DOUBLE,"Type de post_traitement");
434  params->ajouter("Identifiant_champ","Champ_EPSILON",OT_PARAMETRES::STRING,"Identifiant de l'analyse du champ");
435  params->ajouter("Identifiant_champ_compare","Champ_EPSILON_compare",OT_PARAMETRES::STRING,"Identifiant de l'analyse du champ a comparer");
436  params->ajouter("Num_couche","0",OT_PARAMETRES::DOUBLE,"Numero de la couche a comparer");
437  params->ajouter("Type_ecart","0",OT_PARAMETRES::STRING,"Ecart relatif [0], ecart absolue [1], ecart quadratique [2]");
438  params->ajouter("Largeur_colonne_distribution","0.1",OT_PARAMETRES::DOUBLE,"Largeur d'une colonne pour graph de distribution");
439  }
440  else if(type_post_traitement==MSTRUCT::TYPE_POST_TRAITEMENT::POST_CHAMP_ECART_CHARGEMENT)
441  {
442  params->ajouter("Identifiant","Champ_EPSILON_ecart",OT_PARAMETRES::STRING,"Identifiant de l'analyse");
443  params->ajouter("Type_post_traitement",MSTRUCT::TYPE_POST_TRAITEMENT::POST_CHAMP_ECART_CHARGEMENT,OT_PARAMETRES::DOUBLE,"Type de post_traitement");
444  params->ajouter("Identifiant_champ","Champ_EPSILON",OT_PARAMETRES::STRING,"Identifiant de l'analyse du champ");
445  params->ajouter("Type_chargement","0",OT_PARAMETRES::STRING,"Spherique [0], deviatorique [1]");
446  params->ajouter("Type_ecart","0",OT_PARAMETRES::STRING,"Ecart relatif [0], ecart absolue [1], ecart quadratique [2]");
447  params->ajouter("Largeur_colonne_distribution","0.1",OT_PARAMETRES::DOUBLE,"Largeur d'une colonne pour graph de distribution");
448  }
449  else if(type_post_traitement==MSTRUCT::TYPE_POST_TRAITEMENT::POST_ORIENTATION_ECART)
450  {
451  params->ajouter("Identifiant","Orientation_Particule_ecart",OT_PARAMETRES::STRING,"Identifiant de l'analyse");
452  params->ajouter("Type_post_traitement",MSTRUCT::TYPE_POST_TRAITEMENT::POST_ORIENTATION_ECART,OT_PARAMETRES::DOUBLE,"Type de post_traitement");
453  params->ajouter("Identifiant_orientation","Orientation_Particule",OT_PARAMETRES::STRING,"Identifiant de l'analyse de l'orientation");
454  params->ajouter("Type_ecart","0",OT_PARAMETRES::STRING,"Ecart relatif [0], ecart absolue [1], ecart quadratique [2]");
455  params->ajouter("a_11","0.33333333333",OT_PARAMETRES::DOUBLE,"Valeur du tenseur d'orientation");
456  params->ajouter("a_22","0.33333333333",OT_PARAMETRES::DOUBLE,"Valeur du tenseur d'orientation");
457  params->ajouter("a_33","0.33333333333",OT_PARAMETRES::DOUBLE,"Valeur du tenseur d'orientation");
458  params->ajouter("a_12","0.0",OT_PARAMETRES::DOUBLE,"Valeur du tenseur d'orientation");
459  params->ajouter("a_23","0.0",OT_PARAMETRES::DOUBLE,"Valeur du tenseur d'orientation");
460  params->ajouter("a_13","0.0",OT_PARAMETRES::DOUBLE,"Valeur du tenseur d'orientation");
461  }
462  else if(type_post_traitement==MSTRUCT::TYPE_POST_TRAITEMENT::POST_CONDUCTIVITE_THERMIQUE)
463  {
464  params->ajouter("Identifiant","Conductivite_thermique",OT_PARAMETRES::STRING,"Identifiant de l'analyse");
465  params->ajouter("Type_post_traitement",MSTRUCT::TYPE_POST_TRAITEMENT::POST_CONDUCTIVITE_THERMIQUE,OT_PARAMETRES::DOUBLE,"Type de post_traitement");
466  params->ajouter("Num_solution_temp","0",OT_PARAMETRES::STRING,"Numero de la FEM_SOLUTION solution (0,1,2,...)");
467  params->ajouter("Num_solution_flux","1",OT_PARAMETRES::STRING,"Numero de la FEM_SOLUTION solution (0,1,2,...)");
468  params->ajouter("Direction","0",OT_PARAMETRES::STRING,"Direction X[0], Y[1], Z[2]");
469  params->ajouter("Largeur_colonne_distribution","0.1",OT_PARAMETRES::DOUBLE,"Largeur d'une colonne pour graph de distribution");
470  }
471  if(erosion)
472  {
473  params->ajouter("Analyse_erosion","1",OT_PARAMETRES::DOUBLE,"Analyse d'erosion [1], sans erosion [0]");
474  params->ajouter("Nb_couche",nb_couche_erosion+1,OT_PARAMETRES::DOUBLE,"Nombre de couche d'erosion");
475  params->ajouter("Epaisseur_couche",epaisseur_couche_erosion,OT_PARAMETRES::DOUBLE,"Epaisseur d'une couche d'erosion");
476  }
477  if(!erosion)
478  {
479  params->ajouter("Analyse_erosion","0",OT_PARAMETRES::DOUBLE,"Analyse d'erosion [1], sans erosion [0]");
480  }
481  else if(type_post_traitement==MSTRUCT::TYPE_POST_TRAITEMENT::POST_ENERGIE_HILL)
482  {
483  params->ajouter("Identifiant","Energie_hill",OT_PARAMETRES::STRING,"Identifiant de l'analyse");
484  params->ajouter("Type_post_traitement",MSTRUCT::TYPE_POST_TRAITEMENT::POST_ENERGIE_HILL,OT_PARAMETRES::DOUBLE,"Type de post_traitement");
485  params->ajouter("Num_solution_epsilon","1",OT_PARAMETRES::STRING,"Numero de la FEM_SOLUTION solution (0,1,2,...)");
486  params->ajouter("Num_solution_sigma","2",OT_PARAMETRES::STRING,"Numero de la FEM_SOLUTION solution (0,1,2,...)");
487  params->ajouter("Largeur_colonne_distribution","0.1",OT_PARAMETRES::DOUBLE,"Largeur d'une colonne pour graph de distribution");
488  }
489  if(erosion)
490  {
491  params->ajouter("Analyse_erosion","1",OT_PARAMETRES::DOUBLE,"Analyse d'erosion [1], sans erosion [0]");
492  params->ajouter("Nb_couche",nb_couche_erosion+1,OT_PARAMETRES::DOUBLE,"Nombre de couche d'erosion");
493  params->ajouter("Epaisseur_couche",epaisseur_couche_erosion,OT_PARAMETRES::DOUBLE,"Epaisseur d'une couche d'erosion");
494  }
495  if(!erosion)
496  {
497  params->ajouter("Analyse_erosion","0",OT_PARAMETRES::DOUBLE,"Analyse d'erosion [1], sans erosion [0]");
498  }
499 }
500 
501 
502 int PARAMETRES::generer_fichier_parametres(bool etude_mecanique,
503  bool etude_thermique,
504  int type_generateur,
505  int type_inclusion,
506  bool fem_maill_lin,
507  bool fem_maill_quad,
508  int nb_couche_erosion,
509  double epaisseur_couche_erosion,
510  fonction_affiche *fonc_affiche)
511 {
512  bool erosion;
513  if(nb_couche_erosion>0) erosion=true;
514  else erosion=false;
515  int mkdir_err=0;
516  //-----------------------------Creating empty files in paramtre file---------------------------------------------------------------------
517  std::string sys_command = "mkdir parametre";
518  mkdir_err = system(sys_command.c_str());
519  if(mkdir_err !=0)
520  {
521  std::cerr << "*** PARAMETRES::generer_fichier_parametres -> Erreur lors de la creation des dossiers parametres! ***" << std::endl;
522  return FAIL;
523  }
524  sys_command.clear(); sys_command.append("mkdir -p "); sys_command.append("parametre/geometrie");
525  mkdir_err = system(sys_command.c_str());
526  if(mkdir_err !=0)
527  {
528  std::cerr << "*** PARAMETRES::generer_fichier_parametres -> Erreur lors de la creation des dossiers parametres/geometrie ! ***" << std::endl;
529  return FAIL;
530  }
531  sys_command.clear(); sys_command.append("mkdir -p "); sys_command.append("parametre/materiau");
532  mkdir_err = system(sys_command.c_str());
533  if(mkdir_err !=0)
534  {
535  std::cerr << "*** PARAMETRES::generer_fichier_parametres -> Erreur lors de la creation des dossiers parametre/materiau ! ***" << std::endl;
536  return FAIL;
537  }
538  sys_command.clear(); sys_command.append("mkdir -p "); sys_command.append("parametre/carte");
539  mkdir_err = system(sys_command.c_str());
540  if(mkdir_err !=0)
541  {
542  std::cerr << "*** PARAMETRES::generer_fichier_parametres -> Erreur lors de la creation des dossiers parametres/carte ! ***" << std::endl;
543  return FAIL;
544  }
545  sys_command.clear(); sys_command.append("mkdir -p "); sys_command.append("parametre/maillage");
546  mkdir_err = system(sys_command.c_str());
547  if(mkdir_err !=0)
548  {
549  std::cerr << "*** PARAMETRES::generer_fichier_parametres -> Erreur lors de la creation des dossiers parametre/maillage ! ***" << std::endl;
550  return FAIL;
551  }
552  sys_command.clear(); sys_command.append("mkdir -p "); sys_command.append("parametre/fem_maillage");
553  mkdir_err = system(sys_command.c_str());
554  if(mkdir_err !=0)
555  {
556  std::cerr << "*** PARAMETRES::generer_fichier_parametres -> Erreur lors de la creation des dossiers parametre/fem_maillage ! ***" << std::endl;
557  return FAIL;
558  }
559  sys_command.clear(); sys_command.append("mkdir -p "); sys_command.append("parametre/etude");
560  mkdir_err = system(sys_command.c_str());
561  if(mkdir_err !=0)
562  {
563  std::cerr << "*** PARAMETRES::generer_fichier_parametres -> Erreur lors de la creation des dossiers parametre/etude ! ***" << std::endl;
564  return FAIL;
565  }
566  sys_command.clear(); sys_command.append("mkdir -p "); sys_command.append("parametre/post_traitement");
567  mkdir_err = system(sys_command.c_str());
568  if(mkdir_err !=0)
569  {
570  std::cerr << "*** PARAMETRES::generer_fichier_parametres -> Erreur lors de la creation des dossiers parametre/post_traitement ! ***" << std::endl;
571  return FAIL;
572  }
573 
574  //-----------------finished Creating empty files in paramtre file------------------
575  //___________________________________________________________________________________
576  //-------------Important: we go to another function in here and also another class
577  std::ofstream f;
578 
579  if(type_generateur==MSTRUCT::TYPE_GENERATEUR::RSA)
580  {
581  OT_PARAMETRES params_geo_1;
582  ini_param_generateur_rsa(&params_geo_1,type_inclusion);
583  sys_command.clear(); sys_command.append("parametre/geometrie/param_geo_particule.txt");
584  params_geo_1.enregistrer((char*)sys_command.c_str());
585  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
586  }
587  else if(type_generateur==MSTRUCT::TYPE_GENERATEUR::DCR)
588  {
589  OT_PARAMETRES params_geo_1;
590  ini_param_generateur_dcr(&params_geo_1,type_inclusion);
591  sys_command.clear(); sys_command.append("parametre/geometrie/param_geo_particule.txt");
592  params_geo_1.enregistrer((char*)sys_command.c_str());
593  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
594  }
595  sys_command.clear(); sys_command.append("parametre/geometrie/lstparam_geo.txt");
596  f.open(sys_command.c_str(),std::ios::out);
597  f << "// Fichier de parametres GEOMETRIE" << std::endl;
598  f << "param_geo_particule.txt" << std::endl;
599  f.close();
600  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
601 
602  OT_PARAMETRES params_mat_particule;
603  ini_param_materiau(&params_mat_particule,(char*)"Particule",etude_mecanique,etude_thermique);
604  if(etude_mecanique)
605  {
606  params_mat_particule.change_valeur("Mu_E",72.3e09);
607  params_mat_particule.change_valeur("Mu_nu",0.22);
608  }
609  if(etude_thermique)
610  {
611  params_mat_particule.change_valeur("Mu_Lambda",1.2);
612  params_mat_particule.change_valeur("Mu_Ro",2550);
613  params_mat_particule.change_valeur("Mu_Cp",800);
614  }
615  sys_command.clear(); sys_command.append("parametre/materiau/param_mat_particule.txt");
616  params_mat_particule.enregistrer((char*)sys_command.c_str());
617  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
618 
619  OT_PARAMETRES params_mat_matrice;
620  ini_param_materiau(&params_mat_matrice,(char*)"Matrice",etude_mecanique,etude_thermique);
621  if(etude_mecanique)
622  {
623  params_mat_matrice.change_valeur("Mu_E",3.5e09);
624  params_mat_matrice.change_valeur("Mu_nu",0.33);
625  }
626  if(etude_thermique)
627  {
628  params_mat_particule.change_valeur("Mu_Lambda",0.2);
629  params_mat_particule.change_valeur("Mu_Ro",1200);
630  params_mat_particule.change_valeur("Mu_Cp",1300);
631  }
632  sys_command.clear(); sys_command.append("parametre/materiau/param_mat_matrice.txt");
633  params_mat_matrice.enregistrer((char*)sys_command.c_str());
634  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
635 
636  sys_command.clear(); sys_command.append("parametre/materiau/lstparam_mat.txt");
637  f.open(sys_command.c_str(),std::ios::out);
638  f << "// Fichier de parametres MATERIAU" << std::endl;
639  f << "param_mat_particule.txt" << std::endl;
640  f << "param_mat_matrice.txt" << std::endl;
641  f.close();
642  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
643 
644 
645  OT_PARAMETRES params_carte;
646  ini_param_carte_taille(&params_carte);
647  sys_command.clear(); sys_command.append("parametre/carte/param_carte.txt");
648  params_carte.enregistrer((char*)sys_command.c_str());
649  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
650 
651  OT_PARAMETRES params_maill;
652  ini_param_mailleur(&params_maill);
653  sys_command.clear(); sys_command.append("parametre/maillage/param_maill.txt");
654  params_maill.enregistrer((char*)sys_command.c_str());
655  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
656 
657  if(fem_maill_lin)
658  {
659  OT_PARAMETRES params_fem_maillage_lin;
660  ini_param_mailleur_fem(&params_fem_maillage_lin);
661  params_fem_maillage_lin.change_valeur("Degre",1);
662  sys_command.clear(); sys_command.append("parametre/fem_maillage/param_fem_maill_lin.txt");
663  params_fem_maillage_lin.enregistrer((char*)sys_command.c_str());
664  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
665  }
666 
667  if(fem_maill_quad)
668  {
669  OT_PARAMETRES params_fem_maillage_quad;
670  ini_param_mailleur_fem(&params_fem_maillage_quad);
671  params_fem_maillage_quad.change_valeur("Degre",2);
672  sys_command.clear(); sys_command.append("parametre/fem_maillage/param_fem_maill_quad.txt");
673  params_fem_maillage_quad.enregistrer((char*)sys_command.c_str());
674  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
675  }
676 
677  if(etude_mecanique)
678  {
679 
680  //=============================================Default===========================================
681 
682  OT_PARAMETRES params_etude_CLDH_sph;
683  ini_param_etude(&params_etude_CLDH_sph,MSTRUCT::TYPE_ETUDE::MECANIQUE);
684  params_etude_CLDH_sph.change_valeur("Type_Chargement",MSTRUCT::TYPE_CHARGEMENT::SPHERIQUE);
685  params_etude_CLDH_sph.change_valeur("Type_CL",MSTRUCT::TYPE_CONDITIONS_LIMITES::DEFORMATION_HOMOGENE);
686  params_etude_CLDH_sph.change_valeur("Valeur_CL",0.0001);
687  sys_command.clear(); sys_command.append("parametre/etude/param_etude_CLDH_sph.txt");
688  params_etude_CLDH_sph.enregistrer((char*)sys_command.c_str());
689  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
690 
691  OT_PARAMETRES params_etude_CLCH_sph;
692  ini_param_etude(&params_etude_CLCH_sph,MSTRUCT::TYPE_ETUDE::MECANIQUE);
693  params_etude_CLCH_sph.change_valeur("Type_Chargement",MSTRUCT::TYPE_CHARGEMENT::SPHERIQUE);
694  params_etude_CLCH_sph.change_valeur("Type_CL",MSTRUCT::TYPE_CONDITIONS_LIMITES::CONTRAINTE_HOMOGENE);
695  params_etude_CLCH_sph.change_valeur("Valeur_CL",1000000);
696  sys_command.clear(); sys_command.append("parametre/etude/param_etude_CLCH_sph.txt");
697  params_etude_CLCH_sph.enregistrer((char*)sys_command.c_str());
698  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
699 
700 
701  //=============================================================================================
702  //========================================Added another CL==================================================
703  /*
704  OT_PARAMETRES params_etude_CLDH_x_sph;
705  ini_param_etude(&params_etude_CLDH_x_sph,MSTRUCT::TYPE_ETUDE::MECANIQUE);
706  params_etude_CLDH_x_sph.change_valeur("Type_Chargement",MSTRUCT::TYPE_CHARGEMENT::SPHERIQUE);
707  params_etude_CLDH_x_sph.change_valeur("Type_CL",MSTRUCT::TYPE_CONDITIONS_LIMITES::DEFORMATION_HOMOGENE);
708  params_etude_CLDH_x_sph.change_valeur("Valeur_CL",0.0001);
709  params_etude_CLDH_x_sph.change_valeur("Direction",0);
710  sys_command.clear(); sys_command.append("parametre/etude/param_etude_CLDH_x_sph.txt");
711  params_etude_CLDH_x_sph.enregistrer((char*)sys_command.c_str());
712  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
713 
714  OT_PARAMETRES params_etude_CLDH_y_sph;
715  ini_param_etude(&params_etude_CLDH_y_sph,MSTRUCT::TYPE_ETUDE::MECANIQUE);
716  params_etude_CLDH_y_sph.change_valeur("Type_Chargement",MSTRUCT::TYPE_CHARGEMENT::SPHERIQUE);
717  params_etude_CLDH_y_sph.change_valeur("Type_CL",MSTRUCT::TYPE_CONDITIONS_LIMITES::DEFORMATION_HOMOGENE);
718  params_etude_CLDH_y_sph.change_valeur("Valeur_CL",0.0001);
719  params_etude_CLDH_y_sph.change_valeur("Direction",1);
720  sys_command.clear(); sys_command.append("parametre/etude/param_etude_CLDH_y_sph.txt");
721  params_etude_CLDH_y_sph.enregistrer((char*)sys_command.c_str());
722  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
723 
724  OT_PARAMETRES params_etude_CLDH_z_sph;
725  ini_param_etude(&params_etude_CLDH_z_sph,MSTRUCT::TYPE_ETUDE::MECANIQUE);
726  params_etude_CLDH_z_sph.change_valeur("Type_Chargement",MSTRUCT::TYPE_CHARGEMENT::SPHERIQUE);
727  params_etude_CLDH_z_sph.change_valeur("Type_CL",MSTRUCT::TYPE_CONDITIONS_LIMITES::DEFORMATION_HOMOGENE);
728  params_etude_CLDH_z_sph.change_valeur("Valeur_CL",0.0001);
729  params_etude_CLDH_z_sph.change_valeur("Direction",2);
730  sys_command.clear(); sys_command.append("parametre/etude/param_etude_CLDH_z_sph.txt");
731  params_etude_CLDH_z_sph.enregistrer((char*)sys_command.c_str());
732  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
733 
734  OT_PARAMETRES params_etude_CLDH_sph;
735  ini_param_etude(&params_etude_CLDH_sph,MSTRUCT::TYPE_ETUDE::MECANIQUE);
736  params_etude_CLDH_sph.change_valeur("Type_Chargement",MSTRUCT::TYPE_CHARGEMENT::SPHERIQUE);
737  params_etude_CLDH_sph.change_valeur("Type_CL",MSTRUCT::TYPE_CONDITIONS_LIMITES::DEFORMATION_HOMOGENE);
738  params_etude_CLDH_sph.change_valeur("Valeur_CL",0.0001);
739  params_etude_CLDH_sph.change_valeur("Direction",3);
740  sys_command.clear(); sys_command.append("parametre/etude/param_etude_CLDH_sph.txt");
741  params_etude_CLDH_sph.enregistrer((char*)sys_command.c_str());
742  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
743 
744  OT_PARAMETRES params_etude_CLCH_x_sph;
745  ini_param_etude(&params_etude_CLCH_x_sph,MSTRUCT::TYPE_ETUDE::MECANIQUE);
746  params_etude_CLCH_x_sph.change_valeur("Type_Chargement",MSTRUCT::TYPE_CHARGEMENT::SPHERIQUE);
747  params_etude_CLCH_x_sph.change_valeur("Type_CL",MSTRUCT::TYPE_CONDITIONS_LIMITES::DEFORMATION_HOMOGENE);
748  params_etude_CLCH_x_sph.change_valeur("Valeur_CL",0.0001);
749  params_etude_CLCH_x_sph.change_valeur("Direction",0);
750  sys_command.clear(); sys_command.append("parametre/etude/param_etude_CLCH_x_sph.txt");
751  params_etude_CLCH_x_sph.enregistrer((char*)sys_command.c_str());
752  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
753 
754  OT_PARAMETRES params_etude_CLCH_y_sph;
755  ini_param_etude(&params_etude_CLCH_y_sph,MSTRUCT::TYPE_ETUDE::MECANIQUE);
756  params_etude_CLCH_y_sph.change_valeur("Type_Chargement",MSTRUCT::TYPE_CHARGEMENT::SPHERIQUE);
757  params_etude_CLCH_y_sph.change_valeur("Type_CL",MSTRUCT::TYPE_CONDITIONS_LIMITES::DEFORMATION_HOMOGENE);
758  params_etude_CLCH_y_sph.change_valeur("Valeur_CL",0.0001);
759  params_etude_CLCH_y_sph.change_valeur("Direction",1);
760  sys_command.clear(); sys_command.append("parametre/etude/param_etude_CLCH_y_sph.txt");
761  params_etude_CLCH_y_sph.enregistrer((char*)sys_command.c_str());
762  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
763 
764  OT_PARAMETRES params_etude_CLCH_z_sph;
765  ini_param_etude(&params_etude_CLCH_z_sph,MSTRUCT::TYPE_ETUDE::MECANIQUE);
766  params_etude_CLCH_z_sph.change_valeur("Type_Chargement",MSTRUCT::TYPE_CHARGEMENT::SPHERIQUE);
767  params_etude_CLCH_z_sph.change_valeur("Type_CL",MSTRUCT::TYPE_CONDITIONS_LIMITES::DEFORMATION_HOMOGENE);
768  params_etude_CLCH_z_sph.change_valeur("Valeur_CL",0.0001);
769  params_etude_CLCH_z_sph.change_valeur("Direction",2);
770  sys_command.clear(); sys_command.append("parametre/etude/param_etude_CLCH_z_sph.txt");
771  params_etude_CLCH_z_sph.enregistrer((char*)sys_command.c_str());
772  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
773 
774  OT_PARAMETRES params_etude_CLCH_sph;
775  ini_param_etude(&params_etude_CLCH_sph,MSTRUCT::TYPE_ETUDE::MECANIQUE);
776  params_etude_CLCH_sph.change_valeur("Type_Chargement",MSTRUCT::TYPE_CHARGEMENT::SPHERIQUE);
777  params_etude_CLCH_sph.change_valeur("Type_CL",MSTRUCT::TYPE_CONDITIONS_LIMITES::DEFORMATION_HOMOGENE);
778  params_etude_CLCH_sph.change_valeur("Valeur_CL",0.0001);
779  params_etude_CLCH_sph.change_valeur("Direction",3);
780  sys_command.clear(); sys_command.append("parametre/etude/param_etude_CLCH_sph.txt");
781  params_etude_CLCH_sph.enregistrer((char*)sys_command.c_str());
782  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());*/
783  //--------------------------------------------------------------------------------------------
784 
785 
786  OT_PARAMETRES params_etude_CLDH_dev;
787  ini_param_etude(&params_etude_CLDH_dev,MSTRUCT::TYPE_ETUDE::MECANIQUE);
788  params_etude_CLDH_dev.change_valeur("Type_Chargement",MSTRUCT::TYPE_CHARGEMENT::DEVIATORIQUE);
789  params_etude_CLDH_dev.change_valeur("Type_CL",MSTRUCT::TYPE_CONDITIONS_LIMITES::DEFORMATION_HOMOGENE);
790  params_etude_CLDH_dev.change_valeur("Valeur_CL",0.0001);
791  sys_command.clear(); sys_command.append("parametre/etude/param_etude_CLDH_dev.txt");
792  params_etude_CLDH_dev.enregistrer((char*)sys_command.c_str());
793  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
794 
795  OT_PARAMETRES params_etude_CLCH_dev;
796  ini_param_etude(&params_etude_CLCH_dev,MSTRUCT::TYPE_ETUDE::MECANIQUE);
797  params_etude_CLCH_dev.change_valeur("Type_Chargement",MSTRUCT::TYPE_CHARGEMENT::DEVIATORIQUE);
798  params_etude_CLCH_dev.change_valeur("Type_CL",MSTRUCT::TYPE_CONDITIONS_LIMITES::CONTRAINTE_HOMOGENE);
799  params_etude_CLCH_dev.change_valeur("Valeur_CL",1000000);
800  sys_command.clear(); sys_command.append("parametre/etude/param_etude_CLCH_dev.txt");
801  params_etude_CLCH_dev.enregistrer((char*)sys_command.c_str());
802  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
803 
804  //==========================added another etude=======================================
805  //=====================================================================================
806  /* OT_PARAMETRES params_etude_CLXD_fx;
807  ini_param_etude(&params_etude_CLXD_fx,MSTRUCT::TYPE_ETUDE::MECANIQUE);
808  params_etude_CLXD_fx.change_valeur("Type_Chargement",MSTRUCT::TYPE_CHARGEMENT::F_X);
809  params_etude_CLXD_fx.change_valeur("Type_CL",MSTRUCT::TYPE_CONDITIONS_LIMITES::X_DIRECTION);
810  params_etude_CLXD_fx.change_valeur("Valeur_CL",1000000);
811  sys_command.clear(); sys_command.append("parametre/etude/param_etude_CLXD_fx.txt");
812  params_etude_CLXD_fx.enregistrer((char*)sys_command.c_str());
813  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
814  */
815  //============================================================================================
816  //================================================================================================
817  }
818  if(etude_thermique)
819  {
820  OT_PARAMETRES params_etude_CLG_x;
821  ini_param_etude(&params_etude_CLG_x,MSTRUCT::TYPE_ETUDE::THERMIQUE);
822  params_etude_CLG_x.change_valeur("Type_CL",MSTRUCT::TYPE_CONDITIONS_LIMITES::GRADIENT_TEMPERATURE);
823  params_etude_CLG_x.change_valeur("Valeur_CL",1.0);
824  params_etude_CLG_x.change_valeur("Direction",0);
825  sys_command.clear(); sys_command.append("parametre/etude/params_etude_CLG_x.txt");
826  params_etude_CLG_x.enregistrer((char*)sys_command.c_str());
827  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
828 
829  OT_PARAMETRES params_etude_CLG_y;
830  ini_param_etude(&params_etude_CLG_y,MSTRUCT::TYPE_ETUDE::THERMIQUE);
831  params_etude_CLG_y.change_valeur("Type_CL",MSTRUCT::TYPE_CONDITIONS_LIMITES::GRADIENT_TEMPERATURE);
832  params_etude_CLG_y.change_valeur("Valeur_CL",1.0);
833  params_etude_CLG_y.change_valeur("Direction",1);
834  sys_command.clear(); sys_command.append("parametre/etude/params_etude_CLG_y.txt");
835  params_etude_CLG_y.enregistrer((char*)sys_command.c_str());
836  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
837 
838  OT_PARAMETRES params_etude_CLG_z;
839  ini_param_etude(&params_etude_CLG_z,MSTRUCT::TYPE_ETUDE::THERMIQUE);
840  params_etude_CLG_z.change_valeur("Type_CL",MSTRUCT::TYPE_CONDITIONS_LIMITES::GRADIENT_TEMPERATURE);
841  params_etude_CLG_z.change_valeur("Valeur_CL",1.0);
842  params_etude_CLG_z.change_valeur("Direction",2);
843  sys_command.clear(); sys_command.append("parametre/etude/params_etude_CLG_z.txt");
844  params_etude_CLG_z.enregistrer((char*)sys_command.c_str());
845  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
846 
847  OT_PARAMETRES params_etude_CLF_x;
848  ini_param_etude(&params_etude_CLF_x,MSTRUCT::TYPE_ETUDE::THERMIQUE);
849  params_etude_CLF_x.change_valeur("Type_CL",MSTRUCT::TYPE_CONDITIONS_LIMITES::FLUX_CHALEUR);
850  params_etude_CLF_x.change_valeur("Valeur_CL",1.0);
851  params_etude_CLF_x.change_valeur("Direction",0);
852  sys_command.clear(); sys_command.append("parametre/etude/params_etude_CLF_x.txt");
853  params_etude_CLF_x.enregistrer((char*)sys_command.c_str());
854  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
855 
856  OT_PARAMETRES params_etude_CLF_y;
857  ini_param_etude(&params_etude_CLF_y,MSTRUCT::TYPE_ETUDE::THERMIQUE);
858  params_etude_CLF_y.change_valeur("Type_CL",MSTRUCT::TYPE_CONDITIONS_LIMITES::FLUX_CHALEUR);
859  params_etude_CLF_y.change_valeur("Valeur_CL",1.0);
860  params_etude_CLF_y.change_valeur("Direction",1);
861  sys_command.clear(); sys_command.append("parametre/etude/params_etude_CLF_y.txt");
862  params_etude_CLF_y.enregistrer((char*)sys_command.c_str());
863  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
864 
865  OT_PARAMETRES params_etude_CLF_z;
866  ini_param_etude(&params_etude_CLF_z,MSTRUCT::TYPE_ETUDE::THERMIQUE);
867  params_etude_CLF_z.change_valeur("Type_CL",MSTRUCT::TYPE_CONDITIONS_LIMITES::FLUX_CHALEUR);
868  params_etude_CLF_z.change_valeur("Valeur_CL",1.0);
869  params_etude_CLF_z.change_valeur("Direction",2);
870  sys_command.clear(); sys_command.append("parametre/etude/params_etude_CLF_z.txt");
871  params_etude_CLF_z.enregistrer((char*)sys_command.c_str());
872  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
873  }
874 
875  MG_EXPORT exp;
876  OT_PARAMETRES *params_aster=exp.get_param_aster();
877  params_aster->change_valeur("Memoire",1024);
878  params_aster->change_valeur("Temps_max",250000);
879  params_aster->change_valeur("Nb_CPU",8);
880  params_aster->change_valeur("Noeud_ele",2);
881  params_aster->change_valeur("Base_num_mail",36);
882  params_aster->change_valeur("Pas",0);
883  sys_command.clear(); sys_command.append("parametre/etude/param_aster.txt");
884  params_aster->enregistrer((char*)sys_command.c_str());
885  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
886 
887  OT_PARAMETRES params_post_temps;
888  ini_param_post_traitement(&params_post_temps,MSTRUCT::TYPE_POST_TRAITEMENT::POST_TEMPS,false);
889  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_temps.txt");
890  params_post_temps.enregistrer((char*)sys_command.c_str());
891  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
892 
893  OT_PARAMETRES params_post_cao_all;
894  ini_param_post_traitement(&params_post_cao_all,MSTRUCT::TYPE_POST_TRAITEMENT::POST_CAO);
895  params_post_cao_all.change_valeur("Identifiant","Cao_ALL");
896  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_cao_all.txt");
897  params_post_cao_all.enregistrer((char*)sys_command.c_str());
898  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
899  OT_PARAMETRES params_post_cao_particule;
900  ini_param_post_traitement(&params_post_cao_particule,MSTRUCT::TYPE_POST_TRAITEMENT::POST_CAO);
901  params_post_cao_particule.change_valeur("Identifiant","Cao_Particule");
902  params_post_cao_particule.change_valeur("Nom_groupe_forme","Particule");
903  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_cao_particule.txt");
904  params_post_cao_particule.enregistrer((char*)sys_command.c_str());
905  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
906  OT_PARAMETRES params_post_cao_matrice;
907  ini_param_post_traitement(&params_post_cao_matrice,MSTRUCT::TYPE_POST_TRAITEMENT::POST_CAO);
908  params_post_cao_matrice.change_valeur("Identifiant","Cao_Matrice");
909  params_post_cao_matrice.change_valeur("Nom_groupe_forme","Matrice");
910  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_cao_matrice.txt");
911  params_post_cao_matrice.enregistrer((char*)sys_command.c_str());
912  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
913  OT_PARAMETRES params_post_prop_mass_particule;
914  ini_param_post_traitement(&params_post_prop_mass_particule,MSTRUCT::TYPE_POST_TRAITEMENT::POST_PROPRIETE_MASSIQUE);
915  params_post_prop_mass_particule.change_valeur("Identifiant","Prop_mass_Particule");
916  params_post_prop_mass_particule.change_valeur("Nom_groupe_forme","Particule");
917  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_prop_mass_particule.txt");
918  params_post_prop_mass_particule.enregistrer((char*)sys_command.c_str());
919  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
920 
921  if(type_inclusion==MSTRUCT::TYPE_INCLUSION::CYLINDRE)
922  {
923  OT_PARAMETRES params_post_orientation_cao;
924  ini_param_post_traitement(&params_post_orientation_cao,MSTRUCT::TYPE_POST_TRAITEMENT::POST_ORIENTATION);
925  params_post_orientation_cao.change_valeur("Identifiant","Orientation_Particule");
926  params_post_orientation_cao.change_valeur("Avec_fem_maillage","0");
927  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_orientation_cao.txt");
928  params_post_orientation_cao.enregistrer((char*)sys_command.c_str());
929  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
930 
931  OT_PARAMETRES params_post_orientation_ecart;
932  ini_param_post_traitement(&params_post_orientation_ecart,MSTRUCT::TYPE_POST_TRAITEMENT::POST_ORIENTATION_ECART);
933  params_post_orientation_ecart.change_valeur("Identifiant","Orientation_Particule_ecart");
934  params_post_orientation_ecart.change_valeur("Identifiant_orientation","Orientation_Particule");
935  params_post_orientation_ecart.change_valeur("Type_ecart",MSTRUCT::TYPE_COMPARAISON::ECART_ABSOLUE);
936  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_orientation_ecart.txt");
937  params_post_orientation_ecart.enregistrer((char*)sys_command.c_str());
938  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
939  }
940 
941  sys_command.clear(); sys_command.append("parametre/post_traitement/lstparam_post_geometrie.txt");
942  f.open(sys_command.c_str(),std::ios::out);
943  f << "// Fichier de parametres POST_TRAITEMENT" << std::endl;
944  f << "params_post_cao_all.txt" << std::endl;
945  f << "params_post_cao_particule.txt" << std::endl;
946  f << "params_post_cao_matrice.txt" << std::endl;
947  f << "params_post_prop_mass_particule.txt" << std::endl;
948  if(type_inclusion==MSTRUCT::TYPE_INCLUSION::CYLINDRE)
949  {
950  f << "params_post_orientation_cao.txt" << std::endl;
951  f << "params_post_orientation_ecart.txt" << std::endl;
952  }
953 
954  f.close();
955  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
956 
957  OT_PARAMETRES params_post_mg_maillage_all;
958  ini_param_post_traitement(&params_post_mg_maillage_all,MSTRUCT::TYPE_POST_TRAITEMENT::POST_MAILLAGE_MG);
959  params_post_mg_maillage_all.change_valeur("Identifiant","MG_maillage_ALL");
960  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_mg_maillage_all.txt");
961  params_post_mg_maillage_all.enregistrer((char*)sys_command.c_str());
962  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
963 
964  OT_PARAMETRES params_post_mg_maillage_particule;
965  ini_param_post_traitement(&params_post_mg_maillage_particule,MSTRUCT::TYPE_POST_TRAITEMENT::POST_MAILLAGE_MG);
966  params_post_mg_maillage_particule.change_valeur("Identifiant","MG_maillage_Particule");
967  params_post_mg_maillage_particule.change_valeur("Nom_groupe_forme","Particule");
968  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_mg_maillage_particule.txt");
969  params_post_mg_maillage_particule.enregistrer((char*)sys_command.c_str());
970  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
971 
972  OT_PARAMETRES params_post_mg_maillage_matrice;
973  ini_param_post_traitement(&params_post_mg_maillage_matrice,MSTRUCT::TYPE_POST_TRAITEMENT::POST_MAILLAGE_MG);
974  params_post_mg_maillage_matrice.change_valeur("Identifiant","MG_maillage_Matrice");
975  params_post_mg_maillage_matrice.change_valeur("Nom_groupe_forme","Matrice");
976  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_mg_maillage_matrice.txt");
977  params_post_mg_maillage_matrice.enregistrer((char*)sys_command.c_str());
978  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
979 
980 
981  sys_command.clear(); sys_command.append("parametre/post_traitement/lstparam_post_mg_maillage.txt");
982  f.open(sys_command.c_str(),std::ios::out);
983  f << "// Fichier de parametres POST_TRAITEMENT" << std::endl;
984  f << "params_post_mg_maillage_all.txt" << std::endl;
985  f << "params_post_mg_maillage_particule.txt" << std::endl;
986  f << "params_post_mg_maillage_matrice.txt" << std::endl;
987  f.close();
988  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
989 
990  OT_PARAMETRES params_post_fem_maillage_all;
991  ini_param_post_traitement(&params_post_fem_maillage_all,MSTRUCT::TYPE_POST_TRAITEMENT::POST_MAILLAGE_FEM,nb_couche_erosion,epaisseur_couche_erosion);
992  params_post_fem_maillage_all.change_valeur("Identifiant","FEM_maillage_ALL");
993  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_fem_maillage_all.txt");
994  params_post_fem_maillage_all.enregistrer((char*)sys_command.c_str());
995  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
996 
997  OT_PARAMETRES params_post_fem_maillage_particule;
998  ini_param_post_traitement(&params_post_fem_maillage_particule,MSTRUCT::TYPE_POST_TRAITEMENT::POST_MAILLAGE_FEM,nb_couche_erosion,epaisseur_couche_erosion);
999  params_post_fem_maillage_particule.change_valeur("Identifiant","FEM_maillage_Particule");
1000  params_post_fem_maillage_particule.change_valeur("Nom_groupe_forme","Particule");
1001  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_fem_maillage_particule.txt");
1002  params_post_fem_maillage_particule.enregistrer((char*)sys_command.c_str());
1003  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
1004 
1005  OT_PARAMETRES params_post_fem_maillage_matrice;
1006  ini_param_post_traitement(&params_post_fem_maillage_matrice,MSTRUCT::TYPE_POST_TRAITEMENT::POST_MAILLAGE_FEM,nb_couche_erosion,epaisseur_couche_erosion);
1007  params_post_fem_maillage_matrice.change_valeur("Identifiant","FEM_maillage_Matrice");
1008  params_post_fem_maillage_matrice.change_valeur("Nom_groupe_forme","Matrice");
1009  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_fem_maillage_matrice.txt");
1010  params_post_fem_maillage_matrice.enregistrer((char*)sys_command.c_str());
1011  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
1012 
1013  if(type_inclusion==MSTRUCT::TYPE_INCLUSION::CYLINDRE)
1014  {
1015  OT_PARAMETRES params_post_orientation_ponderee;
1016  ini_param_post_traitement(&params_post_orientation_ponderee,MSTRUCT::TYPE_POST_TRAITEMENT::POST_ORIENTATION,nb_couche_erosion,epaisseur_couche_erosion);
1017  params_post_orientation_ponderee.change_valeur("Identifiant","Orientation_Particule_ponderee");
1018  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_orientation_ponderee.txt");
1019  params_post_orientation_ponderee.enregistrer((char*)sys_command.c_str());
1020  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
1021 
1022  OT_PARAMETRES params_post_orientation_ponderee_ecart;
1023  ini_param_post_traitement(&params_post_orientation_ponderee_ecart,MSTRUCT::TYPE_POST_TRAITEMENT::POST_ORIENTATION_ECART,nb_couche_erosion,epaisseur_couche_erosion);
1024  params_post_orientation_ponderee_ecart.change_valeur("Identifiant","Orientation_Particule_ponderee_ecart");
1025  params_post_orientation_ponderee_ecart.change_valeur("Identifiant_orientation","Orientation_Particule_ponderee");
1026  params_post_orientation_ponderee_ecart.change_valeur("Type_ecart",MSTRUCT::TYPE_COMPARAISON::ECART_ABSOLUE);
1027  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_orientation_ponderee_ecart.txt");
1028  params_post_orientation_ponderee_ecart.enregistrer((char*)sys_command.c_str());
1029  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
1030  }
1031  sys_command.clear(); sys_command.append("parametre/post_traitement/lstparam_post_fem_maillage.txt");
1032  f.open(sys_command.c_str(),std::ios::out);
1033  f << "// Fichier de parametres POST_TRAITEMENT" << std::endl;
1034  f << "params_post_fem_maillage_all.txt" << std::endl;
1035  f << "params_post_fem_maillage_particule.txt" << std::endl;
1036  f << "params_post_fem_maillage_matrice.txt" << std::endl;
1037  if(type_inclusion==MSTRUCT::TYPE_INCLUSION::CYLINDRE)
1038  {
1039  f << "params_post_orientation_ponderee.txt" << std::endl;
1040  f << "params_post_orientation_ponderee_ecart.txt" << std::endl;
1041  }
1042  f.close();
1043  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
1044 
1045  if(etude_mecanique)
1046  {
1047  OT_PARAMETRES params_post_champ_sigma;
1048  ini_param_post_traitement(&params_post_champ_sigma,MSTRUCT::TYPE_POST_TRAITEMENT::POST_CHAMP,nb_couche_erosion,epaisseur_couche_erosion);
1049  params_post_champ_sigma.change_valeur("Identifiant","Champ_SIGMA");
1050  params_post_champ_sigma.change_valeur("Num_solution",2);
1051  params_post_champ_sigma.change_valeur("Largeur_colonne_distribution","1000.0");
1052  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_champ_sigma.txt");
1053  params_post_champ_sigma.enregistrer((char*)sys_command.c_str());
1054  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
1055  OT_PARAMETRES params_post_champ_sigma_normalise;
1056  ini_param_post_traitement(&params_post_champ_sigma_normalise,MSTRUCT::TYPE_POST_TRAITEMENT::POST_CHAMP_NORMALISE,nb_couche_erosion,epaisseur_couche_erosion);
1057  params_post_champ_sigma_normalise.change_valeur("Identifiant","Champ_SIGMA_normalise");
1058  params_post_champ_sigma_normalise.change_valeur("Identifiant_champ","Champ_SIGMA");
1059  params_post_champ_sigma_normalise.change_valeur("Identifiant_champ_reference","Champ_SIGMA");
1060  params_post_champ_sigma_normalise.change_valeur("Largeur_colonne_distribution","0.02");
1061  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_champ_sigma_normalise.txt");
1062  params_post_champ_sigma_normalise.enregistrer((char*)sys_command.c_str());
1063  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
1064 
1065  OT_PARAMETRES params_post_champ_epsilon;
1066  ini_param_post_traitement(&params_post_champ_epsilon,MSTRUCT::TYPE_POST_TRAITEMENT::POST_CHAMP,nb_couche_erosion,epaisseur_couche_erosion);
1067  params_post_champ_epsilon.change_valeur("Identifiant","Champ_EPSILON");
1068  params_post_champ_epsilon.change_valeur("Num_solution",1);
1069  params_post_champ_epsilon.change_valeur("Largeur_colonne_distribution","1.0e-6");
1070  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_champ_epsilon.txt");
1071  params_post_champ_epsilon.enregistrer((char*)sys_command.c_str());
1072  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
1073 
1074  OT_PARAMETRES params_post_champ_epsilon_normalise;
1075  ini_param_post_traitement(&params_post_champ_epsilon_normalise,MSTRUCT::TYPE_POST_TRAITEMENT::POST_CHAMP_NORMALISE,nb_couche_erosion,epaisseur_couche_erosion);
1076  params_post_champ_epsilon_normalise.change_valeur("Identifiant","Champ_EPSILON_normalise");
1077  params_post_champ_epsilon_normalise.change_valeur("Identifiant_champ","Champ_EPSILON");
1078  params_post_champ_epsilon_normalise.change_valeur("Identifiant_champ_reference","Champ_EPSILON");
1079  params_post_champ_epsilon_normalise.change_valeur("Largeur_colonne_distribution","0.02");
1080  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_champ_epsilon_normalise.txt");
1081  params_post_champ_epsilon_normalise.enregistrer((char*)sys_command.c_str());
1082  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
1083 
1084  OT_PARAMETRES params_post_champ_sigma_particule;
1085  ini_param_post_traitement(&params_post_champ_sigma_particule,MSTRUCT::TYPE_POST_TRAITEMENT::POST_CHAMP,nb_couche_erosion,epaisseur_couche_erosion);
1086  params_post_champ_sigma_particule.change_valeur("Identifiant","Champ_SIGMA_particule");
1087  params_post_champ_sigma_particule.change_valeur("Nom_groupe_forme","Particule");
1088  params_post_champ_sigma_particule.change_valeur("Num_solution",2);
1089  params_post_champ_sigma_particule.change_valeur("Largeur_colonne_distribution","1000.0");
1090  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_champ_sigma_particule.txt");
1091  params_post_champ_sigma_particule.enregistrer((char*)sys_command.c_str());
1092  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
1093  OT_PARAMETRES params_post_champ_sigma_particule_normalise;
1094  ini_param_post_traitement(&params_post_champ_sigma_particule_normalise,MSTRUCT::TYPE_POST_TRAITEMENT::POST_CHAMP_NORMALISE,nb_couche_erosion,epaisseur_couche_erosion);
1095  params_post_champ_sigma_particule_normalise.change_valeur("Identifiant","Champ_SIGMA_particule_normalise");
1096  params_post_champ_sigma_particule_normalise.change_valeur("Identifiant_champ","Champ_SIGMA_particule");
1097  params_post_champ_sigma_particule_normalise.change_valeur("Identifiant_champ_reference","Champ_SIGMA");
1098  params_post_champ_sigma_particule_normalise.change_valeur("Largeur_colonne_distribution","0.02");
1099  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_champ_sigma_particule_normalise.txt");
1100  params_post_champ_sigma_particule_normalise.enregistrer((char*)sys_command.c_str());
1101  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
1102 
1103  OT_PARAMETRES params_post_champ_epsilon_particule;
1104  ini_param_post_traitement(&params_post_champ_epsilon_particule,MSTRUCT::TYPE_POST_TRAITEMENT::POST_CHAMP,nb_couche_erosion,epaisseur_couche_erosion);
1105  params_post_champ_epsilon_particule.change_valeur("Identifiant","Champ_EPSILON_particule");
1106  params_post_champ_epsilon_particule.change_valeur("Nom_groupe_forme","Particule");
1107  params_post_champ_epsilon_particule.change_valeur("Num_solution",1);
1108  params_post_champ_epsilon_particule.change_valeur("Largeur_colonne_distribution","1.0e-6");
1109  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_champ_epsilon_particule.txt");
1110  params_post_champ_epsilon_particule.enregistrer((char*)sys_command.c_str());
1111  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
1112 
1113  OT_PARAMETRES params_post_champ_epsilon_particule_normalise;
1114  ini_param_post_traitement(&params_post_champ_epsilon_particule_normalise,MSTRUCT::TYPE_POST_TRAITEMENT::POST_CHAMP_NORMALISE,nb_couche_erosion,epaisseur_couche_erosion);
1115  params_post_champ_epsilon_particule_normalise.change_valeur("Identifiant","Champ_EPSILON_particule_normalise");
1116  params_post_champ_epsilon_particule_normalise.change_valeur("Identifiant_champ","Champ_EPSILON_particule");
1117  params_post_champ_epsilon_particule_normalise.change_valeur("Identifiant_champ_reference","Champ_EPSILON");
1118  params_post_champ_epsilon_particule_normalise.change_valeur("Largeur_colonne_distribution","0.02");
1119  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_champ_epsilon_particule_normalise.txt");
1120  params_post_champ_epsilon_particule_normalise.enregistrer((char*)sys_command.c_str());
1121  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
1122 
1123  OT_PARAMETRES params_post_champ_sigma_matrice;
1124  ini_param_post_traitement(&params_post_champ_sigma_matrice,MSTRUCT::TYPE_POST_TRAITEMENT::POST_CHAMP,nb_couche_erosion,epaisseur_couche_erosion);
1125  params_post_champ_sigma_matrice.change_valeur("Identifiant","Champ_SIGMA_matrice");
1126  params_post_champ_sigma_matrice.change_valeur("Nom_groupe_forme","Matrice");
1127  params_post_champ_sigma_matrice.change_valeur("Num_solution",2);
1128  params_post_champ_sigma_matrice.change_valeur("Largeur_colonne_distribution","1000.0");
1129  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_champ_sigma_matrice.txt");
1130  params_post_champ_sigma_matrice.enregistrer((char*)sys_command.c_str());
1131  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
1132  OT_PARAMETRES params_post_champ_sigma_matrice_normalise;
1133  ini_param_post_traitement(&params_post_champ_sigma_matrice_normalise,MSTRUCT::TYPE_POST_TRAITEMENT::POST_CHAMP_NORMALISE,nb_couche_erosion,epaisseur_couche_erosion);
1134  params_post_champ_sigma_matrice_normalise.change_valeur("Identifiant","Champ_SIGMA_matrice_normalise");
1135  params_post_champ_sigma_matrice_normalise.change_valeur("Identifiant_champ","Champ_SIGMA_matrice");
1136  params_post_champ_sigma_matrice_normalise.change_valeur("Identifiant_champ_reference","Champ_SIGMA");
1137  params_post_champ_sigma_matrice_normalise.change_valeur("Largeur_colonne_distribution","0.02");
1138  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_champ_sigma_matrice_normalise.txt");
1139  params_post_champ_sigma_matrice_normalise.enregistrer((char*)sys_command.c_str());
1140  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
1141 
1142  OT_PARAMETRES params_post_champ_epsilon_matrice;
1143  ini_param_post_traitement(&params_post_champ_epsilon_matrice,MSTRUCT::TYPE_POST_TRAITEMENT::POST_CHAMP,nb_couche_erosion,epaisseur_couche_erosion);
1144  params_post_champ_epsilon_matrice.change_valeur("Identifiant","Champ_EPSILON_matrice");
1145  params_post_champ_epsilon_matrice.change_valeur("Nom_groupe_forme","Matrice");
1146  params_post_champ_epsilon_matrice.change_valeur("Num_solution",1);
1147  params_post_champ_epsilon_matrice.change_valeur("Largeur_colonne_distribution","1.0e-6");
1148  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_champ_epsilon_matrice.txt");
1149  params_post_champ_epsilon_matrice.enregistrer((char*)sys_command.c_str());
1150  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
1151 
1152  OT_PARAMETRES params_post_champ_epsilon_matrice_normalise;
1153  ini_param_post_traitement(&params_post_champ_epsilon_matrice_normalise,MSTRUCT::TYPE_POST_TRAITEMENT::POST_CHAMP_NORMALISE,nb_couche_erosion,epaisseur_couche_erosion);
1154  params_post_champ_epsilon_matrice_normalise.change_valeur("Identifiant","Champ_EPSILON_matrice_normalise");
1155  params_post_champ_epsilon_matrice_normalise.change_valeur("Identifiant_champ","Champ_EPSILON_matrice");
1156  params_post_champ_epsilon_matrice_normalise.change_valeur("Identifiant_champ_reference","Champ_EPSILON");
1157  params_post_champ_epsilon_matrice_normalise.change_valeur("Largeur_colonne_distribution","0.02");
1158  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_champ_epsilon_matrice_normalise.txt");
1159  params_post_champ_epsilon_matrice_normalise.enregistrer((char*)sys_command.c_str());
1160  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
1161 
1162  OT_PARAMETRES params_post_champ_energie_hill;
1163  ini_param_post_traitement(&params_post_champ_energie_hill,MSTRUCT::TYPE_POST_TRAITEMENT::POST_ENERGIE_HILL,nb_couche_erosion,epaisseur_couche_erosion);
1164  params_post_champ_energie_hill.change_valeur("Identifiant","Champ_ENERGIE_hill");
1165  params_post_champ_energie_hill.change_valeur("Num_solution_epsilon",1);
1166  params_post_champ_energie_hill.change_valeur("Num_solution_sigma",2);
1167  params_post_champ_energie_hill.change_valeur("Largeur_colonne_distribution","1");
1168  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_champ_energie_hill.txt");
1169  params_post_champ_energie_hill.enregistrer((char*)sys_command.c_str());
1170  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
1171 
1172 
1173 
1174 
1175  OT_PARAMETRES params_post_champ_energie;
1176  ini_param_post_traitement(&params_post_champ_energie,MSTRUCT::TYPE_POST_TRAITEMENT::POST_CHAMP,nb_couche_erosion,epaisseur_couche_erosion);
1177  params_post_champ_energie.change_valeur("Identifiant","Champ_ENERGIE");
1178  params_post_champ_energie.change_valeur("Num_solution",5);
1179  params_post_champ_energie.change_valeur("Largeur_colonne_distribution","1e-04");
1180  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_champ_energie.txt");
1181  params_post_champ_energie.enregistrer((char*)sys_command.c_str());
1182  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
1183 
1184  OT_PARAMETRES params_post_champ_energie_normalise;
1185  ini_param_post_traitement(&params_post_champ_energie_normalise,MSTRUCT::TYPE_POST_TRAITEMENT::POST_CHAMP_NORMALISE,nb_couche_erosion,epaisseur_couche_erosion);
1186  params_post_champ_energie_normalise.change_valeur("Identifiant","Champ_ENERGIE_normalise");
1187  params_post_champ_energie_normalise.change_valeur("Identifiant_champ","Champ_ENERGIE");
1188  params_post_champ_energie_normalise.change_valeur("Identifiant_champ_reference","Champ_ENERGIE");
1189  params_post_champ_energie_normalise.change_valeur("Largeur_colonne_distribution","0.025");
1190  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_champ_energie_normalise.txt");
1191  params_post_champ_energie_normalise.enregistrer((char*)sys_command.c_str());
1192  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
1193 
1194  OT_PARAMETRES params_post_champ_energie_ecart;
1195  ini_param_post_traitement(&params_post_champ_energie_ecart,MSTRUCT::TYPE_POST_TRAITEMENT::POST_CHAMP_ECART,nb_couche_erosion,epaisseur_couche_erosion);
1196  params_post_champ_energie_ecart.change_valeur("Identifiant","Champ_ENERGIE_ecart");
1197  params_post_champ_energie_ecart.change_valeur("Identifiant_champ","Champ_ENERGIE");
1198  params_post_champ_energie_ecart.change_valeur("Identifiant_champ_compare","Champ_ENERGIE");
1199  params_post_champ_energie_ecart.change_valeur("Num_couche","0");
1200  params_post_champ_energie_ecart.change_valeur("Type_ecart",MSTRUCT::TYPE_COMPARAISON::ECART_RELATIF);
1201  params_post_champ_energie_ecart.change_valeur("Largeur_colonne_distribution","1e-04");
1202  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_champ_energie_ecart.txt");
1203  params_post_champ_energie_ecart.enregistrer((char*)sys_command.c_str());
1204  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
1205 
1206  sys_command.clear(); sys_command.append("parametre/post_traitement/lstparam_post_champ_meca.txt");
1207  f.open(sys_command.c_str(),std::ios::out);
1208  f << "// Fichier de parametres POST_TRAITEMENT" << std::endl;
1209  f << "params_post_champ_sigma.txt" << std::endl;
1210  f << "params_post_champ_sigma_normalise.txt" << std::endl;
1211  f << "params_post_champ_sigma_particule.txt" << std::endl;
1212  f << "params_post_champ_sigma_particule_normalise.txt" << std::endl;
1213  f << "params_post_champ_sigma_matrice.txt" << std::endl;
1214  f << "params_post_champ_sigma_matrice_normalise.txt" << std::endl;
1215  f << "params_post_champ_epsilon.txt" << std::endl;
1216  f << "params_post_champ_epsilon_normalise.txt" << std::endl;
1217  f << "params_post_champ_epsilon_particule.txt" << std::endl;
1218  f << "params_post_champ_epsilon_particule_normalise.txt" << std::endl;
1219  f << "params_post_champ_epsilon_matrice.txt" << std::endl;
1220  f << "params_post_champ_epsilon_matrice_normalise.txt" << std::endl;
1221  f << "params_post_champ_energie_hill.txt" << std::endl;
1222  f << "params_post_champ_energie.txt" << std::endl;
1223  f << "params_post_champ_energie_normalise.txt" << std::endl;
1224  f << "params_post_champ_energie_ecart.txt" << std::endl;
1225  f << "params_post_temps.txt" << std::endl;
1226  f.close();
1227  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
1228  //============================================================================SPH==========================================
1229  OT_PARAMETRES params_post_champ_sigma_ecart_chargement_sph;
1230  ini_param_post_traitement(&params_post_champ_sigma_ecart_chargement_sph,MSTRUCT::TYPE_POST_TRAITEMENT::POST_CHAMP_ECART_CHARGEMENT,nb_couche_erosion,epaisseur_couche_erosion);
1231  params_post_champ_sigma_ecart_chargement_sph.change_valeur("Identifiant","Champ_SIGMA_ecart_chargement_sph");
1232  params_post_champ_sigma_ecart_chargement_sph.change_valeur("Identifiant_champ","Champ_SIGMA");
1233  params_post_champ_sigma_ecart_chargement_sph.change_valeur("Type_chargement","0");
1234  params_post_champ_sigma_ecart_chargement_sph.change_valeur("Type_ecart",MSTRUCT::TYPE_COMPARAISON::ECART_RELATIF_ABSOLUE);
1235  params_post_champ_sigma_ecart_chargement_sph.change_valeur("Largeur_colonne_distribution","0.1");
1236  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_champ_sigma_ecart_chargement_sph.txt");
1237  params_post_champ_sigma_ecart_chargement_sph.enregistrer((char*)sys_command.c_str());
1238  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
1239 
1240  OT_PARAMETRES params_post_champ_epsilon_ecart_chargement_sph;
1241  ini_param_post_traitement(&params_post_champ_epsilon_ecart_chargement_sph,MSTRUCT::TYPE_POST_TRAITEMENT::POST_CHAMP_ECART_CHARGEMENT,nb_couche_erosion,epaisseur_couche_erosion);
1242  params_post_champ_epsilon_ecart_chargement_sph.change_valeur("Identifiant","Champ_EPSILON_ecart_chargement_sph");
1243  params_post_champ_epsilon_ecart_chargement_sph.change_valeur("Identifiant_champ","Champ_EPSILON");
1244  params_post_champ_epsilon_ecart_chargement_sph.change_valeur("Type_chargement","0");
1245  params_post_champ_epsilon_ecart_chargement_sph.change_valeur("Type_ecart",MSTRUCT::TYPE_COMPARAISON::ECART_RELATIF_ABSOLUE);
1246  params_post_champ_epsilon_ecart_chargement_sph.change_valeur("Largeur_colonne_distribution","0.1");
1247  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_champ_epsilon_ecart_chargement_sph.txt");
1248  params_post_champ_epsilon_ecart_chargement_sph.enregistrer((char*)sys_command.c_str());
1249  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
1250 
1251  sys_command.clear(); sys_command.append("parametre/post_traitement/lstparam_post_champ_meca_ecart_chargement_sph.txt");
1252  f.open(sys_command.c_str(),std::ios::out);
1253  f << "// Fichier de parametres POST_TRAITEMENT" << std::endl;
1254  f << "params_post_champ_sigma_ecart_chargement_sph.txt" << std::endl;
1255  f << "params_post_champ_epsilon_ecart_chargement_sph.txt" << std::endl;
1256  f.close();
1257  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
1258  //============================================================================DEV=========================================
1259  OT_PARAMETRES params_post_champ_sigma_ecart_chargement_dev;
1260  ini_param_post_traitement(&params_post_champ_sigma_ecart_chargement_dev,MSTRUCT::TYPE_POST_TRAITEMENT::POST_CHAMP_ECART_CHARGEMENT,nb_couche_erosion,epaisseur_couche_erosion);
1261  params_post_champ_sigma_ecart_chargement_dev.change_valeur("Identifiant","Champ_SIGMA_ecart_chargement_dev");
1262  params_post_champ_sigma_ecart_chargement_dev.change_valeur("Identifiant_champ","Champ_SIGMA");
1263  params_post_champ_sigma_ecart_chargement_dev.change_valeur("Type_chargement","1");
1264  params_post_champ_sigma_ecart_chargement_dev.change_valeur("Type_ecart",MSTRUCT::TYPE_COMPARAISON::ECART_RELATIF_ABSOLUE);
1265  params_post_champ_sigma_ecart_chargement_dev.change_valeur("Largeur_colonne_distribution","0.1");
1266  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_champ_sigma_ecart_chargement_dev.txt");
1267  params_post_champ_sigma_ecart_chargement_dev.enregistrer((char*)sys_command.c_str());
1268  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
1269 
1270  OT_PARAMETRES params_post_champ_epsilon_ecart_chargement_dev;
1271  ini_param_post_traitement(&params_post_champ_epsilon_ecart_chargement_dev,MSTRUCT::TYPE_POST_TRAITEMENT::POST_CHAMP_ECART_CHARGEMENT,nb_couche_erosion,epaisseur_couche_erosion);
1272  params_post_champ_epsilon_ecart_chargement_dev.change_valeur("Identifiant","Champ_EPSILON_ecart_chargement_dev");
1273  params_post_champ_epsilon_ecart_chargement_dev.change_valeur("Identifiant_champ","Champ_EPSILON");
1274  params_post_champ_epsilon_ecart_chargement_dev.change_valeur("Type_chargement","1");
1275  params_post_champ_epsilon_ecart_chargement_dev.change_valeur("Type_ecart",MSTRUCT::TYPE_COMPARAISON::ECART_RELATIF_ABSOLUE);
1276  params_post_champ_epsilon_ecart_chargement_dev.change_valeur("Largeur_colonne_distribution","0.1");
1277  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_champ_epsilon_ecart_chargement_dev.txt");
1278  params_post_champ_epsilon_ecart_chargement_dev.enregistrer((char*)sys_command.c_str());
1279  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
1280 
1281  sys_command.clear(); sys_command.append("parametre/post_traitement/lstparam_post_champ_meca_ecart_chargement_dev.txt");
1282  f.open(sys_command.c_str(),std::ios::out);
1283  f << "// Fichier de parametres POST_TRAITEMENT" << std::endl;
1284  f << "params_post_champ_sigma_ecart_chargement_dev.txt" << std::endl;
1285  f << "params_post_champ_epsilon_ecart_chargement_dev.txt" << std::endl;
1286  f.close();
1287  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
1288  //============================================================================FX==========================================
1289  /* OT_PARAMETRES params_post_champ_sigma_ecart_chargement_fx;
1290  ini_param_post_traitement(&params_post_champ_sigma_ecart_chargement_fx,MSTRUCT::TYPE_POST_TRAITEMENT::POST_CHAMP_ECART_CHARGEMENT,nb_couche_erosion,epaisseur_couche_erosion);
1291  params_post_champ_sigma_ecart_chargement_fx.change_valeur("Identifiant","Champ_SIGMA_ecart_chargement_fx");
1292  params_post_champ_sigma_ecart_chargement_fx.change_valeur("Identifiant_champ","Champ_SIGMA");
1293  params_post_champ_sigma_ecart_chargement_fx.change_valeur("Type_chargement","2");
1294  params_post_champ_sigma_ecart_chargement_fx.change_valeur("Type_ecart",MSTRUCT::TYPE_COMPARAISON::ECART_RELATIF_ABSOLUE);
1295  params_post_champ_sigma_ecart_chargement_fx.change_valeur("Largeur_colonne_distribution","0.1");
1296  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_champ_sigma_ecart_chargement_fx.txt");
1297  params_post_champ_sigma_ecart_chargement_fx.enregistrer((char*)sys_command.c_str());
1298  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
1299 
1300  OT_PARAMETRES params_post_champ_epsilon_ecart_chargement_fx;
1301  ini_param_post_traitement(&params_post_champ_epsilon_ecart_chargement_fx,MSTRUCT::TYPE_POST_TRAITEMENT::POST_CHAMP_ECART_CHARGEMENT,nb_couche_erosion,epaisseur_couche_erosion);
1302  params_post_champ_epsilon_ecart_chargement_fx.change_valeur("Identifiant","Champ_EPSILON_ecart_chargement_fx");
1303  params_post_champ_epsilon_ecart_chargement_fx.change_valeur("Identifiant_champ","Champ_EPSILON");
1304  params_post_champ_epsilon_ecart_chargement_fx.change_valeur("Type_chargement","2");
1305  params_post_champ_epsilon_ecart_chargement_fx.change_valeur("Type_ecart",MSTRUCT::TYPE_COMPARAISON::ECART_RELATIF_ABSOLUE);
1306  params_post_champ_epsilon_ecart_chargement_fx.change_valeur("Largeur_colonne_distribution","0.1");
1307  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_champ_epsilon_ecart_chargement_fx.txt");
1308  params_post_champ_epsilon_ecart_chargement_fx.enregistrer((char*)sys_command.c_str());
1309  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
1310 
1311  sys_command.clear(); sys_command.append("parametre/post_traitement/lstparam_post_champ_meca_ecart_chargement_fx.txt");
1312  f.open(sys_command.c_str(),std::ios::out);
1313  f << "// Fichier de parametres POST_TRAITEMENT" << std::endl;
1314  f << "params_post_champ_sigma_ecart_chargement_fx.txt" << std::endl;
1315  f << "params_post_champ_epsilon_ecart_chargement_fx.txt" << std::endl;
1316  f.close();
1317  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
1318  */
1319  //===========================================================================================================================
1320  OT_PARAMETRES params_post_modules_elasticite;
1321  ini_param_post_traitement(&params_post_modules_elasticite,MSTRUCT::TYPE_POST_TRAITEMENT::POST_MODULES_ELASTICITE,nb_couche_erosion,epaisseur_couche_erosion);
1322  params_post_modules_elasticite.change_valeur("Identifiant_epsilon","Champ_EPSILON");
1323  params_post_modules_elasticite.change_valeur("Identifiant_sigma","Champ_SIGMA");
1324  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_modules_elasticite.txt");
1325  params_post_modules_elasticite.enregistrer((char*)sys_command.c_str());
1326  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
1327  }
1328  if(etude_thermique)
1329  {
1330  OT_PARAMETRES params_post_champ_temp;
1331  ini_param_post_traitement(&params_post_champ_temp,MSTRUCT::TYPE_POST_TRAITEMENT::POST_CHAMP,nb_couche_erosion,epaisseur_couche_erosion);
1332  params_post_champ_temp.change_valeur("Identifiant","Champ_TEMP");
1333  params_post_champ_temp.change_valeur("Num_solution",0);
1334  params_post_champ_temp.change_valeur("Largeur_colonne_distribution","0.01");
1335  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_champ_temp.txt");
1336  params_post_champ_temp.enregistrer((char*)sys_command.c_str());
1337  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
1338 
1339  OT_PARAMETRES params_post_champ_temp_normalise;
1340  ini_param_post_traitement(&params_post_champ_temp_normalise,MSTRUCT::TYPE_POST_TRAITEMENT::POST_CHAMP_NORMALISE,nb_couche_erosion,epaisseur_couche_erosion);
1341  params_post_champ_temp_normalise.change_valeur("Identifiant","Champ_TEMP_normalise");
1342  params_post_champ_temp_normalise.change_valeur("Identifiant_champ","Champ_TEMP");
1343  params_post_champ_temp_normalise.change_valeur("Identifiant_champ_reference","Champ_TEMP");
1344  params_post_champ_temp_normalise.change_valeur("Num_solution",0);
1345  params_post_champ_temp_normalise.change_valeur("Largeur_colonne_distribution","1e-06");
1346  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_champ_temp_normalise.txt");
1347  params_post_champ_temp_normalise.enregistrer((char*)sys_command.c_str());
1348  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
1349 
1350  OT_PARAMETRES params_post_champ_flux;
1351  ini_param_post_traitement(&params_post_champ_flux,MSTRUCT::TYPE_POST_TRAITEMENT::POST_CHAMP,nb_couche_erosion,epaisseur_couche_erosion);
1352  params_post_champ_flux.change_valeur("Identifiant","Champ_FLUX");
1353  params_post_champ_flux.change_valeur("Num_solution",1);
1354  params_post_champ_flux.change_valeur("Largeur_colonne_distribution","0.01");
1355  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_champ_flux.txt");
1356  params_post_champ_flux.enregistrer((char*)sys_command.c_str());
1357  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
1358 
1359  OT_PARAMETRES params_post_champ_flux_normalise;
1360  ini_param_post_traitement(&params_post_champ_flux_normalise,MSTRUCT::TYPE_POST_TRAITEMENT::POST_CHAMP_NORMALISE,nb_couche_erosion,epaisseur_couche_erosion);
1361  params_post_champ_flux_normalise.change_valeur("Identifiant","Champ_FLUX_normalise");
1362  params_post_champ_flux_normalise.change_valeur("Identifiant_champ","Champ_FLUX");
1363  params_post_champ_flux_normalise.change_valeur("Identifiant_champ_reference","Champ_FLUX");
1364  params_post_champ_flux_normalise.change_valeur("Num_solution",0);
1365  params_post_champ_flux_normalise.change_valeur("Largeur_colonne_distribution","1e-06");
1366  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_champ_flux_normalise.txt");
1367  params_post_champ_flux_normalise.enregistrer((char*)sys_command.c_str());
1368  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
1369 
1370  OT_PARAMETRES params_post_conductivite_thermique_x;
1371  ini_param_post_traitement(&params_post_conductivite_thermique_x,MSTRUCT::TYPE_POST_TRAITEMENT::POST_CONDUCTIVITE_THERMIQUE,nb_couche_erosion,epaisseur_couche_erosion);
1372  params_post_conductivite_thermique_x.change_valeur("Identifiant","Conductivite_thermique");
1373  params_post_conductivite_thermique_x.change_valeur("Num_solution_temp","0");
1374  params_post_conductivite_thermique_x.change_valeur("Num_solution_flux","1");
1375  params_post_conductivite_thermique_x.change_valeur("Direction","0");
1376  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_conductivite_thermique_x.txt");
1377  params_post_conductivite_thermique_x.enregistrer((char*)sys_command.c_str());
1378  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
1379 
1380  OT_PARAMETRES params_post_conductivite_thermique_y;
1381  ini_param_post_traitement(&params_post_conductivite_thermique_y,MSTRUCT::TYPE_POST_TRAITEMENT::POST_CONDUCTIVITE_THERMIQUE,nb_couche_erosion,epaisseur_couche_erosion);
1382  params_post_conductivite_thermique_y.change_valeur("Identifiant","Conductivite_thermique");
1383  params_post_conductivite_thermique_y.change_valeur("Num_solution_temp","0");
1384  params_post_conductivite_thermique_y.change_valeur("Num_solution_flux","1");
1385  params_post_conductivite_thermique_y.change_valeur("Direction","1");
1386  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_conductivite_thermique_y.txt");
1387  params_post_conductivite_thermique_y.enregistrer((char*)sys_command.c_str());
1388  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
1389 
1390  OT_PARAMETRES params_post_conductivite_thermique_z;
1391  ini_param_post_traitement(&params_post_conductivite_thermique_z,MSTRUCT::TYPE_POST_TRAITEMENT::POST_CONDUCTIVITE_THERMIQUE,nb_couche_erosion,epaisseur_couche_erosion);
1392  params_post_conductivite_thermique_z.change_valeur("Identifiant","Conductivite_thermique");
1393  params_post_conductivite_thermique_z.change_valeur("Num_solution_temp","0");
1394  params_post_conductivite_thermique_z.change_valeur("Num_solution_flux","1");
1395  params_post_conductivite_thermique_z.change_valeur("Direction","2");
1396  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_conductivite_thermique_z.txt");
1397  params_post_conductivite_thermique_z.enregistrer((char*)sys_command.c_str());
1398  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
1399 
1400  OT_PARAMETRES params_post_conductivite_thermique;
1401  ini_param_post_traitement(&params_post_conductivite_thermique,MSTRUCT::TYPE_POST_TRAITEMENT::POST_CONDUCTIVITE_THERMIQUE,nb_couche_erosion,epaisseur_couche_erosion);
1402  params_post_conductivite_thermique.change_valeur("Identifiant","Conductivite_thermique");
1403  sys_command.clear(); sys_command.append("parametre/post_traitement/params_post_conductivite_thermique.txt");
1404  params_post_conductivite_thermique.enregistrer((char*)sys_command.c_str());
1405  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
1406 
1407  sys_command.clear(); sys_command.append("parametre/post_traitement/lstparam_post_champ_ther.txt");
1408  f.open(sys_command.c_str(),std::ios::out);
1409  f << "// Fichier de parametres POST_TRAITEMENT" << std::endl;
1410  f << "params_post_champ_temp.txt" << std::endl;
1411  f << "params_post_champ_temp_normalise.txt" << std::endl;
1412  f << "params_post_champ_flux.txt" << std::endl;
1413  f << "params_post_champ_flux_normalise.txt" << std::endl;
1414  f << "params_post_temps.txt" << std::endl;
1415  f.close();
1416  if(fonc_affiche!=NULL) fonc_affiche((char*)sys_command.c_str());
1417  }
1418 
1419 
1420  return OK;
1421 }
1422 
1423 int PARAMETRES::generer_script_ves(bool etude_mecanique,
1424  bool etude_thermique,
1425  int type_inclusion,
1426  bool fem_maill_lin,
1427  bool fem_maill_quad,
1428  fonction_affiche *fonc_affiche)
1429 {
1430  std::ofstream ofstrm((char*)"generer_nb_ves",std::ios::out|std::ios::trunc);
1431  ofstrm.precision(16);
1432  ofstrm.setf(std::ios::showpoint);
1433  ofstrm << "#!/bin/bash" << std::endl;
1434  ofstrm << "INDEX_DEPART=$1" << std::endl;
1435  ofstrm << "INDEX_FIN=$2" << std::endl;
1436  ofstrm << "CHEMINCOMPILE=$3" << std::endl;
1437  ofstrm << "if [ -z ${INDEX_DEPART// } ]" << std::endl;
1438  ofstrm << "then" << std::endl;
1439  ofstrm << " echo \"Erreur : Numero du ves de depart manquant\"" << std::endl;
1440  ofstrm << " exit" << std::endl;
1441  ofstrm << "fi" << std::endl;
1442  ofstrm << "if [ -z ${INDEX_FIN// } ]" << std::endl;
1443  ofstrm << "then" << std::endl;
1444  ofstrm << " echo \"Erreur : Numero du ves de fin manquant\"" << std::endl;
1445  ofstrm << " exit" << std::endl;
1446  ofstrm << "fi" << std::endl;
1447  ofstrm << "if [ -z ${CHEMINCOMPILE// } ]" << std::endl;
1448  ofstrm << "then" << std::endl;
1449  ofstrm << " if [ -z $PATHMAGICEXEAPP ]" << std::endl;
1450  ofstrm << " then" << std::endl;
1451  ofstrm << " echo \"Erreur : Chemin vers exe/app manquant. Initialiser la variable PATHMAGICEXEAPP\"" << std::endl;
1452  ofstrm << " exit" << std::endl;
1453  ofstrm << " else" << std::endl;
1454  ofstrm << " CHEMINCOMPILE=$PATHMAGICEXEAPP" << std::endl;
1455  ofstrm << " fi" << std::endl;
1456  ofstrm << "fi" << std::endl;
1457  ofstrm << "function executer" << std::endl;
1458  ofstrm << "{" << std::endl;
1459  ofstrm << "OPERATION_REUSSIE=1;" << std::endl;
1460  ofstrm << "$*" << std::endl;
1461  ofstrm << "VAR=$?" << std::endl;
1462  ofstrm << "if (( $VAR )) ; then " << std::endl;
1463  ofstrm << " OPERATION_REUSSIE=0; " << std::endl;
1464  ofstrm << " STAT=$VAR;" << std::endl;
1465  ofstrm << "fi" << std::endl;
1466  ofstrm << "}" << std::endl;
1467  ofstrm << "" << std::endl;
1468  ofstrm << "echo \"*********************************************************\"" << std::endl;
1469  ofstrm << "echo \"Generation des microstructures $INDEX_DEPART - $INDEX_FIN\"" << std::endl;
1470  ofstrm << "echo \"*********************************************************\"" << std::endl;
1471  ofstrm << "STAT=$?" << std::endl;
1472  ofstrm << "" << std::endl;
1473  ofstrm << "if [ $INDEX_DEPART -eq 1 ]" << std::endl;
1474  ofstrm << "then" << std::endl;
1475  ofstrm << "mkdir etude" << std::endl;
1476  ofstrm << "fi" << std::endl;
1477  ofstrm << "cd etude" << std::endl;
1478  ofstrm << "for (( k=$INDEX_DEPART; k<=$INDEX_FIN; k++ ))" << std::endl;
1479  ofstrm << "do" << std::endl;
1480  ofstrm << " echo \"Microstructure #$k\"" << std::endl;
1481  ofstrm << " mkdir e$k" << std::endl;
1482  ofstrm << " cd e$k" << std::endl;
1483  ofstrm << " OPERATION_REUSSIE=0" << std::endl;
1484  ofstrm << " until [ $OPERATION_REUSSIE -eq 1 ]; do" << std::endl;
1485  ofstrm << " executer ../../ves $CHEMINCOMPILE" << std::endl;
1486  ofstrm << " done" << std::endl;
1487  ofstrm << " DOSSIER_ACTUEL=$(pwd)" << std::endl;
1488  ofstrm << " cd .." << std::endl;
1489  ofstrm << "done" << std::endl;
1490  ofstrm << "cd .." << std::endl;
1491  ofstrm << "echo \"**********************\"" << std::endl;
1492  ofstrm << "echo \" FIN \"" << std::endl;
1493  ofstrm << "echo \"**********************\"" << std::endl;
1494  ofstrm << "exit $STAT" << std::endl;
1495  ofstrm.close();
1496  if(fonc_affiche!=NULL) fonc_affiche((char*)"generer_nb_ves");
1497  system((char*)"chmod 744 generer_nb_ves");
1498 
1499 
1500  ofstrm.open((char*)"generer_ves_para",std::ios::out|std::ios::trunc);
1501  ofstrm.precision(16);
1502  ofstrm.setf(std::ios::showpoint);
1503  ofstrm << "#!/bin/bash" << std::endl;
1504  ofstrm << "CHEMINCOMPILE=$1" << std::endl;
1505  ofstrm << "if [ -z ${CHEMINCOMPILE// } ]" << std::endl;
1506  ofstrm << "then" << std::endl;
1507  ofstrm << " if [ -z $PATHMAGICEXEAPP ]" << std::endl;
1508  ofstrm << " then" << std::endl;
1509  ofstrm << " echo \"Erreur : Chemin vers exe/app manquant\"" << std::endl;
1510  ofstrm << " exit" << std::endl;
1511  ofstrm << " else" << std::endl;
1512  ofstrm << " CHEMINCOMPILE=$PATHMAGICEXEAPP" << std::endl;
1513  ofstrm << " fi" << std::endl;
1514  ofstrm << "fi" << std::endl;
1515  ofstrm << "" << std::endl;
1516  ofstrm << "function executer" << std::endl;
1517  ofstrm << "{" << std::endl;
1518  ofstrm << "OPERATION_REUSSIE=1;" << std::endl;
1519  ofstrm << "$*" << std::endl;
1520  ofstrm << "VAR=$?" << std::endl;
1521  ofstrm << "if (( $VAR )) ; then " << std::endl;
1522  ofstrm << " OPERATION_REUSSIE=0; " << std::endl;
1523  ofstrm << " STAT=$VAR;" << std::endl;
1524  ofstrm << "fi" << std::endl;
1525  ofstrm << "}" << std::endl;
1526  ofstrm << "" << std::endl;
1527  ofstrm << "OPERATION_REUSSIE=0" << std::endl;
1528  ofstrm << "until [ $OPERATION_REUSSIE -eq 1 ]; do" << std::endl;
1529  ofstrm << "executer ../../ves $CHEMINCOMPILE" << std::endl;
1530  ofstrm << "done" << std::endl;
1531  ofstrm << "exit $STAT" << std::endl;
1532  ofstrm.close();
1533  if(fonc_affiche!=NULL) fonc_affiche((char*)"generer_ves_para");
1534  system((char*)"chmod 744 generer_ves_para");
1535 
1536 
1537  ofstrm.open((char*)"ves",std::ios::out|std::ios::trunc);
1538  ofstrm.precision(16);
1539  ofstrm.setf(std::ios::showpoint);
1540  ofstrm << "#!/bin/bash" << std::endl;
1541  ofstrm << "CHEMINCOMPILE=$1" << std::endl;
1542  ofstrm << "function executer" << std::endl;
1543  ofstrm << "{" << std::endl;
1544  ofstrm << "op=$*" << std::endl;
1545  ofstrm << "$*" << std::endl;
1546  ofstrm << "VAR=$?" << std::endl;
1547  ofstrm << "if (( $VAR )) ; then " << std::endl;
1548  ofstrm << " STATUSTXT=\"ERREUR dans les tests\"; " << std::endl;
1549  ofstrm << " STAT=$VAR;" << std::endl;
1550  ofstrm << " echo $op $(date) >> ../../log_erreur.txt" << std::endl;
1551  ofstrm << " exit $STAT" << std::endl;
1552  ofstrm << "fi" << std::endl;
1553  ofstrm << "}" << std::endl;
1554  ofstrm << "STATUSTXT=\"Test sans ERREUR\"" << std::endl;
1555  ofstrm << "echo \"*******************************\"" << std::endl;
1556  ofstrm << "echo \"Generation d'une microstructure\"" << std::endl;
1557  ofstrm << "echo \"*******************************\"" << std::endl;
1558  ofstrm << "STAT=$?" << std::endl;
1559  ofstrm << "" << std::endl;
1560  ofstrm << "#Geometrie" << std::endl;
1561  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_geo -ves_out ves_geo.ves -lstparam ../../parametre/geometrie/lstparam_geo.txt" << std::endl;
1562  ofstrm << "executer $CHEMINCOMPILE/mgoperation/mgoperation.exe -brep_out -in ves_geo.magic -out ves_brep.brep" << std::endl;
1563  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_geo.ves -ves_out ves_geo_post.ves -lstparam ../../parametre/post_traitement/lstparam_post_geometrie.txt" << std::endl;
1564  ofstrm << "" << std::endl;
1565  ofstrm << "#Materiau" << std::endl;
1566  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_mat -ves_in ves_geo.ves -ves_out ves_mat.ves -lstparam ../../parametre/materiau/lstparam_mat.txt" << std::endl;
1567  ofstrm << "" << std::endl;
1568  ofstrm << "#Carte" << std::endl;
1569  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_carte -ves_in ves_mat.ves -ves_out ves_carte.ves -param ../../parametre/carte/param_carte.txt" << std::endl;
1570  ofstrm << "" << std::endl;
1571  ofstrm << "#MG Maillage" << std::endl;
1572  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_mg_maill -ves_in ves_carte.ves -ves_out ves_mg_maill.ves -param ../../parametre/maillage/param_maill.txt -carte carte.ctt" << std::endl;
1573  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_mg_maill.ves -ves_out ves_mg_maill_post.ves -lstparam ../../parametre/post_traitement/lstparam_post_mg_maillage.txt" << std::endl;
1574  ofstrm << "executer $CHEMINCOMPILE/mgoperation/mgoperation.exe -gmsh -in ves_mg_maill.magic" << std::endl;
1575  ofstrm << "" << std::endl;
1576  ofstrm << "#Fem Maillage" << std::endl;
1577  if(fem_maill_lin)
1578  {
1579  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_fem_maill -ves_in ves_mg_maill.ves -ves_out ves_fem_maill_lin.ves -param ../../parametre/fem_maillage/param_fem_maill_lin.txt" << std::endl;
1580  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_fem_maill_lin.ves -ves_out ves_fem_maill_post_lin.ves -lstparam ../../parametre/post_traitement/lstparam_post_fem_maillage.txt" << std::endl;
1581  }
1582  if(fem_maill_quad)
1583  {
1584  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_fem_maill -ves_in ves_mg_maill.ves -ves_out ves_fem_maill_quad.ves -param ../../parametre/fem_maillage/param_fem_maill_quad.txt" << std::endl;
1585  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_fem_maill_quad.ves -ves_out ves_fem_maill_post_quad.ves -lstparam ../../parametre/post_traitement/lstparam_post_fem_maillage.txt" << std::endl;
1586  }
1587  ofstrm << "" << std::endl;
1588  ofstrm << "#Etude" << std::endl;
1589  if(fem_maill_lin)
1590  {
1591  if(etude_mecanique)
1592  {
1593  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_etude -ves_in ves_fem_maill_lin.ves -ves_out ves_etude_CLDH_sph_lin.ves -param ../../parametre/etude/param_etude_CLDH_sph.txt" << std::endl;
1594  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_etude -ves_in ves_fem_maill_lin.ves -ves_out ves_etude_CLCH_sph_lin.ves -param ../../parametre/etude/param_etude_CLCH_sph.txt" << std::endl;
1595  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_etude -ves_in ves_fem_maill_lin.ves -ves_out ves_etude_CLDH_dev_lin.ves -param ../../parametre/etude/param_etude_CLDH_dev.txt" << std::endl;
1596  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_etude -ves_in ves_fem_maill_lin.ves -ves_out ves_etude_CLCH_dev_lin.ves -param ../../parametre/etude/param_etude_CLCH_dev.txt" << std::endl;
1597  // ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_etude -ves_in ves_fem_maill_lin.ves -ves_out ves_etude_CLXD_fx_lin.ves -param ../../parametre/etude/param_etude_CLXD_fx.txt" << std::endl;
1598  }
1599  if(etude_thermique)
1600  {
1601  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_etude -ves_in ves_fem_maill_lin.ves -ves_out ves_etude_CLG_x_lin.ves -param ../../parametre/etude/params_etude_CLG_x.txt" << std::endl;
1602  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_etude -ves_in ves_fem_maill_lin.ves -ves_out ves_etude_CLG_y_lin.ves -param ../../parametre/etude/params_etude_CLG_y.txt" << std::endl;
1603  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_etude -ves_in ves_fem_maill_lin.ves -ves_out ves_etude_CLG_z_lin.ves -param ../../parametre/etude/params_etude_CLG_z.txt" << std::endl;
1604  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_etude -ves_in ves_fem_maill_lin.ves -ves_out ves_etude_CLF_x_lin.ves -param ../../parametre/etude/params_etude_CLF_x.txt" << std::endl;
1605  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_etude -ves_in ves_fem_maill_lin.ves -ves_out ves_etude_CLF_y_lin.ves -param ../../parametre/etude/params_etude_CLF_y.txt" << std::endl;
1606  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_etude -ves_in ves_fem_maill_lin.ves -ves_out ves_etude_CLF_z_lin.ves -param ../../parametre/etude/params_etude_CLF_z.txt" << std::endl;
1607  }
1608  }
1609  if(fem_maill_quad)
1610  {
1611  if(etude_mecanique)
1612  {
1613  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_etude -ves_in ves_fem_maill_quad.ves -ves_out ves_etude_CLDH_sph_quad.ves -param ../../parametre/etude/param_etude_CLDH_sph.txt" << std::endl;
1614  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_etude -ves_in ves_fem_maill_quad.ves -ves_out ves_etude_CLCH_sph_quad.ves -param ../../parametre/etude/param_etude_CLCH_sph.txt" << std::endl;
1615  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_etude -ves_in ves_fem_maill_quad.ves -ves_out ves_etude_CLDH_dev_quad.ves -param ../../parametre/etude/param_etude_CLDH_dev.txt" << std::endl;
1616  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_etude -ves_in ves_fem_maill_quad.ves -ves_out ves_etude_CLCH_dev_quad.ves -param ../../parametre/etude/param_etude_CLCH_dev.txt" << std::endl;
1617  }
1618  if(etude_thermique)
1619  {
1620  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_etude -ves_in ves_fem_maill_quad.ves -ves_out ves_etude_CLG_x_quad.ves -param ../../parametre/etude/params_etude_CLG_x.txt" << std::endl;
1621  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_etude -ves_in ves_fem_maill_quad.ves -ves_out ves_etude_CLG_y_quad.ves -param ../../parametre/etude/params_etude_CLG_y.txt" << std::endl;
1622  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_etude -ves_in ves_fem_maill_quad.ves -ves_out ves_etude_CLG_z_quad.ves -param ../../parametre/etude/params_etude_CLG_z.txt" << std::endl;
1623  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_etude -ves_in ves_fem_maill_quad.ves -ves_out ves_etude_CLF_x_quad.ves -param ../../parametre/etude/params_etude_CLF_x.txt" << std::endl;
1624  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_etude -ves_in ves_fem_maill_quad.ves -ves_out ves_etude_CLF_y_quad.ves -param ../../parametre/etude/params_etude_CLF_y.txt" << std::endl;
1625  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_etude -ves_in ves_fem_maill_quad.ves -ves_out ves_etude_CLF_z_quad.ves -param ../../parametre/etude/params_etude_CLF_z.txt" << std::endl;
1626 
1627  }
1628  }
1629  ofstrm << "" << std::endl;
1630  ofstrm << "#Calcul" << std::endl;
1631  if(fem_maill_lin)
1632  {
1633  if(etude_mecanique)
1634  {
1635  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_calcul -ves_in ves_etude_CLDH_sph_lin.ves -ves_out ves_calcul_CLDH_sph_lin.ves -param ../../parametre/etude/param_etude_CLDH_sph.txt -paramaster ../../parametre/etude/param_aster.txt" << std::endl;
1636 
1637 
1638  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_calcul_CLDH_sph_lin.ves -ves_out ves_calcul_CLDH_sph_post_lin.ves -lstparam ../../parametre/post_traitement/lstparam_post_champ_meca.txt" << std::endl;
1639 
1640 
1641  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_calcul_CLDH_sph_post_lin.ves -ves_out ves_calcul_CLDH_sph_ecart_chargement_post_lin.ves -lstparam ../../parametre/post_traitement/lstparam_post_champ_meca_ecart_chargement_sph.txt" << std::endl;
1642  //=================================================================================================-===========================
1643 
1644  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_calcul -ves_in ves_etude_CLCH_sph_lin.ves -ves_out ves_calcul_CLCH_sph_lin.ves -param ../../parametre/etude/param_etude_CLCH_sph.txt -paramaster ../../parametre/etude/param_aster.txt" << std::endl;
1645 
1646 
1647  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_calcul_CLCH_sph_lin.ves -ves_out ves_calcul_CLCH_sph_post_lin.ves -lstparam ../../parametre/post_traitement/lstparam_post_champ_meca.txt" << std::endl;
1648 
1649 
1650  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_calcul_CLCH_sph_post_lin.ves -ves_out ves_calcul_CLCH_sph_ecart_chargement_post_lin.ves -lstparam ../../parametre/post_traitement/lstparam_post_champ_meca_ecart_chargement_sph.txt" << std::endl;
1651  //=================================================================================================-===========================
1652 
1653  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_calcul -ves_in ves_etude_CLDH_dev_lin.ves -ves_out ves_calcul_CLDH_dev_lin.ves -param ../../parametre/etude/param_etude_CLDH_dev.txt -paramaster ../../parametre/etude/param_aster.txt" << std::endl;
1654 
1655 
1656  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_calcul_CLDH_dev_lin.ves -ves_out ves_calcul_CLDH_dev_post_lin.ves -lstparam ../../parametre/post_traitement/lstparam_post_champ_meca.txt" << std::endl;
1657 
1658 
1659  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_calcul_CLDH_dev_post_lin.ves -ves_out ves_calcul_CLDH_dev_ecart_chargement_post_lin.ves -lstparam ../../parametre/post_traitement/lstparam_post_champ_meca_ecart_chargement_dev.txt" << std::endl;
1660 
1661  //=================================================================================================-===========================
1662  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_calcul -ves_in ves_etude_CLCH_dev_lin.ves -ves_out ves_calcul_CLCH_dev_lin.ves -param ../../parametre/etude/param_etude_CLCH_dev.txt -paramaster ../../parametre/etude/param_aster.txt" << std::endl;
1663 
1664 
1665  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_calcul_CLCH_dev_lin.ves -ves_out ves_calcul_CLCH_dev_post_lin.ves -lstparam ../../parametre/post_traitement/lstparam_post_champ_meca.txt" << std::endl;
1666 
1667 
1668  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_calcul_CLCH_dev_post_lin.ves -ves_out ves_calcul_CLCH_dev_ecart_chargement_post_lin.ves -lstparam ../../parametre/post_traitement/lstparam_post_champ_meca_ecart_chargement_dev.txt" << std::endl;
1669 
1670  //=================================================================================================-===========================
1671 
1672  /* ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_calcul -ves_in ves_etude_CLXD_fx_lin.ves -ves_out ves_calcul_CLXD_fx_lin.ves -param ../../parametre/etude/param_etude_CLXD_fx.txt -paramaster ../../parametre/etude/param_aster.txt" << std::endl;
1673 
1674 
1675  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_calcul_CLXD_fx_lin.ves -ves_out ves_calcul_CLXD_fx_post_lin.ves -lstparam ../../parametre/post_traitement/lstparam_post_champ_meca.txt" << std::endl;
1676 
1677 
1678  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_calcul_CLXD_fx_post_lin.ves -ves_out ves_calcul_CLXD_fx_ecart_chargement_post_lin.ves -lstparam ../../parametre/post_traitement/lstparam_post_champ_meca_ecart_chargement_fx.txt" << std::endl;*/
1679  //=================================================================================================================================
1680  //====================================================================================================================================
1681 
1682  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_sph ves_calcul_CLDH_sph_post_lin.ves -ves_dev ves_calcul_CLDH_dev_post_lin.ves -ves_out ves_CLDH_modules_elasticite_post_lin.ves -param ../../parametre/post_traitement/params_post_modules_elasticite.txt" << std::endl;
1683 
1684 
1685  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_sph ves_calcul_CLCH_sph_post_lin.ves -ves_dev ves_calcul_CLCH_dev_post_lin.ves -ves_out ves_CLCH_modules_elasticite_post_lin.ves -param ../../parametre/post_traitement/params_post_modules_elasticite.txt" << std::endl;
1686 
1687  // ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_fix ves_calcul_CLXD_fx_post_lin.ves -ves_out ves_CLXD_modules_elasticite_post_lin.ves -param ../../parametre/post_traitement/params_post_modules_elasticite.txt" << std::endl;
1688  //===================================================================================================================================
1689  }
1690  if(etude_thermique)
1691  {
1692  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_calcul -ves_in ves_etude_CLG_x_lin.ves -ves_out ves_calcul_CLG_x_lin.ves -param ../../parametre/etude/params_etude_CLG_x.txt -paramaster ../../parametre/etude/param_aster.txt" << std::endl;
1693  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_calcul_CLG_x_lin.ves -ves_out ves_calcul_CLG_x_post_lin.ves -lstparam ../../parametre/post_traitement/lstparam_post_champ_ther.txt" << std::endl;
1694  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_calcul_CLG_x_post_lin.ves -ves_out ves_calcul_CLG_x_post_lin.ves -param ../../parametre/post_traitement/params_post_conductivite_thermique_x.txt" << std::endl;
1695  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_calcul -ves_in ves_etude_CLG_y_lin.ves -ves_out ves_calcul_CLG_y_lin.ves -param ../../parametre/etude/params_etude_CLG_y.txt -paramaster ../../parametre/etude/param_aster.txt" << std::endl;
1696  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_calcul_CLG_y_lin.ves -ves_out ves_calcul_CLG_y_post_lin.ves -lstparam ../../parametre/post_traitement/lstparam_post_champ_ther.txt" << std::endl;
1697  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_calcul_CLG_y_post_lin.ves -ves_out ves_calcul_CLG_y_post_lin.ves -param ../../parametre/post_traitement/params_post_conductivite_thermique_y.txt" << std::endl;
1698  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_calcul -ves_in ves_etude_CLG_z_lin.ves -ves_out ves_calcul_CLG_z_lin.ves -param ../../parametre/etude/params_etude_CLG_z.txt -paramaster ../../parametre/etude/param_aster.txt" << std::endl;
1699  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_calcul_CLG_z_lin.ves -ves_out ves_calcul_CLG_z_post_lin.ves -lstparam ../../parametre/post_traitement/lstparam_post_champ_ther.txt" << std::endl;
1700  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_calcul_CLG_z_post_lin.ves -ves_out ves_calcul_CLG_z_post_lin.ves -param ../../parametre/post_traitement/params_post_conductivite_thermique_z.txt" << std::endl;
1701  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_calcul -ves_in ves_etude_CLF_x_lin.ves -ves_out ves_calcul_CLF_x_lin.ves -param ../../parametre/etude/params_etude_CLF_x.txt -paramaster ../../parametre/etude/param_aster.txt" << std::endl;
1702  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_calcul_CLF_x_lin.ves -ves_out ves_calcul_CLF_x_post_lin.ves -lstparam ../../parametre/post_traitement/lstparam_post_champ_ther.txt" << std::endl;
1703  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_calcul_CLF_x_post_lin.ves -ves_out ves_calcul_CLF_x_post_lin.ves -param ../../parametre/post_traitement/params_post_conductivite_thermique_x.txt" << std::endl;
1704  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_calcul -ves_in ves_etude_CLF_y_lin.ves -ves_out ves_calcul_CLF_y_lin.ves -param ../../parametre/etude/params_etude_CLF_y.txt -paramaster ../../parametre/etude/param_aster.txt" << std::endl;
1705  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_calcul_CLF_y_lin.ves -ves_out ves_calcul_CLF_y_post_lin.ves -lstparam ../../parametre/post_traitement/lstparam_post_champ_ther.txt" << std::endl;
1706  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_calcul_CLF_y_post_lin.ves -ves_out ves_calcul_CLF_y_post_lin.ves -param ../../parametre/post_traitement/params_post_conductivite_thermique_y.txt" << std::endl;
1707  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_calcul -ves_in ves_etude_CLF_z_lin.ves -ves_out ves_calcul_CLF_z_lin.ves -param ../../parametre/etude/params_etude_CLF_z.txt -paramaster ../../parametre/etude/param_aster.txt" << std::endl;
1708  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_calcul_CLF_z_lin.ves -ves_out ves_calcul_CLF_z_post_lin.ves -lstparam ../../parametre/post_traitement/lstparam_post_champ_ther.txt" << std::endl;
1709  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_calcul_CLF_z_post_lin.ves -ves_out ves_calcul_CLF_z_post_lin.ves -param ../../parametre/post_traitement/params_post_conductivite_thermique_z.txt" << std::endl;
1710  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_lambda_x ves_calcul_CLG_x_post_lin.ves "
1711  "-ves_lambda_y ves_calcul_CLG_y_post_lin.ves "
1712  "-ves_lambda_z ves_calcul_CLG_z_post_lin.ves "
1713  "-ves_out ves_CLG_conductivite_thermique_post_lin.ves "
1714  "-param ../../parametre/post_traitement/params_post_conductivite_thermique.txt" << std::endl;
1715  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_lambda_x ves_calcul_CLF_x_post_lin.ves "
1716  "-ves_lambda_y ves_calcul_CLF_y_post_lin.ves "
1717  "-ves_lambda_z ves_calcul_CLF_z_post_lin.ves "
1718  "-ves_out ves_CLF_conductivite_thermique_post_lin.ves "
1719  "-param ../../parametre/post_traitement/params_post_conductivite_thermique.txt" << std::endl;
1720  }
1721  }
1722 
1723  if(fem_maill_quad)
1724  {
1725  if(etude_mecanique)
1726  {
1727  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_calcul -ves_in ves_etude_CLDH_sph_quad.ves -ves_out ves_calcul_CLDH_sph_quad.ves -param ../../parametre/etude/param_etude_CLDH_sph.txt -paramaster ../../parametre/etude/param_aster.txt" << std::endl;
1728  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_calcul_CLDH_sph_quad.ves -ves_out ves_calcul_CLDH_sph_post_quad.ves -lstparam ../../parametre/post_traitement/lstparam_post_champ_meca.txt" << std::endl;
1729  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_calcul_CLDH_sph_post_quad.ves -ves_out ves_calcul_CLDH_sph_ecart_chargement_post_quad.ves -lstparam ../../parametre/post_traitement/lstparam_post_champ_meca_ecart_chargement_sph.txt" << std::endl;
1730  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_calcul -ves_in ves_etude_CLCH_sph_quad.ves -ves_out ves_calcul_CLCH_sph_quad.ves -param ../../parametre/etude/param_etude_CLCH_sph.txt -paramaster ../../parametre/etude/param_aster.txt" << std::endl;
1731  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_calcul_CLCH_sph_quad.ves -ves_out ves_calcul_CLCH_sph_post_quad.ves -lstparam ../../parametre/post_traitement/lstparam_post_champ_meca.txt" << std::endl;
1732  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_calcul_CLCH_sph_post_quad.ves -ves_out ves_calcul_CLCH_sph_ecart_chargement_post_quad.ves -lstparam ../../parametre/post_traitement/lstparam_post_champ_meca_ecart_chargement_sph.txt" << std::endl;
1733  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_calcul -ves_in ves_etude_CLDH_dev_quad.ves -ves_out ves_calcul_CLDH_dev_quad.ves -param ../../parametre/etude/param_etude_CLDH_dev.txt -paramaster ../../parametre/etude/param_aster.txt" << std::endl;
1734  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_calcul_CLDH_dev_quad.ves -ves_out ves_calcul_CLDH_dev_post_quad.ves -lstparam ../../parametre/post_traitement/lstparam_post_champ_meca.txt" << std::endl;
1735  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_calcul_CLDH_dev_post_quad.ves -ves_out ves_calcul_CLDH_dev_ecart_chargement_post_quad.ves -lstparam ../../parametre/post_traitement/lstparam_post_champ_meca_ecart_chargement_dev.txt" << std::endl;
1736  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_calcul -ves_in ves_etude_CLCH_dev_quad.ves -ves_out ves_calcul_CLCH_dev_quad.ves -param ../../parametre/etude/param_etude_CLCH_dev.txt -paramaster ../../parametre/etude/param_aster.txt" << std::endl;
1737  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_calcul_CLCH_dev_quad.ves -ves_out ves_calcul_CLCH_dev_post_quad.ves -lstparam ../../parametre/post_traitement/lstparam_post_champ_meca.txt" << std::endl;
1738  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_calcul_CLCH_dev_post_quad.ves -ves_out ves_calcul_CLCH_dev_ecart_chargement_post_quad.ves -lstparam ../../parametre/post_traitement/lstparam_post_champ_meca_ecart_chargement_dev.txt" << std::endl;
1739  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_sph ves_calcul_CLDH_sph_post_quad.ves -ves_dev ves_calcul_CLDH_dev_post_quad.ves -ves_out ves_CLDH_modules_elasticite_post_quad.ves -param ../../parametre/post_traitement/params_post_modules_elasticite.txt" << std::endl;
1740  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_sph ves_calcul_CLCH_sph_post_quad.ves -ves_dev ves_calcul_CLCH_dev_post_quad.ves -ves_out ves_CLCH_modules_elasticite_post_quad.ves -param ../../parametre/post_traitement/params_post_modules_elasticite.txt" << std::endl;
1741  }
1742  if(etude_thermique)
1743  {
1744  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_calcul -ves_in ves_etude_CLG_x_quad.ves -ves_out ves_calcul_CLG_x_quad.ves -param ../../parametre/etude/params_etude_CLG_x.txt -paramaster ../../parametre/etude/param_aster.txt" << std::endl;
1745  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_calcul_CLG_x_quad.ves -ves_out ves_calcul_CLG_x_post_quad.ves -lstparam ../../parametre/post_traitement/lstparam_post_champ_ther.txt" << std::endl;
1746  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_calcul_CLG_x_post_quad.ves -ves_out ves_calcul_CLG_x_post_quad.ves -param ../../parametre/post_traitement/params_post_conductivite_thermique_x.txt" << std::endl;
1747  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_calcul -ves_in ves_etude_CLG_y_quad.ves -ves_out ves_calcul_CLG_y_quad.ves -param ../../parametre/etude/params_etude_CLG_y.txt -paramaster ../../parametre/etude/param_aster.txt" << std::endl;
1748  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_calcul_CLG_y_quad.ves -ves_out ves_calcul_CLG_y_post_quad.ves -lstparam ../../parametre/post_traitement/lstparam_post_champ_ther.txt" << std::endl;
1749  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_calcul_CLG_y_post_quad.ves -ves_out ves_calcul_CLG_y_post_quad.ves -param ../../parametre/post_traitement/params_post_conductivite_thermique_y.txt" << std::endl;
1750  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_calcul -ves_in ves_etude_CLG_z_quad.ves -ves_out ves_calcul_CLG_z_quad.ves -param ../../parametre/etude/params_etude_CLG_z.txt -paramaster ../../parametre/etude/param_aster.txt" << std::endl;
1751  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_calcul_CLG_z_quad.ves -ves_out ves_calcul_CLG_z_post_quad.ves -lstparam ../../parametre/post_traitement/lstparam_post_champ_ther.txt" << std::endl;
1752  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_calcul_CLG_z_post_quad.ves -ves_out ves_calcul_CLG_z_post_quad.ves -param ../../parametre/post_traitement/params_post_conductivite_thermique_z.txt" << std::endl;
1753  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_calcul -ves_in ves_etude_CLF_x_quad.ves -ves_out ves_calcul_CLF_x_quad.ves -param ../../parametre/etude/params_etude_CLF_x.txt -paramaster ../../parametre/etude/param_aster.txt" << std::endl;
1754  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_calcul_CLF_x_quad.ves -ves_out ves_calcul_CLF_x_post_quad.ves -lstparam ../../parametre/post_traitement/lstparam_post_champ_ther.txt" << std::endl;
1755  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_calcul_CLF_x_post_quad.ves -ves_out ves_calcul_CLF_x_post_quad.ves -param ../../parametre/post_traitement/params_post_conductivite_thermique_x.txt" << std::endl;
1756  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_calcul -ves_in ves_etude_CLF_y_quad.ves -ves_out ves_calcul_CLF_y_quad.ves -param ../../parametre/etude/params_etude_CLF_y.txt -paramaster ../../parametre/etude/param_aster.txt" << std::endl;
1757  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_calcul_CLF_y_quad.ves -ves_out ves_calcul_CLF_y_post_quad.ves -lstparam ../../parametre/post_traitement/lstparam_post_champ_ther.txt" << std::endl;
1758  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_calcul_CLF_y_post_quad.ves -ves_out ves_calcul_CLF_y_post_quad.ves -param ../../parametre/post_traitement/params_post_conductivite_thermique_y.txt" << std::endl;
1759  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_calcul -ves_in ves_etude_CLF_z_quad.ves -ves_out ves_calcul_CLF_z_quad.ves -param ../../parametre/etude/params_etude_CLF_z.txt -paramaster ../../parametre/etude/param_aster.txt" << std::endl;
1760  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_calcul_CLF_z_quad.ves -ves_out ves_calcul_CLF_z_post_quad.ves -lstparam ../../parametre/post_traitement/lstparam_post_champ_ther.txt" << std::endl;
1761  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_in ves_calcul_CLF_z_post_quad.ves -ves_out ves_calcul_CLF_z_post_quad.ves -param ../../parametre/post_traitement/params_post_conductivite_thermique_z.txt" << std::endl;
1762  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_lambda_x ves_calcul_CLG_x_post_quad.ves "
1763  "-ves_lambda_y ves_calcul_CLG_y_post_quad.ves "
1764  "-ves_lambda_z ves_calcul_CLG_z_post_quad.ves "
1765  "-ves_out ves_CLG_conductivite_thermique_post_quad.ves "
1766  "-param ../../parametre/post_traitement/params_post_conductivite_thermique.txt" << std::endl;
1767  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -gen_post_traitement -ves_lambda_x ves_calcul_CLF_x_post_quad.ves "
1768  "-ves_lambda_y ves_calcul_CLF_y_post_quad.ves "
1769  "-ves_lambda_z ves_calcul_CLF_z_post_quad.ves "
1770  "-ves_out ves_CLF_conductivite_thermique_post_quad.ves "
1771  "-param ../../parametre/post_traitement/params_post_conductivite_thermique.txt" << std::endl;
1772  }
1773  }
1774  ofstrm << "" << std::endl;
1775  ofstrm << "rm *.msh" << std::endl;
1776  ofstrm << "rm *.sol" << std::endl;
1777  ofstrm << "rm *.resu" << std::endl;
1778  ofstrm << "rm *.comm" << std::endl;
1779  ofstrm << "rm *.mail" << std::endl;
1780  ofstrm << "rm *.retour" << std::endl;
1781  ofstrm << "rm *.export" << std::endl;
1782  ofstrm << "rm *.log" << std::endl;
1783  ofstrm << "rm *.mess" << std::endl;
1784  ofstrm << "rm *.magic" << std::endl;
1785  ofstrm << "#find . ! -name '*.ves' -type f -exec rm -f {} +" << std::endl;
1786  ofstrm << "cd .." << std::endl;
1787  ofstrm << "echo \"**********************\"" << std::endl;
1788  ofstrm << "echo $STATUSTXT" << std::endl;
1789  ofstrm << "echo \"**********************\"" << std::endl;
1790  ofstrm << "exit $STAT" << std::endl;
1791  ofstrm.close();
1792  if(fonc_affiche!=NULL) fonc_affiche((char*)"ves");
1793  system((char*)"chmod 744 ves");
1794 
1795  return OK;
1796 }
1797 
1798 int PARAMETRES::generer_script_post_traitement(bool etude_mecanique,
1799  bool etude_thermique,
1800  int type_inclusion,
1801  bool fem_maill_lin,
1802  bool fem_maill_quad,
1803  double epaisseur_couche_erosion,
1804  fonction_affiche *fonc_affiche)
1805 {
1806  std::ofstream ofstrm((char*)"post_traitement",std::ios::out|std::ios::trunc);
1807  ofstrm.precision(16);
1808  ofstrm.setf(std::ios::showpoint);
1809  ofstrm << "#!/bin/bash" << std::endl;
1810  ofstrm << "CHEMINCOMPILE=$1" << std::endl;
1811  ofstrm << "if [ -z ${CHEMINCOMPILE// } ]" << std::endl;
1812  ofstrm << "then" << std::endl;
1813  ofstrm << " if [ -z $PATHMAGICEXEAPP ]" << std::endl;
1814  ofstrm << " then" << std::endl;
1815  ofstrm << " echo \"Erreur : Chemin vers exe/app manquant\"" << std::endl;
1816  ofstrm << " exit" << std::endl;
1817  ofstrm << " else" << std::endl;
1818  ofstrm << " CHEMINCOMPILE=$PATHMAGICEXEAPP" << std::endl;
1819  ofstrm << " fi" << std::endl;
1820  ofstrm << "fi" << std::endl;
1821  ofstrm << "function executer" << std::endl;
1822  ofstrm << "{" << std::endl;
1823  ofstrm << "$*" << std::endl;
1824  ofstrm << "VAR=$?" << std::endl;
1825  ofstrm << "if (( $VAR )) ; then " << std::endl;
1826  ofstrm << " STATUSTXT=\"ERREUR dans les tests\"; " << std::endl;
1827  ofstrm << " STAT=$VAR;" << std::endl;
1828  ofstrm << " exit $STAT" << std::endl;
1829  ofstrm << "fi" << std::endl;
1830  ofstrm << "}" << std::endl;
1831  ofstrm << "STATUSTXT=\"Test sans ERREUR\"" << std::endl;
1832  ofstrm << "echo \"*******************************\"" << std::endl;
1833  ofstrm << "echo \"Generation d'une microstructure\"" << std::endl;
1834  ofstrm << "echo \"*******************************\"" << std::endl;
1835  ofstrm << "STAT=$?" << std::endl;
1836  ofstrm << "" << std::endl;
1837  ofstrm << "mkdir resultats" << std::endl;
1838  ofstrm << "" << std::endl;
1839  ofstrm << "#Geometrie" << std::endl;
1840  ofstrm << "mkdir -p resultats/cao" << std::endl;
1841  ofstrm << "find . -name \"ves_geo_post.ves\" | sort > tmp_lst_ves_geo_post.txt" << std::endl;
1842  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_geo_post.txt -lstparam parametre/post_traitement/lstparam_post_geometrie.txt -dossier resultats/cao" << std::endl;
1843  ofstrm << "rm tmp_lst_ves_geo_post.txt" << std::endl;
1844  ofstrm << "" << std::endl;
1845  ofstrm << "#MG Maillage" << std::endl;
1846  ofstrm << "mkdir -p resultats/maillage_mg" << std::endl;
1847  ofstrm << "find . -name \"ves_mg_maill_post.ves\" | sort > tmp_lst_ves_mg_maill_post.txt" << std::endl;
1848  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_mg_maill_post.txt -lstparam parametre/post_traitement/lstparam_post_mg_maillage.txt -dossier resultats/maillage_mg" << std::endl;
1849  ofstrm << "rm tmp_lst_ves_mg_maill_post.txt" << std::endl;
1850  ofstrm << "" << std::endl;
1851  ofstrm << "#Fem Maillage" << std::endl;
1852  if(fem_maill_lin)
1853  {
1854  ofstrm << "mkdir -p resultats/maillage_fem/lin" << std::endl;
1855  ofstrm << "find . -name \"ves_fem_maill_post_lin.ves\" | sort > tmp_lst_ves_fem_maill_post_lin.txt" << std::endl;
1856  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_fem_maill_post_lin.txt -lstparam parametre/post_traitement/lstparam_post_fem_maillage.txt -dossier resultats/maillage_fem/lin" << std::endl;
1857  ofstrm << "rm tmp_lst_ves_fem_maill_post_lin.txt" << std::endl;
1858  }
1859  if(fem_maill_quad)
1860  {
1861  ofstrm << "mkdir -p resultats/maillage_fem/quad" << std::endl;
1862  ofstrm << "find . -name \"ves_fem_maill_post_quad.ves\" | sort > tmp_lst_ves_fem_maill_post_quad.txt" << std::endl;
1863  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_fem_maill_post_quad.txt -lstparam parametre/post_traitement/lstparam_post_fem_maillage.txt -dossier resultats/maillage_fem/quad" << std::endl;
1864  ofstrm << "rm tmp_lst_ves_fem_maill_post_quad.txt" << std::endl;
1865  }
1866  ofstrm << "" << std::endl;
1867  ofstrm << "#Calculs" << std::endl;
1868  if(fem_maill_lin)
1869  {
1870  if(etude_mecanique)
1871  {
1872  ofstrm << "mkdir -p resultats/champ/DH/sph/lin" << std::endl;
1873  ofstrm << "mkdir -p resultats/champ/DH/dev/lin" << std::endl;
1874  ofstrm << "mkdir -p resultats/champ/CH/sph/lin" << std::endl;
1875  ofstrm << "mkdir -p resultats/champ/CH/dev/lin" << std::endl;
1876  // ofstrm << "mkdir -p resultats/champ/XD/fx/lin" << std::endl;
1877  // ofstrm << "mkdir -p resultats/champ/XD/fx/lin" << std::endl;
1878  //===========================================================================
1879  ofstrm << "mkdir -p resultats/modules_elasticite/DH/lin" << std::endl;
1880  ofstrm << "mkdir -p resultats/modules_elasticite/CH/lin" << std::endl;
1881  // ofstrm << "mkdir -p resultats/modules_elasticite/XD/lin" << std::endl;
1882  //=============================================================================
1883  ofstrm << "find . -name \"ves_calcul_CLDH_sph_post_lin.ves\" | sort > tmp_lst_ves_calcul_CLDH_sph_post_lin.txt" << std::endl;
1884  ofstrm << "find . -name \"ves_calcul_CLCH_sph_post_lin.ves\" | sort > tmp_lst_ves_calcul_CLCH_sph_post_lin.txt" << std::endl;
1885  // ofstrm << "find . -name \"ves_calcul_CLXD_fx_post_lin.ves\" | sort > tmp_lst_ves_calcul_CLXD_fx_post_lin.txt" << std::endl;
1886  ofstrm << "find . -name \"ves_calcul_CLDH_dev_post_lin.ves\" | sort > tmp_lst_ves_calcul_CLDH_dev_post_lin.txt" << std::endl;
1887  ofstrm << "find . -name \"ves_calcul_CLCH_dev_post_lin.ves\" | sort > tmp_lst_ves_calcul_CLCH_dev_post_lin.txt" << std::endl;
1888  // ofstrm << "find . -name \"ves_calcul_CLXD_fx_post_lin.ves\" | sort > tmp_lst_ves_calcul_CLXD_fx_post_lin.txt" << std::endl;
1889  //================================================================================================================================
1890  ofstrm << "find . -name \"ves_calcul_CLDH_sph_ecart_chargement_post_lin.ves\" | sort > tmp_lst_ves_calcul_CLDH_sph_ecart_chargement_post_lin.txt" << std::endl;
1891  ofstrm << "find . -name \"ves_calcul_CLCH_sph_ecart_chargement_post_lin.ves\" | sort > tmp_lst_ves_calcul_CLCH_sph_ecart_chargement_post_lin.txt" << std::endl;
1892  // ofstrm << "find . -name \"ves_calcul_CLXD_fx_ecart_chargement_post_lin.ves\" | sort > tmp_lst_ves_calcul_CLXD_fx_ecart_chargement_post_lin.txt" << std::endl;
1893  ofstrm << "find . -name \"ves_calcul_CLDH_dev_ecart_chargement_post_lin.ves\" | sort > tmp_lst_ves_calcul_CLDH_dev_ecart_chargement_post_lin.txt" << std::endl;
1894  ofstrm << "find . -name \"ves_calcul_CLCH_dev_ecart_chargement_post_lin.ves\" | sort > tmp_lst_ves_calcul_CLCH_dev_ecart_chargement_post_lin.txt" << std::endl;
1895  // ofstrm << "find . -name \"ves_calcul_CLXD_fx_ecart_chargement_post_lin.ves\" | sort > tmp_lst_ves_calcul_CLXD_fx_ecart_chargement_post_lin.txt" << std::endl;
1896  //=======================================================================================================================================================
1897  ofstrm << "find . -name \"ves_CLDH_modules_elasticite_post_lin.ves\" | sort > tmp_lst_ves_CLDH_modules_elasticite_post_lin.txt" << std::endl;
1898  ofstrm << "find . -name \"ves_CLCH_modules_elasticite_post_lin.ves\" | sort > tmp_lst_ves_CLCH_modules_elasticite_post_lin.txt" << std::endl;
1899  // ofstrm << "find . -name \"ves_CLXD_modules_elasticite_post_lin.ves\" | sort > tmp_lst_ves_CLXD_modules_elasticite_post_lin.txt" << std::endl;
1900  //=======================================================================================================================================================
1901  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_calcul_CLDH_sph_post_lin.txt -lstparam parametre/post_traitement/lstparam_post_champ_meca.txt -dossier resultats/champ/DH/sph/lin" << std::endl;
1902  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_calcul_CLCH_sph_post_lin.txt -lstparam parametre/post_traitement/lstparam_post_champ_meca.txt -dossier resultats/champ/CH/sph/lin" << std::endl;
1903  // ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_calcul_CLXD_fx_post_lin.txt -lstparam parametre/post_traitement/lstparam_post_champ_meca.txt -dossier resultats/champ/XD/fx/lin" << std::endl;
1904  //===================================================================================================================================
1905  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_calcul_CLDH_dev_post_lin.txt -lstparam parametre/post_traitement/lstparam_post_champ_meca.txt -dossier resultats/champ/DH/dev/lin" << std::endl;
1906  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_calcul_CLCH_dev_post_lin.txt -lstparam parametre/post_traitement/lstparam_post_champ_meca.txt -dossier resultats/champ/CH/dev/lin" << std::endl;
1907  // ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_calcul_CLXD_fx_post_lin.txt -lstparam parametre/post_traitement/lstparam_post_champ_meca.txt -dossier resultats/champ/XD/fx/lin" << std::endl;
1908  //=========================================================================================================================================
1909  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_calcul_CLDH_sph_ecart_chargement_post_lin.txt -lstparam parametre/post_traitement/lstparam_post_champ_meca_ecart_chargement_sph.txt -dossier resultats/champ/DH/sph/lin" << std::endl;
1910  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_calcul_CLCH_sph_ecart_chargement_post_lin.txt -lstparam parametre/post_traitement/lstparam_post_champ_meca_ecart_chargement_sph.txt -dossier resultats/champ/CH/sph/lin" << std::endl;
1911  // ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_calcul_CLXD_fx_ecart_chargement_post_lin.txt -lstparam parametre/post_traitement/lstparam_post_champ_meca_ecart_chargement_sph.txt -dossier resultats/champ/XD/fx/lin" << std::endl;
1912  //=================================================================================================================================================
1913  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_calcul_CLDH_dev_ecart_chargement_post_lin.txt -lstparam parametre/post_traitement/lstparam_post_champ_meca_ecart_chargement_dev.txt -dossier resultats/champ/DH/dev/lin" << std::endl;
1914 
1915 
1916  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_calcul_CLCH_dev_ecart_chargement_post_lin.txt -lstparam parametre/post_traitement/lstparam_post_champ_meca_ecart_chargement_dev.txt -dossier resultats/champ/CH/dev/lin" << std::endl;
1917 
1918 
1919  //ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_calcul_CLDH_dev_ecart_chargement_post_lin.txt -lstparam parametre/post_traitement/lstparam_post_champ_meca_ecart_chargement_dev.txt -dossier resultats/champ/DH/dev/lin" << std::endl;
1920  //==================================================================================================================================================
1921  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_CLDH_modules_elasticite_post_lin.txt -param parametre/post_traitement/params_post_modules_elasticite.txt -dossier resultats/modules_elasticite/DH/lin" << std::endl;
1922  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_CLCH_modules_elasticite_post_lin.txt -param parametre/post_traitement/params_post_modules_elasticite.txt -dossier resultats/modules_elasticite/CH/lin" << std::endl;
1923  // ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_CLXD_modules_elasticite_post_lin.txt -param parametre/post_traitement/params_post_modules_elasticite.txt -dossier resultats/modules_elasticite/XD/lin" << std::endl;
1924  //==========================================================================================================================================
1925  ofstrm << "rm tmp_lst_ves_calcul_CLDH_sph_post_lin.txt" << std::endl;
1926  ofstrm << "rm tmp_lst_ves_calcul_CLCH_sph_post_lin.txt" << std::endl;
1927  // ofstrm << "rm tmp_lst_ves_calcul_CLXD_fx_post_lin.txt" << std::endl;
1928  //==========================================================================================================================================
1929  ofstrm << "rm tmp_lst_ves_calcul_CLDH_dev_post_lin.txt" << std::endl;
1930  ofstrm << "rm tmp_lst_ves_calcul_CLCH_dev_post_lin.txt" << std::endl;
1931  // ofstrm << "rm tmp_lst_ves_calcul_CLXD_fx_post_lin.txt" << std::endl;
1932  //==========================================================================================================================================
1933  ofstrm << "rm tmp_lst_ves_calcul_CLDH_sph_ecart_chargement_post_lin.txt" << std::endl;
1934  ofstrm << "rm tmp_lst_ves_calcul_CLCH_sph_ecart_chargement_post_lin.txt" << std::endl;
1935  // ofstrm << "rm tmp_lst_ves_calcul_CLXD_fx_ecart_chargement_post_lin.txt" << std::endl;
1936  //==========================================================================================================================================
1937  ofstrm << "rm tmp_lst_ves_calcul_CLDH_dev_ecart_chargement_post_lin.txt" << std::endl;
1938  ofstrm << "rm tmp_lst_ves_calcul_CLCH_dev_ecart_chargement_post_lin.txt" << std::endl;
1939  // ofstrm << "rm tmp_lst_ves_calcul_CLXD_fx_ecart_chargement_post_lin.txt" << std::endl;
1940  //==========================================================================================================================================
1941  ofstrm << "rm tmp_lst_ves_CLDH_modules_elasticite_post_lin.txt" << std::endl;
1942  ofstrm << "rm tmp_lst_ves_CLCH_modules_elasticite_post_lin.txt" << std::endl;
1943  // ofstrm << "rm tmp_lst_ves_CLXD_modules_elasticite_post_lin.txt" << std::endl;
1944  }
1945  if(etude_thermique)
1946  {
1947  ofstrm << "mkdir -p resultats/champ/FH/F_x/lin" << std::endl;
1948  ofstrm << "mkdir -p resultats/champ/FH/F_y/lin" << std::endl;
1949  ofstrm << "mkdir -p resultats/champ/FH/F_z/lin" << std::endl;
1950  ofstrm << "mkdir -p resultats/champ/GH/G_x/lin" << std::endl;
1951  ofstrm << "mkdir -p resultats/champ/GH/G_y/lin" << std::endl;
1952  ofstrm << "mkdir -p resultats/champ/GH/G_z/lin" << std::endl;
1953  ofstrm << "mkdir -p resultats/conductivite_thermique/FH/lin" << std::endl;
1954  ofstrm << "mkdir -p resultats/conductivite_thermique/GH/lin" << std::endl;
1955  ofstrm << "find . -name \"ves_calcul_CLF_x_post_lin.ves\" | sort > tmp_lst_ves_calcul_CLF_x_post_lin.txt" << std::endl;
1956  ofstrm << "find . -name \"ves_calcul_CLF_y_post_lin.ves\" | sort > tmp_lst_ves_calcul_CLF_y_post_lin.txt" << std::endl;
1957  ofstrm << "find . -name \"ves_calcul_CLF_z_post_lin.ves\" | sort > tmp_lst_ves_calcul_CLF_z_post_lin.txt" << std::endl;
1958  ofstrm << "find . -name \"ves_calcul_CLG_x_post_lin.ves\" | sort > tmp_lst_ves_calcul_CLG_x_post_lin.txt" << std::endl;
1959  ofstrm << "find . -name \"ves_calcul_CLG_y_post_lin.ves\" | sort > tmp_lst_ves_calcul_CLG_y_post_lin.txt" << std::endl;
1960  ofstrm << "find . -name \"ves_calcul_CLG_z_post_lin.ves\" | sort > tmp_lst_ves_calcul_CLG_z_post_lin.txt" << std::endl;
1961  ofstrm << "find . -name \"ves_CLF_conductivite_thermique_post_lin.ves\" | sort > tmp_lst_ves_CLF_conductivite_thermique_post_lin.txt" << std::endl;
1962  ofstrm << "find . -name \"ves_CLG_conductivite_thermique_post_lin.ves\" | sort > tmp_lst_ves_CLG_conductivite_thermique_post_lin.txt" << std::endl;
1963  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_calcul_CLF_x_post_lin.txt -lstparam parametre/post_traitement/lstparam_post_champ_ther.txt -dossier resultats/champ/FH/F_x/lin" << std::endl;
1964  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_calcul_CLF_y_post_lin.txt -lstparam parametre/post_traitement/lstparam_post_champ_ther.txt -dossier resultats/champ/FH/F_y/lin" << std::endl;
1965  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_calcul_CLF_z_post_lin.txt -lstparam parametre/post_traitement/lstparam_post_champ_ther.txt -dossier resultats/champ/FH/F_z/lin" << std::endl;
1966  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_calcul_CLG_x_post_lin.txt -lstparam parametre/post_traitement/lstparam_post_champ_ther.txt -dossier resultats/champ/GH/G_x/lin" << std::endl;
1967  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_calcul_CLG_y_post_lin.txt -lstparam parametre/post_traitement/lstparam_post_champ_ther.txt -dossier resultats/champ/GH/G_y/lin" << std::endl;
1968  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_calcul_CLG_z_post_lin.txt -lstparam parametre/post_traitement/lstparam_post_champ_ther.txt -dossier resultats/champ/GH/G_z/lin" << std::endl;
1969 
1970  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_calcul_CLF_x_post_lin.txt -param parametre/post_traitement/params_post_conductivite_thermique_x.txt -dossier resultats/champ/FH/F_x/lin" << std::endl;
1971  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_calcul_CLF_y_post_lin.txt -param parametre/post_traitement/params_post_conductivite_thermique_y.txt -dossier resultats/champ/FH/F_y/lin" << std::endl;
1972  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_calcul_CLF_z_post_lin.txt -param parametre/post_traitement/params_post_conductivite_thermique_z.txt -dossier resultats/champ/FH/F_z/lin" << std::endl;
1973  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_calcul_CLG_x_post_lin.txt -param parametre/post_traitement/params_post_conductivite_thermique_x.txt -dossier resultats/champ/GH/G_x/lin" << std::endl;
1974  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_calcul_CLG_y_post_lin.txt -param parametre/post_traitement/params_post_conductivite_thermique_y.txt -dossier resultats/champ/GH/G_y/lin" << std::endl;
1975  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_calcul_CLG_z_post_lin.txt -param parametre/post_traitement/params_post_conductivite_thermique_z.txt -dossier resultats/champ/GH/G_z/lin" << std::endl;
1976 
1977  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_CLF_conductivite_thermique_post_lin.txt -param parametre/post_traitement/params_post_conductivite_thermique.txt -dossier resultats/conductivite_thermique/FH/lin" << std::endl;
1978  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_CLG_conductivite_thermique_post_lin.txt -param parametre/post_traitement/params_post_conductivite_thermique.txt -dossier resultats/conductivite_thermique/GH/lin" << std::endl;
1979  ofstrm << "rm tmp_lst_ves_calcul_CLF_x_post_lin.txt" << std::endl;
1980  ofstrm << "rm tmp_lst_ves_calcul_CLF_y_post_lin.txt" << std::endl;
1981  ofstrm << "rm tmp_lst_ves_calcul_CLF_z_post_lin.txt" << std::endl;
1982  ofstrm << "rm tmp_lst_ves_calcul_CLG_x_post_lin.txt" << std::endl;
1983  ofstrm << "rm tmp_lst_ves_calcul_CLG_y_post_lin.txt" << std::endl;
1984  ofstrm << "rm tmp_lst_ves_calcul_CLG_z_post_lin.txt" << std::endl;
1985  ofstrm << "rm tmp_lst_ves_CLF_conductivite_thermique_post_lin.txt" << std::endl;
1986  ofstrm << "rm tmp_lst_ves_CLG_conductivite_thermique_post_lin.txt" << std::endl;
1987  }
1988  }
1989  if(fem_maill_quad)
1990  {
1991  if(etude_mecanique)
1992  {
1993  ofstrm << "mkdir -p resultats/champ/DH/sph/quad" << std::endl;
1994  ofstrm << "mkdir -p resultats/champ/DH/dev/quad" << std::endl;
1995  ofstrm << "mkdir -p resultats/champ/CH/sph/quad" << std::endl;
1996  ofstrm << "mkdir -p resultats/champ/CH/dev/quad" << std::endl;
1997  ofstrm << "mkdir -p resultats/modules_elasticite/DH/quad" << std::endl;
1998  ofstrm << "mkdir -p resultats/modules_elasticite/CH/quad" << std::endl;
1999  ofstrm << "find . -name \"ves_calcul_CLDH_sph_post_quad.ves\" | sort > tmp_lst_ves_calcul_CLDH_sph_post_quad.txt" << std::endl;
2000  ofstrm << "find . -name \"ves_calcul_CLCH_sph_post_quad.ves\" | sort > tmp_lst_ves_calcul_CLCH_sph_post_quad.txt" << std::endl;
2001  ofstrm << "find . -name \"ves_calcul_CLDH_dev_post_quad.ves\" | sort > tmp_lst_ves_calcul_CLDH_dev_post_quad.txt" << std::endl;
2002  ofstrm << "find . -name \"ves_calcul_CLCH_dev_post_quad.ves\" | sort > tmp_lst_ves_calcul_CLCH_dev_post_quad.txt" << std::endl;
2003  ofstrm << "find . -name \"ves_calcul_CLDH_sph_ecart_chargement_post_quad.ves\" | sort > tmp_lst_ves_calcul_CLDH_sph_ecart_chargement_post_quad.txt" << std::endl;
2004  ofstrm << "find . -name \"ves_calcul_CLCH_sph_ecart_chargement_post_quad.ves\" | sort > tmp_lst_ves_calcul_CLCH_sph_ecart_chargement_post_quad.txt" << std::endl;
2005  ofstrm << "find . -name \"ves_calcul_CLDH_dev_ecart_chargement_post_quad.ves\" | sort > tmp_lst_ves_calcul_CLDH_dev_ecart_chargement_post_quad.txt" << std::endl;
2006  ofstrm << "find . -name \"ves_calcul_CLCH_dev_ecart_chargement_post_quad.ves\" | sort > tmp_lst_ves_calcul_CLCH_dev_ecart_chargement_post_quad.txt" << std::endl;
2007  ofstrm << "find . -name \"ves_CLDH_modules_elasticite_post_quad.ves\" | sort > tmp_lst_ves_CLDH_modules_elasticite_post_quad.txt" << std::endl;
2008  ofstrm << "find . -name \"ves_CLCH_modules_elasticite_post_quad.ves\" | sort > tmp_lst_ves_CLCH_modules_elasticite_post_quad.txt" << std::endl;
2009  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_calcul_CLDH_sph_post_quad.txt -lstparam parametre/post_traitement/lstparam_post_champ_meca.txt -dossier resultats/champ/DH/sph/quad" << std::endl;
2010  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_calcul_CLCH_sph_post_quad.txt -lstparam parametre/post_traitement/lstparam_post_champ_meca.txt -dossier resultats/champ/CH/sph/quad" << std::endl;
2011  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_calcul_CLDH_dev_post_quad.txt -lstparam parametre/post_traitement/lstparam_post_champ_meca.txt -dossier resultats/champ/DH/dev/quad" << std::endl;
2012  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_calcul_CLCH_dev_post_quad.txt -lstparam parametre/post_traitement/lstparam_post_champ_meca.txt -dossier resultats/champ/CH/dev/quad" << std::endl;
2013  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_calcul_CLDH_sph_ecart_chargement_post_quad.txt -lstparam parametre/post_traitement/lstparam_post_champ_meca_ecart_chargement_sph.txt -dossier resultats/champ/DH/sph/quad" << std::endl;
2014  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_calcul_CLCH_sph_ecart_chargement_post_quad.txt -lstparam parametre/post_traitement/lstparam_post_champ_meca_ecart_chargement_sph.txt -dossier resultats/champ/CH/sph/quad" << std::endl;
2015  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_calcul_CLDH_dev_ecart_chargement_post_quad.txt -lstparam parametre/post_traitement/lstparam_post_champ_meca_ecart_chargement_dev.txt -dossier resultats/champ/DH/dev/quad" << std::endl;
2016  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_calcul_CLCH_dev_ecart_chargement_post_quad.txt -lstparam parametre/post_traitement/lstparam_post_champ_meca_ecart_chargement_dev.txt -dossier resultats/champ/CH/dev/quad" << std::endl;
2017  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_CLDH_modules_elasticite_post_quad.txt -param parametre/post_traitement/params_post_modules_elasticite.txt -dossier resultats/modules_elasticite/DH/quad" << std::endl;
2018  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_CLCH_modules_elasticite_post_quad.txt -param parametre/post_traitement/params_post_modules_elasticite.txt -dossier resultats/modules_elasticite/CH/quad" << std::endl;
2019  ofstrm << "rm tmp_lst_ves_calcul_CLDH_sph_post_quad.txt" << std::endl;
2020  ofstrm << "rm tmp_lst_ves_calcul_CLCH_sph_post_quad.txt" << std::endl;
2021  ofstrm << "rm tmp_lst_ves_calcul_CLDH_dev_post_quad.txt" << std::endl;
2022  ofstrm << "rm tmp_lst_ves_calcul_CLCH_dev_post_quad.txt" << std::endl;
2023  ofstrm << "rm tmp_lst_ves_calcul_CLDH_sph_ecart_chargement_post_quad.txt" << std::endl;
2024  ofstrm << "rm tmp_lst_ves_calcul_CLCH_sph_ecart_chargement_post_quad.txt" << std::endl;
2025  ofstrm << "rm tmp_lst_ves_calcul_CLDH_dev_ecart_chargement_post_quad.txt" << std::endl;
2026  ofstrm << "rm tmp_lst_ves_calcul_CLCH_dev_ecart_chargement_post_quad.txt" << std::endl;
2027  ofstrm << "rm tmp_lst_ves_CLDH_modules_elasticite_post_quad.txt" << std::endl;
2028  ofstrm << "rm tmp_lst_ves_CLCH_modules_elasticite_post_quad.txt" << std::endl;
2029  }
2030  if(etude_thermique)
2031  {
2032  ofstrm << "mkdir -p resultats/champ/FH/F_x/quad" << std::endl;
2033  ofstrm << "mkdir -p resultats/champ/FH/F_y/quad" << std::endl;
2034  ofstrm << "mkdir -p resultats/champ/FH/F_z/quad" << std::endl;
2035  ofstrm << "mkdir -p resultats/champ/GH/G_x/quad" << std::endl;
2036  ofstrm << "mkdir -p resultats/champ/GH/G_y/quad" << std::endl;
2037  ofstrm << "mkdir -p resultats/champ/GH/G_z/quad" << std::endl;
2038  ofstrm << "mkdir -p resultats/conductivite_thermique/FH/quad" << std::endl;
2039  ofstrm << "mkdir -p resultats/conductivite_thermique/GH/quad" << std::endl;
2040  ofstrm << "find . -name \"ves_calcul_CLF_x_post_quad.ves\" | sort > tmp_lst_ves_calcul_CLF_x_post_quad.txt" << std::endl;
2041  ofstrm << "find . -name \"ves_calcul_CLF_y_post_quad.ves\" | sort > tmp_lst_ves_calcul_CLF_y_post_quad.txt" << std::endl;
2042  ofstrm << "find . -name \"ves_calcul_CLF_z_post_quad.ves\" | sort > tmp_lst_ves_calcul_CLF_z_post_quad.txt" << std::endl;
2043  ofstrm << "find . -name \"ves_calcul_CLG_x_post_quad.ves\" | sort > tmp_lst_ves_calcul_CLG_x_post_quad.txt" << std::endl;
2044  ofstrm << "find . -name \"ves_calcul_CLG_y_post_quad.ves\" | sort > tmp_lst_ves_calcul_CLG_y_post_quad.txt" << std::endl;
2045  ofstrm << "find . -name \"ves_calcul_CLG_z_post_quad.ves\" | sort > tmp_lst_ves_calcul_CLG_z_post_quad.txt" << std::endl;
2046  ofstrm << "find . -name \"ves_CLF_conductivite_thermique_post_quad.ves\" | sort > tmp_lst_ves_CLF_conductivite_thermique_post_quad.txt" << std::endl;
2047  ofstrm << "find . -name \"ves_CLG_conductivite_thermique_post_quad.ves\" | sort > tmp_lst_ves_CLG_conductivite_thermique_post_quad.txt" << std::endl;
2048  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_calcul_CLF_x_post_quad.txt -lstparam parametre/post_traitement/lstparam_post_champ_ther.txt -dossier resultats/champ/FH/F_x/quad" << std::endl;
2049  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_calcul_CLF_y_post_quad.txt -lstparam parametre/post_traitement/lstparam_post_champ_ther.txt -dossier resultats/champ/FH/F_y/quad" << std::endl;
2050  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_calcul_CLF_z_post_quad.txt -lstparam parametre/post_traitement/lstparam_post_champ_ther.txt -dossier resultats/champ/FH/F_z/quad" << std::endl;
2051  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_calcul_CLG_x_post_quad.txt -lstparam parametre/post_traitement/lstparam_post_champ_ther.txt -dossier resultats/champ/GH/G_x/quad" << std::endl;
2052  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_calcul_CLG_y_post_quad.txt -lstparam parametre/post_traitement/lstparam_post_champ_ther.txt -dossier resultats/champ/GH/G_y/quad" << std::endl;
2053  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_calcul_CLG_z_post_quad.txt -lstparam parametre/post_traitement/lstparam_post_champ_ther.txt -dossier resultats/champ/GH/G_z/quad" << std::endl;
2054 
2055  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_calcul_CLF_x_post_quad.txt -param parametre/post_traitement/params_post_conductivite_thermique_x.txt -dossier resultats/champ/FH/F_x/quad" << std::endl;
2056  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_calcul_CLF_y_post_quad.txt -param parametre/post_traitement/params_post_conductivite_thermique_y.txt -dossier resultats/champ/FH/F_y/quad" << std::endl;
2057  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_calcul_CLF_z_post_quad.txt -param parametre/post_traitement/params_post_conductivite_thermique_z.txt -dossier resultats/champ/FH/F_z/quad" << std::endl;
2058  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_calcul_CLG_x_post_quad.txt -param parametre/post_traitement/params_post_conductivite_thermique_x.txt -dossier resultats/champ/GH/G_x/quad" << std::endl;
2059  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_calcul_CLG_y_post_quad.txt -param parametre/post_traitement/params_post_conductivite_thermique_y.txt -dossier resultats/champ/GH/G_y/quad" << std::endl;
2060  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_calcul_CLG_z_post_quad.txt -param parametre/post_traitement/params_post_conductivite_thermique_z.txt -dossier resultats/champ/GH/G_z/quad" << std::endl;
2061 
2062  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_CLF_conductivite_thermique_post_quad.txt -param parametre/post_traitement/params_post_conductivite_thermique.txt -dossier resultats/conductivite_thermique/FH/quad" << std::endl;
2063  ofstrm << "executer $CHEMINCOMPILE/microstructure/microstructure.exe -cumuler_post_traitement -lstves tmp_lst_ves_CLG_conductivite_thermique_post_quad.txt -param parametre/post_traitement/params_post_conductivite_thermique.txt -dossier resultats/conductivite_thermique/GH/quad" << std::endl;
2064  ofstrm << "rm tmp_lst_ves_calcul_CLF_x_post_quad.txt" << std::endl;
2065  ofstrm << "rm tmp_lst_ves_calcul_CLF_y_post_quad.txt" << std::endl;
2066  ofstrm << "rm tmp_lst_ves_calcul_CLF_z_post_quad.txt" << std::endl;
2067  ofstrm << "rm tmp_lst_ves_calcul_CLG_x_post_quad.txt" << std::endl;
2068  ofstrm << "rm tmp_lst_ves_calcul_CLG_y_post_quad.txt" << std::endl;
2069  ofstrm << "rm tmp_lst_ves_calcul_CLG_z_post_quad.txt" << std::endl;
2070  ofstrm << "rm tmp_lst_ves_CLF_conductivite_thermique_post_quad.txt" << std::endl;
2071  ofstrm << "rm tmp_lst_ves_CLG_conductivite_thermique_post_quad.txt" << std::endl;
2072  }
2073  }
2074  ofstrm << "" << std::endl;
2075  ofstrm << "./produire_figures 0" << std::endl;
2076  ofstrm << "echo \"**********************\"" << std::endl;
2077  ofstrm << "echo \" FIN \"" << std::endl;
2078  ofstrm << "echo \"**********************\"" << std::endl;
2079  ofstrm << "exit $STAT" << std::endl;
2080  ofstrm.close();
2081  if(fonc_affiche!=NULL) fonc_affiche((char*)"post_traitement");
2082  system((char*)"chmod 744 post_traitement");
2083 
2084  //=======================================================================================
2085  //=========================Figures==================================================
2086  //=======================================================================================
2087 
2088 
2089  ofstrm.open((char*)"produire_figures",std::ios::out|std::ios::trunc);
2090  ofstrm.precision(16);
2091  ofstrm.setf(std::ios::showpoint);
2092  ofstrm << "#!/bin/bash" << std::endl;
2093  ofstrm << "COUCHE_REF=\"$1\"" << std::endl;
2094  ofstrm << "#Data pour graph" << std::endl;
2095  ofstrm << "PWD=pwd" << std::endl;
2096  ofstrm << "mkdir -p resultats/data_graph resultats/graph" << std::endl;
2097  if(type_inclusion==MSTRUCT::TYPE_INCLUSION::CYLINDRE)
2098  {
2099  ofstrm << "#Orientation" << std::endl;
2100  ofstrm << "awk 'NR>=2 {print $1,($2+$3+$4+$5+$6+$7)}' resultats/cao/cumul_Orientation_Particule_ecart.txt > resultats/data_graph/cumul_Err_abs_ori.txt" << std::endl;
2101  ofstrm << "sed -i '1s/^/Nb_ves somme_ecart_absolu\\n/' resultats/data_graph/cumul_Err_abs_ori.txt" << std::endl;
2102  if(fem_maill_lin)
2103  {
2104  ofstrm << "awk 'NR>=2 {print $1,$2,($2+$3+$4+$5+$6+$7)}' resultats/maillage_fem/lin/cumul_erosion_Orientation_Particule_ponderee_ecart.txt > resultats/data_graph/cumul_erosion_Err_abs_ori_lin.txt" << std::endl;
2105  ofstrm << "sed -i '1s/^/Couche Nb_ves somme_ecart_absolu\\n/' resultats/data_graph/cumul_erosion_Err_abs_ori_lin.txt" << std::endl;
2106  }
2107  if(fem_maill_quad)
2108  {
2109  ofstrm << "awk 'NR>=2 {print $1,$2,($2+$3+$4+$5+$6+$7)}' resultats/maillage_fem/quad/cumul_erosion_Orientation_Particule_ponderee_ecart.txt > resultats/data_graph/cumul_erosion_Err_abs_ori_quad.txt" << std::endl;
2110  ofstrm << "sed -i '1s/^/Couche Nb_ves somme_ecart_absolu\\n/' resultats/data_graph/cumul_erosion_Err_abs_ori_quad.txt" << std::endl;
2111  }
2112  }
2113  if(fem_maill_lin)
2114  {
2115  ofstrm << "awk 'NR>=2 {print $1,$2,$7,$8}' resultats/maillage_fem/lin/cumul_erosion_FEM_maillage_Particule.txt > resultats/data_graph/tmp_erosion_fem_maill_lin" << std::endl;
2116  ofstrm << "awk 'NR>=2 {print $1,$3}' resultats/maillage_fem/lin/c_$COUCHE_REF/liste_FEM_maillage_Particule.txt > resultats/data_graph/tmp_liste_fem_maill_lin" << std::endl;
2117  if(etude_mecanique)
2118  {
2119  ofstrm << "#Module elasticite" << std::endl;
2120  ofstrm << "awk 'NR>=2 {print $3,$4,$7,$8,$11,$12,$15,$16}' resultats/modules_elasticite/CH/lin/cumul_erosion_Modules_elasticite.txt > resultats/data_graph/tmp_erosion_Modules_app_CH_lin" << std::endl;
2121  ofstrm << "awk 'NR>=2 {print $3,$4,$7,$8,$11,$12,$15,$16}' resultats/modules_elasticite/DH/lin/cumul_erosion_Modules_elasticite.txt > resultats/data_graph/tmp_erosion_Modules_app_DH_lin" << std::endl;
2122  ofstrm << "paste -d ' ' resultats/data_graph/tmp_erosion_fem_maill_lin resultats/data_graph/tmp_erosion_Modules_app_CH_lin > resultats/data_graph/erosion_Modules_app_CH_lin.txt" << std::endl;
2123  ofstrm << "paste -d ' ' resultats/data_graph/tmp_erosion_fem_maill_lin resultats/data_graph/tmp_erosion_Modules_app_DH_lin > resultats/data_graph/erosion_Modules_app_DH_lin.txt" << std::endl;
2124  ofstrm << "sed -i '1s/^/Couche Nb_ves Fvol(moy ±) Eapp(moy ±) Nuapp(moy ±) Gapp(moy ±) Kapp(moy ±)\\n/' resultats/data_graph/erosion_Modules_app_CH_lin.txt" << std::endl;
2125  ofstrm << "sed -i '1s/^/Couche Nb_ves Fvol(moy ±) Eapp(moy ±) Nuapp(moy ±) Gapp(moy ±) Kapp(moy ±)\\n/' resultats/data_graph/erosion_Modules_app_DH_lin.txt" << std::endl;
2126  ofstrm << "rm resultats/data_graph/tmp_erosion_Modules_app_CH_lin resultats/data_graph/tmp_erosion_Modules_app_DH_lin" << std::endl;
2127  ofstrm << "awk 'NR>=2 {print $2,$3,$4,$5}' resultats/modules_elasticite/CH/lin/c_$COUCHE_REF/liste_Modules_elasticite.txt > resultats/data_graph/tmp_Modules_app_CH_lin" << std::endl;
2128  ofstrm << "awk 'NR>=2 {print $2,$3,$4,$5}' resultats/modules_elasticite/DH/lin/c_$COUCHE_REF/liste_Modules_elasticite.txt > resultats/data_graph/tmp_Modules_app_DH_lin" << std::endl;
2129  ofstrm << "paste -d ' ' resultats/data_graph/tmp_liste_fem_maill_lin resultats/data_graph/tmp_Modules_app_CH_lin > resultats/data_graph/liste_Modules_app_CH_lin.txt" << std::endl;
2130  ofstrm << "paste -d ' ' resultats/data_graph/tmp_liste_fem_maill_lin resultats/data_graph/tmp_Modules_app_DH_lin > resultats/data_graph/liste_Modules_app_DH_lin.txt" << std::endl;
2131  ofstrm << "sed -i '1s/^/# Fvol Eapp Nuapp Gapp Kapp\\n/' resultats/data_graph/liste_Modules_app_CH_lin.txt" << std::endl;
2132  ofstrm << "sed -i '1s/^/# Fvol Eapp Nuapp Gapp Kapp\\n/' resultats/data_graph/liste_Modules_app_DH_lin.txt" << std::endl;
2133  ofstrm << "rm resultats/data_graph/tmp_Modules_app_CH_lin resultats/data_graph/tmp_Modules_app_DH_lin" << std::endl;
2134  }
2135  if(etude_thermique)
2136  {
2137  ofstrm << "#Conductivite thermique" << std::endl;
2138  ofstrm << "awk 'NR>=2 {print $3,$4}' resultats/conductivite_thermique/FH/lin/cumul_erosion_Conductivite_thermique.txt > resultats/data_graph/tmp_erosion_Conductivite_thermique_app_FH_lin" << std::endl;
2139  ofstrm << "awk 'NR>=2 {print $3,$4}' resultats/conductivite_thermique/GH/lin/cumul_erosion_Conductivite_thermique.txt > resultats/data_graph/tmp_erosion_Conductivite_thermique_app_GH_lin" << std::endl;
2140  ofstrm << "paste -d ' ' resultats/data_graph/tmp_erosion_fem_maill_lin resultats/data_graph/tmp_erosion_Conductivite_thermique_app_FH_lin > resultats/data_graph/erosion_Conductivite_thermique_app_FH_lin.txt" << std::endl;
2141  ofstrm << "paste -d ' ' resultats/data_graph/tmp_erosion_fem_maill_lin resultats/data_graph/tmp_erosion_Conductivite_thermique_app_GH_lin > resultats/data_graph/erosion_Conductivite_thermique_app_GH_lin.txt" << std::endl;
2142  ofstrm << "sed -i '1s/^/Couche Nb_ves Fvol(moy ±) Lambda(moy ±)\\n/' resultats/data_graph/erosion_Conductivite_thermique_app_FH_lin.txt" << std::endl;
2143  ofstrm << "sed -i '1s/^/Couche Nb_ves Fvol(moy ±) Lambda(moy ±)\\n/' resultats/data_graph/erosion_Conductivite_thermique_app_GH_lin.txt" << std::endl;
2144  ofstrm << "rm resultats/data_graph/tmp_erosion_Conductivite_thermique_app_FH_lin resultats/data_graph/tmp_erosion_Conductivite_thermique_app_GH_lin" << std::endl;
2145  ofstrm << "awk 'NR>=2 {print $2}' resultats/conductivite_thermique/FH/lin/c_$COUCHE_REF/liste_Conductivite_thermique.txt > resultats/data_graph/tmp_Conductivite_thermique_app_FH_lin" << std::endl;
2146  ofstrm << "awk 'NR>=2 {print $2}' resultats/conductivite_thermique/GH/lin/c_$COUCHE_REF/liste_Conductivite_thermique.txt > resultats/data_graph/tmp_Conductivite_thermique_app_GH_lin" << std::endl;
2147  ofstrm << "paste -d ' ' resultats/data_graph/tmp_liste_fem_maill_lin resultats/data_graph/tmp_Conductivite_thermique_app_FH_lin > resultats/data_graph/liste_Conductivite_thermique_app_FH_lin.txt" << std::endl;
2148  ofstrm << "paste -d ' ' resultats/data_graph/tmp_liste_fem_maill_lin resultats/data_graph/tmp_Conductivite_thermique_app_GH_lin > resultats/data_graph/liste_Conductivite_thermique_app_GH_lin.txt" << std::endl;
2149  ofstrm << "sed -i '1s/^/# Fvol Lambda_app\\n/' resultats/data_graph/liste_Conductivite_thermique_app_FH_lin.txt" << std::endl;
2150  ofstrm << "sed -i '1s/^/# Fvol Lambda_app\\n/' resultats/data_graph/liste_Conductivite_thermique_app_GH_lin.txt" << std::endl;
2151  ofstrm << "rm resultats/data_graph/tmp_Conductivite_thermique_app_FH_lin resultats/data_graph/tmp_Conductivite_thermique_app_GH_lin" << std::endl;
2152  }
2153  ofstrm << "rm resultats/data_graph/tmp_erosion_fem_maill_lin resultats/data_graph/tmp_liste_fem_maill_lin" << std::endl;
2154  }
2155  if(fem_maill_quad)
2156  {
2157  ofstrm << "awk 'NR>=2 {print $1,$2,$7,$8}' resultats/maillage_fem/quad/cumul_erosion_FEM_maillage_Particule.txt > resultats/data_graph/tmp_erosion_fem_maill_quad" << std::endl;
2158  ofstrm << "awk 'NR>=2 {print $1,$3}' resultats/maillage_fem/quad/c_$COUCHE_REF/liste_FEM_maillage_Particule.txt > resultats/data_graph/tmp_liste_fem_maill_quad" << std::endl;
2159  if(etude_mecanique)
2160  {
2161  ofstrm << "#Module elasticite" << std::endl;
2162  ofstrm << "awk 'NR>=2 {print $3,$4,$7,$8,$11,$12,$15,$16}' resultats/modules_elasticite/CH/quad/cumul_erosion_Modules_elasticite.txt > resultats/data_graph/tmp_erosion_Modules_app_CH_quad" << std::endl;
2163  ofstrm << "awk 'NR>=2 {print $3,$4,$7,$8,$11,$12,$15,$16}' resultats/modules_elasticite/DH/quad/cumul_erosion_Modules_elasticite.txt > resultats/data_graph/tmp_erosion_Modules_app_DH_quad" << std::endl;
2164  ofstrm << "paste -d ' ' resultats/data_graph/tmp_erosion_fem_maill_quad resultats/data_graph/tmp_erosion_Modules_app_CH_quad > resultats/data_graph/erosion_Modules_app_CH_quad.txt" << std::endl;
2165  ofstrm << "paste -d ' ' resultats/data_graph/tmp_erosion_fem_maill_quad resultats/data_graph/tmp_erosion_Modules_app_DH_quad > resultats/data_graph/erosion_Modules_app_DH_quad.txt" << std::endl;
2166  ofstrm << "sed -i '1s/^/Couche Nb_ves Fvol(moy ±) Eapp(moy ±) Nuapp(moy ±) Gapp(moy ±) Kapp(moy ±)\\n/' resultats/data_graph/erosion_Modules_app_CH_quad.txt" << std::endl;
2167  ofstrm << "sed -i '1s/^/Couche Nb_ves Fvol(moy ±) Eapp(moy ±) Nuapp(moy ±) Gapp(moy ±) Kapp(moy ±)\\n/' resultats/data_graph/erosion_Modules_app_DH_quad.txt" << std::endl;
2168  ofstrm << "rm resultats/data_graph/tmp_erosion_Modules_app_CH_quad resultats/data_graph/tmp_erosion_Modules_app_DH_quad" << std::endl;
2169  ofstrm << "awk 'NR>=2 {print $2,$3,$4,$5}' resultats/modules_elasticite/CH/quad/c_$COUCHE_REF/liste_Modules_elasticite.txt > resultats/data_graph/tmp_Modules_app_CH_quad" << std::endl;
2170  ofstrm << "awk 'NR>=2 {print $2,$3,$4,$5}' resultats/modules_elasticite/DH/quad/c_$COUCHE_REF/liste_Modules_elasticite.txt > resultats/data_graph/tmp_Modules_app_DH_quad" << std::endl;
2171  ofstrm << "paste -d ' ' resultats/data_graph/tmp_liste_fem_maill_quad resultats/data_graph/tmp_Modules_app_CH_quad > resultats/data_graph/liste_Modules_app_CH_quad.txt" << std::endl;
2172  ofstrm << "paste -d ' ' resultats/data_graph/tmp_liste_fem_maill_quad resultats/data_graph/tmp_Modules_app_DH_quad > resultats/data_graph/liste_Modules_app_DH_quad.txt" << std::endl;
2173  ofstrm << "sed -i '1s/^/# Fvol Eapp Nuapp Gapp Kapp\\n/' resultats/data_graph/liste_Modules_app_CH_quad.txt" << std::endl;
2174  ofstrm << "sed -i '1s/^/# Fvol Eapp Nuapp Gapp Kapp\\n/' resultats/data_graph/liste_Modules_app_DH_quad.txt" << std::endl;
2175  ofstrm << "rm resultats/data_graph/tmp_Modules_app_CH_quad resultats/data_graph/tmp_Modules_app_DH_quad" << std::endl;
2176  }
2177  if(etude_thermique)
2178  {
2179  ofstrm << "#Conductivite thermique" << std::endl;
2180  ofstrm << "awk 'NR>=2 {print $3,$4}' resultats/conductivite_thermique/FH/quad/cumul_erosion_Conductivite_thermique.txt > resultats/data_graph/tmp_erosion_Conductivite_thermique_app_FH_quad" << std::endl;
2181  ofstrm << "awk 'NR>=2 {print $3,$4}' resultats/conductivite_thermique/GH/quad/cumul_erosion_Conductivite_thermique.txt > resultats/data_graph/tmp_erosion_Conductivite_thermique_app_GH_quad" << std::endl;
2182  ofstrm << "paste -d ' ' resultats/data_graph/tmp_erosion_fem_maill_quad resultats/data_graph/tmp_erosion_Conductivite_thermique_app_FH_quad > resultats/data_graph/erosion_Conductivite_thermique_app_FH_quad.txt" << std::endl;
2183  ofstrm << "paste -d ' ' resultats/data_graph/tmp_erosion_fem_maill_quad resultats/data_graph/tmp_erosion_Conductivite_thermique_app_GH_quad > resultats/data_graph/erosion_Conductivite_thermique_app_GH_quad.txt" << std::endl;
2184  ofstrm << "sed -i '1s/^/Couche Nb_ves Fvol(moy ±) Lambda(moy ±)\\n/' resultats/data_graph/erosion_Conductivite_thermique_app_FH_quad.txt" << std::endl;
2185  ofstrm << "sed -i '1s/^/Couche Nb_ves Fvol(moy ±) Lambda(moy ±)\\n/' resultats/data_graph/erosion_Conductivite_thermique_app_GH_quad.txt" << std::endl;
2186  ofstrm << "rm resultats/data_graph/tmp_erosion_Conductivite_thermique_app_FH_quad resultats/data_graph/tmp_erosion_Conductivite_thermique_app_GH_quad" << std::endl;
2187  ofstrm << "awk 'NR>=2 {print $2}' resultats/conductivite_thermique/FH/quad/c_$COUCHE_REF/liste_Conductivite_thermique.txt > resultats/data_graph/tmp_Conductivite_thermique_app_FH_quad" << std::endl;
2188  ofstrm << "awk 'NR>=2 {print $2}' resultats/conductivite_thermique/GH/quad/c_$COUCHE_REF/liste_Conductivite_thermique.txt > resultats/data_graph/tmp_Conductivite_thermique_app_GH_quad" << std::endl;
2189  ofstrm << "paste -d ' ' resultats/data_graph/tmp_liste_fem_maill_quad resultats/data_graph/tmp_Conductivite_thermique_app_FH_quad > resultats/data_graph/liste_Conductivite_thermique_app_FH_quad.txt" << std::endl;
2190  ofstrm << "paste -d ' ' resultats/data_graph/tmp_liste_fem_maill_quad resultats/data_graph/tmp_Conductivite_thermique_app_GH_quad > resultats/data_graph/liste_Conductivite_thermique_app_GH_quad.txt" << std::endl;
2191  ofstrm << "sed -i '1s/^/# Fvol Lambda_app\\n/' resultats/data_graph/liste_Conductivite_thermique_app_FH_quad.txt" << std::endl;
2192  ofstrm << "sed -i '1s/^/# Fvol Lambda_app\\n/' resultats/data_graph/liste_Conductivite_thermique_app_GH_quad.txt" << std::endl;
2193  ofstrm << "rm resultats/data_graph/tmp_Conductivite_thermique_app_FH_quad resultats/data_graph/tmp_Conductivite_thermique_app_GH_quad" << std::endl;
2194  }
2195  ofstrm << "rm resultats/data_graph/tmp_erosion_fem_maill_quad resultats/data_graph/tmp_liste_fem_maill_quad" << std::endl;
2196  }
2197  ofstrm << "gnuplot -e \"couche_ref=0\" fig.gnu" << std::endl;
2198  if(fonc_affiche!=NULL) fonc_affiche((char*)"produire_figures");
2199  system((char*)"chmod 744 produire_figures");
2200  ofstrm.close();
2201 
2202 
2203  ofstrm.open((char*)"fig.gnu",std::ios::out|std::ios::trunc);
2204  ofstrm.precision(16);
2205  ofstrm.setf(std::ios::showpoint);
2206  ofstrm << "" << std::endl;
2207  ofstrm << "" << std::endl;
2208  ofstrm << "if (!exists(\"couche_ref\")) couche_ref=0" << std::endl;
2209  ofstrm << "if (!exists(\"sortie\")) sortie=\"svg\"" << std::endl;
2210  ofstrm << "if (sortie eq \"svg\") {term=\"svg\";ext=\"svg\";}" << std::endl;
2211  ofstrm << "if (sortie eq \"pdf\") {term=\"pdf size 10,8 font 'Helvetica,20'\";ext=\"pdf\";}" << std::endl;
2212 
2213  ofstrm << "print sprintf(\"Format de sortie : %s\",sortie)" << std::endl;
2214  ofstrm << "print sprintf(\"couche ref : c_%i\",couche_ref)" << std::endl;
2215  ofstrm << "" << std::endl;
2216  ofstrm << "set terminal term" << std::endl;
2217  ofstrm << "set lmargin 10" << std::endl;
2218  ofstrm << "set rmargin 15 " << std::endl;
2219  ofstrm << "set key outside" << std::endl;
2220  ofstrm << "set grid" << std::endl;
2221  ofstrm << "c1(c)=c" << std::endl;
2222  ofstrm << "c2(c)=1.0-c" << std::endl;
2223  ofstrm << "" << std::endl;
2224  ofstrm << "E1=real(system(sprintf(\"grep 'Mu_E' parametre/materiau/param_mat_particule.txt | awk '{print $3/(1000000000)}'\")))" << std::endl;
2225  ofstrm << "nu1=real(system(sprintf(\"grep 'Mu_nu' parametre/materiau/param_mat_particule.txt | awk '{print $3}'\")))" << std::endl;
2226  ofstrm << "E2=real(system(sprintf(\"grep 'Mu_E' parametre/materiau/param_mat_matrice.txt | awk '{print $3/(1000000000)}'\")))" << std::endl;
2227  ofstrm << "nu2=real(system(sprintf(\"grep 'Mu_nu' parametre/materiau/param_mat_matrice.txt | awk '{print $3}'\")))" << std::endl;
2228  ofstrm << "print sprintf(\"E1 = %f GPa, nu1 = %f\",E1,nu1)" << std::endl;
2229  ofstrm << "print sprintf(\"E2 = %f GPa, nu2 = %f\",E2,nu2)" << std::endl;
2230  ofstrm << "transfk(E,nu)=E/(3.0*(1.0-2.0*nu))" << std::endl;
2231  ofstrm << "transfmu(E,nu)=E*0.5/(1.0+nu)" << std::endl;
2232  ofstrm << "transfE(k,mu)=9.0*mu*k/(3.0*k+mu)" << std::endl;
2233  ofstrm << "transfnu(k,mu)=(3.0*k-2.0*mu)/(6.0*k+2.0*mu)" << std::endl;
2234  ofstrm << "fk(c,mu)=k1+c2(c)*(k2-k1)/(1.0+c1(c)*(k2-k1)/(k1+4.0*mu/3.0))" << std::endl;
2235  ofstrm << "fm(c,k,mu)=mu1+c2(c)*(mu2-mu1)/(1.0+c1(c)*(mu2-mu1)/(mu1+(1.5/((1.0/mu)+(10.0/(9.0*k+8.0*mu))))))" << std::endl;
2236  ofstrm << "mu1=transfmu(E1,nu1)" << std::endl;
2237  ofstrm << "k1=transfk(E1,nu1)" << std::endl;
2238  ofstrm << "mu2=transfmu(E2,nu2)" << std::endl;
2239  ofstrm << "k2=transfk(E2,nu2)" << std::endl;
2240  ofstrm << "k_voigt(c)=c1(c)*k1+c2(c)*k2" << std::endl;
2241  ofstrm << "mu_voigt(c)=c1(c)*mu1+c2(c)*mu2" << std::endl;
2242  ofstrm << "k_reuss(c)=(k1*k2)/(c1(c)*k2+c2(c)*k1)" << std::endl;
2243  ofstrm << "mu_reuss(c)=(mu1*mu2)/(c1(c)*mu2+c2(c)*mu1)" << std::endl;
2244  ofstrm << "E_voigt(c)=transfE(k_voigt(c),mu_voigt(c))" << std::endl;
2245  ofstrm << "nu_voigt(c)=transfnu(k_voigt(c),mu_voigt(c))" << std::endl;
2246  ofstrm << "E_reuss(c)=transfE(k_reuss(c),mu_reuss(c))" << std::endl;
2247  ofstrm << "nu_reuss(c)=transfnu(k_reuss(c),mu_reuss(c))" << std::endl;
2248  ofstrm << "ka(c)=fk(c,mu1)" << std::endl;
2249  ofstrm << "kb(c)=fk(c,mu2)" << std::endl;
2250  ofstrm << "k_hs_inf(c)=ka(c)<kb(c) ? ka(c) : kb(c)" << std::endl;
2251  ofstrm << "k_hs_sup(c)=ka(c)<kb(c) ? kb(c) : ka(c)" << std::endl;
2252  ofstrm << "mua(c)=((mu1-mu2)*(k1-k2))>=0. ? fm(c,k1,mu1) : fm(c,k2,mu1)" << std::endl;
2253  ofstrm << "mub(c)=((mu1-mu2)*(k1-k2))>=0. ? fm(c,k2,mu2) : fm(c,k1,mu2)" << std::endl;
2254  ofstrm << "mu_hs_inf(c)=mua(c)<mub(c) ? mua(c) : mub(c)" << std::endl;
2255  ofstrm << "mu_hs_sup(c)=mua(c)<mub(c) ? mub(c) : mua(c)" << std::endl;
2256  ofstrm << "E_hs_inf(c)=transfE(k_hs_inf(c),mu_hs_inf(c))" << std::endl;
2257  ofstrm << "E_hs_sup(c)=transfE(k_hs_sup(c),mu_hs_sup(c))" << std::endl;
2258  ofstrm << "lambda1=real(system(sprintf(\"grep 'Mu_Lambda' parametre/materiau/param_mat_particule.txt | awk '{print $3}'\")))" << std::endl;
2259  ofstrm << "lambda2=real(system(sprintf(\"grep 'Mu_Lambda' parametre/materiau/param_mat_matrice.txt | awk '{print $3}'\")))" << std::endl;
2260  ofstrm << "print sprintf(\"lambda1 = %f (W/(mK))\",lambda1)" << std::endl;
2261  ofstrm << "print sprintf(\"lambda2 = %f (W/(mK))\",lambda2)" << std::endl;
2262  ofstrm << "lambda_voigt(c)=c1(c)*lambda1+c2(c)*lambda2" << std::endl;
2263  ofstrm << "lambda_reuss(c)=1.0/((c1(c)/lambda1)+(c2(c)/lambda2))" << std::endl;
2264  ofstrm << "lambda_a(c)=lambda1+(c2(c)/((1.0/(lambda2-lambda1))+(c1(c)/(3.0*lambda1))))" << std::endl;
2265  ofstrm << "lambda_b(c)=lambda2+(c1(c)/((1.0/(lambda1-lambda2))+(c2(c)/(3.0*lambda2))))" << std::endl;
2266  ofstrm << "lambda_hs_inf(c)=(lambda_a(c)>lambda_b(c)) ? lambda_b(c) : lambda_a(c)" << std::endl;
2267  ofstrm << "lambda_hs_sup(c)=(lambda_a(c)>lambda_b(c)) ? lambda_a(c) : lambda_b(c)" << std::endl;
2268  ofstrm << "" << std::endl;
2269  ofstrm << "#print sprintf(\"K_voigt = %f\",k_voigt(0.099))" << std::endl;
2270  ofstrm << "#print sprintf(\"K_hs_sup = %f\",k_hs_sup(0.099))" << std::endl;
2271  ofstrm << "#print sprintf(\"K_hs_inf = %f\",k_hs_inf(0.099))" << std::endl;
2272  ofstrm << "#print sprintf(\"K_reuss = %f\",k_reuss(0.099))" << std::endl;
2273  ofstrm << "#print sprintf(\"G_voigt = %f\",mu_voigt(0.099))" << std::endl;
2274  ofstrm << "#print sprintf(\"G_hs_sup = %f\",mu_hs_sup(0.099))" << std::endl;
2275  ofstrm << "#print sprintf(\"G_hs_inf = %f\",mu_hs_inf(0.099))" << std::endl;
2276  ofstrm << "#print sprintf(\"G_reuss = %f\",mu_reuss(0.099))" << std::endl;
2277  ofstrm << "#print sprintf(\"E_voigt = %f\",E_voigt(0.099))" << std::endl;
2278  ofstrm << "#print sprintf(\"E_hs_sup = %f\",E_hs_sup(0.099))" << std::endl;
2279  ofstrm << "#print sprintf(\"E_hs_inf = %f\",E_hs_inf(0.099))" << std::endl;
2280  ofstrm << "#print sprintf(\"E_reuss = %f\",E_reuss(0.099))" << std::endl;
2281  ofstrm << "#print sprintf(\"lambda_voigt = %f\",lambda_voigt(0.099))" << std::endl;
2282  ofstrm << "#print sprintf(\"lambda_hs_sup = %f\",lambda_hs_sup(0.099))" << std::endl;
2283  ofstrm << "#print sprintf(\"lambda_hs_inf = %f\",lambda_hs_inf(0.099))" << std::endl;
2284  ofstrm << "#print sprintf(\"lambda_reuss = %f\",lambda_reuss(0.099))" << std::endl;
2285  ofstrm << "" << std::endl;
2286  if(etude_mecanique)
2287  {
2288  ofstrm << "#Nuage Eapp" << std::endl;
2289  if(fem_maill_lin)
2290  {
2291  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/nuage_Eapp_lin.\",ext)" << std::endl;
2292  ofstrm << "#set xrange [0:100]" << std::endl;
2293  ofstrm << "#set yrange [3:6]" << std::endl;
2294  ofstrm << "#set title \"Module de Young (GPa)\"" << std::endl;
2295  ofstrm << "set xlabel \"Fraction volumique (%)\"" << std::endl;
2296  ofstrm << "set ylabel \"Module de Young (GPa)\"" << std::endl;
2297  ofstrm << "plot \"resultats/data_graph/liste_Modules_app_DH_lin.txt\" u ($2*100):($3/(1000000000)) pt 4 ps 0.5 lc rgb 'blue' lw 1 title \"DH\",\\" << std::endl;
2298  ofstrm << "\"resultats/data_graph/liste_Modules_app_CH_lin.txt\" u ($2*100):($3/(1000000000)) pt 4 ps 0.5 lc rgb 'red' lw 1 title \"CH\",\\" << std::endl;
2299  ofstrm << "E_reuss(x/100.0) with line lw 2 lc rgb 'black' lt 2 title \"E_{Reuss}\" ,\\" << std::endl;
2300  ofstrm << "E_hs_inf(x/100.0) with line lw 2 lc rgb 'black' lt 2 dashtype 2 title \"E_{HS-}\" ,\\" << std::endl;
2301  ofstrm << "E_hs_sup(x/100.0) with line lw 2 lc rgb 'black' lt 2 dashtype 2 title \"E_{HS+}\" ,\\" << std::endl;
2302  ofstrm << "E_voigt(x/100.0) with line lw 2 lc rgb 'grey' lt 2 dashtype 2 title \"E_{Voigt}\"" << std::endl;
2303  }
2304  if(fem_maill_quad)
2305  {
2306  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/nuage_Eapp_quad.\",ext)" << std::endl;
2307  ofstrm << "#set xrange [0:100]" << std::endl;
2308  ofstrm << "#set yrange [3:6]" << std::endl;
2309  ofstrm << "#set title \"Module de Young (GPa)\"" << std::endl;
2310  ofstrm << "set xlabel \"Fraction volumique (%)\"" << std::endl;
2311  ofstrm << "set ylabel \"Module de Young (GPa)\"" << std::endl;
2312  ofstrm << "plot \"resultats/data_graph/liste_Modules_app_DH_quad.txt\" u ($2*100):($3/(1000000000)) pt 5 ps 0.5 lc rgb 'blue' lw 1 title \"DH\",\\" << std::endl;
2313  ofstrm << "\"resultats/data_graph/liste_Modules_app_CH_quad.txt\" u ($2*100):($3/(1000000000)) pt 5 ps 0.5 lc rgb 'red' lw 1 title \"CH\",\\" << std::endl;
2314  ofstrm << "E_reuss(x/100.0) with line lw 2 lc rgb 'black' lt 2 title \"E_{Reuss}\" ,\\" << std::endl;
2315  ofstrm << "E_hs_inf(x/100.0) with line lw 2 lc rgb 'black' lt 2 dashtype 2 title \"E_{HS-}\" ,\\" << std::endl;
2316  ofstrm << "E_hs_sup(x/100.0) with line lw 2 lc rgb 'black' lt 2 dashtype 2 title \"E_{HS+}\" ,\\" << std::endl;
2317  ofstrm << "E_voigt(x/100.0) with line lw 2 lc rgb 'grey' lt 2 dashtype 2 title \"E_{Voigt}\"" << std::endl;
2318  }
2319  if(fem_maill_lin && fem_maill_quad)
2320  {
2321  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/nuage_Eapp_lin_quad.\",ext)" << std::endl;
2322  ofstrm << "#set xrange [0:100]" << std::endl;
2323  ofstrm << "#set yrange [3:6]" << std::endl;
2324  ofstrm << "#set title \"Module de Young (GPa)\"" << std::endl;
2325  ofstrm << "set xlabel \"Fraction volumique (%)\"" << std::endl;
2326  ofstrm << "set ylabel \"Module de Young (GPa)\"" << std::endl;
2327  ofstrm << "plot \"resultats/data_graph/liste_Modules_app_DH_lin.txt\" u ($2*100):($3/(1000000000)) pt 4 ps 0.5 lc rgb 'blue' lw 1 title \"DH lin\",\\" << std::endl;
2328  ofstrm << "\"resultats/data_graph/liste_Modules_app_CH_lin.txt\" u ($2*100):($3/(1000000000)) pt 4 ps 0.5 lc rgb 'red' lw 1 title \"CH lin\",\\" << std::endl;
2329  ofstrm << "\"resultats/data_graph/liste_Modules_app_DH_quad.txt\" u ($2*100):($3/(1000000000)) pt 5 ps 0.5 lc rgb 'blue' lw 1 title \"DH quad\",\\" << std::endl;
2330  ofstrm << "\"resultats/data_graph/liste_Modules_app_CH_quad.txt\" u ($2*100):($3/(1000000000)) pt 5 ps 0.5 lc rgb 'red' lw 1 title \"CH quad\",\\" << std::endl;
2331  ofstrm << "E_reuss(x/100.0) with line lw 2 lc rgb 'black' lt 2 title \"E_{Reuss}\" ,\\" << std::endl;
2332  ofstrm << "E_hs_inf(x/100.0) with line lw 2 lc rgb 'black' lt 2 dashtype 2 title \"E_{HS-}\" ,\\" << std::endl;
2333  ofstrm << "E_hs_sup(x/100.0) with line lw 2 lc rgb 'black' lt 2 dashtype 2 title \"E_{HS+}\" ,\\" << std::endl;
2334  ofstrm << "E_voigt(x/100.0) with line lw 2 lc rgb 'grey' lt 2 dashtype 2 title \"E_{Voigt}\"" << std::endl;
2335  }
2336 
2337  ofstrm << "" << std::endl;
2338  ofstrm << "#Cumul Eapp" << std::endl;
2339  if(fem_maill_lin)
2340  {
2341  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/cumul_Eapp_lin.\",ext)" << std::endl;
2342  ofstrm << "#set title \"Module de Young (GPa)\"" << std::endl;
2343  ofstrm << "set xlabel \"Fraction volumique (%)\"" << std::endl;
2344  ofstrm << "set ylabel \"Module de Young (GPa)\"" << std::endl;
2345  ofstrm << "plot sprintf(\"<(sed -n %ip resultats/data_graph/erosion_Modules_app_DH_lin.txt)\",couche_ref+2) u ($3*100):($5/(1000000000)):($4*100):($6/(1000000000)) with xyerrorbars pt 4 ps 0.5 lc rgb 'blue' lw 1 title \"DH\",\\" << std::endl;
2346  ofstrm << "sprintf(\"<(sed -n %ip resultats/data_graph/erosion_Modules_app_CH_lin.txt)\",couche_ref+2) u ($3*100):($5/(1000000000)):($4*100):($6/(1000000000)) with xyerrorbars pt 4 ps 0.5 lc rgb 'red' lw 1 title \"CH\",\\" << std::endl;
2347  ofstrm << "E_reuss(x/100.0) with line lw 2 lc rgb 'grey' lt 2 title \"E_{Reuss}\" ,\\" << std::endl;
2348  ofstrm << "E_hs_inf(x/100.0) with line lw 2 lc rgb 'black' lt 2 title \"E_{HS-}\" ,\\" << std::endl;
2349  ofstrm << "E_hs_sup(x/100.0) with line lw 2 lc rgb 'black' lt 2 dashtype 2 title \"E_{HS+}\" ,\\" << std::endl;
2350  ofstrm << "E_voigt(x/100.0) with line lw 2 lc rgb 'grey' lt 2 dashtype 2 title \"E_{Voigt}\"" << std::endl;
2351  }
2352  if(fem_maill_quad)
2353  {
2354  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/cumul_Eapp_quad.\",ext)" << std::endl;
2355  ofstrm << "#set title \"Module de Young (GPa)\"" << std::endl;
2356  ofstrm << "set xlabel \"Fraction volumique (%)\"" << std::endl;
2357  ofstrm << "set ylabel \"Module de Young (GPa)\"" << std::endl;
2358  ofstrm << "plot sprintf(\"<(sed -n %ip resultats/data_graph/erosion_Modules_app_DH_quad.txt)\",couche_ref+2) u ($3*100):($5/(1000000000)):($4*100):($6/(1000000000)) with xyerrorbars pt 5 ps 0.5 lc rgb 'blue' lw 1 title \"DH\",\\" << std::endl;
2359  ofstrm << "sprintf(\"<(sed -n %ip resultats/data_graph/erosion_Modules_app_CH_quad.txt)\",couche_ref+2) u ($3*100):($5/(1000000000)):($4*100):($6/(1000000000)) with xyerrorbars pt 5 ps 0.5 lc rgb 'red' lw 1 title \"CH\",\\" << std::endl;
2360  ofstrm << "E_reuss(x/100.0) with line lw 2 lc rgb 'grey' lt 2 title \"E_{Reuss}\" ,\\" << std::endl;
2361  ofstrm << "E_hs_inf(x/100.0) with line lw 2 lc rgb 'black' lt 2 title \"E_{HS-}\" ,\\" << std::endl;
2362  ofstrm << "E_hs_sup(x/100.0) with line lw 2 lc rgb 'black' lt 2 dashtype 2 title \"E_{HS+}\" ,\\" << std::endl;
2363  ofstrm << "E_voigt(x/100.0) with line lw 2 lc rgb 'grey' lt 2 dashtype 2 title \"E_{Voigt}\"" << std::endl;
2364  }
2365  if(fem_maill_lin && fem_maill_quad)
2366  {
2367  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/cumul_Eapp_lin_quad.\",ext)" << std::endl;
2368  ofstrm << "#set title \"Module de Young (GPa)\"" << std::endl;
2369  ofstrm << "set xlabel \"Fraction volumique (%)\"" << std::endl;
2370  ofstrm << "set ylabel \"Module de Young (GPa)\"" << std::endl;
2371  ofstrm << "plot sprintf(\"<(sed -n %ip resultats/data_graph/erosion_Modules_app_DH_lin.txt)\",couche_ref+2) u ($3*100):($5/(1000000000)):($4*100):($6/(1000000000)) with xyerrorbars pt 4 ps 0.5 lc rgb 'blue' lw 1 title \"DH lin\",\\" << std::endl;
2372  ofstrm << "sprintf(\"<(sed -n %ip resultats/data_graph/erosion_Modules_app_CH_lin.txt)\",couche_ref+2) u ($3*100):($5/(1000000000)):($4*100):($6/(1000000000)) with xyerrorbars pt 4 ps 0.5 lc rgb 'red' lw 1 title \"CH lin\",\\" << std::endl;
2373  ofstrm << "sprintf(\"<(sed -n %ip resultats/data_graph/erosion_Modules_app_DH_quad.txt)\",couche_ref+2) u ($3*100):($5/(1000000000)):($4*100):($6/(1000000000)) with xyerrorbars pt 5 ps 0.5 lc rgb 'blue' lw 1 title \"DH quad\",\\" << std::endl;
2374  ofstrm << "sprintf(\"<(sed -n %ip resultats/data_graph/erosion_Modules_app_CH_quad.txt)\",couche_ref+2) u ($3*100):($5/(1000000000)):($4*100):($6/(1000000000)) with xyerrorbars pt 5 ps 0.5 lc rgb 'red' lw 1 title \"CH quad\",\\" << std::endl;
2375  ofstrm << "E_reuss(x/100.0) with line lw 2 lc rgb 'grey' lt 2 title \"E_{Reuss}\" ,\\" << std::endl;
2376  ofstrm << "E_hs_inf(x/100.0) with line lw 2 lc rgb 'black' lt 2 title \"E_{HS-}\" ,\\" << std::endl;
2377  ofstrm << "E_hs_sup(x/100.0) with line lw 2 lc rgb 'black' lt 2 dashtype 2 title \"E_{HS+}\" ,\\" << std::endl;
2378  ofstrm << "E_voigt(x/100.0) with line lw 2 lc rgb 'grey' lt 2 dashtype 2 title \"E_{Voigt}\"" << std::endl;
2379  }
2380 
2381  ofstrm << "" << std::endl;
2382  ofstrm << "#Cumul erosion Eapp" << std::endl;
2383  if(fem_maill_lin)
2384  {
2385  ofstrm << "set terminal term" << std::endl;
2386  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_cumul_erosion_Eapp_lin.\",ext)" << std::endl;
2387  ofstrm << "set lmargin 10" << std::endl;
2388  ofstrm << "set rmargin 18" << std::endl;
2389  ofstrm << "set multiplot layout 2, 1" << std::endl;
2390  ofstrm << "#set xrange [0:0.41]" << std::endl;
2391  ofstrm << "#set title \"Module de Young (GPa)\"" << std::endl;
2392  ofstrm << "unset xlabel" << std::endl;
2393  ofstrm << "unset xtic" << std::endl;
2394  ofstrm << "set ylabel \"Module de Young (GPa)\"" << std::endl;
2395  ofstrm << "set ytics nomirror" << std::endl;
2396  ofstrm << "#set yrange [4.0:5]" << std::endl;
2397  ofstrm << "set size 1,0.7" << std::endl;
2398  ofstrm << "set origin 0,0.3" << std::endl;
2399  ofstrm << "plot \"resultats/data_graph/erosion_Modules_app_DH_lin.txt\" u ($1*" << epaisseur_couche_erosion << "):($5/(1000000000)) with linespoint pt 4 ps 1.0 lc rgb 'blue' lw 2 title \"DH\" ,\\" << std::endl;
2400  ofstrm << "\"resultats/data_graph/erosion_Modules_app_DH_lin.txt\" u ($1*" << epaisseur_couche_erosion << "):($5/(1000000000)):($6/(1000000000)) with yerrorbars pt 4 ps 1.0 lc rgb 'blue' lw 2 notitle ,\\" << std::endl;
2401  ofstrm << "\"resultats/data_graph/erosion_Modules_app_CH_lin.txt\" u ($1*" << epaisseur_couche_erosion << "):($5/(1000000000)) with linespoint pt 4 ps 1.0 lc rgb 'red' lw 2 title \"CH\" axes x1y1 ,\\" << std::endl;
2402  ofstrm << "\"resultats/data_graph/erosion_Modules_app_CH_lin.txt\" u ($1*" << epaisseur_couche_erosion << "):($5/(1000000000)):($6/(1000000000)) with yerrorbars pt 4 ps 1.0 lc rgb 'red' lw 2 notitle ,\\" << std::endl;
2403  ofstrm << "\"resultats/data_graph/erosion_Modules_app_CH_lin.txt\" u ($1*" << epaisseur_couche_erosion << "):(E_hs_inf($3)) with linespoint pt 9 ps 1.0 lw 2 lc rgb 'black' lt 2 title \"E_{HS-}\" #,\\" << std::endl;
2404  ofstrm << "\"resultats/data_graph/erosion_Modules_app_CH_lin.txt\" u ($1*" << epaisseur_couche_erosion << "):(E_reuss($3)) with line lw 2 lc rgb 'grey' lt 2 title \"E_{Reuss}\" ,\\" << std::endl;
2405  ofstrm << "\"resultats/data_graph/erosion_Modules_app_CH_lin.txt\" u ($1*" << epaisseur_couche_erosion << "):(E_hs_sup($3)) with line lw 2 lc rgb 'grey' lt 2 dashtype 2 title \"E_{HS+}\" ,\\" << std::endl;
2406  ofstrm << "\"resultats/data_graph/erosion_Modules_app_CH_lin.txt\" u ($1*" << epaisseur_couche_erosion << "):(E_voigt($3)) with line lw 2 lc rgb 'black' lt 2 dashtype 2 title \"E_{Voigt}\"" << std::endl;
2407  ofstrm << "set xlabel \"Distance d'erosion d_e\"" << std::endl;
2408  ofstrm << "set ylabel \"Fraction volumique (%)\"" << std::endl;
2409  ofstrm << "unset yrange" << std::endl;
2410  ofstrm << "set size 1,0.3" << std::endl;
2411  ofstrm << "set origin 0,0" << std::endl;
2412  ofstrm << "set xtics" << std::endl;
2413  ofstrm << "#set yrange [9:14]" << std::endl;
2414  ofstrm << "plot \"resultats/data_graph/erosion_Modules_app_CH_lin.txt\" u ($1*" << epaisseur_couche_erosion << "):($3*100) with linespoint lc rgb 'black' lt 2 lw 2 pt 6 ps 1.0 title \"Frac. Vol.\" ,\\" << std::endl;
2415  ofstrm << "\"resultats/data_graph/erosion_Modules_app_CH_lin.txt\" u ($1*" << epaisseur_couche_erosion << "):($3*100):($4*100) with yerrorbars lc rgb 'black' pt 6 ps 1.0 notitle" << std::endl;
2416  ofstrm << "unset yrange" << std::endl;
2417  ofstrm << "#unset lmargin" << std::endl;
2418  ofstrm << "#unset rmargin" << std::endl;
2419  ofstrm << "unset multiplot" << std::endl;
2420  }
2421  if(fem_maill_quad)
2422  {
2423  ofstrm << "set terminal term" << std::endl;
2424  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_cumul_erosion_Eapp_quad.\",ext)" << std::endl;
2425  ofstrm << "set lmargin 10" << std::endl;
2426  ofstrm << "set rmargin 18" << std::endl;
2427  ofstrm << "set multiplot layout 2, 1" << std::endl;
2428  ofstrm << "#set xrange [0:0.41]" << std::endl;
2429  ofstrm << "#set title \"Module de Young (GPa)\"" << std::endl;
2430  ofstrm << "unset xlabel" << std::endl;
2431  ofstrm << "unset xtic" << std::endl;
2432  ofstrm << "set ylabel \"Module de Young (GPa)\"" << std::endl;
2433  ofstrm << "set ytics nomirror" << std::endl;
2434  ofstrm << "#set yrange [4.0:5]" << std::endl;
2435  ofstrm << "set size 1,0.7" << std::endl;
2436  ofstrm << "set origin 0,0.3" << std::endl;
2437  ofstrm << "plot \"resultats/data_graph/erosion_Modules_app_DH_quad.txt\" u ($1*" << epaisseur_couche_erosion << "):($5/(1000000000)) with linespoint pt 5 ps 1.0 lc rgb 'blue' lw 2 title \"DH\" ,\\" << std::endl;
2438  ofstrm << "\"resultats/data_graph/erosion_Modules_app_DH_quad.txt\" u ($1*" << epaisseur_couche_erosion << "):($5/(1000000000)):($6/(1000000000)) with yerrorbars pt 5 ps 1.0 lc rgb 'blue' lw 2 notitle ,\\" << std::endl;
2439  ofstrm << "\"resultats/data_graph/erosion_Modules_app_CH_quad.txt\" u ($1*" << epaisseur_couche_erosion << "):($5/(1000000000)) with linespoint pt 5 ps 1.0 lc rgb 'red' lw 2 title \"CH\" axes x1y1 ,\\" << std::endl;
2440  ofstrm << "\"resultats/data_graph/erosion_Modules_app_CH_quad.txt\" u ($1*" << epaisseur_couche_erosion << "):($5/(1000000000)):($6/(1000000000)) with yerrorbars pt 5 ps 1.0 lc rgb 'red' lw 2 notitle ,\\" << std::endl;
2441  ofstrm << "\"resultats/data_graph/erosion_Modules_app_CH_quad.txt\" u ($1*" << epaisseur_couche_erosion << "):(E_hs_inf($3)) with linespoint pt 9 ps 1.0 lw 2 lc rgb 'black' lt 2 title \"E_{HS-}\" #,\\" << std::endl;
2442  ofstrm << "\"resultats/data_graph/erosion_Modules_app_CH_quad.txt\" u ($1*" << epaisseur_couche_erosion << "):(E_reuss($3)) with line lw 2 lc rgb 'grey' lt 2 title \"E_{Reuss}\" ,\\" << std::endl;
2443  ofstrm << "\"resultats/data_graph/erosion_Modules_app_CH_quad.txt\" u ($1*" << epaisseur_couche_erosion << "):(E_hs_sup($3)) with line lw 2 lc rgb 'grey' lt 2 dashtype 2 title \"E_{HS+}\" ,\\" << std::endl;
2444  ofstrm << "\"resultats/data_graph/erosion_Modules_app_CH_quad.txt\" u ($1*" << epaisseur_couche_erosion << "):(E_voigt($3)) with line lw 2 lc rgb 'black' lt 2 dashtype 2 title \"E_{Voigt}\"" << std::endl;
2445  ofstrm << "set xlabel \"Distance d'erosion d_e\"" << std::endl;
2446  ofstrm << "set ylabel \"Fraction volumique (%)\"" << std::endl;
2447  ofstrm << "unset yrange" << std::endl;
2448  ofstrm << "set size 1,0.3" << std::endl;
2449  ofstrm << "set origin 0,0" << std::endl;
2450  ofstrm << "set xtics" << std::endl;
2451  ofstrm << "#set yrange [9:14]" << std::endl;
2452  ofstrm << "plot \"resultats/data_graph/erosion_Modules_app_CH_quad.txt\" u ($1*" << epaisseur_couche_erosion << "):($3*100) with linespoint lc rgb 'black' lt 2 lw 2 pt 7 ps 1.0 title \"Frac. Vol.\" ,\\" << std::endl;
2453  ofstrm << "\"resultats/data_graph/erosion_Modules_app_CH_quad.txt\" u ($1*" << epaisseur_couche_erosion << "):($3*100):($4*100) with yerrorbars lc rgb 'black' pt 7 ps 1.0 notitle" << std::endl;
2454  ofstrm << "unset yrange" << std::endl;
2455  ofstrm << "#unset lmargin" << std::endl;
2456  ofstrm << "#unset rmargin" << std::endl;
2457  ofstrm << "unset multiplot" << std::endl;
2458  }
2459  if(fem_maill_lin && fem_maill_quad)
2460  {
2461  ofstrm << "set terminal term" << std::endl;
2462  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_cumul_erosion_Eapp_lin_quad.\",ext)" << std::endl;
2463  ofstrm << "set lmargin 10" << std::endl;
2464  ofstrm << "set rmargin 18" << std::endl;
2465  ofstrm << "set multiplot layout 2, 1" << std::endl;
2466  ofstrm << "#set xrange [0:0.41]" << std::endl;
2467  ofstrm << "#set title \"Module de Young (GPa)\"" << std::endl;
2468  ofstrm << "unset xlabel" << std::endl;
2469  ofstrm << "unset xtic" << std::endl;
2470  ofstrm << "set ylabel \"Module de Young (GPa)\"" << std::endl;
2471  ofstrm << "set ytics nomirror" << std::endl;
2472  ofstrm << "#set yrange [4.0:5]" << std::endl;
2473  ofstrm << "set size 1,0.7" << std::endl;
2474  ofstrm << "set origin 0,0.3" << std::endl;
2475  ofstrm << "plot \"resultats/data_graph/erosion_Modules_app_DH_lin.txt\" u ($1*" << epaisseur_couche_erosion << "):($5/(1000000000)) with linespoint pt 4 ps 1.0 lc rgb 'blue' lw 2 title \"DH lin\" ,\\" << std::endl;
2476  ofstrm << "\"resultats/data_graph/erosion_Modules_app_DH_lin.txt\" u ($1*" << epaisseur_couche_erosion << "):($5/(1000000000)):($6/(1000000000)) with yerrorbars pt 4 ps 1.0 lc rgb 'blue' lw 2 notitle ,\\" << std::endl;
2477  ofstrm << "\"resultats/data_graph/erosion_Modules_app_CH_lin.txt\" u ($1*" << epaisseur_couche_erosion << "):($5/(1000000000)) with linespoint pt 4 ps 1.0 lc rgb 'red' lw 2 title \"CH lin\" axes x1y1 ,\\" << std::endl;
2478  ofstrm << "\"resultats/data_graph/erosion_Modules_app_CH_lin.txt\" u ($1*" << epaisseur_couche_erosion << "):($5/(1000000000)):($6/(1000000000)) with yerrorbars pt 4 ps 1.0 lc rgb 'red' lw 2 notitle ,\\" << std::endl;
2479  ofstrm << "\"resultats/data_graph/erosion_Modules_app_DH_quad.txt\" u ($1*" << epaisseur_couche_erosion << "):($5/(1000000000)) with linespoint pt 5 ps 1.0 lc rgb 'blue' lw 2 title \"DH quad\" ,\\" << std::endl;
2480  ofstrm << "\"resultats/data_graph/erosion_Modules_app_DH_quad.txt\" u ($1*" << epaisseur_couche_erosion << "):($5/(1000000000)):($6/(1000000000)) with yerrorbars pt 5 ps 1.0 lc rgb 'blue' lw 2 notitle ,\\" << std::endl;
2481  ofstrm << "\"resultats/data_graph/erosion_Modules_app_CH_quad.txt\" u ($1*" << epaisseur_couche_erosion << "):($5/(1000000000)) with linespoint pt 5 ps 1.0 lc rgb 'red' lw 2 title \"CH quad\" axes x1y1 ,\\" << std::endl;
2482  ofstrm << "\"resultats/data_graph/erosion_Modules_app_CH_quad.txt\" u ($1*" << epaisseur_couche_erosion << "):($5/(1000000000)):($6/(1000000000)) with yerrorbars pt 5 ps 1.0 lc rgb 'red' lw 2 notitle" << std::endl;
2483  ofstrm << "set xlabel \"Distance d'erosion d_e\"" << std::endl;
2484  ofstrm << "set ylabel \"Fraction volumique (%)\"" << std::endl;
2485  ofstrm << "unset yrange" << std::endl;
2486  ofstrm << "set size 1,0.3" << std::endl;
2487  ofstrm << "set origin 0,0" << std::endl;
2488  ofstrm << "set xtics" << std::endl;
2489  ofstrm << "#set yrange [9:14]" << std::endl;
2490  ofstrm << "plot \"resultats/data_graph/erosion_Modules_app_CH_lin.txt\" u ($1*" << epaisseur_couche_erosion << "):($3*100) with linespoint lc rgb 'black' lt 2 lw 2 pt 6 ps 1.0 title \"Frac. Vol. lin\" ,\\" << std::endl;
2491  ofstrm << "\"resultats/data_graph/erosion_Modules_app_CH_lin.txt\" u ($1*" << epaisseur_couche_erosion << "):($3*100):($4*100) with yerrorbars lc rgb 'black' pt 6 ps 1.0 notitle ,\\" << std::endl;
2492  ofstrm << "\"resultats/data_graph/erosion_Modules_app_CH_quad.txt\" u ($1*" << epaisseur_couche_erosion << "):($3*100) with linespoint lc rgb 'black' lt 2 lw 2 pt 7 ps 1.0 title \"Frac. Vol. quad\" ,\\" << std::endl;
2493  ofstrm << "\"resultats/data_graph/erosion_Modules_app_CH_quad.txt\" u ($1*" << epaisseur_couche_erosion << "):($3*100):($4*100) with yerrorbars lc rgb 'black' pt 7 ps 1.0 notitle" << std::endl;
2494  ofstrm << "unset yrange" << std::endl;
2495  ofstrm << "unset multiplot" << std::endl;
2496  }
2497 
2498  ofstrm << "" << std::endl;
2499  ofstrm << "#Cumul erosion energie" << std::endl;
2500  if(fem_maill_lin)
2501  {
2502  ofstrm << "set terminal term" << std::endl;
2503  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_cumul_erosion_energie_lin.\",ext)" << std::endl;
2504  ofstrm << "set lmargin 10" << std::endl;
2505  ofstrm << "set rmargin 18" << std::endl;
2506  ofstrm << "set multiplot layout 2, 1" << std::endl;
2507  ofstrm << "#set xrange [0:0.41]" << std::endl;
2508  ofstrm << "unset xlabel" << std::endl;
2509  ofstrm << "unset xtic" << std::endl;
2510  ofstrm << "set ytics nomirror" << std::endl;
2511  ofstrm << "#set yrange [-20:5]" << std::endl;
2512  ofstrm << "set size 1,0.7" << std::endl;
2513  ofstrm << "set origin 0,0.3" << std::endl;
2514  ofstrm << "set xlabel \"Distance d'erosion d_e\"" << std::endl;
2515  ofstrm << "set ylabel \"Ecart d'energie relatif (%)\"" << std::endl;
2516  ofstrm << "plot \"resultats/champ/CH/dev/lin/cumul_erosion_Champ_ENERGIE_ecart.txt\" u ($1*0.02):($3*100.0) with linespoint pt 4 ps 0.5 lc rgb 'red' dt 1 lw 1 title \"CH dev\",\\" << std::endl;
2517  ofstrm << "\"resultats/champ/CH/sph/lin/cumul_erosion_Champ_ENERGIE_ecart.txt\" u ($1*0.02):($3*100.0) with linespoint pt 4 ps 0.5 lc rgb 'red' dt 2 lw 1 title \"CH sph\",\\" << std::endl;
2518  ofstrm << "\"resultats/champ/DH/dev/lin/cumul_erosion_Champ_ENERGIE_ecart.txt\" u ($1*0.02):($3*100.0) with linespoint pt 4 ps 0.5 lc rgb 'blue' dt 1 lw 1 title \"DH dev\",\\" << std::endl;
2519  ofstrm << "\"resultats/champ/DH/sph/lin/cumul_erosion_Champ_ENERGIE_ecart.txt\" u ($1*0.02):($3*100.0) with linespoint pt 4 ps 0.5 lc rgb 'blue' dt 2 lw 1 title \"DH sph\"" << std::endl;
2520  ofstrm << "set xlabel \"Distance d'erosion d_e\"" << std::endl;
2521  ofstrm << "set ylabel \"Fraction volumique (%)\"" << std::endl;
2522  ofstrm << "unset yrange" << std::endl;
2523  ofstrm << "set size 1,0.3" << std::endl;
2524  ofstrm << "set origin 0,0" << std::endl;
2525  ofstrm << "set xtics" << std::endl;
2526  ofstrm << "#set yrange [9:14]" << std::endl;
2527  ofstrm << "plot \"resultats/data_graph/erosion_Modules_app_CH_lin.txt\" u ($1*" << epaisseur_couche_erosion << "):($3*100) with linespoint lc rgb 'black' lt 2 lw 2 pt 6 ps 1.0 title \"Frac. Vol.\" ,\\" << std::endl;
2528  ofstrm << "\"resultats/data_graph/erosion_Modules_app_CH_lin.txt\" u ($1*" << epaisseur_couche_erosion << "):($3*100):($4*100) with yerrorbars lc rgb 'black' pt 6 ps 1.0 notitle" << std::endl;
2529  ofstrm << "unset yrange" << std::endl;
2530  ofstrm << "unset multiplot" << std::endl;
2531  }
2532  if(fem_maill_quad)
2533  {
2534  ofstrm << "set terminal term" << std::endl;
2535  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_cumul_erosion_energie_quad.\",ext)" << std::endl;
2536  ofstrm << "set lmargin 10" << std::endl;
2537  ofstrm << "set rmargin 18" << std::endl;
2538  ofstrm << "set multiplot layout 2, 1" << std::endl;
2539  ofstrm << "#set xrange [0:0.41]" << std::endl;
2540  ofstrm << "unset xlabel" << std::endl;
2541  ofstrm << "unset xtic" << std::endl;
2542  ofstrm << "set ytics nomirror" << std::endl;
2543  ofstrm << "#set yrange [-20:5]" << std::endl;
2544  ofstrm << "set size 1,0.7" << std::endl;
2545  ofstrm << "set origin 0,0.3" << std::endl;
2546  ofstrm << "set xlabel \"Distance d'erosion d_e\"" << std::endl;
2547  ofstrm << "set ylabel \"Ecart d'energie relatif (%)\"" << std::endl;
2548  ofstrm << "plot \"resultats/champ/CH/dev/quad/cumul_erosion_Champ_ENERGIE_ecart.txt\" u ($1*0.02):($3*100.0) with linespoint pt 5 ps 0.5 lc rgb 'red' dt 1 lw 1 title \"CH dev\",\\" << std::endl;
2549  ofstrm << "\"resultats/champ/CH/sph/quad/cumul_erosion_Champ_ENERGIE_ecart.txt\" u ($1*0.02):($3*100.0) with linespoint pt 5 ps 0.5 lc rgb 'red' dt 2 lw 1 title \"CH sph\",\\" << std::endl;
2550  ofstrm << "\"resultats/champ/DH/dev/quad/cumul_erosion_Champ_ENERGIE_ecart.txt\" u ($1*0.02):($3*100.0) with linespoint pt 5 ps 0.5 lc rgb 'blue' dt 1 lw 1 title \"DH dev\",\\" << std::endl;
2551  ofstrm << "\"resultats/champ/DH/sph/quad/cumul_erosion_Champ_ENERGIE_ecart.txt\" u ($1*0.02):($3*100.0) with linespoint pt 5 ps 0.5 lc rgb 'blue' dt 2 lw 1 title \"DH sph\"" << std::endl;
2552  ofstrm << "set xlabel \"Distance d'erosion d_e\"" << std::endl;
2553  ofstrm << "set ylabel \"Fraction volumique (%)\"" << std::endl;
2554  ofstrm << "unset yrange" << std::endl;
2555  ofstrm << "set size 1,0.3" << std::endl;
2556  ofstrm << "set origin 0,0" << std::endl;
2557  ofstrm << "set xtics" << std::endl;
2558  ofstrm << "#set yrange [9:14]" << std::endl;
2559  ofstrm << "plot \"resultats/data_graph/erosion_Modules_app_CH_quad.txt\" u ($1*" << epaisseur_couche_erosion << "):($3*100) with linespoint lc rgb 'black' lt 2 lw 2 pt 7 ps 1.0 title \"Frac. Vol.\" ,\\" << std::endl;
2560  ofstrm << "\"resultats/data_graph/erosion_Modules_app_CH_quad.txt\" u ($1*" << epaisseur_couche_erosion << "):($3*100):($4*100) with yerrorbars lc rgb 'black' pt 7 ps 1.0 notitle" << std::endl;
2561  ofstrm << "unset yrange" << std::endl;
2562  ofstrm << "unset multiplot" << std::endl;
2563  }
2564  if(fem_maill_lin && fem_maill_quad)
2565  {
2566  ofstrm << "set terminal term" << std::endl;
2567  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_cumul_erosion_energie_lin_quad.\",ext)" << std::endl;
2568  ofstrm << "set lmargin 10" << std::endl;
2569  ofstrm << "set rmargin 18" << std::endl;
2570  ofstrm << "set multiplot layout 2, 1" << std::endl;
2571  ofstrm << "#set xrange [0:0.41]" << std::endl;
2572  ofstrm << "unset xlabel" << std::endl;
2573  ofstrm << "unset xtic" << std::endl;
2574  ofstrm << "set ytics nomirror" << std::endl;
2575  ofstrm << "#set yrange [-20:5]" << std::endl;
2576  ofstrm << "set size 1,0.7" << std::endl;
2577  ofstrm << "set origin 0,0.3" << std::endl;
2578  ofstrm << "set xlabel \"Distance d'erosion d_e\"" << std::endl;
2579  ofstrm << "set ylabel \"Ecart d'energie relatif (%)\"" << std::endl;
2580  ofstrm << "plot \"resultats/champ/CH/dev/lin/cumul_erosion_Champ_ENERGIE_ecart.txt\" u ($1*0.02):($3*100.0) with linespoint pt 4 ps 0.5 lc rgb 'red' dt 1 lw 1 title \"CH dev lin\",\\" << std::endl;
2581  ofstrm << "\"resultats/champ/CH/sph/lin/cumul_erosion_Champ_ENERGIE_ecart.txt\" u ($1*0.02):($3*100.0) with linespoint pt 4 ps 0.5 lc rgb 'red' dt 2 lw 1 title \"CH sph lin\",\\" << std::endl;
2582  ofstrm << "\"resultats/champ/DH/dev/lin/cumul_erosion_Champ_ENERGIE_ecart.txt\" u ($1*0.02):($3*100.0) with linespoint pt 4 ps 0.5 lc rgb 'blue' dt 1 lw 1 title \"DH dev lin\",\\" << std::endl;
2583  ofstrm << "\"resultats/champ/DH/sph/lin/cumul_erosion_Champ_ENERGIE_ecart.txt\" u ($1*0.02):($3*100.0) with linespoint pt 4 ps 0.5 lc rgb 'blue' dt 2 lw 1 title \"DH sph lin\",\\" << std::endl;
2584  ofstrm << "\"resultats/champ/CH/dev/quad/cumul_erosion_Champ_ENERGIE_ecart.txt\" u ($1*0.02):($3*100.0) with linespoint pt 5 ps 0.5 lc rgb 'red' dt 1 lw 1 title \"CH dev quad\",\\" << std::endl;
2585  ofstrm << "\"resultats/champ/CH/sph/quad/cumul_erosion_Champ_ENERGIE_ecart.txt\" u ($1*0.02):($3*100.0) with linespoint pt 5 ps 0.5 lc rgb 'red' dt 2 lw 1 title \"CH sph quad\",\\" << std::endl;
2586  ofstrm << "\"resultats/champ/DH/dev/quad/cumul_erosion_Champ_ENERGIE_ecart.txt\" u ($1*0.02):($3*100.0) with linespoint pt 5 ps 0.5 lc rgb 'blue' dt 1 lw 1 title \"DH dev quad\",\\" << std::endl;
2587  ofstrm << "\"resultats/champ/DH/sph/quad/cumul_erosion_Champ_ENERGIE_ecart.txt\" u ($1*0.02):($3*100.0) with linespoint pt 5 ps 0.5 lc rgb 'blue' dt 2 lw 1 title \"DH sph quad\"" << std::endl;
2588  ofstrm << "set xlabel \"Distance d'erosion d_e\"" << std::endl;
2589  ofstrm << "set ylabel \"Fraction volumique (%)\"" << std::endl;
2590  ofstrm << "unset yrange" << std::endl;
2591  ofstrm << "set size 1,0.3" << std::endl;
2592  ofstrm << "set origin 0,0" << std::endl;
2593  ofstrm << "set xtics" << std::endl;
2594  ofstrm << "#set yrange [9:14]" << std::endl;
2595  ofstrm << "plot \"resultats/data_graph/erosion_Modules_app_CH_lin.txt\" u ($1*" << epaisseur_couche_erosion << "):($3*100) with linespoint lc rgb 'black' lt 2 lw 2 pt 7 ps 1.0 title \"Frac. Vol. lin\" ,\\" << std::endl;
2596  ofstrm << "\"resultats/data_graph/erosion_Modules_app_CH_lin.txt\" u ($1*" << epaisseur_couche_erosion << "):($3*100):($4*100) with yerrorbars lc rgb 'black' pt 7 ps 1.0 notitle ,\\" << std::endl;
2597  ofstrm << "\"resultats/data_graph/erosion_Modules_app_CH_quad.txt\" u ($1*" << epaisseur_couche_erosion << "):($3*100) with linespoint lc rgb 'black' lt 2 lw 2 pt 7 ps 1.0 title \"Frac. Vol. quad\" ,\\" << std::endl;
2598  ofstrm << "\"resultats/data_graph/erosion_Modules_app_CH_quad.txt\" u ($1*" << epaisseur_couche_erosion << "):($3*100):($4*100) with yerrorbars lc rgb 'black' pt 7 ps 1.0 notitle" << std::endl;
2599  ofstrm << "unset yrange" << std::endl;
2600  ofstrm << "unset multiplot" << std::endl;
2601  }
2602 
2603  ofstrm << "" << std::endl;
2604  ofstrm << "#Cumul erosion fraction volumique" << std::endl;
2605  if(fem_maill_lin)
2606  {
2607  ofstrm << "set terminal term" << std::endl;
2608  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/cumul_erosion_fraction_volumique_lin.\",ext)" << std::endl;
2609  ofstrm << "#set xrange [0:0.41]" << std::endl;
2610  ofstrm << "set xlabel \"Distance d'erosion d_e\"" << std::endl;
2611  ofstrm << "set ylabel \"Fraction volumique (%)\"" << std::endl;
2612  ofstrm << "set xtics" << std::endl;
2613  ofstrm << "plot \"resultats/data_graph/erosion_Modules_app_CH_lin.txt\" u ($1*" << epaisseur_couche_erosion << "):($3*100) with linespoint lc rgb 'black' lt 2 lw 2 pt 6 ps 1.0 title \"Frac. Vol.\" ,\\" << std::endl;
2614  ofstrm << "\"resultats/data_graph/erosion_Modules_app_CH_lin.txt\" u ($1*" << epaisseur_couche_erosion << "):($3*100):($4*100) with yerrorbars lc rgb 'black' pt 6 ps 1.0 notitle" << std::endl;
2615  }
2616  if(fem_maill_quad)
2617  {
2618  ofstrm << "set terminal term" << std::endl;
2619  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/cumul_erosion_fraction_volumique_quad.\",ext)" << std::endl;
2620  ofstrm << "#set xrange [0:0.41]" << std::endl;
2621  ofstrm << "set xlabel \"Distance d'erosion d_e\"" << std::endl;
2622  ofstrm << "set ylabel \"Fraction volumique (%)\"" << std::endl;
2623  ofstrm << "set xtics" << std::endl;
2624  ofstrm << "plot \"resultats/data_graph/erosion_Modules_app_CH_quad.txt\" u ($1*" << epaisseur_couche_erosion << "):($3*100) with linespoint lc rgb 'black' lt 2 lw 2 pt 7 ps 1.0 title \"Frac. Vol.\" ,\\" << std::endl;
2625  ofstrm << "\"resultats/data_graph/erosion_Modules_app_CH_quad.txt\" u ($1*" << epaisseur_couche_erosion << "):($3*100):($4*100) with yerrorbars lc rgb 'black' pt 7 ps 1.0 notitle" << std::endl;
2626  }
2627  if(fem_maill_lin && fem_maill_quad)
2628  {
2629  ofstrm << "set terminal term" << std::endl;
2630  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/cumul_erosion_fraction_volumique_lin_quad.\",ext)" << std::endl;
2631  ofstrm << "#set xrange [0:0.41]" << std::endl;
2632  ofstrm << "set xlabel \"Distance d'erosion d_e\"" << std::endl;
2633  ofstrm << "set ylabel \"Fraction volumique (%)\"" << std::endl;
2634  ofstrm << "set xtics" << std::endl;
2635  ofstrm << "plot \"resultats/data_graph/erosion_Modules_app_CH_lin.txt\" u ($1*" << epaisseur_couche_erosion << "):($3*100) with linespoint lc rgb 'black' lt 2 lw 2 pt 6 ps 1.0 title \"Frac. Vol. lin\" ,\\" << std::endl;
2636  ofstrm << "\"resultats/data_graph/erosion_Modules_app_CH_lin.txt\" u ($1*" << epaisseur_couche_erosion << "):($3*100):($4*100) with yerrorbars lc rgb 'black' pt 6 ps 1.0 notitle ,\\" << std::endl;
2637  ofstrm << "\"resultats/data_graph/erosion_Modules_app_CH_quad.txt\" u ($1*" << epaisseur_couche_erosion << "):($3*100) with linespoint lc rgb 'black' lt 2 lw 2 pt 7 ps 1.0 title \"Frac. Vol. quad\" ,\\" << std::endl;
2638  ofstrm << "\"resultats/data_graph/erosion_Modules_app_CH_quad.txt\" u ($1*" << epaisseur_couche_erosion << "):($3*100):($4*100) with yerrorbars lc rgb 'black' pt 7 ps 1.0 notitle" << std::endl;
2639  }
2640 
2641  ofstrm << "" << std::endl;
2642  ofstrm << "#Cumul erosion ecart chargement sph" << std::endl;
2643  if(fem_maill_lin)
2644  {
2645  ofstrm << "set terminal term" << std::endl;
2646  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_cumul_erosion_ecart_chargement_sph_lin.\",ext)" << std::endl;
2647  ofstrm << "set lmargin 10" << std::endl;
2648  ofstrm << "set rmargin 15" << std::endl;
2649  ofstrm << "set bmargin 2" << std::endl;
2650  ofstrm << "set multiplot layout 2, 1" << std::endl;
2651  ofstrm << "#set xrange [0:0.41]" << std::endl;
2652  ofstrm << "unset xlabel" << std::endl;
2653  ofstrm << "unset xtic" << std::endl;
2654  ofstrm << "set ytics nomirror" << std::endl;
2655  ofstrm << "set size 1,0.5" << std::endl;
2656  ofstrm << "set origin 0,0.5" << std::endl;
2657  ofstrm << "set ylabel \"Ecart de chargement (%)\"" << std::endl;
2658  ofstrm << "set xtics" << std::endl;
2659  ofstrm << "set grid" << std::endl;
2660  ofstrm << "plot \"resultats/champ/CH/sph/lin/cumul_erosion_Champ_EPSILON_ecart_chargement_sph.txt\" u ($1*0.02):($3*100.0) with linespoint pt 6 ps 1.0 lc rgb 'web-green' dt 1 lw 1 title \"CH {/Symbol E}\",\\" << std::endl;
2661  ofstrm << "\"resultats/champ/CH/sph/lin/cumul_erosion_Champ_EPSILON_ecart_chargement_sph.txt\" u ($1*0.02):($3*100.0):($4*100.0) with yerrorbars pt 6 ps 1.0 lc rgb 'web-green' lw 1 notitle,\\" << std::endl;
2662  ofstrm << "\"resultats/champ/CH/sph/lin/cumul_erosion_Champ_SIGMA_ecart_chargement_sph.txt\" u ($1*0.02):($3*100.0) with linespoint pt 8 ps 1.0 lc rgb 'brown4' dt 2 lw 1 title \"CH {/Symbol S}\",\\" << std::endl;
2663  ofstrm << "\"resultats/champ/CH/sph/lin/cumul_erosion_Champ_SIGMA_ecart_chargement_sph.txt\" u ($1*0.02):($3*100.0):($4*100.0) with yerrorbars pt 8 ps 1.0 lc rgb 'brown4' lw 1 notitle" << std::endl;
2664  ofstrm << "set xlabel \"Distance d'erosion d_e\" offset 0,0.2" << std::endl;
2665  ofstrm << "set ylabel \"Fraction volumique (%)\"" << std::endl;
2666  ofstrm << "unset yrange" << std::endl;
2667  ofstrm << "set size 1,0.5" << std::endl;
2668  ofstrm << "set origin 0,0.03" << std::endl;
2669  ofstrm << "set bmargin 2" << std::endl;
2670  ofstrm << "plot \"resultats/champ/DH/sph/lin/cumul_erosion_Champ_EPSILON_ecart_chargement_sph.txt\" u ($1*0.02):($3*100.0) with linespoint pt 6 ps 1.0 lc rgb 'web-green' dt 1 lw 1 title \"DH {/Symbol E}\",\\" << std::endl;
2671  ofstrm << "\"resultats/champ/DH/sph/lin/cumul_erosion_Champ_EPSILON_ecart_chargement_sph.txt\" u ($1*0.02):($3*100.0):($4*100.0) with yerrorbars pt 6 ps 1.0 lc rgb 'web-green' lw 1 notitle,\\" << std::endl;
2672  ofstrm << "\"resultats/champ/DH/sph/lin/cumul_erosion_Champ_SIGMA_ecart_chargement_sph.txt\" u ($1*0.02):($3*100.0) with linespoint pt 8 ps 1.0 lc rgb 'brown4' dt 2 lw 1 title \"DH {/Symbol S}\",\\" << std::endl;
2673  ofstrm << "\"resultats/champ/DH/sph/lin/cumul_erosion_Champ_SIGMA_ecart_chargement_sph.txt\" u ($1*0.02):($3*100.0):($4*100.0) with yerrorbars pt 8 ps 1.0 lc rgb 'brown4' lw 1 notitle" << std::endl;
2674  ofstrm << "unset yrange" << std::endl;
2675  ofstrm << "unset tmargin" << std::endl;
2676  ofstrm << "unset bmargin" << std::endl;
2677  ofstrm << "unset multiplot" << std::endl;
2678  }
2679  if(fem_maill_quad)
2680  {
2681  ofstrm << "set terminal term" << std::endl;
2682  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_cumul_erosion_ecart_chargement_sph_quad.\",ext)" << std::endl;
2683  ofstrm << "set lmargin 10" << std::endl;
2684  ofstrm << "set rmargin 15" << std::endl;
2685  ofstrm << "set bmargin 2" << std::endl;
2686  ofstrm << "set multiplot layout 2, 1" << std::endl;
2687  ofstrm << "#set xrange [0:0.41]" << std::endl;
2688  ofstrm << "unset xlabel" << std::endl;
2689  ofstrm << "unset xtic" << std::endl;
2690  ofstrm << "set ytics nomirror" << std::endl;
2691  ofstrm << "set size 1,0.5" << std::endl;
2692  ofstrm << "set origin 0,0.5" << std::endl;
2693  ofstrm << "set ylabel \"Ecart de chargement (%)\"" << std::endl;
2694  ofstrm << "set xtics" << std::endl;
2695  ofstrm << "set grid" << std::endl;
2696  ofstrm << "plot \"resultats/champ/CH/sph/quad/cumul_erosion_Champ_EPSILON_ecart_chargement_sph.txt\" u ($1*0.02):($3*100.0) with linespoint pt 7 ps 1.0 lc rgb 'web-green' dt 1 lw 1 title \"CH {/Symbol E}\",\\" << std::endl;
2697  ofstrm << "\"resultats/champ/CH/sph/quad/cumul_erosion_Champ_EPSILON_ecart_chargement_sph.txt\" u ($1*0.02):($3*100.0):($4*100.0) with yerrorbars pt 7 ps 1.0 lc rgb 'web-green' lw 1 notitle,\\" << std::endl;
2698  ofstrm << "\"resultats/champ/CH/sph/quad/cumul_erosion_Champ_SIGMA_ecart_chargement_sph.txt\" u ($1*0.02):($3*100.0) with linespoint pt 9 ps 1.0 lc rgb 'brown4' dt 2 lw 1 title \"CH {/Symbol S}\",\\" << std::endl;
2699  ofstrm << "\"resultats/champ/CH/sph/quad/cumul_erosion_Champ_SIGMA_ecart_chargement_sph.txt\" u ($1*0.02):($3*100.0):($4*100.0) with yerrorbars pt 9 ps 1.0 lc rgb 'brown4' lw 1 notitle" << std::endl;
2700  ofstrm << "set xlabel \"Distance d'erosion d_e\" offset 0,0.2" << std::endl;
2701  ofstrm << "set ylabel \"Fraction volumique (%)\"" << std::endl;
2702  ofstrm << "unset yrange" << std::endl;
2703  ofstrm << "set size 1,0.5" << std::endl;
2704  ofstrm << "set origin 0,0.03" << std::endl;
2705  ofstrm << "set bmargin 2" << std::endl;
2706  ofstrm << "plot \"resultats/champ/DH/sph/quad/cumul_erosion_Champ_EPSILON_ecart_chargement_sph.txt\" u ($1*0.02):($3*100.0) with linespoint pt 7 ps 1.0 lc rgb 'web-green' dt 1 lw 1 title \"DH {/Symbol E}\",\\" << std::endl;
2707  ofstrm << "\"resultats/champ/DH/sph/quad/cumul_erosion_Champ_EPSILON_ecart_chargement_sph.txt\" u ($1*0.02):($3*100.0):($4*100.0) with yerrorbars pt 7 ps 1.0 lc rgb 'web-green' lw 1 notitle,\\" << std::endl;
2708  ofstrm << "\"resultats/champ/DH/sph/quad/cumul_erosion_Champ_SIGMA_ecart_chargement_sph.txt\" u ($1*0.02):($3*100.0) with linespoint pt 9 ps 1.0 lc rgb 'brown4' dt 2 lw 1 title \"DH {/Symbol S}\",\\" << std::endl;
2709  ofstrm << "\"resultats/champ/DH/sph/quad/cumul_erosion_Champ_SIGMA_ecart_chargement_sph.txt\" u ($1*0.02):($3*100.0):($4*100.0) with yerrorbars pt 9 ps 1.0 lc rgb 'brown4' lw 1 notitle" << std::endl;
2710  ofstrm << "unset yrange" << std::endl;
2711  ofstrm << "unset tmargin" << std::endl;
2712  ofstrm << "unset bmargin" << std::endl;
2713  ofstrm << "unset multiplot" << std::endl;
2714  }
2715  if(fem_maill_lin && fem_maill_quad)
2716  {
2717  ofstrm << "set terminal term" << std::endl;
2718  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_cumul_erosion_ecart_chargement_sph_lin_quad.\",ext)" << std::endl;
2719  ofstrm << "set lmargin 10" << std::endl;
2720  ofstrm << "set rmargin 15" << std::endl;
2721  ofstrm << "set bmargin 2" << std::endl;
2722  ofstrm << "set multiplot layout 2, 1" << std::endl;
2723  ofstrm << "#set xrange [0:0.41]" << std::endl;
2724  ofstrm << "unset xlabel" << std::endl;
2725  ofstrm << "unset xtic" << std::endl;
2726  ofstrm << "set ytics nomirror" << std::endl;
2727  ofstrm << "set size 1,0.5" << std::endl;
2728  ofstrm << "set origin 0,0.5" << std::endl;
2729  ofstrm << "set ylabel \"Ecart de chargement (%)\"" << std::endl;
2730  ofstrm << "set xtics" << std::endl;
2731  ofstrm << "set grid" << std::endl;
2732  ofstrm << "plot \"resultats/champ/CH/sph/lin/cumul_erosion_Champ_EPSILON_ecart_chargement_sph.txt\" u ($1*0.02):($3*100.0) with linespoint pt 6 ps 1.0 lc rgb 'web-green' dt 1 lw 1 title \"CH {/Symbol E} lin\",\\" << std::endl;
2733  ofstrm << "\"resultats/champ/CH/sph/lin/cumul_erosion_Champ_EPSILON_ecart_chargement_sph.txt\" u ($1*0.02):($3*100.0):($4*100.0) with yerrorbars pt 6 ps 1.0 lc rgb 'web-green' lw 1 notitle,\\" << std::endl;
2734  ofstrm << "\"resultats/champ/CH/sph/lin/cumul_erosion_Champ_SIGMA_ecart_chargement_sph.txt\" u ($1*0.02):($3*100.0) with linespoint pt 8 ps 1.0 lc rgb 'brown4' dt 2 lw 1 title \"CH {/Symbol S} lin\",\\" << std::endl;
2735  ofstrm << "\"resultats/champ/CH/sph/lin/cumul_erosion_Champ_SIGMA_ecart_chargement_sph.txt\" u ($1*0.02):($3*100.0):($4*100.0) with yerrorbars pt 8 ps 1.0 lc rgb 'brown4' lw 1 notitle ,\\" << std::endl;
2736  ofstrm << "\"resultats/champ/CH/sph/quad/cumul_erosion_Champ_EPSILON_ecart_chargement_sph.txt\" u ($1*0.02):($3*100.0) with linespoint pt 7 ps 1.0 lc rgb 'web-green' dt 1 lw 1 title \"CH {/Symbol E} quad\",\\" << std::endl;
2737  ofstrm << "\"resultats/champ/CH/sph/quad/cumul_erosion_Champ_EPSILON_ecart_chargement_sph.txt\" u ($1*0.02):($3*100.0):($4*100.0) with yerrorbars pt 7 ps 1.0 lc rgb 'web-green' lw 1 notitle,\\" << std::endl;
2738  ofstrm << "\"resultats/champ/CH/sph/quad/cumul_erosion_Champ_SIGMA_ecart_chargement_sph.txt\" u ($1*0.02):($3*100.0) with linespoint pt 9 ps 1.0 lc rgb 'brown4' dt 2 lw 1 title \"CH {/Symbol S} quad\",\\" << std::endl;
2739  ofstrm << "\"resultats/champ/CH/sph/quad/cumul_erosion_Champ_SIGMA_ecart_chargement_sph.txt\" u ($1*0.02):($3*100.0):($4*100.0) with yerrorbars pt 9 ps 1.0 lc rgb 'brown4' lw 1 notitle" << std::endl;
2740  ofstrm << "set xlabel \"Distance d'erosion d_e\" offset 0,0.2" << std::endl;
2741  ofstrm << "set ylabel \"Fraction volumique (%)\"" << std::endl;
2742  ofstrm << "unset yrange" << std::endl;
2743  ofstrm << "set size 1,0.5" << std::endl;
2744  ofstrm << "set origin 0,0.03" << std::endl;
2745  ofstrm << "set bmargin 2" << std::endl;
2746  ofstrm << "plot \"resultats/champ/DH/sph/quad/cumul_erosion_Champ_EPSILON_ecart_chargement_sph.txt\" u ($1*0.02):($3*100.0) with linespoint pt 7 ps 1.0 lc rgb 'web-green' dt 1 lw 1 title \"DH {/Symbol E} lin\",\\" << std::endl;
2747  ofstrm << "\"resultats/champ/DH/sph/quad/cumul_erosion_Champ_EPSILON_ecart_chargement_sph.txt\" u ($1*0.02):($3*100.0):($4*100.0) with yerrorbars pt 7 ps 1.0 lc rgb 'web-green' lw 1 notitle,\\" << std::endl;
2748  ofstrm << "\"resultats/champ/DH/sph/quad/cumul_erosion_Champ_SIGMA_ecart_chargement_sph.txt\" u ($1*0.02):($3*100.0) with linespoint pt 9 ps 1.0 lc rgb 'brown4' dt 2 lw 1 title \"DH {/Symbol S} lin\",\\" << std::endl;
2749  ofstrm << "\"resultats/champ/DH/sph/quad/cumul_erosion_Champ_SIGMA_ecart_chargement_sph.txt\" u ($1*0.02):($3*100.0):($4*100.0) with yerrorbars pt 9 ps 1.0 lc rgb 'brown4' lw 1 notitle ,\\" << std::endl;
2750  ofstrm << "\"resultats/champ/DH/sph/lin/cumul_erosion_Champ_EPSILON_ecart_chargement_sph.txt\" u ($1*0.02):($3*100.0) with linespoint pt 6 ps 1.0 lc rgb 'web-green' dt 1 lw 1 title \"DH {/Symbol E} quad\",\\" << std::endl;
2751  ofstrm << "\"resultats/champ/DH/sph/lin/cumul_erosion_Champ_EPSILON_ecart_chargement_sph.txt\" u ($1*0.02):($3*100.0):($4*100.0) with yerrorbars pt 6 ps 1.0 lc rgb 'web-green' lw 1 notitle,\\" << std::endl;
2752  ofstrm << "\"resultats/champ/DH/sph/lin/cumul_erosion_Champ_SIGMA_ecart_chargement_sph.txt\" u ($1*0.02):($3*100.0) with linespoint pt 8 ps 1.0 lc rgb 'brown4' dt 2 lw 1 title \"DH {/Symbol S} quad\",\\" << std::endl;
2753  ofstrm << "\"resultats/champ/DH/sph/lin/cumul_erosion_Champ_SIGMA_ecart_chargement_sph.txt\" u ($1*0.02):($3*100.0):($4*100.0) with yerrorbars pt 8 ps 1.0 lc rgb 'brown4' lw 1 notitle" << std::endl;
2754  ofstrm << "unset yrange" << std::endl;
2755  ofstrm << "unset tmargin" << std::endl;
2756  ofstrm << "unset bmargin" << std::endl;
2757  ofstrm << "unset multiplot" << std::endl;
2758  }
2759 
2760  ofstrm << "" << std::endl;
2761  ofstrm << "#Cumul erosion ecart chargement dev" << std::endl;
2762  if(fem_maill_lin)
2763  {
2764  ofstrm << "set terminal term" << std::endl;
2765  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_cumul_erosion_ecart_chargement_dev_lin.\",ext)" << std::endl;
2766  ofstrm << "set lmargin 10" << std::endl;
2767  ofstrm << "set rmargin 15" << std::endl;
2768  ofstrm << "set bmargin 2" << std::endl;
2769  ofstrm << "set multiplot layout 2, 1" << std::endl;
2770  ofstrm << "#set xrange [0:0.41]" << std::endl;
2771  ofstrm << "unset xlabel" << std::endl;
2772  ofstrm << "unset xtic" << std::endl;
2773  ofstrm << "set ytics nomirror" << std::endl;
2774  ofstrm << "set size 1,0.5" << std::endl;
2775  ofstrm << "set origin 0,0.5" << std::endl;
2776  ofstrm << "set ylabel \"Ecart de chargement (%)\"" << std::endl;
2777  ofstrm << "set xtics" << std::endl;
2778  ofstrm << "set grid" << std::endl;
2779  ofstrm << "plot \"resultats/champ/CH/dev/lin/cumul_erosion_Champ_EPSILON_ecart_chargement_dev.txt\" u ($1*0.02):($3*100.0) with linespoint pt 6 ps 1.0 lc rgb 'web-green' dt 1 lw 1 title \"CH {/Symbol E}\",\\" << std::endl;
2780  ofstrm << "\"resultats/champ/CH/dev/lin/cumul_erosion_Champ_EPSILON_ecart_chargement_dev.txt\" u ($1*0.02):($3*100.0):($4*100.0) with yerrorbars pt 6 ps 1.0 lc rgb 'web-green' lw 1 notitle,\\" << std::endl;
2781  ofstrm << "\"resultats/champ/CH/dev/lin/cumul_erosion_Champ_SIGMA_ecart_chargement_dev.txt\" u ($1*0.02):($3*100.0) with linespoint pt 8 ps 1.0 lc rgb 'brown4' dt 2 lw 1 title \"CH {/Symbol S}\",\\" << std::endl;
2782  ofstrm << "\"resultats/champ/CH/dev/lin/cumul_erosion_Champ_SIGMA_ecart_chargement_dev.txt\" u ($1*0.02):($3*100.0):($4*100.0) with yerrorbars pt 8 ps 1.0 lc rgb 'brown4' lw 1 notitle" << std::endl;
2783  ofstrm << "set xlabel \"Distance d'erosion d_e\" offset 0,0.2" << std::endl;
2784  ofstrm << "set ylabel \"Fraction volumique (%)\"" << std::endl;
2785  ofstrm << "unset yrange" << std::endl;
2786  ofstrm << "set size 1,0.5" << std::endl;
2787  ofstrm << "set origin 0,0.03" << std::endl;
2788  ofstrm << "set bmargin 2" << std::endl;
2789  ofstrm << "plot \"resultats/champ/DH/dev/lin/cumul_erosion_Champ_EPSILON_ecart_chargement_dev.txt\" u ($1*0.02):($3*100.0) with linespoint pt 6 ps 1.0 lc rgb 'web-green' dt 1 lw 1 title \"DH {/Symbol E}\",\\" << std::endl;
2790  ofstrm << "\"resultats/champ/DH/dev/lin/cumul_erosion_Champ_EPSILON_ecart_chargement_dev.txt\" u ($1*0.02):($3*100.0):($4*100.0) with yerrorbars pt 6 ps 1.0 lc rgb 'web-green' lw 1 notitle,\\" << std::endl;
2791  ofstrm << "\"resultats/champ/DH/dev/lin/cumul_erosion_Champ_SIGMA_ecart_chargement_dev.txt\" u ($1*0.02):($3*100.0) with linespoint pt 8 ps 1.0 lc rgb 'brown4' dt 2 lw 1 title \"DH {/Symbol S}\",\\" << std::endl;
2792  ofstrm << "\"resultats/champ/DH/dev/lin/cumul_erosion_Champ_SIGMA_ecart_chargement_dev.txt\" u ($1*0.02):($3*100.0):($4*100.0) with yerrorbars pt 8 ps 1.0 lc rgb 'brown4' lw 1 notitle" << std::endl;
2793  ofstrm << "unset yrange" << std::endl;
2794  ofstrm << "unset tmargin" << std::endl;
2795  ofstrm << "unset bmargin" << std::endl;
2796  ofstrm << "unset multiplot" << std::endl;
2797  }
2798  if(fem_maill_quad)
2799  {
2800  ofstrm << "set terminal term" << std::endl;
2801  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_cumul_erosion_ecart_chargement_dev_quad.\",ext)" << std::endl;
2802  ofstrm << "set lmargin 10" << std::endl;
2803  ofstrm << "set rmargin 15" << std::endl;
2804  ofstrm << "set bmargin 2" << std::endl;
2805  ofstrm << "set multiplot layout 2, 1" << std::endl;
2806  ofstrm << "#set xrange [0:0.41]" << std::endl;
2807  ofstrm << "unset xlabel" << std::endl;
2808  ofstrm << "unset xtic" << std::endl;
2809  ofstrm << "set ytics nomirror" << std::endl;
2810  ofstrm << "set size 1,0.5" << std::endl;
2811  ofstrm << "set origin 0,0.5" << std::endl;
2812  ofstrm << "set ylabel \"Ecart de chargement (%)\"" << std::endl;
2813  ofstrm << "set xtics" << std::endl;
2814  ofstrm << "set grid" << std::endl;
2815  ofstrm << "plot \"resultats/champ/CH/dev/quad/cumul_erosion_Champ_EPSILON_ecart_chargement_dev.txt\" u ($1*0.02):($3*100.0) with linespoint pt 7 ps 1.0 lc rgb 'web-green' dt 1 lw 1 title \"CH {/Symbol E}\",\\" << std::endl;
2816  ofstrm << "\"resultats/champ/CH/dev/quad/cumul_erosion_Champ_EPSILON_ecart_chargement_dev.txt\" u ($1*0.02):($3*100.0):($4*100.0) with yerrorbars pt 7 ps 1.0 lc rgb 'web-green' lw 1 notitle,\\" << std::endl;
2817  ofstrm << "\"resultats/champ/CH/dev/quad/cumul_erosion_Champ_SIGMA_ecart_chargement_dev.txt\" u ($1*0.02):($3*100.0) with linespoint pt 9 ps 1.0 lc rgb 'brown4' dt 2 lw 1 title \"CH {/Symbol S}\",\\" << std::endl;
2818  ofstrm << "\"resultats/champ/CH/dev/quad/cumul_erosion_Champ_SIGMA_ecart_chargement_dev.txt\" u ($1*0.02):($3*100.0):($4*100.0) with yerrorbars pt 9 ps 1.0 lc rgb 'brown4' lw 1 notitle" << std::endl;
2819  ofstrm << "set xlabel \"Distance d'erosion d_e\" offset 0,0.2" << std::endl;
2820  ofstrm << "set ylabel \"Fraction volumique (%)\"" << std::endl;
2821  ofstrm << "unset yrange" << std::endl;
2822  ofstrm << "set size 1,0.5" << std::endl;
2823  ofstrm << "set origin 0,0.03" << std::endl;
2824  ofstrm << "set bmargin 2" << std::endl;
2825  ofstrm << "plot \"resultats/champ/DH/dev/quad/cumul_erosion_Champ_EPSILON_ecart_chargement_dev.txt\" u ($1*0.02):($3*100.0) with linespoint pt 7 ps 1.0 lc rgb 'web-green' dt 1 lw 1 title \"DH {/Symbol E}\",\\" << std::endl;
2826  ofstrm << "\"resultats/champ/DH/dev/quad/cumul_erosion_Champ_EPSILON_ecart_chargement_dev.txt\" u ($1*0.02):($3*100.0):($4*100.0) with yerrorbars pt 7 ps 1.0 lc rgb 'web-green' lw 1 notitle,\\" << std::endl;
2827  ofstrm << "\"resultats/champ/DH/dev/quad/cumul_erosion_Champ_SIGMA_ecart_chargement_dev.txt\" u ($1*0.02):($3*100.0) with linespoint pt 9 ps 1.0 lc rgb 'brown4' dt 2 lw 1 title \"DH {/Symbol S}\",\\" << std::endl;
2828  ofstrm << "\"resultats/champ/DH/dev/quad/cumul_erosion_Champ_SIGMA_ecart_chargement_dev.txt\" u ($1*0.02):($3*100.0):($4*100.0) with yerrorbars pt 9 ps 1.0 lc rgb 'brown4' lw 1 notitle" << std::endl;
2829  ofstrm << "unset yrange" << std::endl;
2830  ofstrm << "unset tmargin" << std::endl;
2831  ofstrm << "unset bmargin" << std::endl;
2832  ofstrm << "unset multiplot" << std::endl;
2833  }
2834  if(fem_maill_lin && fem_maill_quad)
2835  {
2836  ofstrm << "set terminal term" << std::endl;
2837  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_cumul_erosion_ecart_chargement_dev_lin_quad.\",ext)" << std::endl;
2838  ofstrm << "set lmargin 10" << std::endl;
2839  ofstrm << "set rmargin 15" << std::endl;
2840  ofstrm << "set bmargin 2" << std::endl;
2841  ofstrm << "set multiplot layout 2, 1" << std::endl;
2842  ofstrm << "#set xrange [0:0.41]" << std::endl;
2843  ofstrm << "unset xlabel" << std::endl;
2844  ofstrm << "unset xtic" << std::endl;
2845  ofstrm << "set ytics nomirror" << std::endl;
2846  ofstrm << "set size 1,0.5" << std::endl;
2847  ofstrm << "set origin 0,0.5" << std::endl;
2848  ofstrm << "set ylabel \"Ecart de chargement (%)\"" << std::endl;
2849  ofstrm << "set xtics" << std::endl;
2850  ofstrm << "set grid" << std::endl;
2851  ofstrm << "plot \"resultats/champ/CH/dev/lin/cumul_erosion_Champ_EPSILON_ecart_chargement_dev.txt\" u ($1*0.02):($3*100.0) with linespoint pt 6 ps 1.0 lc rgb 'web-green' dt 1 lw 1 title \"CH {/Symbol E} lin\",\\" << std::endl;
2852  ofstrm << "\"resultats/champ/CH/dev/lin/cumul_erosion_Champ_EPSILON_ecart_chargement_dev.txt\" u ($1*0.02):($3*100.0):($4*100.0) with yerrorbars pt 6 ps 1.0 lc rgb 'web-green' lw 1 notitle,\\" << std::endl;
2853  ofstrm << "\"resultats/champ/CH/dev/lin/cumul_erosion_Champ_SIGMA_ecart_chargement_dev.txt\" u ($1*0.02):($3*100.0) with linespoint pt 8 ps 1.0 lc rgb 'brown4' dt 2 lw 1 title \"CH {/Symbol S} lin\",\\" << std::endl;
2854  ofstrm << "\"resultats/champ/CH/dev/lin/cumul_erosion_Champ_SIGMA_ecart_chargement_dev.txt\" u ($1*0.02):($3*100.0):($4*100.0) with yerrorbars pt 8 ps 1.0 lc rgb 'brown4' lw 1 notitle ,\\" << std::endl;
2855  ofstrm << "\"resultats/champ/CH/dev/quad/cumul_erosion_Champ_EPSILON_ecart_chargement_dev.txt\" u ($1*0.02):($3*100.0) with linespoint pt 7 ps 1.0 lc rgb 'web-green' dt 1 lw 1 title \"CH {/Symbol E} quad\",\\" << std::endl;
2856  ofstrm << "\"resultats/champ/CH/dev/quad/cumul_erosion_Champ_EPSILON_ecart_chargement_dev.txt\" u ($1*0.02):($3*100.0):($4*100.0) with yerrorbars pt 7 ps 1.0 lc rgb 'web-green' lw 1 notitle,\\" << std::endl;
2857  ofstrm << "\"resultats/champ/CH/dev/quad/cumul_erosion_Champ_SIGMA_ecart_chargement_dev.txt\" u ($1*0.02):($3*100.0) with linespoint pt 9 ps 1.0 lc rgb 'brown4' dt 2 lw 1 title \"CH {/Symbol S} quad\",\\" << std::endl;
2858  ofstrm << "\"resultats/champ/CH/dev/quad/cumul_erosion_Champ_SIGMA_ecart_chargement_dev.txt\" u ($1*0.02):($3*100.0):($4*100.0) with yerrorbars pt 9 ps 1.0 lc rgb 'brown4' lw 1 notitle" << std::endl;
2859  ofstrm << "set xlabel \"Distance d'erosion d_e\" offset 0,0.2" << std::endl;
2860  ofstrm << "set ylabel \"Fraction volumique (%)\"" << std::endl;
2861  ofstrm << "unset yrange" << std::endl;
2862  ofstrm << "set size 1,0.5" << std::endl;
2863  ofstrm << "set origin 0,0.03" << std::endl;
2864  ofstrm << "set bmargin 2" << std::endl;
2865  ofstrm << "plot \"resultats/champ/DH/dev/lin/cumul_erosion_Champ_EPSILON_ecart_chargement_dev.txt\" u ($1*0.02):($3*100.0) with linespoint pt 6 ps 1.0 lc rgb 'web-green' dt 1 lw 1 title \"DH {/Symbol E} lin\",\\" << std::endl;
2866  ofstrm << "\"resultats/champ/DH/dev/lin/cumul_erosion_Champ_EPSILON_ecart_chargement_dev.txt\" u ($1*0.02):($3*100.0):($4*100.0) with yerrorbars pt 6 ps 1.0 lc rgb 'web-green' lw 1 notitle,\\" << std::endl;
2867  ofstrm << "\"resultats/champ/DH/dev/lin/cumul_erosion_Champ_SIGMA_ecart_chargement_dev.txt\" u ($1*0.02):($3*100.0) with linespoint pt 8 ps 1.0 lc rgb 'brown4' dt 2 lw 1 title \"DH {/Symbol S} lin\",\\" << std::endl;
2868  ofstrm << "\"resultats/champ/DH/dev/lin/cumul_erosion_Champ_SIGMA_ecart_chargement_dev.txt\" u ($1*0.02):($3*100.0):($4*100.0) with yerrorbars pt 8 ps 1.0 lc rgb 'brown4' lw 1 notitle ,\\" << std::endl;
2869  ofstrm << "\"resultats/champ/DH/dev/quad/cumul_erosion_Champ_EPSILON_ecart_chargement_dev.txt\" u ($1*0.02):($3*100.0) with linespoint pt 7 ps 1.0 lc rgb 'web-green' dt 1 lw 1 title \"DH {/Symbol E} quad\",\\" << std::endl;
2870  ofstrm << "\"resultats/champ/DH/dev/quad/cumul_erosion_Champ_EPSILON_ecart_chargement_dev.txt\" u ($1*0.02):($3*100.0):($4*100.0) with yerrorbars pt 7 ps 1.0 lc rgb 'web-green' lw 1 notitle,\\" << std::endl;
2871  ofstrm << "\"resultats/champ/DH/dev/quad/cumul_erosion_Champ_SIGMA_ecart_chargement_dev.txt\" u ($1*0.02):($3*100.0) with linespoint pt 9 ps 1.0 lc rgb 'brown4' dt 2 lw 1 title \"DH {/Symbol S} quad\",\\" << std::endl;
2872  ofstrm << "\"resultats/champ/DH/dev/quad/cumul_erosion_Champ_SIGMA_ecart_chargement_dev.txt\" u ($1*0.02):($3*100.0):($4*100.0) with yerrorbars pt 9 ps 1.0 lc rgb 'brown4' lw 1 notitle" << std::endl;
2873  ofstrm << "unset yrange" << std::endl;
2874  ofstrm << "unset tmargin" << std::endl;
2875  ofstrm << "unset bmargin" << std::endl;
2876  ofstrm << "unset multiplot" << std::endl;
2877  }
2878 
2879  ofstrm << "" << std::endl;
2880  ofstrm << "#Distribution SIGMA sph xx" << std::endl;
2881  if(fem_maill_lin)
2882  {
2883  ofstrm << "set terminal term" << std::endl;
2884  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_distribution_SIGMA_sph_xx_lin.\",ext)" << std::endl;
2885  ofstrm << "set lmargin 10" << std::endl;
2886  ofstrm << "set rmargin 25" << std::endl;
2887  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
2888  ofstrm << "set multiplot layout 3, 1" << std::endl;
2889  ofstrm << "#set xrange [0.5:2.0]" << std::endl;
2890  ofstrm << "unset xlabel" << std::endl;
2891  ofstrm << "unset xtic" << std::endl;
2892  ofstrm << "set xtics" << std::endl;
2893  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/lin/c_%i/histo_Champ_SIGMA_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{xx}\",\\" << std::endl;
2894  ofstrm << "sprintf(\"resultats/champ/CH/sph/lin/c_%i/histo_Champ_SIGMA_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{xx}\"" << std::endl;
2895  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/lin/c_%i/histo_Champ_SIGMA_particule_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{xx} particules\",\\" << std::endl;
2896  ofstrm << "sprintf(\"resultats/champ/CH/sph/lin/c_%i/histo_Champ_SIGMA_particule_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{xx} particules\"" << std::endl;
2897  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{xx} matrice\",\\" << std::endl;
2898  ofstrm << "sprintf(\"resultats/champ/CH/sph/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{xx} matrice\"" << std::endl;
2899  ofstrm << "unset lmargin" << std::endl;
2900  ofstrm << "unset rmargin" << std::endl;
2901  ofstrm << "unset multiplot" << std::endl;
2902  }
2903  if(fem_maill_quad)
2904  {
2905  ofstrm << "set terminal term" << std::endl;
2906  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_distribution_SIGMA_sph_xx_quad.\",ext)" << std::endl;
2907  ofstrm << "set lmargin 10" << std::endl;
2908  ofstrm << "set rmargin 25" << std::endl;
2909  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
2910  ofstrm << "set multiplot layout 3, 1" << std::endl;
2911  ofstrm << "#set xrange [0.5:2.0]" << std::endl;
2912  ofstrm << "unset xlabel" << std::endl;
2913  ofstrm << "unset xtic" << std::endl;
2914  ofstrm << "set xtics" << std::endl;
2915  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/quad/c_%i/histo_Champ_SIGMA_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{xx}\",\\" << std::endl;
2916  ofstrm << "sprintf(\"resultats/champ/CH/sph/quad/c_%i/histo_Champ_SIGMA_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{xx}\"" << std::endl;
2917  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/quad/c_%i/histo_Champ_SIGMA_particule_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{xx} particules\",\\" << std::endl;
2918  ofstrm << "sprintf(\"resultats/champ/CH/sph/quad/c_%i/histo_Champ_SIGMA_particule_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{xx} particules\"" << std::endl;
2919  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{xx} matrice\",\\" << std::endl;
2920  ofstrm << "sprintf(\"resultats/champ/CH/sph/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{xx} matrice\"" << std::endl;
2921  ofstrm << "unset lmargin" << std::endl;
2922  ofstrm << "unset rmargin" << std::endl;
2923  ofstrm << "unset multiplot" << std::endl;
2924  }
2925  if(fem_maill_lin && fem_maill_quad)
2926  {
2927  ofstrm << "set terminal term" << std::endl;
2928  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_distribution_SIGMA_sph_xx_lin_quad.\",ext)" << std::endl;
2929  ofstrm << "set lmargin 10" << std::endl;
2930  ofstrm << "set rmargin 25" << std::endl;
2931  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
2932  ofstrm << "set multiplot layout 3, 1" << std::endl;
2933  ofstrm << "#set xrange [0.5:2.0]" << std::endl;
2934  ofstrm << "unset xlabel" << std::endl;
2935  ofstrm << "unset xtic" << std::endl;
2936  ofstrm << "set xtics" << std::endl;
2937  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/lin/c_%i/histo_Champ_SIGMA_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{xx} lin\",\\" << std::endl;
2938  ofstrm << "sprintf(\"resultats/champ/CH/sph/lin/c_%i/histo_Champ_SIGMA_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{xx} lin\" ,\\" << std::endl;
2939  ofstrm << "sprintf(\"resultats/champ/DH/sph/quad/c_%i/histo_Champ_SIGMA_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{xx} quad\",\\" << std::endl;
2940  ofstrm << "sprintf(\"resultats/champ/CH/sph/quad/c_%i/histo_Champ_SIGMA_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{xx} quad\"" << std::endl;
2941  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/lin/c_%i/histo_Champ_SIGMA_particule_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{xx} particules lin\",\\" << std::endl;
2942  ofstrm << "sprintf(\"resultats/champ/CH/sph/lin/c_%i/histo_Champ_SIGMA_particule_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{xx} particules lin\" ,\\" << std::endl;
2943  ofstrm << "sprintf(\"resultats/champ/DH/sph/quad/c_%i/histo_Champ_SIGMA_particule_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{xx} particules quad\",\\" << std::endl;
2944  ofstrm << "sprintf(\"resultats/champ/CH/sph/quad/c_%i/histo_Champ_SIGMA_particule_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{xx} particules quad\"" << std::endl;
2945  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{xx} matrice lin\",\\" << std::endl;
2946  ofstrm << "sprintf(\"resultats/champ/CH/sph/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{xx} matrice lin\",\\" << std::endl;
2947  ofstrm << "sprintf(\"resultats/champ/DH/sph/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{xx} matrice quad\",\\" << std::endl;
2948  ofstrm << "sprintf(\"resultats/champ/CH/sph/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{xx} matrice quad\"" << std::endl;
2949  ofstrm << "unset lmargin" << std::endl;
2950  ofstrm << "unset rmargin" << std::endl;
2951  ofstrm << "unset multiplot" << std::endl;
2952  }
2953 
2954  ofstrm << "" << std::endl;
2955  ofstrm << "#Distribution SIGMA sph yy" << std::endl;
2956  if(fem_maill_lin)
2957  {
2958  ofstrm << "set terminal term" << std::endl;
2959  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_distribution_SIGMA_sph_yy_lin.\",ext)" << std::endl;
2960  ofstrm << "set lmargin 10" << std::endl;
2961  ofstrm << "set rmargin 25" << std::endl;
2962  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
2963  ofstrm << "set multiplot layout 3, 1" << std::endl;
2964  ofstrm << "#set xrange [0.5:2.0]" << std::endl;
2965  ofstrm << "unset xlabel" << std::endl;
2966  ofstrm << "unset xtic" << std::endl;
2967  ofstrm << "set xtics" << std::endl;
2968  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/lin/c_%i/histo_Champ_SIGMA_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{yy}\",\\" << std::endl;
2969  ofstrm << "sprintf(\"resultats/champ/CH/sph/lin/c_%i/histo_Champ_SIGMA_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{yy}\"" << std::endl;
2970  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/lin/c_%i/histo_Champ_SIGMA_particule_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{yy} particules\",\\" << std::endl;
2971  ofstrm << "sprintf(\"resultats/champ/CH/sph/lin/c_%i/histo_Champ_SIGMA_particule_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{yy} particules\"" << std::endl;
2972  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{yy} matrice\",\\" << std::endl;
2973  ofstrm << "sprintf(\"resultats/champ/CH/sph/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{yy} matrice\"" << std::endl;
2974  ofstrm << "unset lmargin" << std::endl;
2975  ofstrm << "unset rmargin" << std::endl;
2976  ofstrm << "unset multiplot" << std::endl;
2977  }
2978  if(fem_maill_quad)
2979  {
2980  ofstrm << "set terminal term" << std::endl;
2981  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_distribution_SIGMA_sph_yy_quad.\",ext)" << std::endl;
2982  ofstrm << "set lmargin 10" << std::endl;
2983  ofstrm << "set rmargin 25" << std::endl;
2984  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
2985  ofstrm << "set multiplot layout 3, 1" << std::endl;
2986  ofstrm << "#set xrange [0.5:2.0]" << std::endl;
2987  ofstrm << "unset xlabel" << std::endl;
2988  ofstrm << "unset xtic" << std::endl;
2989  ofstrm << "set xtics" << std::endl;
2990  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/quad/c_%i/histo_Champ_SIGMA_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{yy}\",\\" << std::endl;
2991  ofstrm << "sprintf(\"resultats/champ/CH/sph/quad/c_%i/histo_Champ_SIGMA_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{yy}\"" << std::endl;
2992  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/quad/c_%i/histo_Champ_SIGMA_particule_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{yy} particules\",\\" << std::endl;
2993  ofstrm << "sprintf(\"resultats/champ/CH/sph/quad/c_%i/histo_Champ_SIGMA_particule_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{yy} particules\"" << std::endl;
2994  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{yy} matrice\",\\" << std::endl;
2995  ofstrm << "sprintf(\"resultats/champ/CH/sph/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{yy} matrice\"" << std::endl;
2996  ofstrm << "unset lmargin" << std::endl;
2997  ofstrm << "unset rmargin" << std::endl;
2998  ofstrm << "unset multiplot" << std::endl;
2999  }
3000  if(fem_maill_lin && fem_maill_quad)
3001  {
3002  ofstrm << "set terminal term" << std::endl;
3003  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_distribution_SIGMA_sph_yy_lin_quad.\",ext)" << std::endl;
3004  ofstrm << "set lmargin 10" << std::endl;
3005  ofstrm << "set rmargin 25" << std::endl;
3006  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
3007  ofstrm << "set multiplot layout 3, 1" << std::endl;
3008  ofstrm << "#set xrange [0.5:2.0]" << std::endl;
3009  ofstrm << "unset xlabel" << std::endl;
3010  ofstrm << "unset xtic" << std::endl;
3011  ofstrm << "set xtics" << std::endl;
3012  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/lin/c_%i/histo_Champ_SIGMA_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{yy} lin\",\\" << std::endl;
3013  ofstrm << "sprintf(\"resultats/champ/CH/sph/lin/c_%i/histo_Champ_SIGMA_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{yy} lin\" ,\\" << std::endl;
3014  ofstrm << "sprintf(\"resultats/champ/DH/sph/quad/c_%i/histo_Champ_SIGMA_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{yy} quad\",\\" << std::endl;
3015  ofstrm << "sprintf(\"resultats/champ/CH/sph/quad/c_%i/histo_Champ_SIGMA_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{yy} quad\"" << std::endl;
3016  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/lin/c_%i/histo_Champ_SIGMA_particule_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{yy} particules lin\",\\" << std::endl;
3017  ofstrm << "sprintf(\"resultats/champ/CH/sph/lin/c_%i/histo_Champ_SIGMA_particule_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{yy} particules lin\" ,\\" << std::endl;
3018  ofstrm << "sprintf(\"resultats/champ/DH/sph/quad/c_%i/histo_Champ_SIGMA_particule_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{yy} particules quad\",\\" << std::endl;
3019  ofstrm << "sprintf(\"resultats/champ/CH/sph/quad/c_%i/histo_Champ_SIGMA_particule_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{yy} particules quad\"" << std::endl;
3020  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{yy} matrice lin\",\\" << std::endl;
3021  ofstrm << "sprintf(\"resultats/champ/CH/sph/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{yy} matrice lin\",\\" << std::endl;
3022  ofstrm << "sprintf(\"resultats/champ/DH/sph/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{yy} matrice quad\",\\" << std::endl;
3023  ofstrm << "sprintf(\"resultats/champ/CH/sph/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{yy} matrice quad\"" << std::endl;
3024  ofstrm << "unset lmargin" << std::endl;
3025  ofstrm << "unset rmargin" << std::endl;
3026  ofstrm << "unset multiplot" << std::endl;
3027  }
3028 
3029  ofstrm << "" << std::endl;
3030  ofstrm << "#Distribution SIGMA sph zz" << std::endl;
3031  if(fem_maill_lin)
3032  {
3033  ofstrm << "set terminal term" << std::endl;
3034  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_distribution_SIGMA_sph_zz_lin.\",ext)" << std::endl;
3035  ofstrm << "set lmargin 10" << std::endl;
3036  ofstrm << "set rmargin 25" << std::endl;
3037  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
3038  ofstrm << "set multiplot layout 3, 1" << std::endl;
3039  ofstrm << "#set xrange [0.5:2.0]" << std::endl;
3040  ofstrm << "unset xlabel" << std::endl;
3041  ofstrm << "unset xtic" << std::endl;
3042  ofstrm << "set xtics" << std::endl;
3043  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/lin/c_%i/histo_Champ_SIGMA_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{zz}\",\\" << std::endl;
3044  ofstrm << "sprintf(\"resultats/champ/CH/sph/lin/c_%i/histo_Champ_SIGMA_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{zz}\"" << std::endl;
3045  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/lin/c_%i/histo_Champ_SIGMA_particule_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{zz} particules\",\\" << std::endl;
3046  ofstrm << "sprintf(\"resultats/champ/CH/sph/lin/c_%i/histo_Champ_SIGMA_particule_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{zz} particules\"" << std::endl;
3047  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{zz} matrice\",\\" << std::endl;
3048  ofstrm << "sprintf(\"resultats/champ/CH/sph/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{zz} matrice\"" << std::endl;
3049  ofstrm << "unset lmargin" << std::endl;
3050  ofstrm << "unset rmargin" << std::endl;
3051  ofstrm << "unset multiplot" << std::endl;
3052  }
3053  if(fem_maill_quad)
3054  {
3055  ofstrm << "set terminal term" << std::endl;
3056  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_distribution_SIGMA_sph_zz_quad.\",ext)" << std::endl;
3057  ofstrm << "set lmargin 10" << std::endl;
3058  ofstrm << "set rmargin 25" << std::endl;
3059  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
3060  ofstrm << "set multiplot layout 3, 1" << std::endl;
3061  ofstrm << "#set xrange [0.5:2.0]" << std::endl;
3062  ofstrm << "unset xlabel" << std::endl;
3063  ofstrm << "unset xtic" << std::endl;
3064  ofstrm << "set xtics" << std::endl;
3065  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/quad/c_%i/histo_Champ_SIGMA_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{zz}\",\\" << std::endl;
3066  ofstrm << "sprintf(\"resultats/champ/CH/sph/quad/c_%i/histo_Champ_SIGMA_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{zz}\"" << std::endl;
3067  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/quad/c_%i/histo_Champ_SIGMA_particule_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{zz} particules\",\\" << std::endl;
3068  ofstrm << "sprintf(\"resultats/champ/CH/sph/quad/c_%i/histo_Champ_SIGMA_particule_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{zz} particules\"" << std::endl;
3069  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{zz} matrice\",\\" << std::endl;
3070  ofstrm << "sprintf(\"resultats/champ/CH/sph/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{zz} matrice\"" << std::endl;
3071  ofstrm << "unset lmargin" << std::endl;
3072  ofstrm << "unset rmargin" << std::endl;
3073  ofstrm << "unset multiplot" << std::endl;
3074  }
3075  if(fem_maill_lin && fem_maill_quad)
3076  {
3077  ofstrm << "set terminal term" << std::endl;
3078  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_distribution_SIGMA_sph_zz_lin_quad.\",ext)" << std::endl;
3079  ofstrm << "set lmargin 10" << std::endl;
3080  ofstrm << "set rmargin 25" << std::endl;
3081  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
3082  ofstrm << "set multiplot layout 3, 1" << std::endl;
3083  ofstrm << "#set xrange [0.5:2.0]" << std::endl;
3084  ofstrm << "unset xlabel" << std::endl;
3085  ofstrm << "unset xtic" << std::endl;
3086  ofstrm << "set xtics" << std::endl;
3087  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/lin/c_%i/histo_Champ_SIGMA_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{zz} lin\",\\" << std::endl;
3088  ofstrm << "sprintf(\"resultats/champ/CH/sph/lin/c_%i/histo_Champ_SIGMA_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{zz} lin\" ,\\" << std::endl;
3089  ofstrm << "sprintf(\"resultats/champ/DH/sph/quad/c_%i/histo_Champ_SIGMA_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{zz} quad\",\\" << std::endl;
3090  ofstrm << "sprintf(\"resultats/champ/CH/sph/quad/c_%i/histo_Champ_SIGMA_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{zz} quad\"" << std::endl;
3091  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/lin/c_%i/histo_Champ_SIGMA_particule_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{zz} particules lin\",\\" << std::endl;
3092  ofstrm << "sprintf(\"resultats/champ/CH/sph/lin/c_%i/histo_Champ_SIGMA_particule_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{zz} particules lin\" ,\\" << std::endl;
3093  ofstrm << "sprintf(\"resultats/champ/DH/sph/quad/c_%i/histo_Champ_SIGMA_particule_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{zz} particules quad\",\\" << std::endl;
3094  ofstrm << "sprintf(\"resultats/champ/CH/sph/quad/c_%i/histo_Champ_SIGMA_particule_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{zz} particules quad\"" << std::endl;
3095  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{zz} matrice lin\",\\" << std::endl;
3096  ofstrm << "sprintf(\"resultats/champ/CH/sph/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{zz} matrice lin\",\\" << std::endl;
3097  ofstrm << "sprintf(\"resultats/champ/DH/sph/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{zz} matrice quad\",\\" << std::endl;
3098  ofstrm << "sprintf(\"resultats/champ/CH/sph/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{zz} matrice quad\"" << std::endl;
3099  ofstrm << "unset lmargin" << std::endl;
3100  ofstrm << "unset rmargin" << std::endl;
3101  ofstrm << "unset multiplot" << std::endl;
3102  }
3103 
3104  ofstrm << "" << std::endl;
3105  ofstrm << "#Distribution SIGMA sph xy" << std::endl;
3106  if(fem_maill_lin)
3107  {
3108  ofstrm << "set terminal term" << std::endl;
3109  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_distribution_SIGMA_sph_xy_lin.\",ext)" << std::endl;
3110  ofstrm << "set lmargin 10" << std::endl;
3111  ofstrm << "set rmargin 25" << std::endl;
3112  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
3113  ofstrm << "set multiplot layout 3, 1" << std::endl;
3114  ofstrm << "#set xrange [0.5:2.0]" << std::endl;
3115  ofstrm << "unset xlabel" << std::endl;
3116  ofstrm << "unset xtic" << std::endl;
3117  ofstrm << "set xtics" << std::endl;
3118  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/lin/c_%i/histo_Champ_SIGMA_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{xy}\",\\" << std::endl;
3119  ofstrm << "sprintf(\"resultats/champ/CH/sph/lin/c_%i/histo_Champ_SIGMA_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{xy}\"" << std::endl;
3120  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/lin/c_%i/histo_Champ_SIGMA_particule_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{xy} particules\",\\" << std::endl;
3121  ofstrm << "sprintf(\"resultats/champ/CH/sph/lin/c_%i/histo_Champ_SIGMA_particule_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{xy} particules\"" << std::endl;
3122  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{xy} matrice\",\\" << std::endl;
3123  ofstrm << "sprintf(\"resultats/champ/CH/sph/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{xy} matrice\"" << std::endl;
3124  ofstrm << "unset lmargin" << std::endl;
3125  ofstrm << "unset rmargin" << std::endl;
3126  ofstrm << "unset multiplot" << std::endl;
3127  }
3128  if(fem_maill_quad)
3129  {
3130  ofstrm << "set terminal term" << std::endl;
3131  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_distribution_SIGMA_sph_xy_quad.\",ext)" << std::endl;
3132  ofstrm << "set lmargin 10" << std::endl;
3133  ofstrm << "set rmargin 25" << std::endl;
3134  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
3135  ofstrm << "set multiplot layout 3, 1" << std::endl;
3136  ofstrm << "#set xrange [0.5:2.0]" << std::endl;
3137  ofstrm << "unset xlabel" << std::endl;
3138  ofstrm << "unset xtic" << std::endl;
3139  ofstrm << "set xtics" << std::endl;
3140  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/quad/c_%i/histo_Champ_SIGMA_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{xy}\",\\" << std::endl;
3141  ofstrm << "sprintf(\"resultats/champ/CH/sph/quad/c_%i/histo_Champ_SIGMA_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{xy}\"" << std::endl;
3142  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/quad/c_%i/histo_Champ_SIGMA_particule_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{xy} particules\",\\" << std::endl;
3143  ofstrm << "sprintf(\"resultats/champ/CH/sph/quad/c_%i/histo_Champ_SIGMA_particule_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{xy} particules\"" << std::endl;
3144  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{xy} matrice\",\\" << std::endl;
3145  ofstrm << "sprintf(\"resultats/champ/CH/sph/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{xy} matrice\"" << std::endl;
3146  ofstrm << "unset lmargin" << std::endl;
3147  ofstrm << "unset rmargin" << std::endl;
3148  ofstrm << "unset multiplot" << std::endl;
3149  }
3150  if(fem_maill_lin && fem_maill_quad)
3151  {
3152  ofstrm << "set terminal term" << std::endl;
3153  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_distribution_SIGMA_sph_xy_lin_quad.\",ext)" << std::endl;
3154  ofstrm << "set lmargin 10" << std::endl;
3155  ofstrm << "set rmargin 25" << std::endl;
3156  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
3157  ofstrm << "set multiplot layout 3, 1" << std::endl;
3158  ofstrm << "#set xrange [0.5:2.0]" << std::endl;
3159  ofstrm << "unset xlabel" << std::endl;
3160  ofstrm << "unset xtic" << std::endl;
3161  ofstrm << "set xtics" << std::endl;
3162  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/lin/c_%i/histo_Champ_SIGMA_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{xy} lin\",\\" << std::endl;
3163  ofstrm << "sprintf(\"resultats/champ/CH/sph/lin/c_%i/histo_Champ_SIGMA_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{xy} lin\" ,\\" << std::endl;
3164  ofstrm << "sprintf(\"resultats/champ/DH/sph/quad/c_%i/histo_Champ_SIGMA_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{xy} quad\",\\" << std::endl;
3165  ofstrm << "sprintf(\"resultats/champ/CH/sph/quad/c_%i/histo_Champ_SIGMA_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{xy} quad\"" << std::endl;
3166  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/lin/c_%i/histo_Champ_SIGMA_particule_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{xy} particules lin\",\\" << std::endl;
3167  ofstrm << "sprintf(\"resultats/champ/CH/sph/lin/c_%i/histo_Champ_SIGMA_particule_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{xy} particules lin\" ,\\" << std::endl;
3168  ofstrm << "sprintf(\"resultats/champ/DH/sph/quad/c_%i/histo_Champ_SIGMA_particule_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{xy} particules quad\",\\" << std::endl;
3169  ofstrm << "sprintf(\"resultats/champ/CH/sph/quad/c_%i/histo_Champ_SIGMA_particule_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{xy} particules quad\"" << std::endl;
3170  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{xy} matrice lin\",\\" << std::endl;
3171  ofstrm << "sprintf(\"resultats/champ/CH/sph/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{xy} matrice lin\",\\" << std::endl;
3172  ofstrm << "sprintf(\"resultats/champ/DH/sph/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{xy} matrice quad\",\\" << std::endl;
3173  ofstrm << "sprintf(\"resultats/champ/CH/sph/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{xy} matrice quad\"" << std::endl;
3174  ofstrm << "unset lmargin" << std::endl;
3175  ofstrm << "unset rmargin" << std::endl;
3176  ofstrm << "unset multiplot" << std::endl;
3177  }
3178 
3179  ofstrm << "" << std::endl;
3180  ofstrm << "#Distribution SIGMA sph yz" << std::endl;
3181  if(fem_maill_lin)
3182  {
3183  ofstrm << "set terminal term" << std::endl;
3184  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_distribution_SIGMA_sph_yz_lin.\",ext)" << std::endl;
3185  ofstrm << "set lmargin 10" << std::endl;
3186  ofstrm << "set rmargin 25" << std::endl;
3187  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
3188  ofstrm << "set multiplot layout 3, 1" << std::endl;
3189  ofstrm << "#set xrange [0.5:2.0]" << std::endl;
3190  ofstrm << "unset xlabel" << std::endl;
3191  ofstrm << "unset xtic" << std::endl;
3192  ofstrm << "set xtics" << std::endl;
3193  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/lin/c_%i/histo_Champ_SIGMA_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{yz}\",\\" << std::endl;
3194  ofstrm << "sprintf(\"resultats/champ/CH/sph/lin/c_%i/histo_Champ_SIGMA_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{yz}\"" << std::endl;
3195  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/lin/c_%i/histo_Champ_SIGMA_particule_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{yz} particules\",\\" << std::endl;
3196  ofstrm << "sprintf(\"resultats/champ/CH/sph/lin/c_%i/histo_Champ_SIGMA_particule_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{yz} particules\"" << std::endl;
3197  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{yz} matrice\",\\" << std::endl;
3198  ofstrm << "sprintf(\"resultats/champ/CH/sph/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{yz} matrice\"" << std::endl;
3199  ofstrm << "unset lmargin" << std::endl;
3200  ofstrm << "unset rmargin" << std::endl;
3201  ofstrm << "unset multiplot" << std::endl;
3202  }
3203  if(fem_maill_quad)
3204  {
3205  ofstrm << "set terminal term" << std::endl;
3206  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_distribution_SIGMA_sph_yz_quad.\",ext)" << std::endl;
3207  ofstrm << "set lmargin 10" << std::endl;
3208  ofstrm << "set rmargin 25" << std::endl;
3209  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
3210  ofstrm << "set multiplot layout 3, 1" << std::endl;
3211  ofstrm << "#set xrange [0.5:2.0]" << std::endl;
3212  ofstrm << "unset xlabel" << std::endl;
3213  ofstrm << "unset xtic" << std::endl;
3214  ofstrm << "set xtics" << std::endl;
3215  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/quad/c_%i/histo_Champ_SIGMA_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{yz}\",\\" << std::endl;
3216  ofstrm << "sprintf(\"resultats/champ/CH/sph/quad/c_%i/histo_Champ_SIGMA_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{yz}\"" << std::endl;
3217  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/quad/c_%i/histo_Champ_SIGMA_particule_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{yz} particules\",\\" << std::endl;
3218  ofstrm << "sprintf(\"resultats/champ/CH/sph/quad/c_%i/histo_Champ_SIGMA_particule_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{yz} particules\"" << std::endl;
3219  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{yz} matrice\",\\" << std::endl;
3220  ofstrm << "sprintf(\"resultats/champ/CH/sph/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{yz} matrice\"" << std::endl;
3221  ofstrm << "unset lmargin" << std::endl;
3222  ofstrm << "unset rmargin" << std::endl;
3223  ofstrm << "unset multiplot" << std::endl;
3224  }
3225  if(fem_maill_lin && fem_maill_quad)
3226  {
3227  ofstrm << "set terminal term" << std::endl;
3228  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_distribution_SIGMA_sph_yz_lin_quad.\",ext)" << std::endl;
3229  ofstrm << "set lmargin 10" << std::endl;
3230  ofstrm << "set rmargin 25" << std::endl;
3231  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
3232  ofstrm << "set multiplot layout 3, 1" << std::endl;
3233  ofstrm << "#set xrange [0.5:2.0]" << std::endl;
3234  ofstrm << "unset xlabel" << std::endl;
3235  ofstrm << "unset xtic" << std::endl;
3236  ofstrm << "set xtics" << std::endl;
3237  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/lin/c_%i/histo_Champ_SIGMA_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{yz} lin\",\\" << std::endl;
3238  ofstrm << "sprintf(\"resultats/champ/CH/sph/lin/c_%i/histo_Champ_SIGMA_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{yz} lin\" ,\\" << std::endl;
3239  ofstrm << "sprintf(\"resultats/champ/DH/sph/quad/c_%i/histo_Champ_SIGMA_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{yz} quad\",\\" << std::endl;
3240  ofstrm << "sprintf(\"resultats/champ/CH/sph/quad/c_%i/histo_Champ_SIGMA_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{yz} quad\"" << std::endl;
3241  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/lin/c_%i/histo_Champ_SIGMA_particule_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{yz} particules lin\",\\" << std::endl;
3242  ofstrm << "sprintf(\"resultats/champ/CH/sph/lin/c_%i/histo_Champ_SIGMA_particule_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{yz} particules lin\" ,\\" << std::endl;
3243  ofstrm << "sprintf(\"resultats/champ/DH/sph/quad/c_%i/histo_Champ_SIGMA_particule_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{yz} particules quad\",\\" << std::endl;
3244  ofstrm << "sprintf(\"resultats/champ/CH/sph/quad/c_%i/histo_Champ_SIGMA_particule_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{yz} particules quad\"" << std::endl;
3245  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{yz} matrice lin\",\\" << std::endl;
3246  ofstrm << "sprintf(\"resultats/champ/CH/sph/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{yz} matrice lin\",\\" << std::endl;
3247  ofstrm << "sprintf(\"resultats/champ/DH/sph/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{yz} matrice quad\",\\" << std::endl;
3248  ofstrm << "sprintf(\"resultats/champ/CH/sph/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{yz} matrice quad\"" << std::endl;
3249  ofstrm << "unset lmargin" << std::endl;
3250  ofstrm << "unset rmargin" << std::endl;
3251  ofstrm << "unset multiplot" << std::endl;
3252  }
3253 
3254  ofstrm << "" << std::endl;
3255  ofstrm << "#Distribution SIGMA sph xz" << std::endl;
3256  if(fem_maill_lin)
3257  {
3258  ofstrm << "set terminal term" << std::endl;
3259  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_distribution_SIGMA_sph_xz_lin.\",ext)" << std::endl;
3260  ofstrm << "set lmargin 10" << std::endl;
3261  ofstrm << "set rmargin 25" << std::endl;
3262  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
3263  ofstrm << "set multiplot layout 3, 1" << std::endl;
3264  ofstrm << "#set xrange [0.5:2.0]" << std::endl;
3265  ofstrm << "unset xlabel" << std::endl;
3266  ofstrm << "unset xtic" << std::endl;
3267  ofstrm << "set xtics" << std::endl;
3268  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/lin/c_%i/histo_Champ_SIGMA_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{xz}\",\\" << std::endl;
3269  ofstrm << "sprintf(\"resultats/champ/CH/sph/lin/c_%i/histo_Champ_SIGMA_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{xz}\"" << std::endl;
3270  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/lin/c_%i/histo_Champ_SIGMA_particule_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{xz} particules\",\\" << std::endl;
3271  ofstrm << "sprintf(\"resultats/champ/CH/sph/lin/c_%i/histo_Champ_SIGMA_particule_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{xz} particules\"" << std::endl;
3272  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{xz} matrice\",\\" << std::endl;
3273  ofstrm << "sprintf(\"resultats/champ/CH/sph/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{xz} matrice\"" << std::endl;
3274  ofstrm << "unset lmargin" << std::endl;
3275  ofstrm << "unset rmargin" << std::endl;
3276  ofstrm << "unset multiplot" << std::endl;
3277  }
3278  if(fem_maill_quad)
3279  {
3280  ofstrm << "set terminal term" << std::endl;
3281  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_distribution_SIGMA_sph_xz_quad.\",ext)" << std::endl;
3282  ofstrm << "set lmargin 10" << std::endl;
3283  ofstrm << "set rmargin 25" << std::endl;
3284  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
3285  ofstrm << "set multiplot layout 3, 1" << std::endl;
3286  ofstrm << "#set xrange [0.5:2.0]" << std::endl;
3287  ofstrm << "unset xlabel" << std::endl;
3288  ofstrm << "unset xtic" << std::endl;
3289  ofstrm << "set xtics" << std::endl;
3290  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/quad/c_%i/histo_Champ_SIGMA_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{xz}\",\\" << std::endl;
3291  ofstrm << "sprintf(\"resultats/champ/CH/sph/quad/c_%i/histo_Champ_SIGMA_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{xz}\"" << std::endl;
3292  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/quad/c_%i/histo_Champ_SIGMA_particule_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{xz} particules\",\\" << std::endl;
3293  ofstrm << "sprintf(\"resultats/champ/CH/sph/quad/c_%i/histo_Champ_SIGMA_particule_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{xz} particules\"" << std::endl;
3294  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{xz} matrice\",\\" << std::endl;
3295  ofstrm << "sprintf(\"resultats/champ/CH/sph/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{xz} matrice\"" << std::endl;
3296  ofstrm << "unset lmargin" << std::endl;
3297  ofstrm << "unset rmargin" << std::endl;
3298  ofstrm << "unset multiplot" << std::endl;
3299  }
3300  if(fem_maill_lin && fem_maill_quad)
3301  {
3302  ofstrm << "set terminal term" << std::endl;
3303  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_distribution_SIGMA_sph_xz_lin_quad.\",ext)" << std::endl;
3304  ofstrm << "set lmargin 10" << std::endl;
3305  ofstrm << "set rmargin 25" << std::endl;
3306  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
3307  ofstrm << "set multiplot layout 3, 1" << std::endl;
3308  ofstrm << "#set xrange [0.5:2.0]" << std::endl;
3309  ofstrm << "unset xlabel" << std::endl;
3310  ofstrm << "unset xtic" << std::endl;
3311  ofstrm << "set xtics" << std::endl;
3312  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/lin/c_%i/histo_Champ_SIGMA_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{xz} lin\",\\" << std::endl;
3313  ofstrm << "sprintf(\"resultats/champ/CH/sph/lin/c_%i/histo_Champ_SIGMA_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{xz} lin\" ,\\" << std::endl;
3314  ofstrm << "sprintf(\"resultats/champ/DH/sph/quad/c_%i/histo_Champ_SIGMA_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{xz} quad\",\\" << std::endl;
3315  ofstrm << "sprintf(\"resultats/champ/CH/sph/quad/c_%i/histo_Champ_SIGMA_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{xz} quad\"" << std::endl;
3316  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/lin/c_%i/histo_Champ_SIGMA_particule_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{xz} particules lin\",\\" << std::endl;
3317  ofstrm << "sprintf(\"resultats/champ/CH/sph/lin/c_%i/histo_Champ_SIGMA_particule_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{xz} particules lin\" ,\\" << std::endl;
3318  ofstrm << "sprintf(\"resultats/champ/DH/sph/quad/c_%i/histo_Champ_SIGMA_particule_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{xz} particules quad\",\\" << std::endl;
3319  ofstrm << "sprintf(\"resultats/champ/CH/sph/quad/c_%i/histo_Champ_SIGMA_particule_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{xz} particules quad\"" << std::endl;
3320  ofstrm << "plot sprintf(\"resultats/champ/DH/sph/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{xz} matrice lin\",\\" << std::endl;
3321  ofstrm << "sprintf(\"resultats/champ/CH/sph/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{xz} matrice lin\",\\" << std::endl;
3322  ofstrm << "sprintf(\"resultats/champ/DH/sph/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{xz} matrice quad\",\\" << std::endl;
3323  ofstrm << "sprintf(\"resultats/champ/CH/sph/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{xz} matrice quad\"" << std::endl;
3324  ofstrm << "unset lmargin" << std::endl;
3325  ofstrm << "unset rmargin" << std::endl;
3326  ofstrm << "unset multiplot" << std::endl;
3327  }
3328 
3329  ofstrm << "" << std::endl;
3330  ofstrm << "#Distribution SIGMA dev xx" << std::endl;
3331  if(fem_maill_lin)
3332  {
3333  ofstrm << "set terminal term" << std::endl;
3334  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_distribution_SIGMA_dev_xx_lin.\",ext)" << std::endl;
3335  ofstrm << "set lmargin 10" << std::endl;
3336  ofstrm << "set rmargin 25" << std::endl;
3337  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
3338  ofstrm << "set multiplot layout 3, 1" << std::endl;
3339  ofstrm << "#set xrange [0.5:2.0]" << std::endl;
3340  ofstrm << "unset xlabel" << std::endl;
3341  ofstrm << "unset xtic" << std::endl;
3342  ofstrm << "set xtics" << std::endl;
3343  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/lin/c_%i/histo_Champ_SIGMA_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{xx}\",\\" << std::endl;
3344  ofstrm << "sprintf(\"resultats/champ/CH/dev/lin/c_%i/histo_Champ_SIGMA_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{xx}\"" << std::endl;
3345  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/lin/c_%i/histo_Champ_SIGMA_particule_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{xx} particules\",\\" << std::endl;
3346  ofstrm << "sprintf(\"resultats/champ/CH/dev/lin/c_%i/histo_Champ_SIGMA_particule_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{xx} particules\"" << std::endl;
3347  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{xx} matrice\",\\" << std::endl;
3348  ofstrm << "sprintf(\"resultats/champ/CH/dev/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{xx} matrice\"" << std::endl;
3349  ofstrm << "unset lmargin" << std::endl;
3350  ofstrm << "unset rmargin" << std::endl;
3351  ofstrm << "unset multiplot" << std::endl;
3352  }
3353  if(fem_maill_quad)
3354  {
3355  ofstrm << "set terminal term" << std::endl;
3356  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_distribution_SIGMA_dev_xx_quad.\",ext)" << std::endl;
3357  ofstrm << "set lmargin 10" << std::endl;
3358  ofstrm << "set rmargin 25" << std::endl;
3359  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
3360  ofstrm << "set multiplot layout 3, 1" << std::endl;
3361  ofstrm << "#set xrange [0.5:2.0]" << std::endl;
3362  ofstrm << "unset xlabel" << std::endl;
3363  ofstrm << "unset xtic" << std::endl;
3364  ofstrm << "set xtics" << std::endl;
3365  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/quad/c_%i/histo_Champ_SIGMA_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{xx}\",\\" << std::endl;
3366  ofstrm << "sprintf(\"resultats/champ/CH/dev/quad/c_%i/histo_Champ_SIGMA_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{xx}\"" << std::endl;
3367  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/quad/c_%i/histo_Champ_SIGMA_particule_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{xx} particules\",\\" << std::endl;
3368  ofstrm << "sprintf(\"resultats/champ/CH/dev/quad/c_%i/histo_Champ_SIGMA_particule_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{xx} particules\"" << std::endl;
3369  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{xx} matrice\",\\" << std::endl;
3370  ofstrm << "sprintf(\"resultats/champ/CH/dev/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{xx} matrice\"" << std::endl;
3371  ofstrm << "unset lmargin" << std::endl;
3372  ofstrm << "unset rmargin" << std::endl;
3373  ofstrm << "unset multiplot" << std::endl;
3374  }
3375  if(fem_maill_lin && fem_maill_quad)
3376  {
3377  ofstrm << "set terminal term" << std::endl;
3378  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_distribution_SIGMA_dev_xx_lin_quad.\",ext)" << std::endl;
3379  ofstrm << "set lmargin 10" << std::endl;
3380  ofstrm << "set rmargin 25" << std::endl;
3381  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
3382  ofstrm << "set multiplot layout 3, 1" << std::endl;
3383  ofstrm << "#set xrange [0.5:2.0]" << std::endl;
3384  ofstrm << "unset xlabel" << std::endl;
3385  ofstrm << "unset xtic" << std::endl;
3386  ofstrm << "set xtics" << std::endl;
3387  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/lin/c_%i/histo_Champ_SIGMA_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{xx} lin\",\\" << std::endl;
3388  ofstrm << "sprintf(\"resultats/champ/CH/dev/lin/c_%i/histo_Champ_SIGMA_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{xx} lin\" ,\\" << std::endl;
3389  ofstrm << "sprintf(\"resultats/champ/DH/dev/quad/c_%i/histo_Champ_SIGMA_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{xx} quad\",\\" << std::endl;
3390  ofstrm << "sprintf(\"resultats/champ/CH/dev/quad/c_%i/histo_Champ_SIGMA_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{xx} quad\"" << std::endl;
3391  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/lin/c_%i/histo_Champ_SIGMA_particule_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{xx} particules lin\",\\" << std::endl;
3392  ofstrm << "sprintf(\"resultats/champ/CH/dev/lin/c_%i/histo_Champ_SIGMA_particule_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{xx} particules lin\" ,\\" << std::endl;
3393  ofstrm << "sprintf(\"resultats/champ/DH/dev/quad/c_%i/histo_Champ_SIGMA_particule_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{xx} particules quad\",\\" << std::endl;
3394  ofstrm << "sprintf(\"resultats/champ/CH/dev/quad/c_%i/histo_Champ_SIGMA_particule_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{xx} particules quad\"" << std::endl;
3395  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{xx} matrice lin\",\\" << std::endl;
3396  ofstrm << "sprintf(\"resultats/champ/CH/dev/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{xx} matrice lin\",\\" << std::endl;
3397  ofstrm << "sprintf(\"resultats/champ/DH/dev/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{xx} matrice quad\",\\" << std::endl;
3398  ofstrm << "sprintf(\"resultats/champ/CH/dev/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_0.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{xx} matrice quad\"" << std::endl;
3399  ofstrm << "unset lmargin" << std::endl;
3400  ofstrm << "unset rmargin" << std::endl;
3401  ofstrm << "unset multiplot" << std::endl;
3402  }
3403 
3404  ofstrm << "" << std::endl;
3405  ofstrm << "#Distribution SIGMA dev yy" << std::endl;
3406  if(fem_maill_lin)
3407  {
3408  ofstrm << "set terminal term" << std::endl;
3409  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_distribution_SIGMA_dev_yy_lin.\",ext)" << std::endl;
3410  ofstrm << "set lmargin 10" << std::endl;
3411  ofstrm << "set rmargin 25" << std::endl;
3412  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
3413  ofstrm << "set multiplot layout 3, 1" << std::endl;
3414  ofstrm << "#set xrange [0.5:2.0]" << std::endl;
3415  ofstrm << "unset xlabel" << std::endl;
3416  ofstrm << "unset xtic" << std::endl;
3417  ofstrm << "set xtics" << std::endl;
3418  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/lin/c_%i/histo_Champ_SIGMA_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{yy}\",\\" << std::endl;
3419  ofstrm << "sprintf(\"resultats/champ/CH/dev/lin/c_%i/histo_Champ_SIGMA_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{yy}\"" << std::endl;
3420  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/lin/c_%i/histo_Champ_SIGMA_particule_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{yy} particules\",\\" << std::endl;
3421  ofstrm << "sprintf(\"resultats/champ/CH/dev/lin/c_%i/histo_Champ_SIGMA_particule_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{yy} particules\"" << std::endl;
3422  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{yy} matrice\",\\" << std::endl;
3423  ofstrm << "sprintf(\"resultats/champ/CH/dev/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{yy} matrice\"" << std::endl;
3424  ofstrm << "unset lmargin" << std::endl;
3425  ofstrm << "unset rmargin" << std::endl;
3426  ofstrm << "unset multiplot" << std::endl;
3427  }
3428  if(fem_maill_quad)
3429  {
3430  ofstrm << "set terminal term" << std::endl;
3431  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_distribution_SIGMA_dev_yy_quad.\",ext)" << std::endl;
3432  ofstrm << "set lmargin 10" << std::endl;
3433  ofstrm << "set rmargin 25" << std::endl;
3434  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
3435  ofstrm << "set multiplot layout 3, 1" << std::endl;
3436  ofstrm << "#set xrange [0.5:2.0]" << std::endl;
3437  ofstrm << "unset xlabel" << std::endl;
3438  ofstrm << "unset xtic" << std::endl;
3439  ofstrm << "set xtics" << std::endl;
3440  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/quad/c_%i/histo_Champ_SIGMA_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{yy}\",\\" << std::endl;
3441  ofstrm << "sprintf(\"resultats/champ/CH/dev/quad/c_%i/histo_Champ_SIGMA_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{yy}\"" << std::endl;
3442  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/quad/c_%i/histo_Champ_SIGMA_particule_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{yy} particules\",\\" << std::endl;
3443  ofstrm << "sprintf(\"resultats/champ/CH/dev/quad/c_%i/histo_Champ_SIGMA_particule_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{yy} particules\"" << std::endl;
3444  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{yy} matrice\",\\" << std::endl;
3445  ofstrm << "sprintf(\"resultats/champ/CH/dev/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{yy} matrice\"" << std::endl;
3446  ofstrm << "unset lmargin" << std::endl;
3447  ofstrm << "unset rmargin" << std::endl;
3448  ofstrm << "unset multiplot" << std::endl;
3449  }
3450  if(fem_maill_lin && fem_maill_quad)
3451  {
3452  ofstrm << "set terminal term" << std::endl;
3453  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_distribution_SIGMA_dev_yy_lin_quad.\",ext)" << std::endl;
3454  ofstrm << "set lmargin 10" << std::endl;
3455  ofstrm << "set rmargin 25" << std::endl;
3456  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
3457  ofstrm << "set multiplot layout 3, 1" << std::endl;
3458  ofstrm << "#set xrange [0.5:2.0]" << std::endl;
3459  ofstrm << "unset xlabel" << std::endl;
3460  ofstrm << "unset xtic" << std::endl;
3461  ofstrm << "set xtics" << std::endl;
3462  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/lin/c_%i/histo_Champ_SIGMA_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{yy} lin\",\\" << std::endl;
3463  ofstrm << "sprintf(\"resultats/champ/CH/dev/lin/c_%i/histo_Champ_SIGMA_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{yy} lin\" ,\\" << std::endl;
3464  ofstrm << "sprintf(\"resultats/champ/DH/dev/quad/c_%i/histo_Champ_SIGMA_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{yy} quad\",\\" << std::endl;
3465  ofstrm << "sprintf(\"resultats/champ/CH/dev/quad/c_%i/histo_Champ_SIGMA_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{yy} quad\"" << std::endl;
3466  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/lin/c_%i/histo_Champ_SIGMA_particule_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{yy} particules lin\",\\" << std::endl;
3467  ofstrm << "sprintf(\"resultats/champ/CH/dev/lin/c_%i/histo_Champ_SIGMA_particule_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{yy} particules lin\" ,\\" << std::endl;
3468  ofstrm << "sprintf(\"resultats/champ/DH/dev/quad/c_%i/histo_Champ_SIGMA_particule_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{yy} particules quad\",\\" << std::endl;
3469  ofstrm << "sprintf(\"resultats/champ/CH/dev/quad/c_%i/histo_Champ_SIGMA_particule_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{yy} particules quad\"" << std::endl;
3470  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{yy} matrice lin\",\\" << std::endl;
3471  ofstrm << "sprintf(\"resultats/champ/CH/dev/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{yy} matrice lin\",\\" << std::endl;
3472  ofstrm << "sprintf(\"resultats/champ/DH/dev/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{yy} matrice quad\",\\" << std::endl;
3473  ofstrm << "sprintf(\"resultats/champ/CH/dev/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_1.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{yy} matrice quad\"" << std::endl;
3474  ofstrm << "unset lmargin" << std::endl;
3475  ofstrm << "unset rmargin" << std::endl;
3476  ofstrm << "unset multiplot" << std::endl;
3477  }
3478 
3479  ofstrm << "" << std::endl;
3480  ofstrm << "#Distribution SIGMA dev zz" << std::endl;
3481  if(fem_maill_lin)
3482  {
3483  ofstrm << "set terminal term" << std::endl;
3484  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_distribution_SIGMA_dev_zz_lin.\",ext)" << std::endl;
3485  ofstrm << "set lmargin 10" << std::endl;
3486  ofstrm << "set rmargin 25" << std::endl;
3487  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
3488  ofstrm << "set multiplot layout 3, 1" << std::endl;
3489  ofstrm << "#set xrange [0.5:2.0]" << std::endl;
3490  ofstrm << "unset xlabel" << std::endl;
3491  ofstrm << "unset xtic" << std::endl;
3492  ofstrm << "set xtics" << std::endl;
3493  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/lin/c_%i/histo_Champ_SIGMA_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{zz}\",\\" << std::endl;
3494  ofstrm << "sprintf(\"resultats/champ/CH/dev/lin/c_%i/histo_Champ_SIGMA_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{zz}\"" << std::endl;
3495  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/lin/c_%i/histo_Champ_SIGMA_particule_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{zz} particules\",\\" << std::endl;
3496  ofstrm << "sprintf(\"resultats/champ/CH/dev/lin/c_%i/histo_Champ_SIGMA_particule_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{zz} particules\"" << std::endl;
3497  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{zz} matrice\",\\" << std::endl;
3498  ofstrm << "sprintf(\"resultats/champ/CH/dev/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{zz} matrice\"" << std::endl;
3499  ofstrm << "unset lmargin" << std::endl;
3500  ofstrm << "unset rmargin" << std::endl;
3501  ofstrm << "unset multiplot" << std::endl;
3502  }
3503  if(fem_maill_quad)
3504  {
3505  ofstrm << "set terminal term" << std::endl;
3506  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_distribution_SIGMA_dev_zz_quad.\",ext)" << std::endl;
3507  ofstrm << "set lmargin 10" << std::endl;
3508  ofstrm << "set rmargin 25" << std::endl;
3509  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
3510  ofstrm << "set multiplot layout 3, 1" << std::endl;
3511  ofstrm << "#set xrange [0.5:2.0]" << std::endl;
3512  ofstrm << "unset xlabel" << std::endl;
3513  ofstrm << "unset xtic" << std::endl;
3514  ofstrm << "set xtics" << std::endl;
3515  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/quad/c_%i/histo_Champ_SIGMA_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{zz}\",\\" << std::endl;
3516  ofstrm << "sprintf(\"resultats/champ/CH/dev/quad/c_%i/histo_Champ_SIGMA_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{zz}\"" << std::endl;
3517  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/quad/c_%i/histo_Champ_SIGMA_particule_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{zz} particules\",\\" << std::endl;
3518  ofstrm << "sprintf(\"resultats/champ/CH/dev/quad/c_%i/histo_Champ_SIGMA_particule_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{zz} particules\"" << std::endl;
3519  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{zz} matrice\",\\" << std::endl;
3520  ofstrm << "sprintf(\"resultats/champ/CH/dev/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{zz} matrice\"" << std::endl;
3521  ofstrm << "unset lmargin" << std::endl;
3522  ofstrm << "unset rmargin" << std::endl;
3523  ofstrm << "unset multiplot" << std::endl;
3524  }
3525  if(fem_maill_lin && fem_maill_quad)
3526  {
3527  ofstrm << "set terminal term" << std::endl;
3528  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_distribution_SIGMA_dev_zz_lin_quad.\",ext)" << std::endl;
3529  ofstrm << "set lmargin 10" << std::endl;
3530  ofstrm << "set rmargin 25" << std::endl;
3531  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
3532  ofstrm << "set multiplot layout 3, 1" << std::endl;
3533  ofstrm << "#set xrange [0.5:2.0]" << std::endl;
3534  ofstrm << "unset xlabel" << std::endl;
3535  ofstrm << "unset xtic" << std::endl;
3536  ofstrm << "set xtics" << std::endl;
3537  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/lin/c_%i/histo_Champ_SIGMA_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{zz} lin\",\\" << std::endl;
3538  ofstrm << "sprintf(\"resultats/champ/CH/dev/lin/c_%i/histo_Champ_SIGMA_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{zz} lin\" ,\\" << std::endl;
3539  ofstrm << "sprintf(\"resultats/champ/DH/dev/quad/c_%i/histo_Champ_SIGMA_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{zz} quad\",\\" << std::endl;
3540  ofstrm << "sprintf(\"resultats/champ/CH/dev/quad/c_%i/histo_Champ_SIGMA_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{zz} quad\"" << std::endl;
3541  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/lin/c_%i/histo_Champ_SIGMA_particule_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{zz} particules lin\",\\" << std::endl;
3542  ofstrm << "sprintf(\"resultats/champ/CH/dev/lin/c_%i/histo_Champ_SIGMA_particule_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{zz} particules lin\" ,\\" << std::endl;
3543  ofstrm << "sprintf(\"resultats/champ/DH/dev/quad/c_%i/histo_Champ_SIGMA_particule_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{zz} particules quad\",\\" << std::endl;
3544  ofstrm << "sprintf(\"resultats/champ/CH/dev/quad/c_%i/histo_Champ_SIGMA_particule_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{zz} particules quad\"" << std::endl;
3545  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{zz} matrice lin\",\\" << std::endl;
3546  ofstrm << "sprintf(\"resultats/champ/CH/dev/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{zz} matrice lin\",\\" << std::endl;
3547  ofstrm << "sprintf(\"resultats/champ/DH/dev/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{zz} matrice quad\",\\" << std::endl;
3548  ofstrm << "sprintf(\"resultats/champ/CH/dev/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_2.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{zz} matrice quad\"" << std::endl;
3549  ofstrm << "unset lmargin" << std::endl;
3550  ofstrm << "unset rmargin" << std::endl;
3551  ofstrm << "unset multiplot" << std::endl;
3552  }
3553 
3554  ofstrm << "" << std::endl;
3555  ofstrm << "#Distribution SIGMA dev xy" << std::endl;
3556  if(fem_maill_lin)
3557  {
3558  ofstrm << "set terminal term" << std::endl;
3559  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_distribution_SIGMA_dev_xy_lin.\",ext)" << std::endl;
3560  ofstrm << "set lmargin 10" << std::endl;
3561  ofstrm << "set rmargin 25" << std::endl;
3562  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
3563  ofstrm << "set multiplot layout 3, 1" << std::endl;
3564  ofstrm << "#set xrange [0.5:2.0]" << std::endl;
3565  ofstrm << "unset xlabel" << std::endl;
3566  ofstrm << "unset xtic" << std::endl;
3567  ofstrm << "set xtics" << std::endl;
3568  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/lin/c_%i/histo_Champ_SIGMA_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{xy}\",\\" << std::endl;
3569  ofstrm << "sprintf(\"resultats/champ/CH/dev/lin/c_%i/histo_Champ_SIGMA_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{xy}\"" << std::endl;
3570  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/lin/c_%i/histo_Champ_SIGMA_particule_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{xy} particules\",\\" << std::endl;
3571  ofstrm << "sprintf(\"resultats/champ/CH/dev/lin/c_%i/histo_Champ_SIGMA_particule_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{xy} particules\"" << std::endl;
3572  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{xy} matrice\",\\" << std::endl;
3573  ofstrm << "sprintf(\"resultats/champ/CH/dev/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{xy} matrice\"" << std::endl;
3574  ofstrm << "unset lmargin" << std::endl;
3575  ofstrm << "unset rmargin" << std::endl;
3576  ofstrm << "unset multiplot" << std::endl;
3577  }
3578  if(fem_maill_quad)
3579  {
3580  ofstrm << "set terminal term" << std::endl;
3581  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_distribution_SIGMA_dev_xy_quad.\",ext)" << std::endl;
3582  ofstrm << "set lmargin 10" << std::endl;
3583  ofstrm << "set rmargin 25" << std::endl;
3584  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
3585  ofstrm << "set multiplot layout 3, 1" << std::endl;
3586  ofstrm << "#set xrange [0.5:2.0]" << std::endl;
3587  ofstrm << "unset xlabel" << std::endl;
3588  ofstrm << "unset xtic" << std::endl;
3589  ofstrm << "set xtics" << std::endl;
3590  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/quad/c_%i/histo_Champ_SIGMA_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{xy}\",\\" << std::endl;
3591  ofstrm << "sprintf(\"resultats/champ/CH/dev/quad/c_%i/histo_Champ_SIGMA_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{xy}\"" << std::endl;
3592  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/quad/c_%i/histo_Champ_SIGMA_particule_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{xy} particules\",\\" << std::endl;
3593  ofstrm << "sprintf(\"resultats/champ/CH/dev/quad/c_%i/histo_Champ_SIGMA_particule_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{xy} particules\"" << std::endl;
3594  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{xy} matrice\",\\" << std::endl;
3595  ofstrm << "sprintf(\"resultats/champ/CH/dev/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{xy} matrice\"" << std::endl;
3596  ofstrm << "unset lmargin" << std::endl;
3597  ofstrm << "unset rmargin" << std::endl;
3598  ofstrm << "unset multiplot" << std::endl;
3599  }
3600  if(fem_maill_lin && fem_maill_quad)
3601  {
3602  ofstrm << "set terminal term" << std::endl;
3603  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_distribution_SIGMA_dev_xy_lin_quad.\",ext)" << std::endl;
3604  ofstrm << "set lmargin 10" << std::endl;
3605  ofstrm << "set rmargin 25" << std::endl;
3606  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
3607  ofstrm << "set multiplot layout 3, 1" << std::endl;
3608  ofstrm << "#set xrange [0.5:2.0]" << std::endl;
3609  ofstrm << "unset xlabel" << std::endl;
3610  ofstrm << "unset xtic" << std::endl;
3611  ofstrm << "set xtics" << std::endl;
3612  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/lin/c_%i/histo_Champ_SIGMA_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{xy} lin\",\\" << std::endl;
3613  ofstrm << "sprintf(\"resultats/champ/CH/dev/lin/c_%i/histo_Champ_SIGMA_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{xy} lin\" ,\\" << std::endl;
3614  ofstrm << "sprintf(\"resultats/champ/DH/dev/quad/c_%i/histo_Champ_SIGMA_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{xy} quad\",\\" << std::endl;
3615  ofstrm << "sprintf(\"resultats/champ/CH/dev/quad/c_%i/histo_Champ_SIGMA_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{xy} quad\"" << std::endl;
3616  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/lin/c_%i/histo_Champ_SIGMA_particule_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{xy} particules lin\",\\" << std::endl;
3617  ofstrm << "sprintf(\"resultats/champ/CH/dev/lin/c_%i/histo_Champ_SIGMA_particule_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{xy} particules lin\" ,\\" << std::endl;
3618  ofstrm << "sprintf(\"resultats/champ/DH/dev/quad/c_%i/histo_Champ_SIGMA_particule_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{xy} particules quad\",\\" << std::endl;
3619  ofstrm << "sprintf(\"resultats/champ/CH/dev/quad/c_%i/histo_Champ_SIGMA_particule_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{xy} particules quad\"" << std::endl;
3620  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{xy} matrice lin\",\\" << std::endl;
3621  ofstrm << "sprintf(\"resultats/champ/CH/dev/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{xy} matrice lin\",\\" << std::endl;
3622  ofstrm << "sprintf(\"resultats/champ/DH/dev/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{xy} matrice quad\",\\" << std::endl;
3623  ofstrm << "sprintf(\"resultats/champ/CH/dev/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_3.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{xy} matrice quad\"" << std::endl;
3624  ofstrm << "unset lmargin" << std::endl;
3625  ofstrm << "unset rmargin" << std::endl;
3626  ofstrm << "unset multiplot" << std::endl;
3627  }
3628 
3629  ofstrm << "" << std::endl;
3630  ofstrm << "#Distribution SIGMA dev yz" << std::endl;
3631  if(fem_maill_lin)
3632  {
3633  ofstrm << "set terminal term" << std::endl;
3634  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_distribution_SIGMA_dev_yz_lin.\",ext)" << std::endl;
3635  ofstrm << "set lmargin 10" << std::endl;
3636  ofstrm << "set rmargin 25" << std::endl;
3637  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
3638  ofstrm << "set multiplot layout 3, 1" << std::endl;
3639  ofstrm << "#set xrange [0.5:2.0]" << std::endl;
3640  ofstrm << "unset xlabel" << std::endl;
3641  ofstrm << "unset xtic" << std::endl;
3642  ofstrm << "set xtics" << std::endl;
3643  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/lin/c_%i/histo_Champ_SIGMA_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{yz}\",\\" << std::endl;
3644  ofstrm << "sprintf(\"resultats/champ/CH/dev/lin/c_%i/histo_Champ_SIGMA_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{yz}\"" << std::endl;
3645  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/lin/c_%i/histo_Champ_SIGMA_particule_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{yz} particules\",\\" << std::endl;
3646  ofstrm << "sprintf(\"resultats/champ/CH/dev/lin/c_%i/histo_Champ_SIGMA_particule_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{yz} particules\"" << std::endl;
3647  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{yz} matrice\",\\" << std::endl;
3648  ofstrm << "sprintf(\"resultats/champ/CH/dev/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{yz} matrice\"" << std::endl;
3649  ofstrm << "unset lmargin" << std::endl;
3650  ofstrm << "unset rmargin" << std::endl;
3651  ofstrm << "unset multiplot" << std::endl;
3652  }
3653  if(fem_maill_quad)
3654  {
3655  ofstrm << "set terminal term" << std::endl;
3656  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_distribution_SIGMA_dev_yz_quad.\",ext)" << std::endl;
3657  ofstrm << "set lmargin 10" << std::endl;
3658  ofstrm << "set rmargin 25" << std::endl;
3659  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
3660  ofstrm << "set multiplot layout 3, 1" << std::endl;
3661  ofstrm << "#set xrange [0.5:2.0]" << std::endl;
3662  ofstrm << "unset xlabel" << std::endl;
3663  ofstrm << "unset xtic" << std::endl;
3664  ofstrm << "set xtics" << std::endl;
3665  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/quad/c_%i/histo_Champ_SIGMA_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{yz}\",\\" << std::endl;
3666  ofstrm << "sprintf(\"resultats/champ/CH/dev/quad/c_%i/histo_Champ_SIGMA_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{yz}\"" << std::endl;
3667  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/quad/c_%i/histo_Champ_SIGMA_particule_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{yz} particules\",\\" << std::endl;
3668  ofstrm << "sprintf(\"resultats/champ/CH/dev/quad/c_%i/histo_Champ_SIGMA_particule_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{yz} particules\"" << std::endl;
3669  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{yz} matrice\",\\" << std::endl;
3670  ofstrm << "sprintf(\"resultats/champ/CH/dev/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{yz} matrice\"" << std::endl;
3671  ofstrm << "unset lmargin" << std::endl;
3672  ofstrm << "unset rmargin" << std::endl;
3673  ofstrm << "unset multiplot" << std::endl;
3674  }
3675  if(fem_maill_lin && fem_maill_quad)
3676  {
3677  ofstrm << "set terminal term" << std::endl;
3678  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_distribution_SIGMA_dev_yz_lin_quad.\",ext)" << std::endl;
3679  ofstrm << "set lmargin 10" << std::endl;
3680  ofstrm << "set rmargin 25" << std::endl;
3681  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
3682  ofstrm << "set multiplot layout 3, 1" << std::endl;
3683  ofstrm << "#set xrange [0.5:2.0]" << std::endl;
3684  ofstrm << "unset xlabel" << std::endl;
3685  ofstrm << "unset xtic" << std::endl;
3686  ofstrm << "set xtics" << std::endl;
3687  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/lin/c_%i/histo_Champ_SIGMA_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{yz} lin\",\\" << std::endl;
3688  ofstrm << "sprintf(\"resultats/champ/CH/dev/lin/c_%i/histo_Champ_SIGMA_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{yz} lin\" ,\\" << std::endl;
3689  ofstrm << "sprintf(\"resultats/champ/DH/dev/quad/c_%i/histo_Champ_SIGMA_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{yz} quad\",\\" << std::endl;
3690  ofstrm << "sprintf(\"resultats/champ/CH/dev/quad/c_%i/histo_Champ_SIGMA_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{yz} quad\"" << std::endl;
3691  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/lin/c_%i/histo_Champ_SIGMA_particule_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{yz} particules lin\",\\" << std::endl;
3692  ofstrm << "sprintf(\"resultats/champ/CH/dev/lin/c_%i/histo_Champ_SIGMA_particule_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{yz} particules lin\" ,\\" << std::endl;
3693  ofstrm << "sprintf(\"resultats/champ/DH/dev/quad/c_%i/histo_Champ_SIGMA_particule_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{yz} particules quad\",\\" << std::endl;
3694  ofstrm << "sprintf(\"resultats/champ/CH/dev/quad/c_%i/histo_Champ_SIGMA_particule_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{yz} particules quad\"" << std::endl;
3695  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{yz} matrice lin\",\\" << std::endl;
3696  ofstrm << "sprintf(\"resultats/champ/CH/dev/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{yz} matrice lin\",\\" << std::endl;
3697  ofstrm << "sprintf(\"resultats/champ/DH/dev/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{yz} matrice quad\",\\" << std::endl;
3698  ofstrm << "sprintf(\"resultats/champ/CH/dev/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_4.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{yz} matrice quad\"" << std::endl;
3699  ofstrm << "unset lmargin" << std::endl;
3700  ofstrm << "unset rmargin" << std::endl;
3701  ofstrm << "unset multiplot" << std::endl;
3702  }
3703 
3704  ofstrm << "" << std::endl;
3705  ofstrm << "#Distribution SIGMA dev xz" << std::endl;
3706  if(fem_maill_lin)
3707  {
3708  ofstrm << "set terminal term" << std::endl;
3709  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_distribution_SIGMA_dev_xz_lin.\",ext)" << std::endl;
3710  ofstrm << "set lmargin 10" << std::endl;
3711  ofstrm << "set rmargin 25" << std::endl;
3712  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
3713  ofstrm << "set multiplot layout 3, 1" << std::endl;
3714  ofstrm << "#set xrange [0.5:2.0]" << std::endl;
3715  ofstrm << "unset xlabel" << std::endl;
3716  ofstrm << "unset xtic" << std::endl;
3717  ofstrm << "set xtics" << std::endl;
3718  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/lin/c_%i/histo_Champ_SIGMA_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{xz}\",\\" << std::endl;
3719  ofstrm << "sprintf(\"resultats/champ/CH/dev/lin/c_%i/histo_Champ_SIGMA_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{xz}\"" << std::endl;
3720  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/lin/c_%i/histo_Champ_SIGMA_particule_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{xz} particules\",\\" << std::endl;
3721  ofstrm << "sprintf(\"resultats/champ/CH/dev/lin/c_%i/histo_Champ_SIGMA_particule_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{xz} particules\"" << std::endl;
3722  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{xz} matrice\",\\" << std::endl;
3723  ofstrm << "sprintf(\"resultats/champ/CH/dev/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{xz} matrice\"" << std::endl;
3724  ofstrm << "unset lmargin" << std::endl;
3725  ofstrm << "unset rmargin" << std::endl;
3726  ofstrm << "unset multiplot" << std::endl;
3727  }
3728  if(fem_maill_quad)
3729  {
3730  ofstrm << "set terminal term" << std::endl;
3731  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_distribution_SIGMA_dev_xz_quad.\",ext)" << std::endl;
3732  ofstrm << "set lmargin 10" << std::endl;
3733  ofstrm << "set rmargin 25" << std::endl;
3734  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
3735  ofstrm << "set multiplot layout 3, 1" << std::endl;
3736  ofstrm << "#set xrange [0.5:2.0]" << std::endl;
3737  ofstrm << "unset xlabel" << std::endl;
3738  ofstrm << "unset xtic" << std::endl;
3739  ofstrm << "set xtics" << std::endl;
3740  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/quad/c_%i/histo_Champ_SIGMA_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{xz}\",\\" << std::endl;
3741  ofstrm << "sprintf(\"resultats/champ/CH/dev/quad/c_%i/histo_Champ_SIGMA_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{xz}\"" << std::endl;
3742  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/quad/c_%i/histo_Champ_SIGMA_particule_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{xz} particules\",\\" << std::endl;
3743  ofstrm << "sprintf(\"resultats/champ/CH/dev/quad/c_%i/histo_Champ_SIGMA_particule_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{xz} particules\"" << std::endl;
3744  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{xz} matrice\",\\" << std::endl;
3745  ofstrm << "sprintf(\"resultats/champ/CH/dev/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{xz} matrice\"" << std::endl;
3746  ofstrm << "unset lmargin" << std::endl;
3747  ofstrm << "unset rmargin" << std::endl;
3748  ofstrm << "unset multiplot" << std::endl;
3749  }
3750  if(fem_maill_lin && fem_maill_quad)
3751  {
3752  ofstrm << "set terminal term" << std::endl;
3753  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_distribution_SIGMA_dev_xz_lin_quad.\",ext)" << std::endl;
3754  ofstrm << "set lmargin 10" << std::endl;
3755  ofstrm << "set rmargin 25" << std::endl;
3756  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
3757  ofstrm << "set multiplot layout 3, 1" << std::endl;
3758  ofstrm << "#set xrange [0.5:2.0]" << std::endl;
3759  ofstrm << "unset xlabel" << std::endl;
3760  ofstrm << "unset xtic" << std::endl;
3761  ofstrm << "set xtics" << std::endl;
3762  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/lin/c_%i/histo_Champ_SIGMA_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{xz} lin\",\\" << std::endl;
3763  ofstrm << "sprintf(\"resultats/champ/CH/dev/lin/c_%i/histo_Champ_SIGMA_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{xz} lin\" ,\\" << std::endl;
3764  ofstrm << "sprintf(\"resultats/champ/DH/dev/quad/c_%i/histo_Champ_SIGMA_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{xz} quad\",\\" << std::endl;
3765  ofstrm << "sprintf(\"resultats/champ/CH/dev/quad/c_%i/histo_Champ_SIGMA_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{xz} quad\"" << std::endl;
3766  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/lin/c_%i/histo_Champ_SIGMA_particule_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{xz} particules lin\",\\" << std::endl;
3767  ofstrm << "sprintf(\"resultats/champ/CH/dev/lin/c_%i/histo_Champ_SIGMA_particule_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{xz} particules lin\" ,\\" << std::endl;
3768  ofstrm << "sprintf(\"resultats/champ/DH/dev/quad/c_%i/histo_Champ_SIGMA_particule_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{xz} particules quad\",\\" << std::endl;
3769  ofstrm << "sprintf(\"resultats/champ/CH/dev/quad/c_%i/histo_Champ_SIGMA_particule_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{xz} particules quad\"" << std::endl;
3770  ofstrm << "plot sprintf(\"resultats/champ/DH/dev/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 2 lw 2 title \"DH σ_{xz} matrice lin\",\\" << std::endl;
3771  ofstrm << "sprintf(\"resultats/champ/CH/dev/lin/c_%i/histo_Champ_SIGMA_matrice_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 2 lw 2 title \"CH σ_{xz} matrice lin\",\\" << std::endl;
3772  ofstrm << "sprintf(\"resultats/champ/DH/dev/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'blue' dt 1 lw 2 title \"DH σ_{xz} matrice quad\",\\" << std::endl;
3773  ofstrm << "sprintf(\"resultats/champ/CH/dev/quad/c_%i/histo_Champ_SIGMA_matrice_normalise_5.txt\",couche_ref) u ($3):($4) with lines lc rgb 'red' dt 1 lw 2 title \"CH σ_{xz} matrice quad\"" << std::endl;
3774  ofstrm << "unset lmargin" << std::endl;
3775  ofstrm << "unset rmargin" << std::endl;
3776  ofstrm << "unset multiplot" << std::endl;
3777  }
3778  }
3779  ofstrm << "" << std::endl;
3780  if(etude_thermique)
3781  {
3782  ofstrm << "" << std::endl;
3783  ofstrm << "#Nuage lambda app" << std::endl;
3784  if(fem_maill_lin)
3785  {
3786  ofstrm << "set terminal term" << std::endl;
3787  ofstrm << "set rmargin 15" << std::endl;
3788  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/nuage_Lambda_app_lin.\",ext)" << std::endl;
3789  ofstrm << "#set xrange [9:11]" << std::endl;
3790  ofstrm << "#set yrange [0.14:0.2]" << std::endl;
3791  ofstrm << "#set title \"Conductivite thermique (W/(m*K))\"" << std::endl;
3792  ofstrm << "set xlabel \"Fraction volumique (%)\"" << std::endl;
3793  ofstrm << "set ylabel \"Conductivite thermique (W/(m*K))\"" << std::endl;
3794  ofstrm << "plot \"resultats/data_graph/liste_Conductivite_thermique_app_FH_lin.txt\" u ($2*100):($3) pt 4 ps 0.5 lc rgb 'blue' lw 1 title \"FH\",\\" << std::endl;
3795  ofstrm << "\"resultats/data_graph/liste_Conductivite_thermique_app_GH_lin.txt\" u ($2*100):($3) pt 4 ps 0.5 lc rgb 'red' lw 1 title \"GH\" ,\\" << std::endl;
3796  ofstrm << "lambda_reuss(x/100.0) with line lw 2 lc rgb 'black' lt 2 title \"{/Symbol l}_{Reuss}\" ,\\" << std::endl;
3797  ofstrm << "lambda_hs_inf(x/100.0) with line lw 2 lc rgb 'black' lt 2 dashtype 2 title \"{/Symbol l}_{HS-}\" ,\\" << std::endl;
3798  ofstrm << "lambda_hs_sup(x/100.0) with line lw 2 lc rgb 'grey' lt 2 dashtype 2 title \"{/Symbol l}_{HS+}\" ,\\" << std::endl;
3799  ofstrm << "lambda_voigt(x/100.0) with line lw 2 lc rgb 'black' lt 2 dashtype 2 title \"{/Symbol l}_{Voigt}\"" << std::endl;
3800  }
3801  if(fem_maill_quad)
3802  {
3803  ofstrm << "set terminal term" << std::endl;
3804  ofstrm << "set rmargin 15" << std::endl;
3805  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/nuage_Lambda_app_quad.\",ext)" << std::endl;
3806  ofstrm << "#set xrange [9:11]" << std::endl;
3807  ofstrm << "#set yrange [0.14:0.2]" << std::endl;
3808  ofstrm << "#set title \"Conductivite thermique (W/(m*K))\"" << std::endl;
3809  ofstrm << "set xlabel \"Fraction volumique (%)\"" << std::endl;
3810  ofstrm << "set ylabel \"Conductivite thermique (W/(m*K))\"" << std::endl;
3811  ofstrm << "plot \"resultats/data_graph/liste_Conductivite_thermique_app_FH_quad.txt\" u ($2*100):($3) pt 5 ps 0.5 lc rgb 'blue' lw 1 title \"FH\",\\" << std::endl;
3812  ofstrm << "\"resultats/data_graph/liste_Conductivite_thermique_app_GH_quad.txt\" u ($2*100):($3) pt 5 ps 0.5 lc rgb 'red' lw 1 title \"GH\" ,\\" << std::endl;
3813  ofstrm << "lambda_reuss(x/100.0) with line lw 2 lc rgb 'black' lt 2 title \"{/Symbol l}_{Reuss}\" ,\\" << std::endl;
3814  ofstrm << "lambda_hs_inf(x/100.0) with line lw 2 lc rgb 'black' lt 2 dashtype 2 title \"{/Symbol l}_{HS-}\" ,\\" << std::endl;
3815  ofstrm << "lambda_hs_sup(x/100.0) with line lw 2 lc rgb 'grey' lt 2 dashtype 2 title \"{/Symbol l}_{HS+}\" ,\\" << std::endl;
3816  ofstrm << "lambda_voigt(x/100.0) with line lw 2 lc rgb 'black' lt 2 dashtype 2 title \"{/Symbol l}_{Voigt}\"" << std::endl;
3817  }
3818  if(fem_maill_lin && fem_maill_quad)
3819  {
3820  ofstrm << "set terminal term'" << std::endl;
3821  ofstrm << "set rmargin 15" << std::endl;
3822  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/nuage_Lambda_app_lin_quad.\",ext)" << std::endl;
3823  ofstrm << "#set xrange [9:11]" << std::endl;
3824  ofstrm << "#set yrange [0.14:0.2]" << std::endl;
3825  ofstrm << "#set title \"Conductivite thermique (W/(m*K))\"" << std::endl;
3826  ofstrm << "set xlabel \"Fraction volumique (%)\"" << std::endl;
3827  ofstrm << "set ylabel \"Conductivite thermique (W/(m*K))\"" << std::endl;
3828  ofstrm << "plot \"resultats/data_graph/liste_Conductivite_thermique_app_FH_lin.txt\" u ($2*100):($3) pt 4 ps 0.5 lc rgb 'blue' lw 1 title \"FH lin\",\\" << std::endl;
3829  ofstrm << "\"resultats/data_graph/liste_Conductivite_thermique_app_GH_lin.txt\" u ($2*100):($3) pt 4 ps 0.5 lc rgb 'red' lw 1 title \"GH lin\" ,\\" << std::endl;
3830  ofstrm << "\"resultats/data_graph/liste_Conductivite_thermique_app_FH_quad.txt\" u ($2*100):($3) pt 5 ps 0.5 lc rgb 'blue' lw 1 title \"FH quad\",\\" << std::endl;
3831  ofstrm << "\"resultats/data_graph/liste_Conductivite_thermique_app_GH_quad.txt\" u ($2*100):($3) pt 5 ps 0.5 lc rgb 'red' lw 1 title \"GH quad\" ,\\" << std::endl;
3832  }
3833 
3834  ofstrm << "" << std::endl;
3835  ofstrm << "#Cumul lambda app" << std::endl;
3836  if(fem_maill_lin)
3837  {
3838  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/cumul_Lambda_app_lin.\",ext)" << std::endl;
3839  ofstrm << "#set title \"Conductivite thermique (W/(m*K))\"" << std::endl;
3840  ofstrm << "set xlabel \"Fraction volumique (%)\"" << std::endl;
3841  ofstrm << "set ylabel \"Conductivite thermique (W/(m*K))\"" << std::endl;
3842  ofstrm << "plot \"<(sed -n 2p resultats/data_graph/erosion_Conductivite_thermique_app_FH_lin.txt)\" u ($3*100):($5):($4*100):($6) with xyerrorbars pt 4 ps 0.5 lc rgb 'blue' lw 1 title \"FH\",\\" << std::endl;
3843  ofstrm << "\"<(sed -n 2p resultats/data_graph/erosion_Conductivite_thermique_app_GH_lin.txt)\" u ($3*100):($5):($4*100):($6) with xyerrorbars pt 4 ps 0.5 lc rgb 'red' lw 1 title \"GH\" ,\\" << std::endl;
3844  ofstrm << "lambda_reuss(x/100.0) with line lw 2 lc rgb 'black' lt 2 title \"{/Symbol l}_{Reuss}\" ,\\" << std::endl;
3845  ofstrm << "lambda_hs_inf(x/100.0) with line lw 2 lc rgb 'grey' lt 2 title \"{/Symbol l}_{HS-}\" ,\\" << std::endl;
3846  ofstrm << "lambda_hs_sup(x/100.0) with line lw 2 lc rgb 'grey' lt 2 dashtype 2 title \"{/Symbol l}_{HS+}\" ,\\" << std::endl;
3847  ofstrm << "lambda_voigt(x/100.0) with line lw 2 lc rgb 'black' lt 2 dashtype 2 title \"{/Symbol l}_{Voigt}\"" << std::endl;
3848  }
3849  if(fem_maill_quad)
3850  {
3851  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/cumul_Lambda_app_quad.\",ext)" << std::endl;
3852  ofstrm << "#set title \"Conductivite thermique (W/(m*K))\"" << std::endl;
3853  ofstrm << "set xlabel \"Fraction volumique (%)\"" << std::endl;
3854  ofstrm << "set ylabel \"Conductivite thermique (W/(m*K))\"" << std::endl;
3855  ofstrm << "plot \"<(sed -n 2p resultats/data_graph/erosion_Conductivite_thermique_app_FH_quad.txt)\" u ($3*100):($5):($4*100):($6) with xyerrorbars pt 5 ps 0.5 lc rgb 'blue' lw 1 title \"FH\",\\" << std::endl;
3856  ofstrm << "\"<(sed -n 2p resultats/data_graph/erosion_Conductivite_thermique_app_GH_quad.txt)\" u ($3*100):($5):($4*100):($6) with xyerrorbars pt 5 ps 0.5 lc rgb 'red' lw 1 title \"GH\" ,\\" << std::endl;
3857  ofstrm << "lambda_reuss(x/100.0) with line lw 2 lc rgb 'black' lt 2 title \"{/Symbol l}_{Reuss}\" ,\\" << std::endl;
3858  ofstrm << "lambda_hs_inf(x/100.0) with line lw 2 lc rgb 'grey' lt 2 title \"{/Symbol l}_{HS-}\" ,\\" << std::endl;
3859  ofstrm << "lambda_hs_sup(x/100.0) with line lw 2 lc rgb 'grey' lt 2 dashtype 2 title \"{/Symbol l}_{HS+}\" ,\\" << std::endl;
3860  ofstrm << "lambda_voigt(x/100.0) with line lw 2 lc rgb 'black' lt 2 dashtype 2 title \"{/Symbol l}_{Voigt}\"" << std::endl;
3861  }
3862  if(fem_maill_lin && fem_maill_quad)
3863  {
3864  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/cumul_Lambda_app_lin_quad.\",ext)" << std::endl;
3865  ofstrm << "#set title \"Conductivite thermique (W/(m*K))\"" << std::endl;
3866  ofstrm << "set xlabel \"Fraction volumique (%)\"" << std::endl;
3867  ofstrm << "set ylabel \"Conductivite thermique (W/(m*K))\"" << std::endl;
3868  ofstrm << "plot \"<(sed -n 2p resultats/data_graph/erosion_Conductivite_thermique_app_FH_lin.txt)\" u ($3*100):($5):($4*100):($6) with xyerrorbars pt 4 ps 0.5 lc rgb 'blue' lw 1 title \"FH lin\",\\" << std::endl;
3869  ofstrm << "\"<(sed -n 2p resultats/data_graph/erosion_Conductivite_thermique_app_GH_lin.txt)\" u ($3*100):($5):($4*100):($6) with xyerrorbars pt 4 ps 0.5 lc rgb 'red' lw 1 title \"GH lin\" ,\\" << std::endl;
3870  ofstrm << "\"<(sed -n 2p resultats/data_graph/erosion_Conductivite_thermique_app_FH_quad.txt)\" u ($3*100):($5):($4*100):($6) with xyerrorbars pt 5 ps 0.5 lc rgb 'blue' lw 1 title \"FH quad\",\\" << std::endl;
3871  ofstrm << "\"<(sed -n 2p resultats/data_graph/erosion_Conductivite_thermique_app_GH_quad.txt)\" u ($3*100):($5):($4*100):($6) with xyerrorbars pt 5 ps 0.5 lc rgb 'red' lw 1 title \"GH quad\"" << std::endl;
3872  }
3873 
3874  ofstrm << "" << std::endl;
3875  ofstrm << "#Cumul erosion lambda app" << std::endl;
3876  if(fem_maill_lin)
3877  {
3878  ofstrm << "set terminal term" << std::endl;
3879  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_cumul_erosion_Lambda_app_lin.\",ext)" << std::endl;
3880  ofstrm << "unset bmargin" << std::endl;
3881  ofstrm << "set lmargin 10" << std::endl;
3882  ofstrm << "set rmargin 18" << std::endl;
3883  ofstrm << "set multiplot layout 2, 1" << std::endl;
3884  ofstrm << "#set xrange [0:0.41]" << std::endl;
3885  ofstrm << "#set title \"Module de Young (GPa)\"" << std::endl;
3886  ofstrm << "unset xlabel" << std::endl;
3887  ofstrm << "unset xtic" << std::endl;
3888  ofstrm << "set ylabel \"Conductivite thermique (W/(m*K))\" offset 1" << std::endl;
3889  ofstrm << "set ytics nomirror" << std::endl;
3890  ofstrm << "#set yrange [0.165:0.19]" << std::endl;
3891  ofstrm << "set size 1,0.7" << std::endl;
3892  ofstrm << "set origin 0,0.3" << std::endl;
3893  ofstrm << "plot \"resultats/data_graph/erosion_Conductivite_thermique_app_FH_lin.txt\" u ($1*" << epaisseur_couche_erosion << "):($5) with lines lc rgb 'blue' lw 2 title \"FH\" ,\\" << std::endl;
3894  ofstrm << "\"resultats/data_graph/erosion_Conductivite_thermique_app_FH_lin.txt\" u ($1*" << epaisseur_couche_erosion << "):($5):($6) with yerrorbars pt 4 ps 1.0 lc rgb 'blue' lw 2 notitle ,\\" << std::endl;
3895  ofstrm << "\"resultats/data_graph/erosion_Conductivite_thermique_app_GH_lin.txt\" u ($1*" << epaisseur_couche_erosion << "):($5) with lines lc rgb 'red' lw 2 title \"GH\" ,\\" << std::endl;
3896  ofstrm << "\"resultats/data_graph/erosion_Conductivite_thermique_app_GH_lin.txt\" u ($1*" << epaisseur_couche_erosion << "):($5):($6) with yerrorbars pt 4 ps 1.0 lc rgb 'red' lw 2 notitle ,\\" << std::endl;
3897  ofstrm << "\"resultats/data_graph/erosion_Conductivite_thermique_app_GH_lin.txt\" u ($1*" << epaisseur_couche_erosion << "):(lambda_reuss($3)) with line lw 2 lc rgb 'black' lt 2 title \"{/Symbol l}_{Reuss}\" ,\\" << std::endl;
3898  ofstrm << "\"resultats/data_graph/erosion_Conductivite_thermique_app_GH_lin.txt\" u ($1*" << epaisseur_couche_erosion << "):(lambda_hs_inf($3)) with line lw 2 lc rgb 'grey' lt 2 title \"{/Symbol l}_{HS-}\" ,\\" << std::endl;
3899  ofstrm << "\"resultats/data_graph/erosion_Conductivite_thermique_app_GH_lin.txt\" u ($1*" << epaisseur_couche_erosion << "):(lambda_hs_sup($3)) with line lw 2 lc rgb 'grey' lt 2 dashtype 2 title \"{/Symbol l}_{HS+}\" ,\\" << std::endl;
3900  ofstrm << "\"resultats/data_graph/erosion_Conductivite_thermique_app_GH_lin.txt\" u ($1*" << epaisseur_couche_erosion << "):(lambda_voigt($3)) with line lw 2 lc rgb 'black' lt 2 dashtype 2 title \"{/Symbol l}_{Voigt}\"" << std::endl;
3901  ofstrm << "set xlabel \"Distance d'erosion d_e\" offset 0,0" << std::endl;
3902  ofstrm << "set ylabel \"Fraction volumique (%)\" offset -2" << std::endl;
3903  ofstrm << "unset yrange" << std::endl;
3904  ofstrm << "set size 1,0.3" << std::endl;
3905  ofstrm << "set origin 0,0" << std::endl;
3906  ofstrm << "set xtics" << std::endl;
3907  ofstrm << "set xlabel \"Distance d'erosion d_e\"" << std::endl;
3908  ofstrm << "#set yrange [9:14]" << std::endl;
3909  ofstrm << "plot \"resultats/data_graph/erosion_Modules_app_CH_lin.txt\" u ($1*" << epaisseur_couche_erosion << "):($3*100) with linespoint lc rgb 'black' lt 2 lw 2 pt 6 ps 1.0 title \"Frac. Vol.\" ,\\" << std::endl;
3910  ofstrm << "\"resultats/data_graph/erosion_Modules_app_CH_lin.txt\" u ($1*" << epaisseur_couche_erosion << "):($3*100):($4*100) with yerrorbars lc rgb 'black' pt 6 ps 1.0 notitle" << std::endl;
3911  ofstrm << "unset yrange" << std::endl;
3912  ofstrm << "unset lmargin" << std::endl;
3913  ofstrm << "unset rmargin" << std::endl;
3914  ofstrm << "unset multiplot" << std::endl;
3915  }
3916  if(fem_maill_quad)
3917  {
3918  ofstrm << "set terminal term" << std::endl;
3919  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_cumul_erosion_Lambda_app_quad.\",ext)" << std::endl;
3920  ofstrm << "unset bmargin" << std::endl;
3921  ofstrm << "set lmargin 10" << std::endl;
3922  ofstrm << "set rmargin 18" << std::endl;
3923  ofstrm << "set multiplot layout 2, 1" << std::endl;
3924  ofstrm << "#set xrange [0:0.41]" << std::endl;
3925  ofstrm << "#set title \"Module de Young (GPa)\"" << std::endl;
3926  ofstrm << "unset xlabel" << std::endl;
3927  ofstrm << "unset xtic" << std::endl;
3928  ofstrm << "set ylabel \"Conductivite thermique (W/(m*K))\" offset 1" << std::endl;
3929  ofstrm << "set ytics nomirror" << std::endl;
3930  ofstrm << "#set yrange [0.165:0.19]" << std::endl;
3931  ofstrm << "set size 1,0.7" << std::endl;
3932  ofstrm << "set origin 0,0.3" << std::endl;
3933  ofstrm << "plot \"resultats/data_graph/erosion_Conductivite_thermique_app_FH_quad.txt\" u ($1*" << epaisseur_couche_erosion << "):($5) with lines lc rgb 'blue' lw 2 title \"FH\" ,\\" << std::endl;
3934  ofstrm << "\"resultats/data_graph/erosion_Conductivite_thermique_app_FH_quad.txt\" u ($1*" << epaisseur_couche_erosion << "):($5):($6) with yerrorbars pt 5 ps 1.0 lc rgb 'blue' lw 2 notitle ,\\" << std::endl;
3935  ofstrm << "\"resultats/data_graph/erosion_Conductivite_thermique_app_GH_quad.txt\" u ($1*" << epaisseur_couche_erosion << "):($5) with lines lc rgb 'red' lw 2 title \"GH\" ,\\" << std::endl;
3936  ofstrm << "\"resultats/data_graph/erosion_Conductivite_thermique_app_GH_quad.txt\" u ($1*" << epaisseur_couche_erosion << "):($5):($6) with yerrorbars pt 5 ps 1.0 lc rgb 'red' lw 2 notitle ,\\" << std::endl;
3937  ofstrm << "\"resultats/data_graph/erosion_Conductivite_thermique_app_GH_quad.txt\" u ($1*" << epaisseur_couche_erosion << "):(lambda_reuss($3)) with line lw 2 lc rgb 'black' lt 2 title \"{/Symbol l}_{Reuss}\" ,\\" << std::endl;
3938  ofstrm << "\"resultats/data_graph/erosion_Conductivite_thermique_app_GH_quad.txt\" u ($1*" << epaisseur_couche_erosion << "):(lambda_hs_inf($3)) with line lw 2 lc rgb 'grey' lt 2 title \"{/Symbol l}_{HS-}\" ,\\" << std::endl;
3939  ofstrm << "\"resultats/data_graph/erosion_Conductivite_thermique_app_GH_quad.txt\" u ($1*" << epaisseur_couche_erosion << "):(lambda_hs_sup($3)) with line lw 2 lc rgb 'grey' lt 2 dashtype 2 title \"{/Symbol l}_{HS+}\" ,\\" << std::endl;
3940  ofstrm << "\"resultats/data_graph/erosion_Conductivite_thermique_app_GH_quad.txt\" u ($1*" << epaisseur_couche_erosion << "):(lambda_voigt($3)) with line lw 2 lc rgb 'black' lt 2 dashtype 2 title \"{/Symbol l}_{Voigt}\"" << std::endl;
3941  ofstrm << "set xlabel \"Distance d'erosion d_e\" offset 0,0" << std::endl;
3942  ofstrm << "set ylabel \"Fraction volumique (%)\" offset -2" << std::endl;
3943  ofstrm << "unset yrange" << std::endl;
3944  ofstrm << "set size 1,0.3" << std::endl;
3945  ofstrm << "set origin 0,0" << std::endl;
3946  ofstrm << "set xtics" << std::endl;
3947  ofstrm << "set xlabel \"Distance d'erosion d_e\"" << std::endl;
3948  ofstrm << "#set yrange [9:14]" << std::endl;
3949  ofstrm << "plot \"resultats/data_graph/erosion_Modules_app_CH_quad.txt\" u ($1*" << epaisseur_couche_erosion << "):($3*100) with linespoint lc rgb 'black' lt 2 lw 2 pt 7 ps 1.0 title \"Frac. Vol.\" ,\\" << std::endl;
3950  ofstrm << "\"resultats/data_graph/erosion_Modules_app_CH_quad.txt\" u ($1*" << epaisseur_couche_erosion << "):($3*100):($4*100) with yerrorbars lc rgb 'black' pt 7 ps 1.0 notitle" << std::endl;
3951  ofstrm << "unset yrange" << std::endl;
3952  ofstrm << "unset lmargin" << std::endl;
3953  ofstrm << "unset rmargin" << std::endl;
3954  ofstrm << "unset multiplot" << std::endl;
3955  }
3956  if(fem_maill_lin && fem_maill_quad)
3957  {
3958  ofstrm << "set terminal term" << std::endl;
3959  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/multi_cumul_erosion_Lambda_app_lin_quad.\",ext)" << std::endl;
3960  ofstrm << "unset bmargin" << std::endl;
3961  ofstrm << "set lmargin 10" << std::endl;
3962  ofstrm << "set rmargin 18" << std::endl;
3963  ofstrm << "set multiplot layout 2, 1" << std::endl;
3964  ofstrm << "#set xrange [0:0.41]" << std::endl;
3965  ofstrm << "#set title \"Module de Young (GPa)\"" << std::endl;
3966  ofstrm << "unset xlabel" << std::endl;
3967  ofstrm << "unset xtic" << std::endl;
3968  ofstrm << "set ylabel \"Conductivite thermique (W/(m*K))\" offset 1" << std::endl;
3969  ofstrm << "set ytics nomirror" << std::endl;
3970  ofstrm << "#set yrange [0.165:0.19]" << std::endl;
3971  ofstrm << "set size 1,0.7" << std::endl;
3972  ofstrm << "set origin 0,0.3" << std::endl;
3973  ofstrm << "plot \"resultats/data_graph/erosion_Conductivite_thermique_app_FH_lin.txt\" u ($1*" << epaisseur_couche_erosion << "):($5) with lines lc rgb 'blue' lw 2 title \"FH lin\" ,\\" << std::endl;
3974  ofstrm << "\"resultats/data_graph/erosion_Conductivite_thermique_app_FH_lin.txt\" u ($1*" << epaisseur_couche_erosion << "):($5):($6) with yerrorbars pt 4 ps 1.0 lc rgb 'blue' lw 2 notitle ,\\" << std::endl;
3975  ofstrm << "\"resultats/data_graph/erosion_Conductivite_thermique_app_GH_lin.txt\" u ($1*" << epaisseur_couche_erosion << "):($5) with lines lc rgb 'red' lw 2 title \"GH lin\" ,\\" << std::endl;
3976  ofstrm << "\"resultats/data_graph/erosion_Conductivite_thermique_app_GH_lin.txt\" u ($1*" << epaisseur_couche_erosion << "):($5):($6) with yerrorbars pt 4 ps 1.0 lc rgb 'red' lw 2 notitle ,\\" << std::endl;
3977  ofstrm << "\"resultats/data_graph/erosion_Conductivite_thermique_app_FH_quad.txt\" u ($1*" << epaisseur_couche_erosion << "):($5) with lines lc rgb 'blue' lw 2 title \"FH quad\" ,\\" << std::endl;
3978  ofstrm << "\"resultats/data_graph/erosion_Conductivite_thermique_app_FH_quad.txt\" u ($1*" << epaisseur_couche_erosion << "):($5):($6) with yerrorbars pt 5 ps 1.0 lc rgb 'blue' lw 2 notitle ,\\" << std::endl;
3979  ofstrm << "\"resultats/data_graph/erosion_Conductivite_thermique_app_GH_quad.txt\" u ($1*" << epaisseur_couche_erosion << "):($5) with lines lc rgb 'red' lw 2 title \"GH quad\" ,\\" << std::endl;
3980  ofstrm << "\"resultats/data_graph/erosion_Conductivite_thermique_app_GH_quad.txt\" u ($1*" << epaisseur_couche_erosion << "):($5):($6) with yerrorbars pt 5 ps 1.0 lc rgb 'red' lw 2 notitle" << std::endl;
3981  ofstrm << "set xlabel \"Distance d'erosion d_e\" offset 0,0" << std::endl;
3982  ofstrm << "set ylabel \"Fraction volumique (%)\" offset -2" << std::endl;
3983  ofstrm << "unset yrange" << std::endl;
3984  ofstrm << "set size 1,0.3" << std::endl;
3985  ofstrm << "set origin 0,0" << std::endl;
3986  ofstrm << "set xtics" << std::endl;
3987  ofstrm << "set xlabel \"Distance d'erosion d_e\"" << std::endl;
3988  ofstrm << "#set yrange [9:14]" << std::endl;
3989  ofstrm << "plot \"resultats/data_graph/erosion_Modules_app_CH_lin.txt\" u ($1*" << epaisseur_couche_erosion << "):($3*100) with linespoint lc rgb 'black' lt 2 lw 2 pt 6 ps 1.0 title \"Frac. Vol. lin\" ,\\" << std::endl;
3990  ofstrm << "\"resultats/data_graph/erosion_Modules_app_CH_lin.txt\" u ($1*" << epaisseur_couche_erosion << "):($3*100):($4*100) with yerrorbars lc rgb 'black' pt 6 ps 1.0 notitle ,\\" << std::endl;
3991  ofstrm << "\"resultats/data_graph/erosion_Modules_app_CH_quad.txt\" u ($1*" << epaisseur_couche_erosion << "):($3*100) with linespoint lc rgb 'black' lt 2 lw 2 pt 7 ps 1.0 title \"Frac. Vol. quad\" ,\\" << std::endl;
3992  ofstrm << "\"resultats/data_graph/erosion_Modules_app_CH_quad.txt\" u ($1*" << epaisseur_couche_erosion << "):($3*100):($4*100) with yerrorbars lc rgb 'black' pt 7 ps 1.0 notitle" << std::endl;
3993  ofstrm << "unset yrange" << std::endl;
3994  ofstrm << "unset lmargin" << std::endl;
3995  ofstrm << "unset rmargin" << std::endl;
3996  ofstrm << "unset multiplot" << std::endl;
3997  }
3998  }
3999  ofstrm << "" << std::endl;
4000  ofstrm << "#Nombre de particules" << std::endl;
4001  ofstrm << "unset key" << std::endl;
4002  ofstrm << "set terminal term" << std::endl;
4003  ofstrm << "unset xrange" << std::endl;
4004  ofstrm << "unset yrange" << std::endl;
4005  ofstrm << "set lmargin 10" << std::endl;
4006  ofstrm << "set rmargin 2" << std::endl;
4007  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/cao_nb_particule.\",ext)" << std::endl;
4008  ofstrm << "#set title \"Nombre (Particule)\"" << std::endl;
4009  ofstrm << "set xlabel \"Nombre\"" << std::endl;
4010  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
4011  ofstrm << "plot 'resultats/cao/histo_Cao_Particule_nb_forme.txt' using 1:4 with impulses notitle lc rgb 'blue' lw 50" << std::endl;
4012 
4013  ofstrm << "" << std::endl;
4014  ofstrm << "#Volume ALL" << std::endl;
4015  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/cao_volume.\",ext)" << std::endl;
4016  ofstrm << "#set title \"Volume\"" << std::endl;
4017  ofstrm << "set xlabel \"Volume\"" << std::endl;
4018  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
4019  ofstrm << "plot 'resultats/cao/histo_Cao_ALL_volume_forme.txt' using 3:4 with impulses notitle lc rgb 'blue' lw 2" << std::endl;
4020 
4021  ofstrm << "" << std::endl;
4022  ofstrm << "#Volume des particules" << std::endl;
4023  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/cao_volume_particule.\",ext)" << std::endl;
4024  ofstrm << "#set title \"Volume (Particule)\"" << std::endl;
4025  ofstrm << "set xlabel \"Volume\"" << std::endl;
4026  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
4027  ofstrm << "plot 'resultats/cao/histo_Cao_Particule_volume_forme.txt' using 3:4 with impulses notitle lc rgb 'blue' lw 2" << std::endl;
4028 
4029  ofstrm << "" << std::endl;
4030  ofstrm << "#Volume de la matrice" << std::endl;
4031  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/cao_volume_matrice.\",ext)" << std::endl;
4032  ofstrm << "#set title \"Volume (Matrice)\"" << std::endl;
4033  ofstrm << "set xlabel \"Volume\"" << std::endl;
4034  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
4035  ofstrm << "plot 'resultats/cao/histo_Cao_Matrice_volume_forme.txt' using 3:4 with impulses notitle lc rgb 'blue' lw 2" << std::endl;
4036 
4037  ofstrm << "" << std::endl;
4038  ofstrm << "#Nb element 3D" << std::endl;
4039  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/maillage_mg_nb_element_3D.\",ext)" << std::endl;
4040  ofstrm << "#set title \"Distribution nombre elements\"" << std::endl;
4041  ofstrm << "set xlabel \"Nombre element\"" << std::endl;
4042  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
4043  ofstrm << "plot 'resultats/maillage_mg/histo_MG_maillage_ALL_nb_ele_3D.txt' using 3:4 with impulses notitle lc rgb 'blue' lw 2" << std::endl;
4044 
4045  ofstrm << "" << std::endl;
4046  ofstrm << "#Nb element 3D particule" << std::endl;
4047  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/maillage_mg_nb_element_3D_particule.\",ext)" << std::endl;
4048  ofstrm << "#set title \"Distribution nombre elements (Particules)\"" << std::endl;
4049  ofstrm << "set xlabel \"Nombre element\"" << std::endl;
4050  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
4051  ofstrm << "plot 'resultats/maillage_mg/histo_MG_maillage_Particule_nb_ele_3D.txt' using 3:4 with impulses notitle lc rgb 'blue' lw 2" << std::endl;
4052 
4053  ofstrm << "" << std::endl;
4054  ofstrm << "#Nb element 3D matrice" << std::endl;
4055  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/maillage_mg_nb_element_3D_matrice.\",ext)" << std::endl;
4056  ofstrm << "#set title \"Distribution nombre elements (Matrice)\"" << std::endl;
4057  ofstrm << "set xlabel \"Nombre element\"" << std::endl;
4058  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
4059  ofstrm << "plot 'resultats/maillage_mg/histo_MG_maillage_Matrice_nb_ele_3D.txt' using 3:4 with impulses notitle lc rgb 'blue' lw 2" << std::endl;
4060 
4061  ofstrm << "" << std::endl;
4062  ofstrm << "#Taille element ALL" << std::endl;
4063  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/maillage_mg_taille_element.\",ext)" << std::endl;
4064  ofstrm << "#set title \"Distribution taille elements\"" << std::endl;
4065  ofstrm << "set xlabel \"Taille element\"" << std::endl;
4066  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
4067  ofstrm << "plot 'resultats/maillage_mg/histo_MG_maillage_ALL_taille_3D.txt' using 3:4 with impulses notitle lc rgb 'blue' lw 2" << std::endl;
4068 
4069  ofstrm << "" << std::endl;
4070  ofstrm << "#Taille element particule" << std::endl;
4071  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/maillage_mg_taille_element_particule.\",ext)" << std::endl;
4072  ofstrm << "#set title \"Distribution taille elements\"" << std::endl;
4073  ofstrm << "set xlabel \"Taille element\"" << std::endl;
4074  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
4075  ofstrm << "plot 'resultats/maillage_mg/histo_MG_maillage_Particule_taille_3D.txt' using 3:4 with impulses notitle lc rgb 'blue' lw 2" << std::endl;
4076 
4077  ofstrm << "" << std::endl;
4078  ofstrm << "#Taille element matrice" << std::endl;
4079  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/maillage_mg_taille_element_matrice.\",ext)" << std::endl;
4080  ofstrm << "#set title \"Distribution taille elements\"" << std::endl;
4081  ofstrm << "set xlabel \"Taille element\"" << std::endl;
4082  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
4083  ofstrm << "plot 'resultats/maillage_mg/histo_MG_maillage_Matrice_taille_3D.txt' using 3:4 with impulses notitle lc rgb 'blue' lw 2" << std::endl;
4084 
4085  ofstrm << "" << std::endl;
4086  ofstrm << "#Qualite element ALL" << std::endl;
4087  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/maillage_mg_qualite_element.\",ext)" << std::endl;
4088  ofstrm << "unset xrange" << std::endl;
4089  ofstrm << "#set title \"Distribution qualite elements\"" << std::endl;
4090  ofstrm << "set xlabel \"Qualite element\"" << std::endl;
4091  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
4092  ofstrm << "plot 'resultats/maillage_mg/histo_MG_maillage_ALL_qualite_3D.txt' using 3:4 with impulses notitle lc rgb 'blue' lw 2" << std::endl;
4093 
4094  ofstrm << "" << std::endl;
4095  ofstrm << "#Qualite element Particule" << std::endl;
4096  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/maillage_mg_qualite_element_particule.\",ext)" << std::endl;
4097  ofstrm << "unset xrange" << std::endl;
4098  ofstrm << "#set title \"Distribution qualite elements\"" << std::endl;
4099  ofstrm << "set xlabel \"Qualite element\"" << std::endl;
4100  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
4101  ofstrm << "plot 'resultats/maillage_mg/histo_MG_maillage_Particule_qualite_3D.txt' using 3:4 with impulses notitle lc rgb 'blue' lw 2" << std::endl;
4102 
4103  ofstrm << "" << std::endl;
4104  ofstrm << "#Qualite element Matrice" << std::endl;
4105  ofstrm << "set output sprintf(\"%s%s\",\"resultats/graph/maillage_mg_qualite_element_matrice.\",ext)" << std::endl;
4106  ofstrm << "unset xrange" << std::endl;
4107  ofstrm << "#set title \"Distribution qualite elements\"" << std::endl;
4108  ofstrm << "set xlabel \"Qualite element\"" << std::endl;
4109  ofstrm << "set ylabel \"Densité de probabilité\"" << std::endl;
4110  ofstrm << "plot 'resultats/maillage_mg/histo_MG_maillage_Matrice_qualite_3D.txt' using 3:4 with impulses notitle lc rgb 'blue' lw 2" << std::endl;
4111 
4112 
4113 
4114  if(fonc_affiche!=NULL) fonc_affiche((char*)"fig_Eapp.gnu");
4115 return 0;
4116 
4117 }
4118 
4119 
4120 
4121 int PARAMETRES::importer_fichier_parametres(char* fichier, OT_PARAMETRES* params)
4122 {
4123  return params->lire(fichier);
4124 }
4125 
4126 int PARAMETRES::importer_fichier_liste_parametres(char* fichier, std::vector< OT_PARAMETRES* >& vector_params)
4127 {
4128  std::string str_fichier = fichier;
4129  std::size_t found = str_fichier.rfind((char*)"/");
4130  std::string chemin;
4131  if(found!=-1)
4132  {
4133  chemin = str_fichier.substr(0,found+1);
4134  }
4135  else chemin = "";
4136  FILE* in=fopen(fichier,"rt");
4137  char ligne[4000];
4138  fgets(ligne,4000,in);
4139  while(!feof(in))
4140  {
4141  char *aide = strstr(ligne,"//");
4142  if(aide==NULL)
4143  {
4144  char sous_fichier[500];
4145  sscanf(ligne,"%s",sous_fichier);
4146  if(strlen(sous_fichier)==0) continue;
4147  OT_PARAMETRES *param = new OT_PARAMETRES;
4148  std::string str_sous_fichier = chemin;
4149  str_sous_fichier.append(sous_fichier);
4150  if(param->lire((char*)str_sous_fichier.c_str())==FAIL) return FAIL;
4151  vector_params.push_back(param);
4152  }
4153  fgets(ligne,4000,in);
4154  }
4155  return OK;
4156 }
MSTRUCT::RSA
@ RSA
Definition: mstruct_definition.h:39
MG_EXPORT
Definition: mg_export.h:33
PARAMETRES::generer_script_ves
static int generer_script_ves(bool etude_mecanique, bool etude_thermique, int type_inclusion, bool fem_maill_lin, bool fem_maill_quad, fonction_affiche *fonc_affiche=NULL)
Definition: mstruct_parametres.cpp:1423
MSTRUCT::POST_MAILLAGE_FEM
@ POST_MAILLAGE_FEM
Definition: mstruct_definition.h:74
MSTRUCT::POST_CAO
@ POST_CAO
Definition: mstruct_definition.h:71
MSTRUCT::ECART_RELATIF
@ ECART_RELATIF
Definition: mstruct_definition.h:85
mstruct_generateur_rsa.h
MSTRUCT::MECANIQUE
@ MECANIQUE
Definition: mstruct_definition.h:28
MSTRUCT::POST_MAILLAGE_MG
@ POST_MAILLAGE_MG
Definition: mstruct_definition.h:73
FAIL
const int FAIL
Definition: mg_definition.h:39
MG_EXPORT::get_param_aster
OT_PARAMETRES * get_param_aster(void)
Definition: mg_export.cpp:128
PARAMETRES::ini_param_materiau
static void ini_param_materiau(OT_PARAMETRES *params, char *nom_groupe_forme, bool etude_mecanique, bool etude_thermique)
Definition: mstruct_parametres.cpp:205
MSTRUCT::DCR
@ DCR
Definition: mstruct_definition.h:40
MSTRUCT::POST_TEMPS
@ POST_TEMPS
Definition: mstruct_definition.h:75
MSTRUCT::ELLIPSOIDE
@ ELLIPSOIDE
Definition: mstruct_definition.h:52
PARAMETRES::ini_param_mailleur
static void ini_param_mailleur(OT_PARAMETRES *params)
Definition: mstruct_parametres.cpp:242
PARAMETRES::ini_param_mailleur_fem
static void ini_param_mailleur_fem(OT_PARAMETRES *params)
Definition: mstruct_parametres.cpp:256
MSTRUCT::ECART_RELATIF_ABSOLUE
@ ECART_RELATIF_ABSOLUE
Definition: mstruct_definition.h:86
PARAMETRES::ini_param_generateur_rsa
static void ini_param_generateur_rsa(OT_PARAMETRES *params, int type_inclusion)
Definition: mstruct_parametres.cpp:31
OT_PARAMETRES::STRING
@ STRING
Definition: ot_parametres.h:38
OT_PARAMETRES::ajouter
void ajouter(std::string chaine, double valeur, int typep, std::string aide="")
Definition: ot_parametres.cpp:61
OK
const int OK
Definition: mg_definition.h:38
PARAMETRES::ini_param_generateur_dcr
static void ini_param_generateur_dcr(OT_PARAMETRES *params, int type_inclusion)
Definition: mstruct_parametres.cpp:139
PARAMETRES::importer_fichier_parametres
static int importer_fichier_parametres(char *fichier, OT_PARAMETRES *params)
Definition: mstruct_parametres.cpp:4121
MSTRUCT::POST_PROPRIETE_MASSIQUE
@ POST_PROPRIETE_MASSIQUE
Definition: mstruct_definition.h:72
SPHERE
@ SPHERE
Definition: ve_definition.h:32
mstruct_parametres.h
MSTRUCT::ECART_ABSOLUE
@ ECART_ABSOLUE
Definition: mstruct_definition.h:87
f
double f(double x, long nb, double *xfonc, double *fonc, double eng, double eni, double lambda, double nor, double *fonc2)
Definition: fct_generateur_calibrage.cpp:96
DEVIATORIQUE
@ DEVIATORIQUE
Definition: ve_definition.h:47
CONTRAINTE_HOMOGENE
@ CONTRAINTE_HOMOGENE
Definition: ve_definition.h:42
PARAMETRES::ini_param_post_traitement
static void ini_param_post_traitement(OT_PARAMETRES *params, int type_post_traitement, int nb_couche_erosion=0, double epaisseur_couche_erosion=0.02)
Definition: mstruct_parametres.cpp:305
MSTRUCT::POST_CHAMP_NORMALISE
@ POST_CHAMP_NORMALISE
Definition: mstruct_definition.h:77
mg_export.h
OT_PARAMETRES::DOUBLE
@ DOUBLE
Definition: ot_parametres.h:38
MSTRUCT::POST_CHAMP_ECART
@ POST_CHAMP_ECART
Definition: mstruct_definition.h:78
PARAMETRES::generer_script_post_traitement
static int generer_script_post_traitement(bool etude_mecanique, bool etude_thermique, int type_inclusion, bool fem_maill_lin, bool fem_maill_quad, double epaisseur_couche_erosion=0.02, fonction_affiche *fonc_affiche=NULL)
Definition: mstruct_parametres.cpp:1798
OT_PARAMETRES
Definition: ot_parametres.h:31
PARAMETRES::importer_fichier_liste_parametres
static int importer_fichier_liste_parametres(char *fichier, std::vector< OT_PARAMETRES * > &vector_params)
Definition: mstruct_parametres.cpp:4126
mstruct_definition.h
OT_PARAMETRES::enregistrer
void enregistrer(char *nom)
Definition: ot_parametres.cpp:132
MSTRUCT::FLUX_CHALEUR
@ FLUX_CHALEUR
Definition: mstruct_definition.h:37
MSTRUCT::THERMIQUE
@ THERMIQUE
Definition: mstruct_definition.h:29
MSTRUCT::POST_MODULES_ELASTICITE
@ POST_MODULES_ELASTICITE
Definition: mstruct_definition.h:76
MSTRUCT::POST_ENERGIE_HILL
@ POST_ENERGIE_HILL
Definition: mstruct_definition.h:82
SPHERIQUE
@ SPHERIQUE
Definition: ve_definition.h:46
MSTRUCT::POST_CONDUCTIVITE_THERMIQUE
@ POST_CONDUCTIVITE_THERMIQUE
Definition: mstruct_definition.h:81
MSTRUCT::POST_ORIENTATION_ECART
@ POST_ORIENTATION_ECART
Definition: mstruct_definition.h:80
MSTRUCT::POST_CHAMP_ECART_CHARGEMENT
@ POST_CHAMP_ECART_CHARGEMENT
Definition: mstruct_definition.h:79
OT_PARAMETRES::lire
int lire(char *nom)
Definition: ot_parametres.cpp:144
MSTRUCT::TORUS
@ TORUS
Definition: mstruct_definition.h:53
MSTRUCT::POST_CHAMP
@ POST_CHAMP
Definition: mstruct_definition.h:69
fonction_affiche
void fonction_affiche(char *)
Definition: fct_taille.h:28
MSTRUCT::GRADIENT_TEMPERATURE
@ GRADIENT_TEMPERATURE
Definition: mstruct_definition.h:36
PARAMETRES::ini_param_carte_taille
static void ini_param_carte_taille(OT_PARAMETRES *params)
Definition: mstruct_parametres.cpp:229
CYLINDRE
@ CYLINDRE
Definition: ve_definition.h:33
DEFORMATION_HOMOGENE
@ DEFORMATION_HOMOGENE
Definition: ve_definition.h:41
PARAMETRES::ini_param_etude
static void ini_param_etude(OT_PARAMETRES *params, int type_etude)
Definition: mstruct_parametres.cpp:264
MSTRUCT::POST_ORIENTATION
@ POST_ORIENTATION
Definition: mstruct_definition.h:70
PARAMETRES::generer_fichier_parametres
static int generer_fichier_parametres(bool etude_mecanique, bool etude_thermique, int type_generateur, int type_inclusion, bool fem_maill_lin, bool fem_maill_quad, int nb_couche_erosion=20, double epaisseur_couche_erosion=0.02, fonction_affiche *fonc_affiche=NULL)
Definition: mstruct_parametres.cpp:502
OT_PARAMETRES::change_valeur
void change_valeur(std::string chaine, double val, int num=0)
Definition: ot_parametres.cpp:210