Tests/testihm9/testihm1.py

   1 # -*- coding: utf-8 -*-
   2 # Modules Python
   3 import os
   4 import unittest
   5 import difflib
   6 import compare
   7 import sys
   8 import Tkinter
   9
  10 # Modules Eficas
  11 import prefs
  12 from Editeur import session
  13 from InterfaceTK import eficas_go,splash,eficas,images
  14 from common import *
  15
  16 version='v9'
  17
  18 class TestCase(unittest.TestCase):
  19     def setUp(self):
  20         self.root = Tkinter.Tk()
  21         images.update_cache()
  22         # Analyse des arguments de la ligne de commande
  23         options=session.parse([])
  24         options.cata=version
  25         pass
  26
  27     def tearDown(self):
  28         self.root.destroy()
  29         init_common(None,None)
  30         pass
  31
  32     def test000(self):
  33         root=self.root
  34         code="ASTER"
  35         splash.init_splash(root,code=code,titre="Lancement d'EFICAS pour %s" %code)
  36         splash._splash.configure(text="Chargement d'EFICAS en cours.\n Veuillez patienter ...")
  37         app=eficas.EFICAS(root,code=code)
  38         j=app.bureau.newJDC()
  39         jdcdisplay=app.bureau.JDCDisplay_courant
  40         init_common(root,jdcdisplay)
  41
  42         # commande DEBUT
  43         co=j.addentite("DEBUT",0)
  44         # commande FIN
  45         co=j.addentite("FIN",1)
  46
  47         jdctree=jdcdisplay.tree.tree.children[0]
  48         panel=select_child("DEBUT",jdctree)
  49
  50         panel=create_param("P1",9.8,panel)
  51         panel=create_param("P2",8.8,panel)
  52         panel=create_param("P3",7,panel)
  53         panel=create_param("P4","[2,3,4]",panel)
  54         panel=create_param("P5","P3*P1",panel)
  55         panel=create_param(None,"P1-3",panel)
  56         panel=create_comment("Pas trouve                shellpanel",panel)
  57
  58         #commnde LIRE_MAILLAGE
  59         panel=create_command("LIRE_MAILLAGE",panel)
  60         command=panel.node
  61         panel=nomme_concept("MAILLA2",panel)
  62         panel=select_node(command)
  63         panel=create_mocle("UNITE",panel)
  64         panel=set_valeur("P4[1]",panel)
  65         command.collapse()
  66         panel=select_node(command)
  67         #FORMULE
  68         panel=create_formule("az","a,z","a+z",panel)
  69         #commande AFFE_MODELE
  70         panel=create_command("AFFE_MODELE",panel)
  71         command=panel.node
  72         select_child("MAILLAGE",command)
  73         panel=select_node(command)
  74         panel=create_mocle("AFFE",panel)
  75         parent=panel.node
  76         panel=select_child("PHENOMENE",parent)
  77         choose_valeur("MECANIQUE",panel)
  78         panel=select_child("b_mecanique",parent)
  79         panel=select_child("MODELISATION",panel.node)
  80         add_valeur_into("3D",panel)
  81         add_valeur_into("3D_FLUIDE",panel)
  82         valider_valeur(panel)
  83         panel=select_node(parent)
  84         panel=create_mocle("TOUT",panel)
  85         choose_valeur("OUI",panel)
  86         panel=select_node(command)
  87         panel=nomme_concept("MO",panel)
  88         command.collapse()
  89         #fin commande AFFE_MODELE
  90         panel=copier_coller()
  91         command=panel.node
  92         panel=create_mocle("AFFE",panel)
  93         panel=select_node(command)
  94         panel=create_mocle("AFFE",panel)
  95         panel=select_mcf("AFFE",1,command)
  96         parent=panel.node
  97         panel=create_mocle("GROUP_NO",panel)
  98         add_valeur("'GNP3','GNP5','GNP6','GNP7','GNP8','GNP9','GNP10','GNP11','GNP12'",panel)
  99         valider_valeur(panel)
 100         panel=select_child("PHENOMENE",parent)
 101         choose_valeur("ACOUSTIQUE",panel)
 102         panel=select_child("b_acoustique",parent)
 103         panel=select_child("MODELISATION",panel.node)
 104         add_valeur_into("PLAN",panel)
 105         valider_valeur(panel)
 106
 107         panel=select_mcf("AFFE",2,command)
 108         parent=panel.node
 109         panel=create_mocle("GROUP_MA",panel)
 110         add_valeur("MASSES",panel)
 111         valider_valeur(panel)
 112         panel=select_child("PHENOMENE",parent)
 113         choose_valeur("THERMIQUE",panel)
 114         panel=select_child("b_thermique",parent)
 115         panel=select_child("MODELISATION",panel.node)
 116         add_valeur_into("COQUE",panel)
 117         valider_valeur(panel)
 118
 119         panel=select_node(command)
 120         panel=nomme_concept("AFFE1",panel)
 121         command.collapse()
 122         #fin commande AFFE_MODELE
 123         #commande AFFE_CARA_ELEM
 124         panel=create_command("AFFE_CARA_ELEM",panel)
 125         command=panel.node
 126         panel=select_node(command)
 127         panel=create_mocle("POUTRE",panel)
 128         parent=panel.node
 129         panel=select_child("SECTION",parent)
 130         choose_valeur("CERCLE",panel)
 131         panel=select_child("b_cercle",parent)
 132         panel=select_child("b_constant",panel.node)
 133         p=panel.node
 134         panel=select_child("CARA",p)
 135         add_valeur_into("R",panel)
 136         add_valeur_into("EP",panel)
 137         valider_valeur(panel)
 138         panel=select_child("VALE",p)
 139         add_valeur("1,2",panel)
 140         valider_valeur(panel)
 141         panel=select_node(parent)
 142         panel=create_mocle("GROUP_MA",panel)
 143         add_valeur("GR1,GR2",panel)
 144         valider_valeur(panel)
 145         panel=select_child("MODELE",command)
 146         choose_assd("MO",panel)
 147         panel=select_node(command)
 148         panel=nomme_concept("CARA",panel)
 149         command.collapse()
 150         #fin commande AFFE_CARA_ELEM
 151         panel=create_command("DEFI_FONCTION",panel)
 152         command=panel.node
 153         panel=create_mocle("VALE",panel)
 154         add_valeur("5.0,3.0",panel)
 155         add_valeur("P4[1],P3",panel)
 156         valider_valeur(panel)
 157         panel=select_child("NOM_PARA",command)
 158         choose_valeur("DX",panel)
 159         panel=select_node(command)
 160         panel=nomme_concept("F1",panel)
 161         command.collapse()
 162         #fin DEFI_FONCTION
 163         panel=create_command("DEFI_FONCTION",panel)
 164         command=panel.node
 165         panel=create_mocle("VALE_C",panel)
 166         add_valeur("5.0,7.0,9.0",panel)
 167         add_valeur("9.0,8.0,7.0",panel)
 168         valider_valeur(panel)
 169         panel=select_child("NOM_PARA",command)
 170         choose_valeur("DRX",panel)
 171         panel=select_node(command)
 172         panel=nomme_concept("F3",panel)
 173         command.collapse()
 174         #fin DEFI_FONCTION
 175 #MATER2=DEFI_MATERIAU(ELAS=_F(E=100000000000.0,
 176 #                             NU=0.0,),
 177 #                     ECRO_ASYM_LINE=_F(DC_SIGM_EPSI=0.0,
 178 #                                       SY_C=200000000.0,
 179 #                                       DT_SIGM_EPSI=0.0,
 180 #                                       SY_T=50000000.0,),);
 181
 182         panel=create_command("DEFI_MATERIAU",panel)
 183         command=panel.node
 184         panel=create_mocle("ELAS",panel)
 185         p=panel.node
 186         panel=select_child("E",p)
 187         set_valeur("100000000000.0",panel)
 188         panel=select_child("NU",p)
 189         set_valeur("0.0",panel)
 190         panel=select_node(command)
 191         panel=create_mocle("ECRO_ASYM_LINE",panel)
 192         p=panel.node
 193         panel=select_child("DC_SIGM_EPSI",p)
 194         set_valeur("0.0",panel)
 195         panel=select_child("SY_C",p)
 196         set_valeur("200000000.0",panel)
 197         panel=select_child("DT_SIGM_EPSI",p)
 198         set_valeur("0.0",panel)
 199         panel=select_child("SY_T",p)
 200         set_valeur("50000000.0",panel)
 201         panel=select_node(command)
 202         panel=nomme_concept("MATER2",panel)
 203         command.collapse()
 204         #fin DEFI_MATERIAU
 205         #PS1=DEFI_PARA_SENSI(VALE=1.0,);
 206         #PS2=DEFI_PARA_SENSI(VALE=1.0,);
 207         #PS3=DEFI_PARA_SENSI(VALE=1.0,);
 208         panel=create_command("DEFI_PARA_SENSI",panel)
 209         command=panel.node
 210         panel=select_child("VALE",command)
 211         set_valeur("1.0",panel)
 212         panel=select_node(command)
 213         panel=nomme_concept("PS1",panel)
 214         command.collapse()
 215         panel=create_command("DEFI_PARA_SENSI",panel)
 216         command=panel.node
 217         panel=select_child("VALE",command)
 218         set_valeur("1.0",panel)
 219         panel=select_node(command)
 220         panel=nomme_concept("PS2",panel)
 221         command.collapse()
 222         panel=create_command("DEFI_PARA_SENSI",panel)
 223         command=panel.node
 224         panel=select_child("VALE",command)
 225         set_valeur("1.0",panel)
 226         panel=select_node(command)
 227         panel=nomme_concept("PS3",panel)
 228         command.collapse()
 229 #CHMAT2=AFFE_MATERIAU(MAILLAGE=MAIL,
 230 #           AFFE=_F(TOUT='OUI',
 231 #                    MATER=MATER2,),);
 232         panel=create_command("AFFE_MATERIAU",panel)
 233         command=panel.node
 234         panel=select_child("MAILLAGE",command)
 235         panel=select_child("AFFE",command)
 236         affe=panel.node
 237         panel=create_mocle("TOUT",panel)
 238         choose_valeur("OUI",panel)
 239         panel=select_child("MATER",affe)
 240         add_valeur_into("MATER2",panel)
 241         valider_valeur(panel)
 242         panel=select_node(command)
 243         panel=nomme_concept("CHMAT2",panel)
 244         command.collapse()
 245 #AAAZ=AFFE_CHAR_THER(MODELE=AFFE1,
 246 #                     TEMP_IMPO=_F(TOUT='OUI',
 247 #                                   TEMP=0.0,),);
 248         panel=create_command("AFFE_CHAR_THER",panel)
 249         command=panel.node
 250         panel=create_mocle("TEMP_IMPO",panel)
 251         temp=panel.node
 252         panel=create_mocle("TOUT",panel)
 253         choose_valeur("OUI",panel)
 254         panel=select_node(temp)
 255         panel=create_mocle("TEMP",panel)
 256         panel=set_valeur("0.0",panel)
 257         panel=select_child("MODELE",command)
 258         choose_assd("AFFE1",panel)
 259         panel=select_node(command)
 260         panel=nomme_concept("AAAZ",panel)
 261         command.collapse()
 262 #TH1=THER_LINEAIRE(MODELE=AFFE1,
 263 #                  CHAM_MATER=CHMAT2,
 264 #                  EXCIT=_F(CHARGE=AAAZ,),
 265 #                  SENSIBILITE=(PS1,PS2,),);
 266         panel=create_command("THER_LINEAIRE",panel)
 267         command=panel.node
 268         panel=select_child("MODELE",command)
 269         choose_assd("AFFE1",panel)
 270         panel=select_child("CHAM_MATER",command)
 271         panel=select_child("EXCIT",command)
 272         panel=select_child("CHARGE",panel.node)
 273         panel=select_node(command)
 274         panel=create_mocle("SENSIBILITE",panel)
 275         add_valeur_into("PS1",panel)
 276         add_valeur_into("PS2",panel)
 277         valider_valeur(panel)
 278         panel=select_node(command)
 279         panel=nomme_concept("TH1",panel)
 280         command.collapse()
 281 #ACA1=AFFE_CHAR_ACOU(MODELE=AFFE1,
 282 #                    PRES_IMPO=_F(TOUT='OUI',
 283 #                                 PRES=('RI',3.0,3.0,),),);
 284         panel=create_command("AFFE_CHAR_ACOU",panel)
 285         command=panel.node
 286         panel=create_mocle("PRES_IMPO",panel)
 287         pres=panel.node
 288         panel=create_mocle("TOUT",panel)
 289         choose_valeur("OUI",panel)
 290         panel=select_child("MODELE",command)
 291         choose_assd("AFFE1",panel)
 292         panel=select_child("PRES",pres)
 293         set_complexe("'RI',3.0,3.0",panel)
 294         panel=select_node(command)
 295         panel=nomme_concept("ACA1",panel)
 296         command.collapse()
 297 #MACRO_MATR_ASSE(MODELE=AFFE1,
 298 #                NUME_DDL=CO('DDL1'),
 299 #                MATR_ASSE=_F(MATRICE=CO('MAT1'),
 300 #                             OPTION='RIGI_THER',),);
 301         panel=create_command("MACRO_MATR_ASSE",panel)
 302         command=panel.node
 303         panel=select_child("NUME_DDL",command)
 304         set_sdco("DDL1",panel)
 305         panel=select_child("MODELE",command)
 306         choose_assd("AFFE1",panel)
 307         panel=select_child("MATR_ASSE",command)
 308         matr=panel.node
 309         panel=select_child("OPTION",matr)
 310         choose_valeur("RIGI_THER",panel)
 311         panel=select_child("MATRICE",matr)
 312         set_sdco("MAT1",panel)
 313         panel=select_node(command)
 314         command.collapse()
 315 #MACRO_MATR_ASSE(MODELE=AFFE1,
 316 #                NUME_DDL=DDL1,
 317 #                MATR_ASSE=_F(MATRICE=MAT1,
 318 #                             OPTION='RIGI_THER',),);
 319         panel=create_command("MACRO_MATR_ASSE",panel)
 320         command=panel.node
 321         panel=select_child("NUME_DDL",command)
 322         choose_sdco("DDL1",panel)
 323         panel=select_child("MODELE",command)
 324         choose_assd("AFFE1",panel)
 325         panel=select_child("MATR_ASSE",command)
 326         matr=panel.node
 327         panel=select_child("OPTION",matr)
 328         choose_valeur("RIGI_THER",panel)
 329         panel=select_child("MATRICE",matr)
 330         set_sdco("MAT2",panel)
 331         panel=select_node(command)
 332         command.collapse()
 333
 334         assert j.isvalid(),j.report()