def create_wizard(mod):
"""Create the linear thermic wizard"""
# wiz = WC.Wizard(u"Linear thermal analysis", mod)
# wiz = WC.Wizard(u"線形熱伝導解析", mod)
wiz = WC.Wizard(
qt.QApplication.translate("WizardLinearThermic",
"Linear thermal analysis", None,
qt.QApplication.UnicodeUTF8), mod)
WC.add_model_page(wiz, [
WC.Mode3D,
WC.Plane,
])
exp_store = WC.ExpStore()
exp_store.register(WC.ExpStore.smesh, SMeshExp())
exp_store.register(WC.ExpStore.geom, GeomExp())
WC.add_mesh_page(wiz, mod, exp_store)
# title = u"Thermal conductivity definition"
# title = u"熱伝導率の設定"
#qt.QApplication.translate("WizardLinearThermic", "", None, qt.QApplication.UnicodeUTF8)
title = qt.QApplication.translate("WizardLinearThermic",
"Thermal conductivity definition", None,
qt.QApplication.UnicodeUTF8)
WC.add_material_page(wiz, title, [
ThermalConductance(),
])
add_imposed_temps_page(wiz)
add_normal_streams_page(wiz)
add_volumic_sources_page(wiz)
WC.add_command_file_page(wiz, FinalPage(mod))
return wiz
def create_wizard(mod):
"""Create the modal analysis wizard"""
# wiz = WC.Wizard(u"Modal analysis", mod)
# wiz = WC.Wizard(u"固有値解析", mod)
wiz = WC.Wizard(
qt.QApplication.translate("WizardModalAnalysis", "Modal analysis",
None, qt.QApplication.UnicodeUTF8), mod)
WC.add_model_page(wiz, [
WC.Mode3D,
WC.PlaneStress,
WC.PlaneStrain,
WC.AxisSymmetric,
])
exp_store = WC.ExpStore()
exp_store.register(WC.ExpStore.smesh, SMeshExp())
exp_store.register(WC.ExpStore.geom, GeomExp())
WC.add_mesh_page(wiz, mod, exp_store)
# title = u"Young's modulus, density and Poisson ratio definitions"
# title = u"ヤング係数、密度とポアソン比の設定"
#qt.QApplication.translate("WizardModalAnalysis", "", None, qt.QApplication.UnicodeUTF8)
title = qt.QApplication.translate(
"WizardModalAnalysis",
"Young's modulus, density and Poisson ratio definitions", None,
qt.QApplication.UnicodeUTF8)
WC.add_material_page(wiz, title, [
WC.YoungModulus(),
WC.Density(),
WC.PoissonRatio(),
])
WC.add_boundaries_page(wiz)
add_modes_page(wiz)
WC.add_command_file_page(wiz, FinalPage(mod))
return wiz
def __init__(self, mod):
self.modellist = WCD.Model_Type_List(WCD.Analysis_Type.Modal_Analysis)
self.itemindex = "defult"
self.mesh = None
self.mod = mod
exp_store = WC.ExpStore()
exp_store.register(WC.ExpStore.smesh, SMeshExp())
exp_store.register(WC.ExpStore.geom, GeomExp())
self.exp_store = exp_store
self.grouptypesel = 0
def create_wizard(mod):
"""Create the linear static wizard"""
# wiz = WC.Wizard(u"Isotropic linear elastic study", mod)
#print "Check3"
#wiz = WC.Wizard(u"等方性線形弾性材料の応力解析", mod)
wiz = WC.Wizard(
qt.QApplication.translate("WizardLinearStaticPlus",
"Isotropic linear elastic study", None,
qt.QApplication.UnicodeUTF8), mod)
WC.add_model_page(wiz, [
WC.Mode3D,
WC.PlaneStress,
WC.PlaneStrain,
WC.AxisSymmetric,
])
#print "Check4"
exp_store = WC.ExpStore()
#print "Check4-1"
#print WC.ExpStore.smesh
#print SMeshExp()
exp_store.register(WC.ExpStore.smesh, SMeshExp())
#print "Check4-2"
exp_store.register(WC.ExpStore.geom, GeomExp())
#print "Check5"
WC.add_mesh_page(wiz, mod, exp_store)
# title = u"Young's modulus and Poisson ratio definitions"
# title = u"ヤング係数とポアソン比の設定"
title = qt.QApplication.translate(
"WizardLinearStaticPlus",
"Young's modulus and Poisson ratio definitions", None,
qt.QApplication.UnicodeUTF8)
WC.add_material_page(wiz, title, [
WC.YoungModulus(),
WC.PoissonRatio(),
])
WC.add_boundaries_page(wiz)
print "Check Boundaries"
add_loadvertex_page(wiz)
print "Check LoadVertex"
add_loadedge_page(wiz)
print "Check LoadEdge"
add_loadface_page(wiz)
print "Check LoadFace"
add_pressure_page(wiz)
print "Check Pressure"
WC.add_command_file_page(wiz, FinalPage(mod))
print "Check CommandFile"
#print "Check6"
return wiz
def __init__(self,mod):
self.modellist = WCD.Model_Type_List(WCD.Analysis_Type.Linear_Elatic)
self.itemindex = "defult"
self.mesh = None
self.mod = mod
exp_store = WC.ExpStore()
exp_store.register(WC.ExpStore.smesh, SMeshExp())
exp_store.register(WC.ExpStore.geom, GeomExp())
self.exp_store = exp_store
self.grouptypesel = 0 #0表示不可用，1使用几何，2使用网格
self.material_names = ["defult"]
self.checklists = [] #作为二维数组使用 每行的第一个数据仅站位使用，无实际意义 任何时候都不应该使用self.checklists[i][0]的数据，目的是为了与conds数据对齐，使用方便
self.conds = []
def Creat_Boundary_Pressure_Conditions_DockWdg(mod):
desktop = mod.give_qtwid()
if desktop is None:
mess = "This script needs to be run from the Salome GUI menu " \
"by using 'File -> Load Script'."
raise ValueError(mess)
else:
dockwdg = WC.CustomDockWidget(u"Isotropic linear elastic study", u"Boundaries Pressure conditions", desktop)
dockwdg.setWindowTitle("Boundaries Pressure conditions")
exp_store = WC.ExpStore()
exp_store.register(WC.ExpStore.smesh, SMeshExp())
exp_store.register(WC.ExpStore.geom, GeomExp())
exp_store.use(WC.ExpStore.geom)
exp = exp_store.give_exp("pressure")
boundarywdg = WC.Bounaries_Conditions_Wdg(mod,exp,u"pressure",dockwdg)
dockwdg.setCenterWidget(boundarywdg)
desktop.addDockWidget(qtc.Qt.RightDockWidgetArea,dockwdg)
def create_wizard(mod):
"""Create the modal analysis wizard"""
wiz = WC.Wizard(u"Modal analysis", mod)
###################Page1##########################################
add_model_Npage(wiz, [
((WC.Mode3DV, True), []),
((WC.PlaneStress, True), []),
((WC.PlaneStrain, True), []),
((WC.AxisSymmetric, True), []),
((WC.Ele_filaire, False), [((WC.POU_D_E, True), []),
((WC.POU_D_T, True), [])]),
((WC.Ele_surface, False), [((WC.DKT, True), []), ((WC.DST, True), []),
((WC.COQUE_3D, True), [])]),
])
#################Page2#############################################
exp_store = WC.ExpStore()
exp_store.register(WC.ExpStore.smesh, SMeshExp())
exp_store.register(WC.ExpStore.geom, GeomExp())
WC.add_mesh_page(wiz, mod, exp_store)
################Page3##############################################
add_cara_page(wiz)
################Page4##############################################
title = qt.QApplication.translate(
"", u"Young's modulus, density and Poisson ratio definitions", None,
qt.QApplication.UnicodeUTF8)
WC.add_material_page(wiz, title, [
WC.YoungModulus(),
WC.Density(),
WC.PoissonRatio(),
])
################Page5##############################################
add_boundariesES_page(wiz)
################Page6##############################################
add_mode_page(wiz)
WC.add_command_file_page(wiz, FinalPage(mod))
return wiz
def create_wizard(mod):
"""Create the linear static wizard"""
wiz = WC.Wizard(u"Isotropic linear elastic study", mod)
WC.add_model_page(wiz, [
WC.Mode3D,
WC.PlaneStress,
WC.PlaneStrain,
WC.AxisSymmetric,
])
exp_store = WC.ExpStore()
exp_store.register(WC.ExpStore.smesh, SMeshExp())
exp_store.register(WC.ExpStore.geom, GeomExp())
WC.add_mesh_page(wiz, mod, exp_store)
title = u"Young's modulus and Poisson ratio definitions"
WC.add_material_page(wiz, title, [
WC.YoungModulus(),
WC.PoissonRatio(),
])
WC.add_boundaries_page(wiz)
add_pressure_page(wiz)
WC.add_command_file_page(wiz, FinalPage(mod))
return wiz