def ImportApplications(kernel, applications_path=application_directory):
# importing the applications
print("Applications Available:")
print("Import_FluidRveLagrangeMultipliersApplication: " +
str(Import_FluidRveLagrangeMultipliersApplication))
print("Import_ExternalSolversApplication: " +
str(Import_ExternalSolversApplication))
print("Import_SolidMechanicsApplication: " +
str(Import_SolidMechanicsApplication))
print("Import_PfemApplication: " + str(Import_PfemApplication))
print("Import_PfemSolidMechanicsApplication: " +
str(Import_PfemSolidMechanicsApplication))
print("Import_PfemFluidDynamicsApplication: " +
str(Import_PfemFluidDynamicsApplication))
print("Import_ContactMechanicsApplication: " +
str(Import_ContactMechanicsApplication))
print("Import_ConstitutiveModelsApplication: " +
str(Import_ConstitutiveModelsApplication))
print("Import_UmatApplication: " + str(Import_UmatApplication))
print("Import_MachiningApplication: " + str(Import_MachiningApplication))
print("Import_StringDynamicsApplication: " +
str(Import_StringDynamicsApplication))
print("Import_ConvectionDiffusionApplication: " +
str(Import_ConvectionDiffusionApplication))
print("Import_MeshingApplication: " + str(Import_MeshingApplication))
print("Import_MeshMovingApplication: " + str(Import_MeshMovingApplication))
print("Import_IncompressibleFluidApplication: " +
str(Import_IncompressibleFluidApplication))
print("Import_StructuralApplication: " + str(Import_StructuralApplication))
print("Import_StructuralMechanicsApplication: " +
str(Import_StructuralMechanicsApplication))
print("Import_FSIApplication: " + str(Import_FSIApplication))
print("Import_ConstitutiveLawsApplication: " +
str(Import_ConstitutiveLawsApplication))
print("Import_ULFApplication: " + str(Import_ULFApplication))
print("Import_KratosMPISearchApplication: " +
str(Import_KratosMPISearchApplication))
print("Import_KratosTrilinosApplication: " +
str(Import_KratosTrilinosApplication))
print("Import_KratosMetisApplication: " +
str(Import_KratosMetisApplication))
print("Import_PoissonApplication: " + str(Import_PoissonApplication))
print("Import_ElectrostaticApplication: " +
str(Import_ElectrostaticApplication))
print("Import_MagnetostaticApplication: " +
str(Import_MagnetostaticApplication))
print("Import_DamApplication: " + str(Import_DamApplication))
print("Import_TestApplication: " + str(Import_TestApplication))
print("Import_PodApplication: " + str(Import_PodApplication))
print("Import_LevelSetApplication:" + str(Import_LevelSetApplication))
print("Import_FluidDynamicsApplication: " +
str(Import_FluidDynamicsApplication))
print("Import_KratosMixedElementApplication: " +
str(Import_KratosMixedElementApplication))
print("Import_KratosDEMApplication: " + str(Import_KratosDEMApplication))
print("Import_KratosSwimmingDEMApplication: " +
str(Import_KratosSwimmingDEMApplication))
print("Import_ThermoMechanicalApplication: " +
str(Import_ThermoMechanicalApplication))
print("Import_DEM_FEM_Application: " + str(Import_DEM_FEM_Application))
print("Import_MultiScaleApplication: " + str(Import_MultiScaleApplication))
print("Import_ContactStructuralMechanicsApplication: " +
str(Import_ContactStructuralMechanicsApplication))
print("Import_KratosMappingApplication: " +
str(Import_KratosMappingApplication))
print("Import_ConstitutiveModelsApplication: " +
str(Import_ConstitutiveModelsApplication))
print("Import_ShallowWaterApplication: " +
str(Import_ShallowWaterApplication))
print("Import_DelaunayMeshingApplication: " +
str(Import_DelaunayMeshingApplication))
print("Import_PoromechanicsApplication: " +
str(Import_PoromechanicsApplication))
print("Import_FluidTransportApplication: " +
str(Import_FluidTransportApplication))
if (Import_FluidRveLagrangeMultipliersApplication):
print("importing KratosFluidRveLagrangeMultipliersApplication ...")
sys.path.append(
applications_path +
'/fluid_rve_lagrange_multipliers_application/python_scripts')
sys.path.append(applications_path +
'/fluid_rve_lagrange_multipliers_application/Linux')
from KratosFluidRveLagrangeMultipliersApplication import *
fluid_rve_lagrange_multipliers_application = KratosFluidRveLagrangeMultipliersApplication(
)
kernel.ImportApplication(fluid_rve_lagrange_multipliers_application)
print(
"KratosFluidRveLagrangeMultipliersApplication sucessfully imported"
)
if (Import_ExternalSolversApplication):
print("importing KratosExternalSolversApplication ...")
sys.path.append(applications_path +
'/ExternalSolversApplication/python_scripts')
sys.path.append(applications_path +
'/ExternalSolversApplication/Linux')
from KratosExternalSolversApplication import *
external_solvers_application = KratosExternalSolversApplication()
kernel.ImportApplication(external_solvers_application)
print("KratosExternalSolversApplication sucessfully imported")
if (Import_SolidMechanicsApplication):
print("importing KratosSolidMechanicsApplication ...")
sys.path.append(applications_path +
'/SolidMechanicsApplication/python_scripts')
sys.path.append(
applications_path +
'/SolidMechanicsApplication/python_scripts/constitutive_laws')
sys.path.append(applications_path + '/SolidMechanicsApplication/Linux')
from KratosSolidMechanicsApplication import *
solid_mechanics_application = KratosSolidMechanicsApplication()
kernel.ImportApplication(solid_mechanics_application)
print("KratosSolidMechanicsApplication Succesfully imported")
if (Import_PfemApplication):
print("importing KratosPfemApplication ...")
sys.path.append(applications_path + '/PfemApplication/python_scripts')
sys.path.append(applications_path + '/PfemApplication/Linux')
from KratosPfemApplication import *
pfem_application = KratosPfemApplication()
kernel.ImportApplication(pfem_application)
print("KratosPfemApplication Succesfully imported")
if (Import_PfemSolidMechanicsApplication):
print("importing KratosPfemSolidMechanicsApplication ...")
sys.path.append(applications_path +
'/PfemSolidMechanicsApplication/python_scripts')
sys.path.append(applications_path +
'/PfemSolidMechanicsApplication/Linux')
from KratosPfemSolidMechanicsApplication import *
pfem_solid_mechanics_application = KratosPfemSolidMechanicsApplication(
)
kernel.ImportApplication(pfem_solid_mechanics_application)
print("KratosPfemSolidMechanicsApplication Succesfully imported")
if (Import_PfemFluidDynamicsApplication):
print("importing KratosPfemFluidDynamicsApplication ...")
sys.path.append(applications_path +
'/PfemFluidDynamicsApplication/python_scripts')
sys.path.append(applications_path +
'/PfemFluidDynamicsApplication/Linux')
from KratosPfemFluidDynamicsApplication import *
pfem_fluid_dynamics_application = KratosPfemFluidDynamicsApplication()
kernel.ImportApplication(pfem_fluid_dynamics_application)
print("KratosPfemFluidDynamicsApplication Succesfully imported")
if (Import_ContactMechanicsApplication):
print("importing KratosContactMechanicsApplication ...")
sys.path.append(applications_path +
'/ContactMechanicsApplication/python_scripts')
sys.path.append(applications_path +
'/ContactMechanicsApplication/Linux')
from KratosContactMechanicsApplication import *
contact_mechanics_application = KratosContactMechanicsApplication()
kernel.ImportApplication(contact_mechanics_application)
print("KratosContactMechanicsApplication Succesfully imported")
if (Import_ConstitutiveModelsApplication):
print("importing KratosConstitutiveModelsApplication ...")
sys.path.append(applications_path +
'/ConstitutiveModelsApplication/python_scripts')
sys.path.append(applications_path +
'/ConstitutiveModelsApplication/Linux')
from KratosConstitutiveModelsApplication import *
constitutive_models_application = KratosConstitutiveModelsApplication()
kernel.ImportApplication(constitutive_models_application)
print("KratosConstitutiveModelsApplication Succesfully imported")
if (Import_UmatApplication):
print("importing KratosUmatApplication ...")
sys.path.append(applications_path + '/UmatApplication/python_scripts')
sys.path.append(applications_path + '/UmatApplication/Linux')
from KratosUmatApplication import *
umat_application = KratosUmatApplication()
kernel.ImportApplication(umat_application)
print("KratosUmatApplication Succesfully imported")
if (Import_MachiningApplication):
print("importing KratosMachiningApplication ...")
sys.path.append(applications_path +
'/MachiningApplication/python_scripts')
sys.path.append(applications_path + '/MachiningApplication/Linux')
from KratosMachiningApplication import *
machining_application = KratosMachiningApplication()
kernel.ImportApplication(machining_application)
print("KratosMachiningApplication Succesfully imported")
if (Import_StringDynamicsApplication):
print("importing KratosStringDynamicsApplication ...")
sys.path.append(applications_path +
'/StringDynamicsApplication/python_scripts')
sys.path.append(applications_path + '/StringDynamicsApplication/Linux')
from KratosStringDynamicsApplication import *
pfem_solid_mechanics_application = KratosStringDynamicsApplication()
kernel.ImportApplication(string_dynamics_application)
print("KratosStringDynamicsApplication Succesfully imported")
if (Import_ConvectionDiffusionApplication):
print("importing KratosConvectionDiffusionApplication ...")
sys.path.append(applications_path +
'/convection_diffusion_application/python_scripts')
sys.path.append(applications_path +
'/convection_diffusion_application/Linux')
from KratosConvectionDiffusionApplication import *
convection_diffusion_application = KratosConvectionDiffusionApplication(
)
kernel.ImportApplication(convection_diffusion_application)
print("KratosConvectionDiffusionApplication Succesfully imported")
if (Import_MeshingApplication):
print("importing KratosMeshingApplication ...")
sys.path.append(applications_path +
'/MeshingApplication/python_scripts')
from KratosMeshingApplication import *
meshing_application = KratosMeshingApplication()
kernel.ImportApplication(meshing_application)
print("KratosMeshingApplication sucessfully imported")
if (Import_MeshMovingApplication):
print("importing KratosMeshMovingApplication ...")
sys.path.append(applications_path +
'/MeshMovingApplication/python_scripts')
sys.path.append(applications_path + '/MeshMovingApplication/Linux')
from KratosMeshMovingApplication import *
mesh_moving_app = KratosMeshMovingApplication()
kernel.ImportApplication(mesh_moving_app)
print("KratosMeshMovingApplication Succesfully imported")
if (Import_IncompressibleFluidApplication):
print("importing KratosIncompressibleFluidApplication ...")
sys.path.append(applications_path +
'/incompressible_fluid_application/python_scripts')
sys.path.append(applications_path +
'/incompressible_fluid_application/Linux')
from KratosIncompressibleFluidApplication import *
print("KratosIncompressibleFluidApplication lib loaded")
incompressible_fluid_application = KratosIncompressibleFluidApplication(
)
print("KratosIncompressibleFluidApplication application created")
kernel.ImportApplication(incompressible_fluid_application)
print("KratosIncompressibleFluidApplication Succesfully imported")
if (Import_StructuralApplication):
print("importing KratosStructuralApplication ...")
sys.path.append(applications_path +
'/structural_application/python_scripts')
sys.path.append(applications_path + '/structural_application/Linux')
from KratosStructuralApplication import *
structural_application = KratosStructuralApplication()
kernel.ImportApplication(structural_application)
print("KratosStructuralApplication Succesfully imported")
if (Import_StructuralMechanicsApplication):
print("importing StructuralMehcanicsApplication ...")
sys.path.append(applications_path +
'/StructuralMechanicsApplication/python_scripts')
sys.path.append(applications_path +
'/StructuralMechanicsApplication/Linux')
from StructuralMechanicsApplication import *
structural_mechanics_application = StructuralMechanicsApplication()
kernel.ImportApplication(structural_mechanics_application)
print("StructuralMechanicsApplication Succesfully imported")
if (Import_FSIApplication):
print("importing FSIapplication ...")
sys.path.append(applications_path + '/FSIapplication/python_scripts')
sys.path.append(applications_path + '/FSIapplication/Linux')
from KratosFSIApplication import *
fsi_application = KratosFSIApplication()
kernel.ImportApplication(fsi_application)
print("FSIapplication Succesfully imported")
if (Import_ConstitutiveLawsApplication):
print("importing KratosConstitutiveLawsApplication ...")
sys.path.append(applications_path +
'/constitutive_laws_application/python_scripts')
sys.path.append(applications_path +
'/constitutive_laws_application/Linux')
from KratosConstitutiveLawsApplication import *
constitutive_laws_application = KratosConstitutiveLawsApplication()
kernel.ImportApplication(constitutive_laws_application)
print("KratosConstitutiveLawsApplication successfully imported")
if (Import_ULFApplication):
print("importing KratosULFApplication ...")
sys.path.append(applications_path + '/ULFapplication/python_scripts')
sys.path.append(applications_path + '/ULFapplication/Linux')
from KratosULFApplication import *
ulf_application = KratosULFApplication()
kernel.ImportApplication(ulf_application)
print("KratosULFApplication sucessfully imported")
if (Import_KratosMPISearchApplication):
print("importing KratosMPISearchApplication ...")
sys.path.append(applications_path +
'/mpi_search_application/python_scripts')
from KratosMPISearchApplication import *
mpi_search_application = KratosMPISearchApplication()
kernel.ImportApplication(mpi_search_application)
print("KratosMPISearchApplication sucessfully imported")
if (Import_KratosTrilinosApplication):
print("importing KratosTrilinosApplication ...")
sys.path.append(applications_path +
'/trilinos_application/python_scripts')
from KratosTrilinosApplication import *
trilinos_application = KratosTrilinosApplication()
kernel.ImportApplication(trilinos_application)
print("KratosTrilinosApplication sucessfully imported")
if (Import_KratosMetisApplication):
print("importing KratosMetisApplication ...")
sys.path.append(applications_path +
'/metis_application/python_scripts')
from KratosMetisApplication import *
metis_application = KratosMetisApplication()
kernel.ImportApplication(metis_application)
print("KratosMetisApplication sucessfully imported")
if (Import_PoissonApplication):
print("importing KratosR1PoissonApplication ...")
sys.path.append(applications_path + '/kPoisson/python_scripts')
from KratosR1PoissonApplication import *
kPoisson = KratosR1PoissonApplication()
kernel.ImportApplication(kPoisson)
print("Kratos PoissonApplication1 sucessfully imported")
if (Import_ElectrostaticApplication):
print("importing KratosR1ElectrostaticApplication ...")
sys.path.append(applications_path + '/kElectrostatic/python_scripts')
from KratosR1ElectrostaticApplication import *
kElectrostatic = KratosR1ElectrostaticApplication()
kernel.ImportApplication(kElectrostatic)
print("Kratos ElectromagnecticApplication1 sucessfully imported")
if (Import_MagnetostaticApplication):
print("importing KratosR1MagnetostaticApplication ...")
sys.path.append(applications_path + '/kMagnetostatic/python_scripts')
from KratosR1MagnetostaticApplication import *
kMagnetostatic = KratosR1MagnetostaticApplication()
kernel.ImportApplication(kMagnetostatic)
print("Kratos ElectromagneticApplication2 sucessfully imported")
if (Import_DamApplication):
print("importing KratosDamApplication ...")
sys.path.append(applications_path + '/DamApplication/python_scripts')
from KratosDamApplication import *
dam_application = KratosDamApplication()
kernel.ImportApplication(dam_application)
print("Kratos DamApplication sucessfully imported")
if (Import_TestApplication):
print("importing KratosTestApplication ...")
sys.path.append(applications_path + '/TestApplication/python_scripts')
from KratosTestApplication import *
test_application = KratosTestApplication()
kernel.ImportApplication(test_application)
print("Kratos TestApplication sucessfully imported")
if (Import_PodApplication):
print("importing KratosPodApplication ...")
sys.path.append(applications_path + '/PODApplication/python_scripts')
from KratosPodApplication import *
pod_application = KratosPodApplication()
kernel.ImportApplication(pod_application)
print("KratosPodApplication sucessfully imported")
if (Import_LevelSetApplication):
print("importing KratosPodApplication ...")
sys.path.append(applications_path +
'/LevelSetApplication/python_scripts')
from KratosLevelSetApplication import *
levelset_application = KratosLevelSetApplication()
kernel.ImportApplication(levelset_application)
print("KratosLevelSetApplication sucessfully imported")
if (Import_FluidDynamicsApplication):
print("importing KratosFluidDynamicsApplication ...")
sys.path.append(applications_path +
'/FluidDynamicsApplication/python_scripts')
from KratosFluidDynamicsApplication import *
fluid_dynamics_application = KratosFluidDynamicsApplication()
kernel.ImportApplication(fluid_dynamics_application)
print("KratosFluidDynamicsApplication sucessfully imported")
if (Import_KratosDEMApplication):
print("importing KratosDEMApplication ...")
sys.path.append(applications_path + '/DEM_application/python_scripts')
from KratosDEMApplication import *
DEM_application = KratosDEMApplication()
kernel.ImportApplication(DEM_application)
print("KratosDEMApplication sucessfully imported")
if (Import_KratosSwimmingDEMApplication):
print("importing KratosSwimmingDEMApplication ...")
sys.path.append(applications_path +
'/swimming_DEM_application/python_scripts')
from KratosSwimmingDEMApplication import *
swimming_DEM_application = KratosSwimmingDEMApplication()
kernel.ImportApplication(swimming_DEM_application)
print("KratosSwimmingDEMApplication sucessfully imported")
if (Import_KratosMixedElementApplication):
print("importing KratosMixedElementApplication ...")
sys.path.append(applications_path +
'/MixedElementApplication/python_scripts')
from KratosMixedElementApplication import *
mixed_element_application = KratosMixedElementApplication()
kernel.ImportApplication(mixed_element_application)
print("KratosMixedElementApplication sucessfully imported")
if (Import_ThermoMechanicalApplication):
print("importing ThermoMechanicalApplication ...")
sys.path.append(applications_path +
'/ThermoMechanicalApplication/python_scripts')
from KratosThermoMechanicalApplication import *
thermo_mechanical_application = KratosThermoMechanicalApplication()
kernel.ImportApplication(thermo_mechanical_application)
print("KratosThermoMechanicalApplication sucessfully imported")
if (Import_DEM_FEM_Application):
print("importing DEM_FEM_Application ...")
sys.path.append(applications_path +
'/DEM_FEM_Application/python_scripts')
from KratosDEM_FEM_Application import *
dem_fem_application = KratosDEM_FEM_Application()
kernel.ImportApplication(dem_fem_application)
print("KratosDem_Fem_Application sucessfully imported")
if (Import_MultiScaleApplication):
print("importing KratosMultiscaleApplication ...")
sys.path.append(applications_path +
'/MultiScaleApplication/python_scripts')
from KratosMultiscaleApplication import *
multi_scale_application = KratosMultiScaleApplication()
kernel.ImportApplication(multi_scale_application)
print("KratosMultiScaleApplication sucessfully imported")
if (Import_ContactStructuralMechanicsApplication):
print("importing KratosStructuralContactMechanicsApplication ...")
sys.path.append(applications_path +
'/ContactStructuralMechanics/python_scripts')
sys.path.append(applications_path +
'/ContactStructuralMechanics/Linux')
from KratosContactStructuralMechanicsApplication import *
contact_structural_mechanics_application = KratosContactStructuralMechanicsApplication(
)
kernel.ImportApplication(contact_structural_mechanics_application)
print(
"KratosContactStructuralMechanicsApplication Succesfully imported")
if (Import_KratosMappingApplication):
print("importing KratosMappingApplication ...")
sys.path.append(applications_path +
'/MappingApplication/python_scripts')
sys.path.append(applications_path + '/MappingApplication/Linux')
from MappingApplication import *
mapping_application = KratosMappingApplication()
kernel.ImportApplication(mapping_application)
print("KratosMappingApplication Succesfully imported")
if (Import_ConstitutiveModelsApplication):
print("importing KratosConstitutiveModelsApplication ...")
sys.path.append(applications_path +
'/ConstitutiveModels/python_scripts')
sys.path.append(applications_path + '/ConstitutiveModels/Linux')
from KratosConstitutiveModelsApplication import *
constitutive_models_application = KratosConstitutiveModelsApplication()
kernel.AddApplication(constitutive_models_application)
print("KratosConstitutiveModelsApplication Succesfully imported")
if (Import_ShallowWaterApplication):
print("importing KratosShallowWaterApplication ...")
sys.path.append(applications_path +
'/ConstitutiveModels/python_scripts')
sys.path.append(applications_path + '/ConstitutiveModels/Linux')
from KratosShallowWaterApplication import *
shallow_water_application = KratosShallowWaterApplication()
kernel.AddApplication(shallow_water_application)
print("KratosShallowWaterApplication Succesfully imported")
if (Import_DelaunayMeshingApplication):
print("importing KratosDelaunayMeshingApplication ...")
sys.path.append(applications_path + '/DelaunayMeshing/python_scripts')
sys.path.append(applications_path + '/DelaunayMeshing/Linux')
from KratosDelaunayMeshingApplication import *
delaunay_meshing_application = KratosDelaunayMeshingApplication()
kernel.ImportApplication(delaunay_meshing_application)
print("KratosDelaunayMeshingApplication Succesfully imported")
if (Import_PoromechanicsApplication):
print("importing KratosPoromechanicsApplication ...")
sys.path.append(applications_path + '/Poromechanics/python_scripts')
sys.path.append(applications_path + '/Poromechanics/Linux')
from KratosPoromechanicsApplication import *
poromechanics_application = KratosPoromechanicsApplication()
kernel.AddApplication(poromechanics_application)
print("KratosPoromechanicsApplication Succesfully imported")
if (Import_FluidTransportApplication):
print("importing KratosFluidTransportApplication ...")
sys.path.append(applications_path + '/FluidTransport/python_scripts')
sys.path.append(applications_path + '/FluidTransport/Linux')
from KratosFluidTransportApplication import *
fluid_transport_application = KratosFluidTransportApplication()
kernel.AddApplication(fluid_transport_application)
print("KratosFluidTransportApplication Succesfully imported")
# dynamic renumbering of variables to ensure the consistency
kernel.Initialize()
if (Import_FluidRveLagrangeMultipliersApplication):
kernel.InitializeApplication(
fluid_rve_lagrange_multipliers_application)
if (Import_SolidMechanicsApplication):
kernel.InitializeApplication(solid_mechanics_application)
if (Import_PfemApplication):
kernel.InitializeApplication(pfem_application)
if (Import_PfemSolidMechanicsApplication):
kernel.InitializeApplication(pfem_solid_mechanics_application)
if (Import_MachiningApplication):
kernel.InitializeApplication(machining_application)
if (Import_PfemFluidDynamicsApplication):
kernel.InitializeApplication(pfem_fluid_dynamics_application)
if (Import_StringDynamicsApplication):
kernel.InitializeApplication(string_dynamics_application)
if (Import_MeshMovingApplication):
kernel.InitializeApplication(mesh_moving_app)
if (Import_IncompressibleFluidApplication):
kernel.InitializeApplication(incompressible_fluid_application)
if (Import_StructuralApplication):
kernel.InitializeApplication(structural_application)
if (Import_StructuralMechanicsApplication):
kernel.InitializeApplication(structural_mechanics_application)
if (Import_ConvectionDiffusionApplication):
kernel.InitializeApplication(convection_diffusion_application)
if (Import_FSIApplication):
kernel.InitializeApplication(fsi_application)
if (Import_ExternalSolversApplication):
kernel.InitializeApplication(external_solvers_application)
if (Import_ConstitutiveLawsApplication):
kernel.InitializeApplication(constitutive_laws_application)
if (Import_ULFApplication):
kernel.InitializeApplication(ulf_application)
if (Import_MeshingApplication):
kernel.InitializeApplication(meshing_application)
if (Import_KratosMPISearchApplication):
kernel.InitializeApplication(mpi_search_application)
if (Import_KratosTrilinosApplication):
kernel.InitializeApplication(trilinos_application)
if (Import_KratosMetisApplication):
kernel.InitializeApplication(metis_application)
if (Import_PoissonApplication):
kernel.InitializeApplication(kPoisson)
if (Import_ElectrostaticApplication):
kernel.InitializeApplication(kElectrostatic)
if (Import_MagnetostaticApplication):
kernel.InitializeApplication(kMagnetostatic)
if (Import_DamApplication):
kernel.InitializeApplication(dam_application)
if (Import_TestApplication):
kernel.InitializeApplication(test_application)
if (Import_PodApplication):
kernel.InitializeApplication(pod_application)
if (Import_LevelSetApplication):
kernel.InitializeApplication(levelset_application)
if (Import_FluidDynamicsApplication):
kernel.InitializeApplication(fluid_dynamics_application)
if (Import_KratosDEMApplication):
kernel.InitializeApplication(DEM_application)
if (Import_KratosSwimmingDEMApplication):
kernel.InitializeApplication(swimming_DEM_application)
if (Import_KratosMixedElementApplication):
kernel.InitializeApplication(mixed_element_application)
if (Import_ThermoMechanicalApplication):
kernel.InitializeApplication(thermo_mechanical_application)
if (Import_DEM_FEM_Application):
kernel.InitializeApplication(dem_fem_application)
if (Import_MultiScaleApplication):
kernel.InitializeApplication(MultiScaleApplication)
if (Import_ContactMechanicsApplication):
kernel.InitializeApplication(contact_mechanics_application)
if (Import_ContactStructuralMechanicsApplication):
kernel.InitializeApplication(contact_structural_mechanics_application)
if (Import_KratosMappingApplication):
kernel.InitializeApplication(mapping_application)
if (Import_ConstitutiveModelsApplication):
kernel.InitializeApplication(constitutive_models_application)
if (Import_ShallowWaterApplication):
kernel.InitializeApplication(shallow_water_application)
if (Import_DelaunayMeshingApplication):
kernel.InitializeApplication(delaunay_meshing_application)
if (Import_PoromechanicsApplication):
kernel.InitializeApplication(poromechanics_application)
if (Import_FluidTransportApplication):
kernel.InitializeApplication(fluid_transport_application)
from KratosUmatApplication import * application = KratosUmatApplication() application_name = "KratosUmatApplication" application_folder = "UmatApplication" # The following lines are common for all applications from .. import application_importer import inspect caller = inspect.stack()[1] # Information about the file that imported this, to check for unexpected imports application_importer.ImportApplication(application,application_name,application_folder,caller, __path__)