def _create_solution_scheme(self):
import schemes_factory
Schemes = schemes_factory.SolutionScheme(
self.settings["time_integration_settings"], self.settings["dofs"])
solution_scheme = Schemes.GetSolutionScheme()
solution_scheme.SetProcessVector(self._get_scheme_custom_processes())
return solution_scheme
def _get_time_integration_methods(self):
# set solution scheme
import schemes_factory
Schemes = schemes_factory.SolutionScheme(self.settings["time_integration_settings"],self.settings["dofs"])
# set integration method dictionary for scalars
scalar_integration_methods = Schemes.GetScalarIntegrationMethods()
# set integration method dictionary for components
component_integration_methods = Schemes.GetComponentIntegrationMethods()
#print(scalar_integration_methods)
#print(component_integration_methods)
# set time order
self.process_info[KratosSolid.TIME_INTEGRATION_ORDER] = Schemes.GetTimeIntegrationOrder()
# set scheme parameters to process_info
self._set_scheme_process_info_parameters()
# first: calculate parameters (only once permitted for each monolithic dof set "components + scalar")
dofs_list = self.settings["dofs"]
dofs = []
for i in range(0, dofs_list.size() ):
dofs.append(dofs_list[i].GetString())
# add default DISPLACEMENT dof
if( len(dofs) == 0 or (len(dofs) == 1 and dofs[0] =="ROTATION") ):
dofs.append('DISPLACEMENT')
#print(" DOFS ",dofs)
scalar_dof_method_set = False
vector_dof_method_set = False
for dof in dofs:
kratos_variable = KratosMultiphysics.KratosGlobals.GetVariable(dof)
if( isinstance(kratos_variable,KratosMultiphysics.DoubleVariable) and (not scalar_dof_method_set) ):
scalar_integration_methods[dof].CalculateParameters(self.process_info)
scalar_dof_method_set = True
print("::[----Integration----]::",scalar_integration_methods[dof],"("+dof+")")
if( isinstance(kratos_variable,KratosMultiphysics.Array1DVariable3) and (not vector_dof_method_set) ):
component_integration_methods[dof+"_X"].CalculateParameters(self.process_info)
vector_dof_method_set = True
print("::[----Integration----]::",component_integration_methods[dof+"_X"],"("+dof+")")
return scalar_integration_methods, component_integration_methods
def _get_dofs(self):
import schemes_factory
Schemes = schemes_factory.SolutionScheme(self.settings["time_integration_settings"],self.settings["dofs"])
return Schemes.GetDofsAndReactions()
def GetVariables(self):
import schemes_factory
Schemes = schemes_factory.SolutionScheme(self.settings["time_integration_settings"],self.settings["dofs"])
return Schemes.GetVariables()
def _create_solution_scheme(self):
import schemes_factory
Schemes = schemes_factory.SolutionScheme(self.settings["time_integration_settings"],self.settings["dofs"])
mechanical_scheme = Schemes.GetSolutionScheme()
return mechanical_scheme
