def __InitializePeriodicConditions(self, model_part, scalar_variable):
properties = model_part.CreateNewProperties(
model_part.NumberOfProperties() + 1)
pcu = KratosCFD.PeriodicConditionUtilities(
model_part, model_part.ProcessInfo[Kratos.DOMAIN_SIZE])
pcu.AddPeriodicVariable(properties, scalar_variable)
index = model_part.NumberOfConditions()
for condition in self.fluid_model_part.Conditions:
if condition.Is(Kratos.PERIODIC):
index += 1
node_id_list = [node.Id for node in condition.GetNodes()]
periodic_condition = model_part.CreateNewCondition(
"PeriodicCondition", index, node_id_list, properties)
periodic_condition.Set(Kratos.PERIODIC)
def InitializePeriodicConditions(base_model_part,
model_part,
variables_list,
periodic_condition_name="PeriodicCondition"):
properties = model_part.CreateNewProperties(
model_part.NumberOfProperties() + 1)
pcu = KratosCFD.PeriodicConditionUtilities(
model_part, model_part.ProcessInfo[Kratos.DOMAIN_SIZE])
for variable in variables_list:
pcu.AddPeriodicVariable(properties, variable)
index = model_part.NumberOfConditions()
for condition in base_model_part.Conditions:
if condition.Is(Kratos.PERIODIC):
index += 1
node_id_list = [node.Id for node in condition.GetNodes()]
periodic_condition = model_part.CreateNewCondition(
periodic_condition_name, index, node_id_list, properties)
periodic_condition.Set(Kratos.PERIODIC)