def CreateAssignmentProcess(self, params):
if (self.value_is_numeric):
params.AddValue("variable_name", self.settings["variable_name"])
counter = 0
for i in self.value:
params["value"][counter].SetDouble(i)
counter += 1
self.AssignValueProcess = KratosSolid.AssignVectorToConditionsProcess(
self.model_part, params)
else:
#function values are assigned to a vector variable :: transformation is needed
if (isinstance(self.var, KratosMultiphysics.Array1DVariable3)):
variable_name = self.settings["variable_name"].GetString(
) + "_VECTOR"
#print("::[--Assign_Variable--]:: "+variable_name)
params.AddEmptyValue("variable_name")
params["variable_name"].SetString(variable_name)
else:
params.AddValue("variable_name",
self.settings["variable_name"])
counter = 0
for i in self.value:
params["value"][counter].SetDouble(i)
counter += 1
params.AddEmptyValue("entity_type").SetString("CONDITIONS")
self.AssignValueProcess = KratosSolid.AssignVectorFieldToEntitiesProcess(
self.model_part, self.compiled_function, "function",
self.value_is_spatial_function, params)
# in case of going to previous time step for time step reduction
self.CreateUnAssignmentProcess(params)
def CreateUnAssignmentProcess(self, params):
params["compound_assignment"].SetString(
self.GetInverseAssigment(
self.settings["compound_assignment"].GetString()))
if (self.value_is_numeric):
self.UnAssignValueProcess = KratosSolid.AssignVectorToConditionsProcess(
self.model_part, params)
else:
self.UnAssignValueProcess = KratosSolid.AssignVectorFieldToEntitiesProcess(
self.model_part, self.compiled_function, "function",
self.value_is_spatial_function, params)
