def WriteFluidMdpa(filename, model_part, element_name, condition_name):
restart_file = open(filename + ".mdpa", 'w')
import new_restart_utilities
new_restart_utilities.PrintProperties(restart_file)
new_restart_utilities.PrintNodes(model_part.Nodes, restart_file)
new_restart_utilities.PrintElements(element_name, model_part.Elements,
restart_file)
new_restart_utilities.PrintConditions(condition_name,
model_part.Conditions, restart_file)
#printing info for slip BC
new_restart_utilities.PrintRestart_Variable_On_Condition(
IS_STRUCTURE, "IS_STRUCTURE", model_part.Conditions, restart_file)
new_restart_utilities.PrintRestart_ScalarVariable(VELOCITY_X, "VELOCITY_X",
model_part.Nodes,
restart_file)
new_restart_utilities.PrintRestart_ScalarVariable(VELOCITY_Y, "VELOCITY_Y",
model_part.Nodes,
restart_file)
new_restart_utilities.PrintRestart_ScalarVariable(VELOCITY_Z, "VELOCITY_Z",
model_part.Nodes,
restart_file)
new_restart_utilities.PrintRestart_ScalarVariable(PRESSURE, "PRESSURE",
model_part.Nodes,
restart_file)
new_restart_utilities.PrintRestart_ScalarVariable(VISCOSITY, "VISCOSITY",
model_part.Nodes,
restart_file)
new_restart_utilities.PrintRestart_ScalarVariable(DENSITY, "DENSITY",
model_part.Nodes,
restart_file)
restart_file.close()
def WriteRestartFile(self, FileName):
restart_file = open(FileName + ".mdpa", 'w')
import new_restart_utilities
new_restart_utilities.PrintProperties(restart_file)
new_restart_utilities.PrintNodes(self.model_part.Nodes, restart_file)
new_restart_utilities.PrintElements("Fluid2D",
self.model_part.Elements,
restart_file)
new_restart_utilities.PrintRestart_ScalarVariable(
VELOCITY_X, "VELOCITY_X", self.model_part.Nodes, restart_file)
new_restart_utilities.PrintRestart_ScalarVariable(
VELOCITY_Y, "VELOCITY_Y", self.model_part.Nodes, restart_file)
new_restart_utilities.PrintRestart_ScalarVariable(
VELOCITY_Z, "VELOCITY_Z", self.model_part.Nodes, restart_file)
new_restart_utilities.PrintRestart_ScalarVariable(
ACCELERATION_X, "ACCELERATION_X", self.model_part.Nodes,
restart_file)
new_restart_utilities.PrintRestart_ScalarVariable(
ACCELERATION_Y, "ACCELERATION_Y", self.model_part.Nodes,
restart_file)
new_restart_utilities.PrintRestart_ScalarVariable(
ACCELERATION_Z, "ACCELERATION_Z", self.model_part.Nodes,
restart_file)
new_restart_utilities.PrintRestart_ScalarVariable(
FORCE_X, "FORCE_X", self.model_part.Nodes, restart_file)
new_restart_utilities.PrintRestart_ScalarVariable(
FORCE_Y, "FORCE_Y", self.model_part.Nodes, restart_file)
new_restart_utilities.PrintRestart_ScalarVariable(
FORCE_Z, "FORCE_Z", self.model_part.Nodes, restart_file)
# new_restart_utilities.PrintRestart_ScalarVariable(ANGULAR_ACCELERATION_X,"ANGULAR_ACCELERATION_X",self.model_part.Nodes,restart_file)
# new_restart_utilities.PrintRestart_ScalarVariable(ANGULAR_ACCELERATION_Y,"ANGULAR_ACCELERATION_Y",self.model_part.Nodes,restart_file)
# new_restart_utilities.PrintRestart_ScalarVariable(ANGULAR_ACCELERATION_Z,"ANGULAR_ACCELERATION_Z",self.model_part.Nodes,restart_file)
# new_restart_utilities.PrintRestart_ScalarVariable(ANGULAR_VELOCITY_X,"ANGULAR_VELOCITY_X",self.model_part.Nodes,restart_file)
# new_restart_utilities.PrintRestart_ScalarVariable(ANGULAR_VELOCITY_Y,"ANGULAR_VELOCITY_Y",self.model_part.Nodes,restart_file)
# new_restart_utilities.PrintRestart_ScalarVariable(ANGULAR_VELOCITY_Z,"ANGULAR_VELOCITY_Z",self.model_part.Nodes,restart_file)
new_restart_utilities.PrintRestart_ScalarVariable(
PRESSURE, "PRESSURE", self.model_part.Nodes, restart_file)
new_restart_utilities.PrintRestart_ScalarVariable(
VISCOSITY, "VISCOSITY", self.model_part.Nodes, restart_file)
new_restart_utilities.PrintRestart_ScalarVariable(
DENSITY, "DENSITY", self.model_part.Nodes, restart_file)
restart_file.close()
def WriteRestartFile(self, FileName):
restart_file = open(FileName + ".mdpa", 'w')
import new_restart_utilities
new_restart_utilities.PrintProperties(restart_file)
new_restart_utilities.PrintNodes(self.model_part.Nodes, restart_file)
new_restart_utilities.PrintElements("Fluid2DGLS",
self.model_part.Elements,
restart_file)
new_restart_utilities.PrintRestart_ScalarVariable(
PRESSURE, "PRESSURE", self.model_part.Nodes, restart_file)
new_restart_utilities.PrintRestart_ScalarVariable(
VISCOSITY, "VISCOSITY", self.model_part.Nodes, restart_file)
new_restart_utilities.PrintRestart_ScalarVariable(
DENSITY, "DENSITY", self.model_part.Nodes, restart_file)
new_restart_utilities.PrintRestart_ScalarVariable(
TEMPERATURE, "TEMPERATURE", self.model_part.Nodes, restart_file)
new_restart_utilities.PrintRestart_ScalarVariable(
IS_STRUCTURE, "IS_STRUCTURE", self.model_part.Nodes, restart_file)
new_restart_utilities.PrintRestart_ScalarVariable(
IS_FREE_SURFACE, "IS_FREE_SURFACE", self.model_part.Nodes,
restart_file)
new_restart_utilities.PrintRestart_ScalarVariable(
IS_FREE_SURFACE, "IS_LAGRANGIAN_INLET", self.model_part.Nodes,
restart_file)
new_restart_utilities.PrintRestart_ScalarVariable(
IS_BOUNDARY, "IS_BOUNDARY", self.model_part.Nodes, restart_file)
new_restart_utilities.PrintRestart_ScalarVariable(
VELOCITY_X, "VELOCITY_X", self.model_part.Nodes, restart_file)
new_restart_utilities.PrintRestart_ScalarVariable(
VELOCITY_Y, "VELOCITY_Y", self.model_part.Nodes, restart_file)
new_restart_utilities.PrintRestart_ScalarVariable(
VELOCITY_Z, "VELOCITY_Z", self.model_part.Nodes, restart_file)
new_restart_utilities.PrintRestart_ScalarVariable(
YCH4, "YCH4", self.model_part.Nodes, restart_file)
new_restart_utilities.PrintRestart_ScalarVariable(
TEMPERATURE, "TEMPERATURE", self.model_part.Nodes, restart_file)
new_restart_utilities.PrintRestart_ScalarVariable(
FACE_HEAT_FLUX, "FACE_HEAT_FLUX", self.model_part.Nodes,
restart_file)
new_restart_utilities.PrintRestart_ScalarVariable(
ENTHALPY, "ENTHALPY", self.model_part.Nodes, restart_file)
restart_file.close()