def write_data_file(self, file_name, process="global", output_flag=True):
"""
called by member function writeData
to write numerics or parallelization data into a file
:param file_name: (string)
:param process: (string) used for solver, preconditioner, theta lists with flow, mass heat process
:param output_flag: (bool)
:return:
"""
try:
file_stream = open(rootDirectory + "\\testingEnvironment\\scripts\\icbc\\temp\\" + file_name, "w")
except OSError as err:
message(mode="ERROR", text="OS error: {0}".format(err))
else:
if output_flag:
message(mode="INFO", text="Writing {} {}".format(location, file_name))
if file_name == "numerics_global_{}.py".format(getpid()):
# file_stream.write('coupling_iterations_min = \'' + coupling_iterations_min + '\' \n')
# file_stream.write('coupling_iterations_max = \'' + coupling_iterations_max + '\' \n')
file_stream.write("flow_process = '{}' \n".format(self.__numerics_global.processes.flow))
file_stream.write("mass_flag = '{}' \n".format(bool2str(self.__numerics_global.processes.mass_flag)))
file_stream.write("heat_flag = '{}' \n".format(bool2str(self.__numerics_global.processes.heat_flag)))
file_stream.write(
"deformation_flag = '{}' \n".format(bool2str(self.__numerics_global.processes.deformation_flag))
)
file_stream.write(
"fluid_momentum_flag = '{}' \n".format(
bool2str(self.__numerics_global.processes.fluid_momentum_flag)
)
)
file_stream.write(
"overland_flag = '{}' \n\n".format(bool2str(self.__numerics_global.processes.overland_flag))
)
file_stream.write("coupled_flag = '{}' \n".format(bool2str(self.__numerics_global.coupled_flag)))
file_stream.write("lumping_flag = '{}' \n".format(bool2str(self.__numerics_global.lumping_flag)))
file_stream.write("non_linear_flag = '{}' \n".format(bool2str(self.__numerics_global.non_linear_flag)))
elif file_name == "processing_{}.py".format(getpid()):
file_stream.write("number_cpus = '{}' \n".format(self.__processing.number_cpus))
file_stream.write("mode = '{}' \n".format(self.__processing.mode))
elif (
file_name == "numerics_flow_{}.py".format(getpid())
or file_name == "numerics_mass_{}.py".format(getpid())
or file_name == "numerics_heat_{}.py".format(getpid())
or file_name == "numerics_deformation_{}.py".format(getpid())
or file_name == "numerics_fluid_momentum_{}.py".format(getpid())
or file_name == "numerics_overland_{}.py".format(getpid())
):
# file_stream.write('maxIterations_linear = \'' + maxIterations_linear + '\' \n')
# file_stream.write('maxIterations_nonlinear = \'' + maxIterations_nonlinear + '\' \n')
# file_stream.write('norm = \'' + norm + '\' \n')
# file_stream.write('tollerance_linear = \'' + tollerance_linear + '\' \n')
# file_stream.write('tollerance_nonlinear = \'' + tollerance_nonlinear + '\' \n')
file_stream.write("solver = '{}' \n".format(self.__solver_dir[process]))
file_stream.write("precond = '{}'\n".format(self.__preconditioner_dir[process]))
# file_stream.write('matrixStorage = \'sparse\'\n')
# file_stream.write('numberOfGaussPoints = \'' + numberOfGaussPoints + '\'\n')
file_stream.write("theta = '{}'\n".format(self.__theta_dir[process]))
else:
message(mode="ERROR", text="Wrong file name {}".format(file_name))
file_stream.close()
def show_hide_toolbar(self, param):
'''Shows / hides main toolbar based on the checkbox value from
preferences.'''
self.mainToolbar.setVisible(param)
self.settings.setValue("showToolbar", utilities.bool2str(param))
def buildDict(maxVolume, area, static):
return {
'command': 'add_container',
'area': area,
'maxvolume': maxVolume,
'static': bool2str(static)
}
def showHideToolbar(self, param):
"""Shows/hides main toolbar based on the checkbox value from preferences"""
self.mainToolBar.setVisible(param)
self.settings.setValue("showToolbar", utilities.bool2str(param))
def showHideToolbar(self, param):
self.mainToolbar.setVisible(param)
self.settings.setValue("showToolbar", utilities.bool2str(param))
def buildDict(forAll):
return {'command': 'quit', 'global': bool2str(forAll)}
