run_sim_state(integration_period, input_generators)
# run_sim(integration_period, input_generators)
# pickle run_perams
with open(OUTPUT_PICKLE, 'wb') as fd:
pickle.dump(
{
'integeration_period': integration_period,
'device_map': device_map
}, fd)
# write info file
write_to_ifile(OUTPUT_CSV, integration_period,
input_generators)
# write copy of the pickle file
write_to_peramfile(OUTPUT_CONFIG, integration_period,
device_map)
print("CSV File Input Gen:")
print(input_generators)
print("Integration Period:")
print(integration_period)
print("Device Map:")
print(device_map)
# Quit the Program after Simulation
exit(0)
elif inp == 'q':
exit(0)
print()
str(batch_csv_data[bindex][0]) + OUTPUT_PICKLE),
'wb') as fd:
pickle.dump(
{
'integeration_period': integration_period,
'device_map': device_map
}, fd)
# write info file
write_to_ifile(
'simulationfiles/scheduleobjects/csvs/' +
str(batch_csv_data[bindex][0]) + OUTPUT_CSV,
integration_period, input_generators)
# write copy of the pickle file
write_to_peramfile(
'simulationfiles/scheduleobjects/csvs/' +
str(batch_csv_data[bindex][0]) + OUTPUT_CONFIG,
integration_period, device_map)
print("CSV File Input Gen:")
print(input_generators)
print("Integration Period:")
print(integration_period)
print("Device Map:")
print(device_map)
#exit()
device_map = {}
bindex = bindex + 1
# Quit the Program after Simulation
#subprocess.call(['./CalculationEngineBATCH.py', str(batch_file_name)], shell=True)
sys.argv = ['', str(batch_file_name)]
runpy.run_path('./CalculationEngineBATCH.py',