else:
parser.print_help()
sys.exit()
if os.path.exists(args.config_file):
ftot_program_directory = os.path.dirname(os.path.realpath(__file__))
else:
print("{} doesn't exist".format(args.config_file))
sys.exit()
# set up logging and report run start time
# ----------------------------------------------------------------------------------------------
xml_file_location = os.path.abspath(args.config_file)
from ftot_supporting import create_loggers
logger = create_loggers(os.path.dirname(xml_file_location), args.task)
logger.info(
"================================================================================="
)
logger.info(
"============= FTOT RUN STARTING. Run Option = {:2} ==============================="
.format(str(args.task).upper()))
logger.info(
"================================================================================="
)
# load the ftot scenario
# ----------------------------------------------------------------------------------------------
from ftot_scenario import *
def run_test_pulp_optimization():
#below are calls to internal functions to generate all the facilities
# and routes required to run a test simulation of the AFTOT without
# requiring GIS.
# initialize logger
# CRITICAL 50
# ERROR 40
# WARNING 30
# RESULT 25
# CONFIG 24
# INFO 20
# DEBUG 10
# DETAILED_DEBUG 5
logger = ftot_supporting.create_loggers(os.getcwd(), "test_pulp")
# logger.setLevel(logging.DEBUG)
## logger.basicConfig(filemode='w', level=logging.DEBUG)
# generate all test facilities
logger.info("START: test_create_all_facilities")
all_facilities = _test_create_all_facilities(logger)
#assumptions_logger.write("All facilities: \n")
#for f in all_facilities:
# assumptions_logger.write("{} \n".format(f.asText()))
## if type(f).__name__ == "Intermediate_Processing_Facility":
## assumptions_logger.write("corn quantity {}".format(f.getQuantity(logger, "corn")))
## assumptions_logger.write("gasoline quantity {}".format(f.getQuantity(logger, "gasoline")))
# get all_routes from route cache
logger.info("START: _test_create_all_routes")
if scenario == 1:
all_routes = _test_create_all_routes(all_facilities)
elif scenario == 2:
all_routes = _test_create_all_routes_2(all_facilities)
elif scenario == 3:
all_routes = _test_create_all_routes_3(all_facilities)
elif scenario == 4:
all_routes = _test_create_all_routes_2(all_facilities)
elif scenario == 5:
all_routes = _test_create_all_routes_5(all_facilities)
elif scenario == 6:
all_routes = _test_create_all_routes_6(all_facilities)
else:
all_routes = _test_create_all_routes(all_facilities)
#logger.debug("all routes {}".format(all_routes))
# convert facilities to vertifices and routes to edges
logger.info("START: pre_setup_pulp")
all_routes, all_edges, vertex_edge_dictionary = \
aftot_pulp.pre_setup_pulp(logger, all_facilities, all_routes)
logger.info("START: setup_pulp_problem")
prob, flow_vars, unmet_demand_vars = aftot_pulp.setup_pulp_problem(logger, \
all_edges, vertex_edge_dictionary)
# print "finished running setup_pulp_problem"
# call solve_pulp_problem()
logger.info("START: solve_pulp_problem")
# solution = aftot_pulp.solve_pulp_problem(prob, logger)
aftot_pulp.solve_pulp_problem(prob, flow_vars, unmet_demand_vars,
all_edges, logger)
# call PuLp post-processing
logger.info("POST PROCESSING HOLDER")
aftot_route.post_processing()
#assumptions_logger.close()
pass