def check_aircraft_model(filepath, newfilename):
data = excel_reader.read_from_schedule(filepath)
aircraft_data = excel_reader.read_from_aircraft('./data/Aircrafts.xlsx')
for line in data:
for aircraft in aircraft_data:
if line.plane_tail_number == aircraft.tail_number and line.plane_type != aircraft.type_number:
line.plane_type = aircraft.type_number
print('error detected.')
excel_writer.write_schedule(data, newfilename)
route_arr[j - 1].delay_time)
if wait_time < minimum_idle_time():
tmp_delay = minimum_idle_time() - wait_time
route_arr[j].delay_time += tmp_delay
total_delay += tmp_delay
arr = tail_num_2_total_delayed_airlines_count.get(tail_num, [])
arr.append(route_arr[j])
tail_num_2_total_delayed_airlines_count[tail_num] = arr
# Step 3,现在对于每一个受到连带影响的航班，对于所有其他飞机，寻求替代可能性。
for arr in tail_num_2_total_delayed_airlines_count.values():
second_affected_airline = arr[0]
tail_num = second_affected_airline.plane_tail_number
for airline in first_delay_airline_set:
if airline.plane_tail_number == tail_num:
land_time = airline.arrive_time_stamp + airline.delay_time
land_port = airline.arrive_airport
# now we need to find the other aircrafts at land_port at land_time, that is free to fly.
for key_tail_num in Map.keys():
if not tail_num == key_tail_num:
route_arr = Map.get(key_tail_num)
for route_arr_airline in route_arr:
if route_arr_airline.arrive_airport == land_port and route_arr_airline.arrive_time_stamp < land_time:
try_swap_routes(arr, route_arr, airline,
route_arr_airline)
break
break
import excel_writer as writer_tool
writer_tool.write_schedule(schedule, 'solution2.xls')
print('task success.')
# for time in range(start_time, end_time, 600):
# solve_current_situation(time, schedule, air_crafts)
count = 0
total_delay = 0
for tmp in schedule:
if tmp.arrive_airport == 'OVS' and is_time_ovs_closed(
tmp.arrive_time_stamp) or tmp.depart_airport == 'OVS' and is_time_ovs_closed(tmp.depart_time_stamp):
total_delay += delay_airline(schedule, tmp)
count += 1
continue
print(count)
# print('total delay ', total_delay)
total_delay += solve_maintainence_balance(schedule)
# print('total delay ', total_delay)
depart_set, arrive_set = solve_max_capacity_problem(schedule)
# print(depart_set)
# print(arrive_set)
excel_writer.write_schedule(schedule)
sum = 0
for line in schedule:
sum += line.delay_time
print(sum)