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)
newB[0].display()
for i in range(0, len(newA)):
airline = newA[i]
airline.plane_tail_number = newA[0].plane_tail_number
airline.delay_time = delay_array_A[i]
for i in range(0, len(newB)):
airline = newB[i]
airline.plane_tail_number = newB[0].plane_tail_number
airline.delay_time = delay_array_B[i]
return newA, newB
if __name__ == '__main__':
print('init')
schedule = reader.read_from_schedule()
air_crafts = reader.read_from_aircraft()
print(time.asctime(time.gmtime(1461302220)))
start_time = 1461302220
end_time = 1461302220 + 48 * 60 * 60
print('question 02')
# Route_Set = [] # set of class Route.
Map = {} # key - value pairs of tail_num to its whole route.
for air_craft in air_crafts:
tail_num = air_craft.tail_number
for single_schedule in schedule:
if single_schedule.plane_tail_number == tail_num:
if not Map.__contains__(tail_num):
Map[tail_num] = []
Map.get(tail_num).append(single_schedule)
# step 1 . 找到首延误航班集合。