#print('Связь блоков и подблоков: ', SUBBLOCK.block_subblock_dct)
#print('Связь подблоков и терминалов: ', SUBBLOCK.subblock_terminal_dct)
data_car_terminal = pd.read_excel(r'data.xlsx',
sheet_name='small_cars_terminal')
Terminal = Structures.Terminal(data_car_terminal)
#print('Возможности филиального транспорта: ', Terminal.terminal_count_car_dct)
count_subblock = len(SUBBLOCK.subblock_index_dct)
count_route_block = len(RB.routeblock_index_dct)
for count_day in range(7, 8):
print(count_day)
alloc = Model.Allocation(
SUBBLOCK.subblock_index_dct, SUBBLOCK.subblock_terminal_dct,
SUBBLOCK.block_subblock_dct, RB.routeblock_index_dct,
RB.routeblock_terminal_dct, RB.routeblock_distance_dct,
RB.routeblock_volume_dct, RB.routeblock_adjacency_matrix,
Terminal.terminal_count_car_dct, count_day)
genetic = ga.GA(count_subblock * count_day, count_route_block)
best_person, best_fitness = genetic.optimize(
alloc.get_fitness_glob, genetic.initial_population)
routeblock_day, routeblock_subblock, block_subblock = alloc.form_shedule(
best_person)
df_new = df.copy()
df_new['day'] = df_new['Route_block'].replace(routeblock_day)
df_new['subblock'] = df_new['Route_block'].replace(routeblock_subblock)
df_new['block'] = df_new['subblock'].replace(block_subblock)
write_result(df_new, 'Количество дней {}'.format(count_day))
