def get_exit_port(index, rotate_degree, entry_port):
tile_config = convert_representation(get_representation(index))
target_tile = tile.Tile(tile_config)
rotation_time = rotate_degree // 90
for i in range(rotation_time):
target_tile = target_tile.rotate_90()
exit_port = target_tile.get_path(convert_letter_to_int(entry_port))
return convert_int_to_letter(exit_port)
def generate_tile_dictionary():
tile_dict = {}
tiles_list = tiles.splitlines()
for i in range(len(tiles_list)):
tile_letter_representation = json.loads(tiles_list[i])[1]
tile_int_representation = convert_representation(tile_letter_representation)
current_tile = tile.Tile(tile_int_representation)
tile_dict[i] = current_tile
return tile_dict
rule_checker = rules.RuleChecker()
input_content = ''.join(sys.stdin.readlines())
json_array = json.loads(input_content)
for placement_json in json_array[:-1]:
if not parse_move(game_board, placement_json):
raise Exception("Invalid placement.")
player_final_move = json_array[-1]
color = player_final_move[0][0]
chosen_tile_index = player_final_move[0][1]
rotation = player_final_move[0][2]
target_x = player_final_move[0][3]
target_y = player_final_move[0][4]
choice_one = player_final_move[1]
choice_two = player_final_move[2]
if color not in valid_colors:
raise Exception("Invalid color")
chosen_tile = tile.Tile(
convert_representation(
get_representation(chosen_tile_index))).rotate_tile(rotation)
choice_one_tile = tile.Tile(
convert_representation(get_representation(choice_one)))
choice_two_tile = tile.Tile(
convert_representation(get_representation(choice_two)))
player_pos = game_board.get_player(color)
check = rule_checker.valid_move(game_board, target_x, target_y,
chosen_tile,
[choice_one_tile, choice_two_tile],
player_pos[0], player_pos[1],
player_pos[2])
print("legal" if check else "illegal")