@dataclass(frozen=True)
class MapTile:
    tile: Tile
    x: int
    y: int


def main_test_rooms():
    while True:
        graph_gen = GraphGenerator(GenSettings(
            width=30,
            height=30,
            room_merge_num=50,
            room_gen_type=RoomGenType.RANDOM_VORONOI,
            room_num=7,
        ))
        tiles_map, rooms = graph_gen.generate()
        if is_completable_map(tiles_map):
            break
    tile_arr, room_map = graph_gen.generate()
    # print(ascii_render_tile_data_map(TileDataMap(tile_arr)))
    walkable_map = np.vectorize(lambda t: int(is_walkable_kind(t.kind)))(tile_arr)
    plt.imshow(walkable_map)
    plt.show()
    while True:
        graph_gen = GraphGenerator(GenSettings(
                width=30,
                height=30,
                room_merge_num=50,
                room_gen_type=RoomGenType.RANDOM_VORONOI,
                room_num=7,
        ))
        tiles_map, rooms = graph_gen.generate()
        if is_completable_map(tiles_map):
            break
    print(ascii_render_tile_data_map(TileDataMap(tiles_map)))

    # делаем граф
    tiles_graph = nx.Graph()
    x_dim, y_dim = tiles_map.shape
    for x in range(x_dim):
        for y in range(y_dim):
            tile: Tile = tiles_map[x, y]
            if is_walkable_kind(tile.kind):
                map_tile = MapTile(tile, x, y)
                tiles_graph.add_node(map_tile)
                if x > 0:
                    upper_tile: Tile = tiles_map[x - 1, y]
                    upper_map_tile = MapTile(upper_tile, x - 1, y)
                    if is_walkable_kind(upper_tile.kind):
                        tiles_graph.add_edge(map_tile, upper_map_tile)
                if y > 0:
                    left_tile: Tile = tiles_map[x, y - 1]
                    left_map_tile = MapTile(left_tile, x, y - 1)
                    if is_walkable_kind(left_tile.kind):
                        tiles_graph.add_edge(map_tile, left_map_tile)