maze.create_border(exits)
maze.generate_all_walls(same_branch_probability=0.9)
maze_row.append(maze)
mazes.append(maze_row)
total_width = (MAZE_WIDTH + PADDING) * len(mazes[0]) + PADDING
total_height = (MAZE_HEIGHT + PADDING) * len(mazes) + PADDING
master_maze = Maze(total_width, total_height)
for y, maze_row in enumerate(mazes):
y_offset = PADDING + y * (MAZE_HEIGHT + PADDING)
for x, maze in enumerate(maze_row):
x_offset = PADDING + x * (MAZE_WIDTH + PADDING)
# Copy the maze into the master maze
for edge in maze.all_edges():
master_edge = Edge(edge.ori, edge.x + x_offset, edge.y + y_offset)
master_maze.set_edge(master_edge, maze.get_edge(edge))
# For each exit, add a corridor of length PADDING
for i, edge in enumerate(mini_maze.square_edges(x, y)):
if mini_maze.get_edge(edge) >= 0:
continue
padding_dir = CORRIDOR_DIR[i]
for corr_pos in xrange(0, PADDING):
for offset_from_exit in CORRIDOR_EDGES[i]:
exit_edge = maze.border_edges[MAZE_EXITS[i]]
corr_edge = Edge(
offset_from_exit.ori,
exit_edge.x + offset_from_exit.x + x_offset,
exit_edge.y + offset_from_exit.y + y_offset)
