A python script to generate not mazes, but look-alikes. The idea came from my daughter, the code from me. It's a very early code, with 1-hour work total. It still needs to be optimized, improved, enhanced. And we got ideas.
The name comes from the movie The Pan's Labyrinth. The main character is named Ofelia. Also, I like recursive acronyms, so it stands for Ofelia Fabrique d'Étonnants Labyrinthes et d'Incroyables Architectures, which is french (cause I'm french). It could translates to Ofelia makes stunning labyrinths and incredible architectures (which is not a recursive acronym anymore).
This is what Ofelia can generate. And I'll explain soon what are the rules/behaviour.
Right now, the code is kinda as is, and I plan to work on making it more user friendly (so my daughter can more easily play with it). You can look at the two generators.
You can also get to see some examples.
Open the testConsole.py script. There, you can change the size of the maze you generate, and state the starting points. Then, you display it. The colored argument is there as a test to colorize the output (but it's kind of meh).
displayCharPath(maze, colored=True)
It generates something like this :
a a g e e e a a a c
e e e e e e k m n c
b b h j e e k k c c
b b h j h h h h c c
b b h h h i i i c c
b b i i i i l l c c
b b f f d d d d d o
b f f f d d d d d p
b f f f d d d d d d
Open the test_generation.py script. As noted in the file, it uses the PIL image generation library. You need it to run it.
You'll find three fillings of the colors table. Only the last one is used (previous were tests with my daughter). This is one the stuff I need to improve. But, for your own tests, fill that table with the colors you want for your image.
colors = colMg.colorManager(colors=colMg._PASTELS_PALETTE)
xMax = 100
yMax = 100
maze = plane.mazePlane(xMax, yMax)
maze.add_path((0, 0))
maze.add_path((0, yMax - 1))
maze.add_path((xMax - 1, 0))
maze.generate()
print("maze parameters OK")
print("starting to draw it")
vis.draw_maze(maze, image_filename='./generated/simple.png', colors=colors)
print("png done")
This is the generation code : setting the size, the starting points, then building the maze (cost sensitive with those parameters), and drawing it. A jpg file is generated. Voilà!
Want to see how the maze is constructed?
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