Create Stunning Maze GIF Animations in Python with gifmaze

Installation: you can install the library via PyPI

or clone it from Git

.

Why use this library? It is written in pure Python with no third‑party dependencies (optional PIL for embedding images), runs quickly to produce optimized GIFs of thousands of frames that remain only a few hundred kilobytes, supports drawing various maze animations, and provides well‑commented code and comprehensive documentation.

Tutorial: first build a GIFSurface object (similar to cairo's ImageSurface) that defines the canvas size and color depth. For example, color_depth=2 gives a palette of 4 colors, and bg_color=0 sets the background color.

Next, create a drawing context based on this surface.

Set animation parameters, such as rendering a frame every 20 steps, a frame gap of 0.05 s, and using the fourth palette entry as the transparency channel.

With the canvas and parameters ready, draw the maze: each cell occupies 5 × 5 pixels, with an 8‑pixel border around the maze.

Run Prim's maze algorithm (two delay frames are added to make the animation clearer).

Save the animation to a GIF file.

The resulting GIF is under 300 KB.

You can also combine multiple algorithms into one animation, such as random depth‑first search and A* search, producing a compact 120 KB GIF.

Underlying principle: gifmaze encodes each frame into a BytesIO object; the GIF file is written only when the save method is called.

Further reading: What’s in a GIF? and Maze generation algorithms .