That said, it was very difficult to get right and I am still proud of myself for figuring this out without help.

And don't worry, I'm fixing it...

Uses Pygame to render the graphics.

Each file is a slightly different tunnel pattern.

pip install -r requirements.txt

python tunnel.py

This was a program I wrote in my early days of learning programming. It was extremely difficult for me
to devise an algorithm for the pattern and even today I'm having trouble understanding exactly how I got
this all to work. My plan is to refactor this over time as the design choices I made and my variable
naming are pretty cringeworthy.

I had one major problem that I learned a lot from when making this. Time and space complexity was a
mysterious concept to me at the time of writing this. My initial strategy was building a matrix of RGB color
tuples then using Pygame to render squares of these colors. At each frame I would change each value in the
matrix and render again. I tried scaling to a 256 x 256 square it did not like that. Went from 30 FPS to
about 0.2 FPS.

Back to the drawing board...

I realized I didn't need to store a matrix in memory at all. I could simply come up with a way to
calculate the index of the colors list using the row and column index. After that is was just a matter of
applying something from back in Pre-Calculus class, graph reflections!