These are (for now), stand-alone scripts using Python and Pygame meant for having fun with little-squares (or "big pixels") in the graphic output.
The are result of ludic and fun processes and are intended to be hacked with and fine-tunned in the source code (for tunning paramters, algoritms, and such), rather than something ready-to-use (although they should yield some plots by default).
The scripts so far use Pygame.
Is a version of the "game of life" celular authomata, factored in a way to have several, differently colored layers, of the "game of life" evolving simultaneously. Each layer may have different rules.
Is a quick and dirty implementation of the "Tupper Self refential Formula", using Pygame and Python Decimals.
In short, the Tupper Self referential formula is an algorithm encoded using regular mathematic operations of Power, Floor and Modulo - which can display in a grid an arbitrary image, providing the image encoding as an offset (K) parameter in the form of a big integer number (~500 digits).
The default plot is an image displaying the formula itself in mathematical notation.
The function is presented in a nice-to-watch video in the NumberPhile youtube channel at https://www.youtube.com/watch?v=_s5RFgd59ao&fbclid=IwAR1DFQYVTHAGj_6jZG5dNsU-dAq09y-6xSyH67GveUETF20Mbnu6TieTj0E
The implementation so far lacks an elegand depicting of the formula in Python - and a comment with the formula rendered using proper unicode characters would also be a nice to have - contributions are welcome.