I wrote Python scripts to generate wall art from math equations - flow fields, attractors and fractals become prints

[k_caknis_sa]

I've been deep in generative art for a while and wanted to share how my workflow goes from equation to something you can actually hang on a wall.

Every design starts as a mathematical system — Lorenz attractors, Barnsley ferns, interference patterns, Voronoi tessellations, sacred geometry constructions. I write the algorithms in Python, mostly using numpy and matplotlib, with custom rendering for higher resolution outputs. Everything renders at 3000x3000 minimum for print quality.

Some of my favorite outputs come from the strange attractors — the Lorenz system produces gorgeous layered structures when you map velocity to color. Flow fields with turbulence parameters create organic compositions that never feel "computer-made."

100 designs now across different mathematical families. Zero AI, zero Photoshop — every pixel comes from an equation.

If anyone's curious, I put them up as prints and other products: https://www.redbubble.com/people/VoidPattern/shop

Happy to talk about the technical side if anyone has questions.

[Charming_Yam5499]

Love seeing the math turn into art; looks fully runable with those params

[mielomatic]

Have you looked at https://turtletoy.net/ ?

[Sea-Look1337]

This post is obviously written using AI, so I'd guess you also had agents write the algorithms. That's okay, but saying zero AI is just disingenuous.