Creative Coding

A collection of somewhat artistic implementations of numerous mathematical sensations and experiments.
Inspired by The Coding Train and various generative art conference talks, empowered by p5js and its python counterpart p5py.

Tile Builder

Building random patterns based on simple rules following a tile approach.

Harmonic Motion

A collection of animations that spiral around the idea of periodicity.
Heavily inspired by beesandbombs.

Ulam Spiral

Implementation of the classical square Ulam Spiral.
Positive integers are arranged in a spiral while marking prime numbers.
This results in a non-random pattern.

Forest on fire

Simulation of a burning forest. Guided by a initial population, tree spawn and fire spawn probability.
A fire can spread to surrounding trees and lives only for a single frame. Quite close code replication of this video.

Style transfer

Combining the content of an image with the style of another utilizing the Style Transfer approach. Tutorial available here

Content	Style	Result

Mandelbrot Set

Visualization of a zoom into the Mandelbrot Set.

Sierpinski Triangle (Chaos Game)

Implementation of the Chaos game to visualize the Sierpinski Triangle.

Worley Noise

Visualization of a randomized and tuned Worley-Noise implementation.

Branching

Recursive branch visualization

Lissajous-esk art

Depicting complex harmonic motion by highlighting axis points over time. Basis are multiple connected and randomized harmonic motions that use the end point of their predecessor as a starting point. Combining interdependently randomized parameters (axis length, rotating speed, visbility, size, ...) with common matplotlib color maps yields subjectively beautiful visuals.

Maurer-Rose

Interactive implementation of the maurer rose that allows visualizations for random parameters.

Perlin Terrain

Procedual terrain generation based on the perlin noise.

Ray Casting

Experimenting with simplistic ray casting utilizing basic line segmentation intersection math.