Artistic renderings of mathematical structures, attractors in particular. Get an overview of them here and download them as wallpapers for your desktop.

A multi-platform desktop app that provides super easy super fast access to your trakt.tv{:target="_blank"} account. It's currently in development and I'm collaborating with Bumbleboss{:target="_blank"}. Traktify's logo was a project on its own, you can find more about it here. You can read more on the dedicated website{:target="_blank"} or check out the repo{:target="_blank"}.

The very website you are most likely browsing right now. It is written in HTML{:target="_blank"}, Liquid{:target="_blank"}, Sass{:target="_blank"} and Markdown{:target="_blank"} which is then compiled with Jekyll{:target="_blank"} into a static website. If you like to check out the repository, you can find it here{:target="_blank"}.

Some other weekend-projects that I have done (and finished so I would show them here).

• Random Fibonacci Numbers: computation of a 13.5 million number long sequence

• Digits of Pi: visualisations of the digits of pi

• Lorenz Attractor: real-time simulation of Lorenz' differential system

• Tea Machine: design concept of a simple tea brewing machine

• Traktify Logo: the logo and app icon of Traktify

• Rectipy: python module intended to help students in chemical engineering

• Simple Faces: a set of minimalistic profile pictures of some friends

• Minesweeper: my attempt at writing Minesweeper in vanilla JavaScript

• Conservation of Momentum: a simple simulation of the law of conservation of momentum written in P5.js

• Physical Pendulum: another P5.js simulation of a swinging pendulum

• Refraction of Light: simulation of a Snellius' law written in P5.js