Critical Maps is a popular smartphone app at large group bicycle rides that helps people to find the group or to estimate its length. This project uses the CriticalMaps API to record everyone's position data, which can then be visualized in 3D in Blender.
This project allows me to analyze a range of photo metrics over a period of time or as a comparison between different shoots or photographers.
If you want to stay informed about upcoming guests on German talkshows, your only option seems to be to periodically check the website of each show manually. I wrote a crawler and Telegram bot to automate this process.
A script that takes multiple dashcam videos as input and outputs the timestamps of recorded incidents. Trimmed incident clips can optionally be imported into Blender.
A Team project for simulating molecular communication as part of the project on macroscopic molecular communication (MaMoKo) that I worked on during my time at TKN, TU Berlin.
A team project that was the basis for my master's thesis and which I continued to maintain during my time working at TKN, TU Berlin.
This is a floating eye in a jar controlled via magnets, servos, OpenCV, and a Raspberry Pi. Someone posted about it in the official Raspberry Pi blog.
Have you ever seen one of those tourist signs showing the way to far-distant places around the world? I found it curious that they almost always point at the horizon rather than at the ground.
The goal of my bachelor's thesis was to research color spaces in general and then to interactively visualize and provide exercises for the RGB, CMY, HSL, and HSV systems.
This is my team's result of the 2015/2016's winter semester project seminar "Games Engineering" in cooperation with the department of Psychology at Paderborn University.
A vocabulary slash flashcards trainer. The idea is that a test is only complete if every question has been answered correctly exactly once. Wrongly answered questions are kept in the pool of questions not yet answered.
In my 12th grade in high school, I was asked to join that year's Physics project class and to help writing a data retrieval and visualization tool for a scanning tunneling microscope (STM) they were going to build. As a separate project for Arts class, where we were tasked to create advertisements, I created a short animated video about our project.
This game actually made it into the local newspaper.
In my 10th grade of school I was supposed to give a presentation on different screen technologies in Physics class. Luckily, I was due only after a two-week break, so I wrote this interactive software with Object Pascal / Delphi and OpenGL.
Conway's Game of Life was my first implementation of a cellular automaton, which I started working on thanks to a suggestion of my programming teacher (who was also a high school student then). In the following months I also wrote implementations of binary or so-called elementary cellular automata, as well as Langton's Ant.