Welcome
Welcome to my page! You can find me at Bluesky or Mastodon. This is a collection of various little experiments, tutorials and explainers that I made. Mostly, these are made for fun for myself. I am happy though if any of the explainers could be helpful to someone! I like to write down math that I frequently use or am interested in, because, in my opinion, many source do not provide derivations or have only parts of it listed. So this is helpful to myself when I just want a refresher and writing something down also helps in understanding things! It is also fun to see how to include interactive elements into these.
Porting old pages to this new system is still a work in progress!
Resources
Sampling
A collection of some common sampling algorithms and derivations used in computer graphics, specifically path tracing.
Quaternions
Quaternions in the context of computer graphics and rotations are often said to be incomprehensible. This article tries to show how to get geometric meaning from the rotation formula using vector math.
Low-rank filter
Image filters are used in basically every application working with images. This article explores the idea of approximating 2D filters with a number of 1D filters for potential speed gains.
Translating math symbols to code
This article provides a few examples of how to read some common math symbols and how that translates into code. This is aimed at people unfamiliar with math but want to code.
Applications of the dot product
The dot product is probably one of the most powerful tools in math (your mileage may vary). This article explores the dot product itself and some applications of its properties.
Coordinate transforms
Coordinate transforms are in every application that deals with objects in space (2D,3D,...). This article details the math of how to handle the common orthogonal frames encountered in robotics or computer graphics.
Bézier subinterval
This article explores how to find a Bézier curve for a subinterval of the parameter space and how to derive it
