For a change I am not reinventing the wheel but using state-of-the-art libraries to render (almost) any text.

Exploration of various ways to apply A* for any angle Euclidean path search problem.

Sloan's fast algorithm for generating constrained Delaunay triangulation or how to implement an algorithm from a paper.

How to parse TTF font file to render text using the SDF (Signed Distance Field) method.

Secrets of rendering extremely fast UIs in WebGPU by minimizing overhead on the GPU.

Short write up on how to implement Physically Based Renderer with Image Based Lighting using WebGPU.

You won't guess how little code it takes to write a Flexbox-like layout engine that could render any website.

What if, instead of running JS everywhere, we went all-in hardcode low-level coding?

From the creator of broken Google Maps clone, now a broken React ready to conquer your node_modules.

Technique of baking light used for achieving very well performing Three.js scene with amazing visuals.

Summary of how I made a playable Chess game in React using React Three Fiber and 3D assets I made in Blender.

Even though TTF files are binary ones and are not meant to be read by humans directly, they are not magic either. So we're going to parse them in NodeJS.

Have you ever dreamed about creating your own interactive maps like the Google Maps? I did. Here's how to achieve it.

A non-obvious task of downloading data from OSM has unexpected, highly programmable solutions.

Triangulation is the thing you need when you have polygons, but graphic engines only accept triangles. Features Ear Cut algorithm.

A handy hack to render wireframe of a mesh. Use barycentric coordinates to achieve uniform edge width.

Quick guide about the concepts of 3D rendering and the maths behind it. Why matrices are so powerful, adding perspective, cameras and lighting.

A short note on formulas and notes on the Web Mercator projection.