Pathfinder is a GPU vector renderer developed at Mozilla, this post details some of the methods it uses.

GPU font rendering using an Loop-Blinn and algorithm reminiscent of stencil shadow volume rendering.

Nearest neighbour filtering but with antialised edges. Also see the follow-up article.

An overview on how to write a WebGPU application. Learn what key data structures and types are needed to draw in WebGPU.

Introduction to GPU programming with OpenGL

Computing global illumination using the many-lights approach is expensive, this algorithm presents a method ("exploration") for reducing the amount of lights to be sampled.

Loop-Blinn curve rendering for displaying vector graphics on the GPU.

One of the more advanced text rendering algorithms, by Eric Lengyel. Patented.

A solution to the global illumination problem by sampling from many lights. Stochastic Lightcuts is an improvement on the earlier Lightcuts algorithm. Presentation at HPG 2019.

GLyphy represents a SDF using actual vectors submitted to the GPU. This results in very high quality rendering, though at a much higher runtime cost.

This is a utility for generating signed distance fields from vector shapes and font glyphs.

Introduction to GPU programming with OpenGL

Introduction to GPU programming with OpenGL

Step by step implementation of raymarching and signed distance functions in GLSL with Shadertoy.

Computing global illumination using the many-lights approach is expensive, this algorithm presents a method ("exploration") for reducing the amount of lights to be sampled.

[...] how to combine glossy reflection ray tracing with diffuse ray-traced irradiance field probes. This creates a complete dynamic global illumination solution that scales across all DXR GPUs and minimizes light leaking without requiring manual per-probe or lightmap work by artists.

A solution to the global illumination problem by sampling from many lights. Stochastic Lightcuts is an improvement on the earlier Lightcuts algorithm. Presentation at HPG 2019.

User friendly OpenGL documentation site.