Ricky Reusser

Ueda's Attractor

Jacobi Elliptic Functions in the Complex Plane

SDF Points with regl

Clifford and de Jong Attractors

Drawing Instanced Lines with regl

Instanced Line Rendering

Lawson's Klein Bottle

Interactive Multi-scale Turing Patterns

Selecting the Right Opacity for 2D Point Clouds

Adaptive Contouring in Fragment Shaders

Baker's Map

Fake Transparency for 3D Surfaces

GPU Boids

Double Compound Pendulums

3D Reaction-Diffusion

Mathematical Easter Egg Coloring

Toiletpaperfullerenes and Charmin Nanotubes

Quasicrystals

Observable + regl

2D (Non-physical) N-body Gravity with Poisson's Equation

Periodic Planar Three-Body Orbits

Quick (miterless) Lines in WebGL

Spin WebGL

icosphere

Finding Roots in the Complex Plane

glsl-complex

glsl-complex-auto-differentiation

Domain Coloring with Adaptive Contouring

gl-mat3

gl-mat4

gl-vec4

gl-quat

gl-mat2

gl-vec3

gl-vec2

Instanced WebGL Circles

regl-tools

Domain Coloring for Complex Functions

Contour Plots with regl Observable Plot

Drawing indexed mesh data as screen-space normals without duplicating data

GPUs, FFTs, and the 1-D Schrödinger Equation

WebGL

Fun Notebooks

This shader is very cool! I'm studying it to learn how instancing works, as I don't actually need it for the original purpose of debugging 3d models. However, for people who do want to use this for debugging, would you consider releasing it with an open source license? (Right now your notebook is the default license which allows use on other observablehq pages but not on codepen or anywhere else.)

Amit Patel

No problem! Instancing is tricky but worth the trouble :) I've changed it to MIT License.

Thanks! (you might have to hit Republish to make the license show on the top of the page)