Master GPU-Powered Visualizations With 160,000 Animated Cubes
A practical, beautifully documented walkthrough shows how to animate 160,000 cubes in Three.js to visualize dithering. The author moves heavy computation to the GPU using custom shaders, keeping performance smooth and responsive. Each chapter isolates a feature, from instanced meshes to per cell delays, textures and dithering thresholds.
If you design interactive explainers or build complex web visuals, this guide is a fast track to GPU thinking. It includes clear code, shader snippets, Tweakpane controls, and branchable examples for every step. Read it to learn practical instancing techniques that scale, and to adapt them to your visual storytelling.
As a curator, I recommend this post for its pedagogy, reproducible demos, and immediate value for production work. Dive in to explore how threshold maps, delay variations, and scale animation create compelling, data driven visuals.
Step by step branches let you run each milestone locally, enabling experimentation without losing progress. The explanations balance theory and implementation, so designers and engineers both gain actionable insights. Expect to come away with reusable shader patterns, instanced attribute tricks, and a strong grasp of animation timing. This tutorial elevates interactive storytelling with code.
Source: tympanus.net
