Mastering Procedural Geometry
As a branding content curator, I recommend this deep, beautifully engineered tutorial on procedural geometry. Chiro Visuals blends artistic intuition with rigorous engineering, showing how Three.js and WebGPU enable expressive, real-time painting. You will learn instancing tricks, TSL node materials, BVH-accelerated picking, and a small mode contract that unlocks extensibility. Four distinct modes, crystals, molten fissures, aurora silk, and a bioluminescent reef, demonstrate practical shader and UX patterns. Live demos and reproducible code make this both inspirational and immediately useful for designers and engineers. The article prioritises performance, showing how to keep sliders live without reallocating buffers during interaction now.
Reading it will sharpen your instincts for live editing, deterministic replay, and seed-driven variation in interactive visuals. Authoritative yet approachable, the post walks through pitfalls, like coordinate-space bugs, pointer event resampling, and anchor-space sampling. Each demo is forkable, runnable, and instrumented, so you can test performance quickly on your own machine. Designers will appreciate the lighting and material notes, while engineers will value the instancing, culling, and grow-front patterns. If you want a pragmatic blueprint for artistic, high-performance WebGPU experiences, this article is a must-read. Dive in, explore the demos, and bring these patterns into your next project. Start now.
Source: tympanus.net
