GPU-first, Niagara-style VFX system for three.js. Particle simulation in compute shaders via TSL.

A WebGPU-powered neural network library built on simple-compute-shaders.

High-performance WebGPU particle engine with compute shaders, GPU instancing, GLB model support, and skeletal animations

This library is a simplified wrapper around the WebGPU API, designed to make it easier to create and run compute shaders and simple 2D render shaders without dealing with the complex details of the WebGPU setup. It allows developers to initialize WebGPU,

Browser LLM inference on WebGPU using Three.js TSL compute shaders.

A MapLibre GL JS custom layer for rendering falling snow particles via Three.js WebGPU compute shaders

Runtime GPU texture compression via WebGPU compute shaders, with a WebGL2 fragment-shader fallback. Feed it a PNG/JPG/WebP/AVIF — or an SVG, rasterised on the fly — and get back a GPU-compressed texture (BC7, BC5, ASTC 4x4, BC1, or ETC2) ready for Three.j

WGSL Parser and Reflection library

... --- module for using webgpu for data visualization and more make compute shaders as simple as possible minimalist runtime for using webgpu shaders in nb/static website ---

The design platform for web shaders

GPU-accelerated particle system engine using Three.js TSL and WebGPU compute shaders

This is the vanilla JS of Paper Shaders. You can also find framework specific wrappers

``` import { MeshGradient, DotOrbit } from '@paper-design/shaders-react';

The engine that powers scroll-into-view-if-needed

Computes the greatest common divisor (gcd).

Google Compute Engine Client Library for Node.js

Computes the least common multiple (lcm).

Computes the dot product between two numeric arrays.

Computes the L2 norm (Euclidean norm) of an array of values.

Computes the cosine similarity between two arrays.