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🧩 Technical Showcase: What if a WebGPU framework did less on purpose? Motion GPU skips the scene graphs and mesh loaders entirely. Just fullscreen shaders, multi-pass pipelines, and a DAG-based frame scheduler. Built by Marek Jóźwiak. 🔗 #WebGPU #Shaders #Svelte #CreativeCoding

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WebGL / WebGPU

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13,526 görüntüleme • 2 ay önce •via X (Twitter)

#WebGPU#Shaders
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🧊 Technical Showcase: A full WebGPU 3D engine that maps shader geometry to your DOM elements. Martin's gpu-curtains gives you lights, shadows, compute shaders, glTF, and instancing, but the real trick is how it turns your divs into scrollable, resizable shader planes without any coordinate math. The successor to curtains.js, rebuilt from scratch. 🔗 #WebGPU #CreativeCoding #Shaders #WebDev #3D
1:50

🧊 Technical Showcase: A full WebGPU 3D engine that maps shader geometry to your DOM elements. Martin's gpu-curtains gives you lights, shadows, compute shaders, glTF, and instancing, but the real trick is how it turns your divs into scrollable, resizable shader planes without any coordinate math. The successor to curtains.js, rebuilt from scratch. 🔗 #WebGPU #CreativeCoding #Shaders #WebDev #3D

WebGL / WebGPU

10,971 görüntüleme • 3 ay önce

🎉 Play Showcase: Thousands of particles. Real physics. Your browser. Juan Cazala (cazala) built Party, a WebGPU playground where you tweak gravity and collisions live while compute shaders handle the chaos. Open it, touch the sliders, lose forty minutes. 🔗 #WebGPU #ParticleSystem #CreativeCoding #ComputeShaders #GraphicsProgramming
1:48

🎉 Play Showcase: Thousands of particles. Real physics. Your browser. Juan Cazala (cazala) built Party, a WebGPU playground where you tweak gravity and collisions live while compute shaders handle the chaos. Open it, touch the sliders, lose forty minutes. 🔗 #WebGPU #ParticleSystem #CreativeCoding #ComputeShaders #GraphicsProgramming

WebGL / WebGPU

12,793 görüntüleme • 4 ay önce

💧 Technical Showcase: A piece of WebGL history, rebuilt for WebGPU. Evan Wallace's 2011 water demo helped convince Dylan Field (Dylan Field) that Figma could exist. Yong Su (jeantimex) ported it to WebGPU with full caustics, raytraced reflections, and the GitHub repo to study. 🔗 #WebGPU #WebGL #GraphicsProgramming #Shaders #Figma
1:02

💧 Technical Showcase: A piece of WebGL history, rebuilt for WebGPU. Evan Wallace's 2011 water demo helped convince Dylan Field (Dylan Field) that Figma could exist. Yong Su (jeantimex) ported it to WebGPU with full caustics, raytraced reflections, and the GitHub repo to study. 🔗 #WebGPU #WebGL #GraphicsProgramming #Shaders #Figma

WebGL / WebGPU

18,513 görüntüleme • 4 ay önce

After spending some time in the Virgin Islands, I was inspired to create a WebGPU-based water shader with TSL and compute shaders 🌊 Lots left to do, but it's finally starting to look decent! #threejs #webgl #webgpu #shaders
0:51

After spending some time in the Virgin Islands, I was inspired to create a WebGPU-based water shader with TSL and compute shaders 🌊 Lots left to do, but it's finally starting to look decent! #threejs #webgl #webgpu #shaders

Dan Greenheck

28,002 görüntüleme • 6 ay önce

⚡Technical Showcase: Peer-to-peer GPU sharing, entirely in the browser. AI Grid lets you run LLMs locally with WebGPU and either donate your spare compute to the network or borrow from someone else's machine. No installs, no cloud. Decentralized inference with nothing but a URL. 🔗 #WebGPU #WebLLM #WebAI #DistributedCompute #ArtificialInteligence
1:00

⚡Technical Showcase: Peer-to-peer GPU sharing, entirely in the browser. AI Grid lets you run LLMs locally with WebGPU and either donate your spare compute to the network or borrow from someone else's machine. No installs, no cloud. Decentralized inference with nothing but a URL. 🔗 #WebGPU #WebLLM #WebAI #DistributedCompute #ArtificialInteligence

WebGL / WebGPU

17,126 görüntüleme • 4 ay önce

Add in some shoreline + depth-based transparency effects. Starting to look real nice! 😍 #threejs #webgpu #shaders
0:36

Add in some shoreline + depth-based transparency effects. Starting to look real nice! 😍 #threejs #webgpu #shaders

Dan Greenheck

65,739 görüntüleme • 5 ay önce

I don't think people realize how versatile WebGPU is! 🤯 In this demo, *both* the semantic search model and Earth shaders are running on WebGPU (via Transformers.js and Three.js, respectively). Pretty insane.
0:30

I don't think people realize how versatile WebGPU is! 🤯 In this demo, *both* the semantic search model and Earth shaders are running on WebGPU (via Transformers.js and Three.js, respectively). Pretty insane.

Xenova

18,317 görüntüleme • 1 ay önce

Today, MJ breaks down False Earth, an incredible WebGPU-powered world where the heavy lifting happens on the GPU: procedural grass, VAT animation, compute shaders, indirect draw, LOD, and GPU-driven culling. Go behind the scenes:
0:25

Today, MJ breaks down False Earth, an incredible WebGPU-powered world where the heavy lifting happens on the GPU: procedural grass, VAT animation, compute shaders, indirect draw, LOD, and GPU-driven culling. Go behind the scenes:

Codrops

21,581 görüntüleme • 1 ay önce

First test with #webgpu #threejs #tsl : InstancedMesh, node material, compute shaders and psrdnoise. Demo : Source :
0:36

First test with #webgpu #threejs #tsl : InstancedMesh, node material, compute shaders and psrdnoise. Demo : Source :

Kevin Levron

19,378 görüntüleme • 1 yıl önce

started building a webgpu site for displaying longer writing with shaders but ended up getting distracted by code highlighting
0:25

started building a webgpu site for displaying longer writing with shaders but ended up getting distracted by code highlighting

Codetaur

37,011 görüntüleme • 27 gün önce

WebGPU + Compute Shaders = 🤯 >500K stars runs at 60fps on my M1 Pro ⚡️ In my latest blog post, I walk through how to build this interactive galaxy simulation 🌌 Source code and live demo link in comments 👇🏻 #threejs #webgl #webgpu #shaders
0:46

WebGPU + Compute Shaders = 🤯 >500K stars runs at 60fps on my M1 Pro ⚡️ In my latest blog post, I walk through how to build this interactive galaxy simulation 🌌 Source code and live demo link in comments 👇🏻 #threejs #webgl #webgpu #shaders

Dan Greenheck

18,136 görüntüleme • 6 ay önce

🎨 Creative Showcase: Vermeer's Milkmaid, painted around 1658, finally gets to move. Revelium™ Studio dissolved the painting into a WebGPU particle system built with Three.js and TSL. Every particle samples color from the original canvas. The composition holds. The stillness doesn't. 🔗 CC: Dominik Fojcik & Niccolò Miranda #WebGPU #ThreeJS #CreativeCoding #TSL #Vermeer
1:09

🎨 Creative Showcase: Vermeer's Milkmaid, painted around 1658, finally gets to move. Revelium™ Studio dissolved the painting into a WebGPU particle system built with Three.js and TSL. Every particle samples color from the original canvas. The composition holds. The stillness doesn't. 🔗 CC: Dominik Fojcik & Niccolò Miranda #WebGPU #ThreeJS #CreativeCoding #TSL #Vermeer

WebGL / WebGPU

10,296 görüntüleme • 2 ay önce

Excited to announce that Three.js Water Pro 🌊 is now available for purchase! Can't wait to see what people build with this. Welcome to the era of WebGPU! 🚀 #threejs #webgpu #webgl #shaders
0:51

Excited to announce that Three.js Water Pro 🌊 is now available for purchase! Can't wait to see what people build with this. Welcome to the era of WebGPU! 🚀 #threejs #webgpu #webgl #shaders

Dan Greenheck

32,221 görüntüleme • 4 ay önce

Made some major improvements to my WebGPU water shader (thanks Ghislain Girardot for the feedback!) Fixed a bug where waves weren't propagating and implemented JONSWAP spectrum for more realistic wave grouping. Hitting ~70FPS @ 2K res on my Macbook M1 Pro #threejs #webgpu #shaders
0:44

Made some major improvements to my WebGPU water shader (thanks Ghislain Girardot for the feedback!) Fixed a bug where waves weren't propagating and implemented JONSWAP spectrum for more realistic wave grouping. Hitting ~70FPS @ 2K res on my Macbook M1 Pro #threejs #webgpu #shaders

Dan Greenheck

18,852 görüntüleme • 6 ay önce

Exploring liquid aesthetics in shaders #creativecoding #shaders #webgl #glsl
0:45

Exploring liquid aesthetics in shaders #creativecoding #shaders #webgl #glsl

Fabio Ottaviani

62,503 görüntüleme • 2 yıl önce

Qwen-2.5 on WebGPU 🏎️ • 42 tok/sec for Qwen2.5-Coder-1.5B on Mac ⚡ • Powered by MLC WebLLM and WebGPU 🔥 Watch Qwen2.5-Coder-1.5B build a website entirely in the browser!
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Qwen-2.5 on WebGPU 🏎️ • 42 tok/sec for Qwen2.5-Coder-1.5B on Mac ⚡ • Powered by MLC WebLLM and WebGPU 🔥 Watch Qwen2.5-Coder-1.5B build a website entirely in the browser!

Caleb

41,570 görüntüleme • 1 yıl önce

Building Three.js shaders is about to get a whole lot easier! 👍 Introducing Three.js Shader Graph — visual node-based editing for TSL. 🖱️Drag & drop nodes 📺Real-time 3D preview 🔄Auto-generate TSL code in realtime Join the waitlist 👉🏻 #threejs #webgl #webgpu #shaders
1:46

Building Three.js shaders is about to get a whole lot easier! 👍 Introducing Three.js Shader Graph — visual node-based editing for TSL. 🖱️Drag & drop nodes 📺Real-time 3D preview 🔄Auto-generate TSL code in realtime Join the waitlist 👉🏻 #threejs #webgl #webgpu #shaders

Dan Greenheck

34,219 görüntüleme • 5 ay önce

Added another set of SwiftUI animations, components, and shaders to my open-source repo ✨ It’s a growing collection of loaders, prototypes, shaders, and components, all built with SwiftUI. Feel free to star, fork, and share with other developers.
0:30

Added another set of SwiftUI animations, components, and shaders to my open-source repo ✨ It’s a growing collection of loaders, prototypes, shaders, and components, all built with SwiftUI. Feel free to star, fork, and share with other developers.

Shubham Singh

104,638 görüntüleme • 1 ay önce

Left: Normal ASCII shader Right: Shape-aware ASCII shader ASCII characters are chosen based on their shape, so you get clearer edges Vectors are calculated and compared with WebGPU compute shaders It's based on an altered version of Alex Harri's approach. I'll link below
0:38

Left: Normal ASCII shader Right: Shape-aware ASCII shader ASCII characters are chosen based on their shape, so you get clearer edges Vectors are calculated and compared with WebGPU compute shaders It's based on an altered version of Alex Harri's approach. I'll link below

abdullah

305,013 görüntüleme • 3 ay önce