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Results 49 to 72 of 110 for “browsers”.
- Showcase
Reze Engine: A Hand-Rolled WebGPU Renderer for MMD Characters
A hand-rolled WebGPU renderer for MMD anime characters, written in pure TypeScript with exactly one runtime dependency. Toon outlines, rim light, IK, and Bullet physics built from scratch, plus a tutorial that walks from Hello Triangle to a fully rigged, dancing character.
- Showcase
Botanics: A Three.js Plant Study
Plantlike forms in a browser tab, no loops or cheap wiggle in sight. Sujen Phea's Three.js scene leans on instancing, careful shaders, and a scene budget that stays out of its own way. Open it, let it run, and see how long before you remember to close it.
- Showcase
Find Your Way to Oz: The 2013 Chrome Experiment
UNIT9 built a full Kansas carnival in WebGL for Disney, then destroyed it with a tornado shader borrowed from neuroscience. No physics engine. No framework. Just clever faking, spatial audio, and a three-month deadline. The source is open.
- Showcase
MasterSelects: A GPU-First Video Editor Built Entirely on WebGPU
A full video editor running in the browser with zero CPU roundtrip. 37 blend modes in one WGSL shader, GPU-accelerated scopes, optical flow scene detection, and SAM2 segmentation on-device. 13 dependencies. MIT licensed.
- Showcase
DRIFT: A Million Particles, a Lost Astronaut, and AI-Generated Loneliness
A lost astronaut records his diary in your browser. Over a million GPGPU particles shift with his mental state while AI generates fresh text and voice each visit. Ming Jyun Hung built something that feels alive and a little heartbreaking.
- Showcase
Galaxy Sim: Real-Time N-Body Galaxy Formation in WebGL
Watch 20,000 particles collapse from random gas clouds into a spinning spiral galaxy, all running in your browser. The result is quietly mesmerizing.
- Showcase
WebHeat: GPU-Powered Thermal Simulation for Any STL File
A high school senior learned Newton's law of cooling in class, then built a full thermal simulation in the browser. Drop in any STL, watch heat propagate through voxelized geometry on the GPU. WebGPU compute shaders, React frontend, and a useRef trick that keeps it all from falling apart.
- Showcase
Grenzwert: Path-Traced Volumetric CT Rendering in WebGPU
Grenzwert renders volumetric CT data with ground-truth path tracing, right in your browser. Built on C++/WebAssembly with WebGPU, it streams a 3D mip pyramid for responsive interaction while you edit transfer functions and crop into the volume in real time.
- Showcase
WebGPU Water Simulation: Porting a Piece of Graphics History
The 2011 demo that helped inspire Figma gets a WebGPU rewrite. Ripples, caustics, raytraced reflections, and a bobbing sphere, all running on modern GPU APIs. Yong Su's port is a case study in what it takes to cross the WebGL-to-WebGPU bridge.
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spark.js GLTF Demo: Real-Time Texture Transcoding for Faster Asset Delivery
A GLTF viewer that ships textures as compact WebP or AVIF, then transcodes them to GPU-compressed formats in the browser. Small downloads, efficient VRAM. Spark.js handles the conversion so you get the best of both worlds.
- Showcase
Lusion: Real-Time 3D Wizardry
Lusion is a Bristol-based creative studio pushing real-time graphics in the browser. Think generative animations, cloth sims, and Houdini-baked vertex magic running on Three.js.
- Showcase
Addictive Egg Hunt Game
Merci-Michel's MSI Egg Hunt is a timing-based browser game where you dash between rocks and collect golden eggs. Simple premise, polished execution. Built with Three.js and WebGL, it won Awwwards Site of the Day in 2023. Give it a spin and check out how the Paris studio nailed the feel.
- Showcase
WebGL Fluid Simulation by Pavel Dobryakov
A GPU-powered Navier-Stokes fluid solver running entirely in the browser. Swipe to create swirling, colorful flows with bloom effects, vorticity controls, and real-time interactivity. Works on mobile too.
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Messenger
Messenger is a beautifully crafted WebGL delivery game. Set on a tiny cel-shaded planet, it runs flawlessly across browsers. Explore the charming world, complete deliveries, and discover hidden surprises.
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3D Life Sim Turns Artificial Life Into a WebGPU Instrument
Aaron Lemke's 3D Life Sim is an open-source WebGPU particle life simulation with live audio input, MIDI mapping, presets, and cockpit controls for exploring emergent forms.
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SnookerSim: Snooker With Physics You Can Measure
A 3D snooker table you can just walk up to and play. Side spin curls the cue ball off the cushion, deep screw draws it back, and a cage-and-jaw view shows exactly why your ball rattled out. Physics in plain TypeScript, no off-the-shelf engine. Shareable positions, MP4 capture, real recorded sound.
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Planet Jumper: A Vibe-Coded Three.js Multiplayer Platformer
Hop around a tiny world with strangers in your browser. Hammy's Planet Jumper is a three.js multiplayer demo with spherical gravity, jump tuning that actually feels right, and a backstory worth noting: it was vibe-coded with OpenAI.
- Showcase
A Yurok Village in WebGL, Built From LIDAR Scans
CyArk's Tapestry tour of Sumêg Village drops you into a Yurok ancestral village above the Pacific, rendered from survey-grade LIDAR captured in 2021. Cedar plank houses, sweat house, dance house. Guided narration first, then WASD and free run of the place.
- Showcase
False Earth: A GPU-Driven Procedural Planet Built with WebGPU, TSL, and Three.js
An astronaut walks an alien planet that responds to every step. Over 1M grass blades, procedural terrain, and VAT-animated roses, all running in the browser via WebGPU compute shaders, TSL, and React Three Fiber.
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Softbody Tetris: A Squishy WebGPU Remake That Plays Different
Niklas Niehus rebuilt Tetris with soft body physics running entirely on WebGPU via Three.js TSL. Blocks deform on impact, wedge into gaps, and create emergent gameplay the original never had. Fully playable in your browser.
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CHILE20: Active Theory's Three-World WebGL Campaign for Adidas Originals
Active Theory built three scroll-driven WebGL worlds for adidas CHILE20, each with its own visual identity. 500K-poly garments baked down to mobile-friendly meshes, fluid cross-world transitions, and a lockdown-era campaign that still holds up.
- Showcase
BOIDS: A Parametric Playground for Emergent Flocking Behavior
BOIDS simulates flocking through three local rules: separation, alignment, cohesion. No central control. Every parameter is exposed. Click to attract, right-click to scatter. Built in p5.js with texture support and video export.
- Showcase
Active Theory Portfolio
Active Theory's portfolio site is a technical flex: real-time particles, AI-powered navigation, and immersive 3D environments built on their custom Hydra framework. Twelve years of pushing browsers to their limits, and it shows.
- Showcase
Tendrils: Emergent WebGL Particle Visuals
Tendrils is a WebGL demo by Eoghan O’Keeffe that turns particles into living, fluid forms. Driven by GPU shaders and user input (audio, webcam, touch), it’s both interactive art and a tech deep-dive.
