Sakura Crossing

Kage is an interactive five-chapter night walk through a Kyoto mountain temple, rendered live in Three.js and WebGL. As the page scrolls, a camera moves through procedurally constructed architecture, lantern light, fog, rain, drifting leaves, terrain, a vermilion moon, and a restrained bloom pipeline. Generated scene plates, alpha-preserving WebP foreground artwork, editorial typography, and section-specific fade and blur transitions are layered over the live 3D world. The project is a deliberately small static site contained in one HTML document, using a vendored Three.js r149 build without a package manager or build step. It includes chapter navigation, responsive mobile layout, reduced-motion behavior, and a custom cursor for precise pointer devices; it has no runtime network dependency. No license is granted for reuse or redistribution of the original Kage code or artwork, while the included Three.js runtime retains its MIT license notice.

Bot Crossing is a local web application that visualizes coding-agent threads as an astronaut colony. It reads session records from installed agent harnesses on the user's machine, maps repositories to persistent hex zones, and represents sessions as astronauts whose behavior reflects states such as running, waiting, errored, merged, archived, or inactive. Selecting an astronaut or repository opens its associated thread through the owning harness, while the application can also start sessions, reveal folders, mark threads viewed, and archive them. The application uses per-harness adapters to scan local session files and merge them into a common thread model. It currently documents support for Claude Code, Codex, and Cursor, with adapters for other harnesses able to be added under `server/harnesses/`. Astronaut navigation uses a rasterized navigation grid, A* routing, string-pulling, collision handling, and crowd separation. The browser renders the colony with Three.js techniques including instanced GPU-skinned astronauts, shader-based construction progress, procedural terrain and surfaces, and configurable planets, lighting, and quality settings. Bot Crossing runs locally through a Vite development server or a built Node server, binds to loopback by default, and stores the colony layout in `data/colony.json`. It does not upload session data or use an account; it reads harness records and writes only the colony state plus the documented archive field. The repository requires Node 22.13 or newer, supports macOS, Linux, and Windows, and is licensed under MIT. Bundled Kay Lousberg assets are separately covered by CC0, while bundled Material Design Icons use Apache-2.0.

Jungle Trail is a first-person procedural jungle walkthrough built with Three.js, taking the player along a winding trail toward overgrown stone ruins and a waterfall. It uses no external art assets: textures, meshes, materials, character elements, and sound are generated in code, including GLSL-based procedural textures and normal maps. The scene is assembled from procedural terrain, plants, stone blocks, and a character, with synthesized audio generated at load time. The project is a plain ES-module web application with no build step and can be run through a static file server. It provides desktop mouse-and-keyboard controls, touch controls, and debug and teleport options; the README states that it is intended for a desktop GPU and has no reduced-quality mobile version.

Three.js is an open-source JavaScript 3D library developed in the mrdoob/three.js project for assembling and rendering procedural scenes in browser applications, including Fable 51 Worlds, Human Atlas, browser FPS worlds, CAD workspaces, and physics games. It creates scenes containing cameras, geometry, materials, meshes, and animations, with WebGL and WebGPU renderers and SVG and CSS3D renderers available as addons. Its official site and repository provide documentation, examples, tools, an editor, community resources, and a JavaScript module distribution.

Cinematic Zoom is a browser-based three.js application that flies a camera from orbit to selected locations on Earth and records the movement as an MP4. Users choose a landmark or enter a name, coordinates, DMS coordinates, or a map link, then select a shot preset—Dive, Descent, Orbit, Flyby, or Hyperzoom—a lighting setup, and a duration. The camera's distance, bearing, pitch, lens, and roll each follow separate curves rather than a single interpolation, while the app positions the sun for the selected location and renders Google's photorealistic 3D tiles. The project is built on the three.js 3d-tiles-renderer, with tiles streamed through Cesium Ion and atmosphere and clouds supplied by @takram/three-geospatial. It requires Node 22.12 or newer for local development and a browser with WebGL 2; recording additionally requires WebCodecs with a hardware video encoder. A Cesium Ion token or a Google Maps Platform key with the Map Tiles API enabled is required, and the app stores the token in the browser.