Three.js is a cross-browser JavaScript library and API used to create and display animated 3D computer graphics in a web browser using WebGL.
Why this server?
Supports three.js web games, including project analysis, Gamealia SDK integration, browser autotesting, and publishing to Gamealia.
Why this server?
Generates precise physical motion paths and trajectory arrays compatible with Three.js-based visualization engines for realistic 3D animations.
Why this server?
Provides access to production-ready Three.js components, scenes, recipes, and examples for building interactive 3D web experiences.
Why this server?
Renders 3D vehicle previews in a standalone browser viewer, letting users orbit, switch views, toggle outlines and a 1 m grid, and save screenshots.
Why this server?
Used to draw the scenes in the animated sample scenario episodes.
Why this server?
Allows creating 3D scenes by compiling Rosh code to Three.js.
Why this server?
Generates Three.js code snippets for attaching weapons and props to rigged characters.
Why this server?
Opens, inspects, drives and optimizes three.js scenes: reports every named object on screen and those never visible (with size and framing cause), runs JavaScript against the live scene/camera/renderer for mesh stats (triangles, bounds, closed edges, volume, genus), steps a paused seeded clock frame by frame while sending keys and mouse input, measures frame time, draw calls and triangles against a desktop/mobile/Quest budget, and applies runtime optimizations (resolution scaling, instancing, LOD, disposal) that do not change the picture. Also builds procedural geometry via booleans, hull, extrude, revolve and seeded scatter.
Why this server?
Provides access to Three.js/React Three Fiber components for 3D backgrounds and effects from the ReactBits collection.
