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Last edited Aug 7, 2025

Created on Aug 7, 2025

This interactive 3D visualization showcases a human figure constructed from geometric primitives. Built with Three.js, the model performs three distinct animation modes—walking, waving, and dancing—using procedural rotation and position updates via the `animateHuman` function. Users can switch between animations through on-screen buttons while navigating the scene using OrbitControls for camera rotation and zoom. The figure is assembled from spheres, cylinders, and boxes with materials defining skin, hair, and clothing, all rendered in real-time with WebGL, dynamic directional lighting, and shadow casting on a grid-helper ground plane.

AI-generated description

3D Human Figure Animation

A responsive 3D human figure with realistic walking, waving, and dancing animations built with Three.js.

Features

Realistic 3D human model with anatomical details
Three animation modes: Walking, Waving, and Dancing
Interactive camera controls (orbit, zoom, pan)
Dynamic lighting with shadows
Responsive design that adapts to window size
Smooth animations using requestAnimationFrame

Controls

Mouse Drag: Rotate the camera view
Mouse Wheel: Zoom in/out
Animation Buttons: Switch between walking, waving, and dancing animations

Technical Details

The human figure is built using geometric primitives (spheres, cylinders, boxes) with:

Anatomically positioned limbs and body parts
Muscle definition for chest, abs, arms, and legs
Realistic skin, hair, and clothing materials
Shadow casting and receiving for depth perception

Files Structure

index.html: Main HTML structure with UI controls
main.js: Application entry point and main loop
human.js: Human model creation and materials
animation.js: Animation logic for all movement modes
scene.js: Scene setup with lighting and fog
camera.js: Camera configuration
controls.js: OrbitControls setup
renderer.js: WebGL renderer configuration
config.js: Configuration constants for proportions and colors

Usage

Simply open index.html in a modern browser. No additional dependencies required.

MIT Licensed

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