Fork of 3D Cube of Spheres

Fork of Fork of 3D Cube of Spheres

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.

NNita

91% match

Fork of 3D Cube of Spheres

A 3D cube composed of 64 colored spheres animates with continuous rotation in a black scene, lit by white, ambient, and point lights to highlight each sphere's hue and brightness. The spheres are generated procedurally as Three.js meshes with Phong materials, using position-based HSL colors. OrbitControls with damping enables interactive rotation, while the renderer redraws each frame via WebGL animation.

84% match

Fork of 3D Cube of Spheres

A 3D wireframe cube of sixty-four colored spheres rotates slowly in dark space, with each sphere's hue derived from its coordinate position across the cube's three axes. The piece uses Three.js with WebGL rendering and OrbitControls for interactive camera movement. A directional light and ambient light provide simple shading, while each sphere shares a common sphere geometry but uses a unique MeshPhongMaterial. The animation loop increments the cube's rotation along the X and Y axes each frame.

CCurran Kelleher

83% match

Fork of 3D Cube of Spheres

A rotating cube constructed from 64 colored spheres demonstrates Three.js's 3D rendering capabilities. Each sphere's hue is derived from its grid position using HSL color mapping, creating a gradient across the cube's volume. The scene uses `THREE.Scene`, `THREE.DirectionalLight`, and `THREE.AmbientLight` for illumination, while `OrbitControls` enables user interaction. The animation continuously rotates the sphere group, and the WebGL renderer displays the result in a black background.

Fork of 3D Cube of Spheres

A rotating cube constructed from 64 colored spheres demonstrates Three.js's 3D rendering capabilities. Each sphere's hue is derived from its grid position using HSL color mapping, creating a gradient across the cube's volume. The scene uses `THREE.Scene`, `THREE.DirectionalLight`, and `THREE.AmbientLight` for illumination, while `OrbitControls` enables user interaction. The animation continuously rotates the sphere group, and the WebGL renderer displays the result in a black background.

Fork of 3D Cube of Spheres

A rotating cube constructed from 64 colored spheres demonstrates Three.js's 3D rendering capabilities. Each sphere's hue is derived from its grid position using HSL color mapping, creating a gradient across the cube's volume. The scene uses `THREE.Scene`, `THREE.DirectionalLight`, and `THREE.AmbientLight` for illumination, while `OrbitControls` enables user interaction. The animation continuously rotates the sphere group, and the WebGL renderer displays the result in a black background.

Fork of 3D Cube of Spheres

A rotating cube constructed from 64 colored spheres demonstrates Three.js's 3D rendering capabilities. Each sphere's hue is derived from its grid position using HSL color mapping, creating a gradient across the cube's volume. The scene uses `THREE.Scene`, `THREE.DirectionalLight`, and `THREE.AmbientLight` for illumination, while `OrbitControls` enables user interaction. The animation continuously rotates the sphere group, and the WebGL renderer displays the result in a black background.