3D Interactive Heart Model

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This example shows an interactive 3D human figure constructed from geometric primitives, including a head, torso, chest muscles, abs, shoulders, arms, and legs, all built with Three.js. A walking animation cycles the limbs and head bob, while the camera rotates and zooms via OrbitControls. The scene uses directional, ambient, and hemisphere lighting with a gradient sky background and ground plane. The figure is rendered using WebGL, with the human model defined in a modular configuration file and animation logic in a separate module.

82% match

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

81% match

Eelantamilkumaran@gmail.com

Fork of 3D Cube of Spheres

A stylized 3D human figure built from geometric primitives—spheres, cylinders, and boxes—walks in place on a grassy plane. Parts are named for animation, with limb rotations and head bobbing driven by sine waves in `animateHuman()`. The scene uses Three.js with Lambert materials, directional and hemisphere lighting, and OrbitControls for camera rotation and zoom, rendering via WebGL.

80% 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.

PPremkumar

Fork of 3D Cube of Spheres

A 3D grid of spheres animates a solution to the Helmholtz wave equation, with each sphere’s radius and color representing the wave amplitude at that point in space. The visualization uses Three.js with WebGL rendering and OrbitControls for camera navigation. Spherical Bessel functions and spherical harmonics compute the wave values, which oscillate over time to show standing wave patterns in three dimensions.

NNita

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A fork of the "Cube of Spheres" example, this visualization renders a circle of 20 colored spheres in 3D using Three.js. The spheres are evenly distributed around a circular path and HSL-colored by their angular position. Directional and ambient lighting illuminate the scene, which rotates continuously while OrbitControls allows interactive camera orbiting. The WebGL renderer updates in an animation loop, and the window resize handler adjusts the perspective camera.

Fork of Fork of 3D Cube of Spheres

A ring of colored spheres orbits a central point within a dark 3D space, slowly rotating to reveal its circular arrangement. Built with Three.js, the visualization uses a WebGL renderer and a perspective camera with orbit controls for interactive exploration. Each sphere is positioned using sine and cosine trigonometry, and its hue is mapped to its index around the circle, creating a smooth rainbow gradient. The scene includes directional and ambient lighting, and user-controlled damping enables smooth camera movement.

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.