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CSS 3D cube

This example shows a wireframe-style cube rendered in 3D using CSS transforms and perspective. The cube is composed of six square faces, each positioned and rotated with the `rotateY` and `rotateX` functions applied to `translateZ` values, creating a three-dimensional structure. The code relies on CSS variables and the `-webkit-transform-style: preserve-3d` property to maintain depth. It uses only static HTML and CSS, with no JavaScript or external libraries, and the faces are given semi-transparent backgrounds and inset shadows for visual clarity.

74% match

3D CSS Camera

A 3D CSS cube rotates in perspective within a bounded screen, its six labeled faces built from styled divs using CSS 3D transforms. The camera’s field of view, position, and model-view-projection matrix are computed with gl-matrix’s `mat4.perspective`, `mat4.translate`, `mat4.rotate`, and `mat4.multiply` in a CoffeeScript `Camera` class. A DAT.GUI slider adjusts the camera’s `fov` live, while the world itself is rotated via inline `-webkit-transform`.

71% match

Basic Three.js App

A single three-dimensional cube rotates continuously in a WebGL-rendered scene. The code builds the scene with Three.js, using a `THREE.PerspectiveCamera` positioned along the z-axis and a `THREE.WebGLRenderer` that fills the window. The cube itself is created from `THREE.BoxGeometry` and shaded with `THREE.MeshNormalMaterial`, which colors each face based on its normal direction. An animation loop, driven by `requestAnimationFrame`, increments the cube’s rotation around both the x and y axes, producing a smooth, perpetual spin.

Aaaizemberg

71% match

CSS frame portrait

This example renders a wireframe cube as a portrait frame using pure CSS 3D transforms. The six faces of the cube are positioned with `rotateX`, `rotateY`, and `translateZ` properties, while the `frame-portrait` class adds borders to each face to create the frame effect. The page sets a perspective on the `html` element and uses `preserve-3d` on the body and all children, making the cube visible in three-dimensional space. No JavaScript or external libraries are used; the visualization relies entirely on CSS transforms and the static HTML markup.

69% match

three.js

Three colored cubes rotate continuously in a gray 3D scene, each spinning on its X and Y axes at staggered speeds. The visualization uses Three.js with a WebGL renderer to draw the cubes, a PerspectiveCamera, DirectionalLight, and MeshPhongMaterial for shading. The animation loop increments rotation based on time, driven by requestAnimationFrame, with cubes positioned at different X coordinates.

Ssabrinamochi

Rotating Cube

A rotating steel-blue cube appears in a Three.js scene, with its vertical and horizontal rotation controlled by two range sliders. The example builds a basic scene with a `PerspectiveCamera`, `BoxGeometry`, and `MeshBasicMaterial`, then adds an `EdgesGeometry` wireframe to highlight the cube’s edges. It is based on the Three.js “Creating a scene” guide and uses the library’s `WebGLRenderer` for canvas-based rendering, with no external data source.

FFrissAnalytics

JS Bin

A spinning 3D cube displays a live digital clock on each face, using Three.js for WebGL rendering. The clock face itself is drawn into a 2D canvas via the Canvas API (`fillText`, `fillRect`), then mapped onto the cube as a `THREE.Texture` updated each frame. The animation loop rotates the mesh while calling `texture.needsUpdate` to refresh the time display, combining a raw canvas with a Three.js `MeshBasicMaterial`. The scene uses a perspective camera and box geometry sized 200 units.

MMAKIO135

Gist d773d6efc9640e3600ce

This WebGL-based visualization uses Three.js's CSS3DRenderer to position and animate 3D objects in a browser scene, with device orientation controls enabling rotation based on a mobile device's physical movement. The renderer maps 3D transforms onto CSS3D objects, preserving depth and perspective. The scene is rendered using a combination of CSS3D and WebGL techniques, with animated transitions driven by device orientation input.