3D Graphics

3D Graphics and Rendering in Web Applications Web apps are no longer limited to text and images. 3D graphics add depth, clarity, and interactivity for product tours, data visualization, and immersive experiences. A typical 3D scene combines geometry, textures, lights, and a camera. The browser sends instructions to the GPU, which renders a new image for every frame as the scene or the viewer changes. In practice, a few ideas drive every frame: geometry and materials define shape and look, shaders compute color and lighting, and the camera determines perspective. Small changes in a mouse drag or a touch gesture rotate the model and update the view. This loop runs many times per second, so efficiency matters. ...

3D graphics rendering for web apps Web apps increasingly use 3D graphics to showcase products, visualize data, and create engaging experiences. The browser provides mature tools that run smoothly on many devices. You can start small and grow, keeping visuals responsive as users interact. Two main paths exist: WebGL, the widely supported low-level API, and WebGPU, the newer option with stronger performance and modern shader features. For most teams, a library such as Three.js or Babylon.js speeds up development and keeps code portable across devices. ...