This article explains the fundamentals of virtual reality, the WebGL and OpenGL APIs, and demonstrates how to create interactive VR panoramas for houses and cars using three.js, covering scene setup, cameras, renderers, geometry, textures, materials, lighting, and user interaction with concise code examples.
This article explains the background, principles, and step‑by‑step implementation of a WebVR panorama using CSS 3D and Three.js, covering VR fundamentals, 3DOF vs 6DOF, texture preparation, interaction handling, challenges, and future prospects.
Baidu smart mini‑programs let developers embed low‑cost VR components—such as panoramic video, image, 3‑D ring and model viewers—into apps via dynamic libraries, supporting live streaming, education and marketing use cases, while Baidu’s rendering engine and upcoming 5G bandwidth aim to broaden immersive experiences.
This tutorial shows how to build a cross‑platform WebVR voxel‑building demo, similar to Minecraft, using A‑Frame and just a handful of HTML elements, covering scene setup, assets preloading, entity‑component patterns, custom components, mixins, hand controllers, teleportation, and device‑agnostic interaction.
Learn how to create immersive WebVR pages using the WebVR API and three.js, covering VR and non‑VR modes, required libraries, scene construction, camera setup, rendering, animation, and integration of VR controls and effects for both mobile and desktop browsers.
This tutorial explains how to create a WebVR page using the WebVR API and three.js, covering VR and naked‑eye modes, required plugins, HTML setup, scene construction, camera, renderer, a rotating cube, and integration of VR controls, effects, and manager for a complete immersive experience.
This article traces the origins of virtual reality from early concepts and devices to modern headsets, then introduces the A-Frame web framework and provides a step‑by‑step tutorial with code examples for creating VR scenes, animations, and interactions in the browser.
This article introduces WebVR, an experimental JavaScript API that enables VR experiences on the web, walks through setting up a three.js‑based boilerplate, explains key files like VRControls.js, VREffect.js, and webvr‑polyfill.js, and shows how to create a simple rotating cube demo for mobile cardboard viewers.
This article explains the fundamentals of virtual reality, the optics behind head‑mounted displays, the different HMD categories, and how WebVR—especially the A‑Frame framework—enables developers to create immersive 3D experiences directly in web browsers.
This article walks you through creating a mobile‑friendly HTML5 3D panoramic VR experience using Three.js, covering panoramic image acquisition, tool selection, scene setup, camera and renderer configuration, cube‑map construction, gyro integration, and performance optimizations.
