This tutorial explains how to create an interactive Mid‑Autumn Festival dice‑game using Three.js for 3D rendering, cannon‑es for physics simulation, glTF/glb model loading, heightfield collision handling, and JavaScript logic to determine game results.
This article explains how WebAssembly is used to decode glTF 3D models compressed with Draco and Meshopt algorithms in Porsche's live gift system, detailing the decoding framework, implementation, and performance benefits and user experience.
The article shows how the vivo front‑end team built a lightweight, mobile‑friendly 3D exhibition hall for the Game Festival by modeling in Blender, exporting GLB files, and using Three.js to set up the scene, lighting, shadows, joystick navigation, collision detection, and performance optimizations such as texture baking and model compression.
The BVA format is a Chinese‑localized, glTF‑based 3D avatar standard and open‑source Unity SDK that unifies avatar specifications, adds facial‑capture and extensible features, supports scene export, multithreaded and on‑demand loading, and works across Unity, WebGL, Maya, Blender and other platforms.
This article explains the end‑to‑end front‑end workflow for creating real‑time 3D virtual avatars using the Oasis engine, covering glTF asset handling, model and texture replacement, bone animation mapping, inverse kinematics, physics integration, AI enhancements, and a low‑code development approach.
This article explains the glTF format, compares .gltf and .glb, shows how to split and compress glTF assets using tools like gltf‑pipeline, Draco, mesh quantization and meshopt, and presents performance tests across various devices to guide efficient 3D model delivery in web applications.
This guide walks you through the core concepts of Three.js, the glTF model format, physics integration with Cannon.js, interaction handling, performance tuning, and a suite of debugging tools, providing practical code snippets and best‑practice tips for building efficient 3D web games.
