This article demonstrates how to build a Three.js‑based wind turbine IoT visualization system, covering the tech stack, shader creation, clipping and tween animations, material handling, custom Bézier curves, gear animations, and bloom lighting effects, with full source code examples.
This article walks through reproducing the stunning Xiaomi SU7 showcase webpage by using three.js, custom GLSL shaders, and several helper libraries to implement dynamic environment map switching, reflective ground, tunnel traversal, bloom, and camera shake effects, providing complete source code and explanations.
This article provides a comprehensive guide to WebGL1 shaders, explaining the roles of vertex and fragment shaders, GLSL syntax, storage qualifiers, precision, control structures, and demonstrates rendering a 3D cube with indexed drawing and reusable utility functions.
This article introduces WebGL fundamentals for frontend developers, explaining GPU versus CPU, GLSL shaders, and how JavaScript prepares data, followed by step‑by‑step code examples of fragment and vertex shaders, custom primitives, and using the gl‑renderer library to render graphics.
This article provides a comprehensive overview of WebGL, explaining its relationship to OpenGL ES, the structure of WebGL programs, shader programming (vertex and fragment shaders), storage qualifiers, a step‑by‑step colored‑triangle example, the rendering pipeline, and practical texture‑mapping techniques with code samples.
This comprehensive guide walks developers through OpenGL fundamentals—including contexts, framebuffers, attachments, textures, vertex and index buffers, shader programs, per‑fragment operations, and buffer swapping—providing clear explanations and visual diagrams to help beginners grasp modern graphics programming.
This tutorial explains how to dynamically control WebGL vertex and fragment shaders by using attribute and uniform variables, assign values from JavaScript, manage buffer objects for large vertex datasets, and render multiple points with proper WebGL API calls.
This article introduces WebGL as a JavaScript‑OpenGL ES 2.0 hybrid for hardware‑accelerated 3D rendering, explains how to create a WebGL context, write and compile vertex and fragment shaders, handle canvas sizing, and render both square and circular points with detailed code examples.
