<p>The <strong>WebGPU Raytracer</strong> project on GitHub provides a WebGPU-based ray tracing engine, designed for high-performance real-time rendering in web browsers. It utilizes the WebGPU API to harness modern GPU capabilities for ray tracing, offering a significant performance boost over traditional methods.</p><p><br></p><h3>Features:</h3><ul><li>Implements ray tracing techniques using WebGPU for fast, hardware-accelerated rendering.</li><li>Compatible with modern web browsers supporting the WebGPU API.</li><li>Offers realistic lighting, shadows, and reflections with minimal setup.</li><li>Provides source code examples to help integrate ray tracing into web applications.</li></ul><p>This library is ideal for developers exploring next-gen graphics rendering techniques on the web, particularly those looking to take advantage of WebGPU’s capabilities for real-time ray tracing.</p>

Webgpu Raytracer

The WebGPU Raytracer project on GitHub provides a WebGPU-based ray tracing engine.

<p>The <strong>TinyBVH</strong> library by J. Bikker is a lightweight and efficient implementation of a Bounding Volume Hierarchy (BVH) for accelerating ray tracing and collision detection. It is designed to be compact and fast, making it ideal for performance-critical applications.</p><p><br></p><h3>Features:</h3><ul><li>Simple and minimalistic design for ease of integration.</li><li>Optimized for ray tracing and spatial queries.</li><li>Compact memory footprint suitable for resource-constrained environments.</li><li>Written in C++ with straightforward usage examples.</li></ul><p>TinyBVH is a great choice for developers working on projects that require efficient spatial partitioning, such as real-time ray tracing, physics simulations, or 3D visualization tools.</p>

Tinybvh

TinyBVH: A Minimal Bounding Volume Hierarchy Library

Three js rendering