In this article, Dive into WebGPU - Part 3, OkayDev continues its in-depth exploration of the WebGPU API, focusing on how developers can leverage the new graphics technology to build high-performance, low-level 3D applications directly in the browser. The series provides valuable insights and practical examples for developers interested in working with WebGPU. <h3>Key Highlights:</h3><ul><li>Detailed explanations of WebGPU’s architecture and how to interact with it.</li><li>Practical examples to guide developers through the process of creating 3D scenes and rendering techniques.</li><li>Covers optimization tips for improving performance with WebGPU.</li></ul>This article is a great resource for developers who want to get a deeper understanding of WebGPU and harness its power for building cutting-edge graphics applications in the browser.

Into WebGPU

Have you ever experienced a sense of disorientation while watching a movie, especially during moments of high tension or panic? As if the space around the protagonist starts to twist and turn, creating an almost vertiginous effect? This is the famous Dolly Zoom, also known as the Vertigo Effect. First appearing in Alfred Hitchcock’s masterpiece “Vertigo,” this cinematic technique continues to be widely used today in films, animations, advertisements, and video games due to its power to convey strong emotions. What is the Dolly Zoom?

From Perspective to Orthographic Camera in Three.js with Dolly Zoom — Vertigo Effect

A short article showing how to implement a Dolly Zoom effect in three.js

Three js Article

Into WebGPU

From Perspective to Orthographic Camera in Three.js with Dolly Zoom — Vertigo Effect