Past projects demonstrate using handwriting chatbots and virtual reality to interact with and visualize large enterprise datasets from different angles.
Augmented reality enhances your real-world environment by adding virtual objects, whereas virtual reality completely replaces it with a simulated one.
Early augmented reality relied on physical markers like QR codes, but modern markerless AR uses device sensors to dynamically find anchors in the environment.
The WebXR standard unifies web-based AR and VR, with growing support in browsers like Chrome and future adoption expected in Safari.
A basic WebXR application is initialized using Three.js to manage the 3D scene, camera, renderer, lighting, and the AR session button.
Learn to create a 3D object using Three.js geometry and materials, then position and orient it in the real world based on user touch input.
Use a tweening library to smoothly animate an object's position from a starting point to an end point and remove it from the scene upon completion.
Load a 3D model, check for intersections between its bounding box and another object, and trigger game events like explosions and sounds on collision.
The next evolution in AR will be lightweight glasses that replace physical screens with large virtual displays, leading to a future of 3D user interfaces.
The Q&A covers recommended resources like Mozilla's WebXR examples, using TypeScript with Three.js, and simulating AR experiences with a Chrome extension.
Sensory-Minds GmbH
Offenbach am Main, Germany
Hubert Burda Media
München, Germany
40:50Vladimir Novick
41:40Drishti Jain
22:20Desireé Santos & Erick Henrique
30:46Rafał Legiędź
30:58George Cave
43:53Sasha Shynkevich
23:03Bastian Schütz
28:48Mario Petricevic
Jobs that call for the skills explored in this talk.
XYZ Reality Ltd
Charing Cross, United Kingdom
Templeton and Partners Ltd
Apple Inc.
San Francisco, United States of America
Google LLC
San Jose, United States of America