Uploaded September 2022 | Updated September 2026, 2 weeks ago
Presentation - khr.io/z9
Materials in glTF 2.0 use Physically Based Rendering (PBR) as a means of describing physical material properties to rendering engines. Recent extensions have added parameters such as Index of Refraction, Volumetric Absorption, and Iridescence, extending the range of physical materials that can be expressed. These PBR extensions bridge the gap between path tracing and real-time rasterization, enabling model compatibility across a range of engines from mobile to high-end rendering. In this webinar we take an in-depth look at the new PBR extensions, offer some insight into the design process, and compare path-traced outputs to real-time approximations.
Agenda
00:00:22 - Overview of the glTF PBR Material Model
00:26:50 - Real-time implementation of transmission
00:43:58 - Questions & Answers
Speakers: Ed Mackey (AGI), Alex Wood (AGI)
Panelists: Tobias Häußler (Dassault Systèmes), Bastian Sdorra (Dassault Systèmes), Nicolas Savva (Autodesk), Emmett Lalish (Google), Adam Morris (Target), Eric Chadwick (Wayfair)
Presentation - khr.io/z9
Materials in glTF 2.0 use Physically Based Rendering (PBR) as a means of describing physical material properties to rendering engines. Recent extensions have added parameters such as Index of Refraction, Volumetric Absorption, and Iridescence, extending the range of physical materials that can be expressed. These PBR extensions bridge the gap between path tracing and real-time rasterization, enabling model compatibility across a range of engines from mobile to high-end rendering. In this webinar we take an in-depth look at the new PBR extensions, offer some insight into the design process, and compare path-traced outputs to real-time approximations.
Agenda
00:00:22 - Overview of the glTF PBR Material Model
00:26:50 - Real-time implementation of transmission
00:43:58 - Questions & Answers
Speakers: Ed Mackey (AGI), Alex Wood (AGI)
Panelists: Tobias Häußler (Dassault Systèmes), Bastian Sdorra (Dassault Systèmes), Nicolas Savva (Autodesk), Emmett Lalish (Google), Adam Morris (Target), Eric Chadwick (Wayfair)
