From Microfacets to Participating Media, a unified theory of light transport for stochastic geometry

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Coffee, Code & Shaders: Real-Time Rendering Conversations

Jacobo Ríos

44 episodes

3 days ago

Grab your favorite mug, pull up a chair, and join us in this cozy corner for a nice conversation on everything graphics programming — with freshly brewed coffee for all game developers passionate about pixels and algorithms.

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From Microfacets to Participating Media, a unified theory of light transport for stochastic geometry

Coffee, Code & Shaders: Real-Time Rendering Conversations

15 minutes 29 seconds

1 month ago

From Microfacets to Participating Media, a unified theory of light transport for stochastic geometry

On this occation we're going to talk about this paper by Eugene D'Leon and Benedikt Bitterli from NVIDIA as well as Dario Seyb and Wojciech Jarosz from Dartmouth College, presenting a unified theory of light transport using Stochastic Implicit Surfaces, specifically focusing on Gaussian Process Implicit Surfaces (GPIS); avoiding the usual separation of scenes en either deterministic surfaces or participating media, which can create some practical problems.

Read full paper here:

https://cs.dartmouth.edu/~wjarosz/publications/seyb24from-small.pdf

Background using royalty free music, including:

"⁠George Street Shuffle (ISRC USUAN1300035)⁠" by Kevin MacLeod is licensed under ⁠CC BY 3.0⁠.