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Evaluating and Sampling Glinty NDFs in Constant Time
To close out the year, before the December festivities begin, we will discuss this paper—a collaboration between Adobe and NVIDIA—which presents a new method for the real-time rendering of glints found in complex materials such as car paint or brushed surfaces. The proposed technique is based on a modification of the microfacet model (such as GGX and Beckmann) and utilizes Russian roulette-based interpolation to improve visual smoothness between levels of detail.Read full paper:
https://perso.telecom-paristech.fr/boubek/papers/Glinty/Glinty.pdf
Original Copyright Free Music written, performed, and produced by TrackTribe
https://www.youtube.com/watch?v=HK9z2cR8nlM&list=PLFEJ2E5exsjrjRzhJdOYOmTlcYfK3Hz7_
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By Jacobo RíosTo close out the year, before the December festivities begin, we will discuss this paper—a collaboration between Adobe and NVIDIA—which presents a new method for the real-time rendering of glints found in complex materials such as car paint or brushed surfaces. The proposed technique is based on a modification of the microfacet model (such as GGX and Beckmann) and utilizes Russian roulette-based interpolation to improve visual smoothness between levels of detail.Read full paper:
https://perso.telecom-paristech.fr/boubek/papers/Glinty/Glinty.pdf
Original Copyright Free Music written, performed, and produced by TrackTribe
https://www.youtube.com/watch?v=HK9z2cR8nlM&list=PLFEJ2E5exsjrjRzhJdOYOmTlcYfK3Hz7_