Added NanoVDB support in my gpu path tracer and finally i can render Disney cloud in full resolution even with several bounces.

RT @GPUOpen: Last July, we published a research paper about our upcoming geometry compression technology - DGF. 🔥 We're now releasing an #…

RT @more_fps: We've just released NVIDIA RTX Kit - a collection of SDKs for developing next-gen rendering applications, including Neural Sh…

RT @Kinakomoti2357: Bounded VNDF Sampling[Tokuyoshi, Eto. 2024] Implementation, and check sampling

RT @NOTimothyLottes: Often overlooked aspect of GPU perf scaling Shaders run at two rates (1.) Cold I$ and K$ rate [significantly slower] (…

RT @kechogarcia: You can use mine, which is multi pass and handles arbitrary sizes as well as indirect, and uses wave intrinsics. There's…

RT @iquilezles:

@timsoret Thanks!

@SergioCaires4 @GregKara6 You just put a volumetric material on the model and that's it. It can be an analytical volume or with VDB, and the same material is used, for example, on a glass of water and in the atmosphere of a planet, so it's not a specialized subsystem

@TahaTorabpour Thank you!

@GregKara6 Thanks! I don't know what UDS is :)

@Pjbomb2 But I believe ray marching also can be acceptably fast here (I will check that for heterogeneous volumes)

@Pjbomb2 Thanks! I always used path traced volumes with pixel size details in this project. Here I use only single scatter (improved multiscatter is the next step) and standard inverse cdf approach for sampling but with some hacks for exp sphere shapes

@melmassadian It's my hobby engine/renderer with editor on Dear Imgui

@Samuel_Tallet Thanks!

@VFXCentral Thank you!