DD2018: Sebastian Aaltonen - GPU based clay simulation and ray tracing tech in Claybook

[@twowordbird]

Incredible details on this talk, thank you Sebastian and wonderful work!

[@dejayrezme8617]

Wow that is an amazing engine, thanks for the talk!

[@AaronHilton]

This is so fascinating! Super cool, I bought ClayBook on Steam. I'm curious where I can access the SVD PD solver. Tried checking sebbbi on github, but couldn't find anything.

[@ChildOfTheLie96]

3rd time watching, 0th time grasping. Amazing stuff though, would love to be part of a project like this someday!

[@gm_000]

Hahahaha, I reached the half of the video and I said to myself: "Look to the comments to see if it is uncomprehensible to other people too or you are too 'old' to understand it..."

[@ChatterboxBS1]

This is just amazing... Amazing!

[@jerrynteri4122]

Is it the improved version of old Shatter3D or completely new ?

[@machinefannatic99]

Im more impressed with claybook and dreams than unreal 5 or pc hardware raytraced puddles

[@darkbibni]

Here is the presentation :) www.dropbox.com/s/s9tzmyj0wqkymmz/Claybook_Simulation_Raytracing_GDC18.pptx

[@dejayrezme8617]

Haha thanks I failed typing it off the screen! :D

[@darkbibni]

@@dejayrezme8617 Glad I could help you

[@saud2]

Thanks!

[@AdamGtr86]

536MB for 1024x1024x512 67MB for 512x512x256 That's more than 586MB for the first 2 mips, not sure where they got 586MB.

[@sebastianaaltonen3252]

Megabyte is 1024*1024 bytes. You are incorrectly using 1000*1000. First level is 512 MB. Second level is 64 MB. Third is 8 MB. Fourth is 1 MB. Fifth is 0.125 MB. Thus 512+64+8+1+0.125=585.125 (MB).

[@patrolin]

MiB =/= MB