Geometry Processing with Intrinsic Triangulations (Day I)

[@mohamedmoussa9635]

The idea of using intrinsic meshes for finite element analysis is very interesting ...

[@Kram1032]

You and your research team never fail to impress!

[@xxh7595]

A really awesome big picture!! ❤️

[@pinklady7184]

Viewers, let the ads play out to their ends, so that this channel gets paid and makes more videos.
I love history of maths like you give dates to them. Thank you.

[@amiltonwong]

Prof. Keenan, thanks a lot for giving these impressive topics. BTW, would you also provide the slides downloadable? Thanks~

[@gijsb4708]

I think there is a mistake in the definition of the cross ratio at 17:46. Shouldn't l_ij be l_im?

[@AdamGenesisArt]

Dude, love your videos. I do art and watch in the background!!!!!!! [GxQ=Universe]

[@forheuristiclifeksh7836]

15:03

[@mehrdaddowlatabadi2319]

Nice presentations. what software you use for animations?

[@hossamsaeed5310]

So fun to learn about!
@18:00 I think there is a typo in the length cross ratio here, it should be l_im instead of l_ij

[@kasali2739]

is this algorithm used in Unreal Engines visibility system, Nanite?

[@columbus8myhw]

Is there a proof of the claim at 11:00, that that intrinsic triangulation can't be realized in R^3?

[@UncoveredTruths]

keenan you astonish me

[@forheuristiclifeksh7836]

12:47

[@tinkeringengr]

Hero!

[@forheuristiclifeksh7836]

13:23

[@nononono3421]

Most of this is going over my head, but could this be what Nanite is doing in UE5? The resulting triangulation looks so much like Nanite meshes.

[@TacticalTruth]

"all soft of things that we know and love".
We must be from a different planet ☺️

[@laurent-minimalisme]

stunning! thanks for sharing

[@danielkrajnik3817]

7:18 very relatable