Nice talk as always. Too bad there was a lot of clipping on your mic. Should have been turned down just a little. I visually like how these developable surfaces turn out. They look sort of "low poly" except smooth. There is this idea of "facial planes" meant for sculptors and 2D artists, to get down the volume and shape of faces more clearly. That technique tends to result in takes on faces that look very similar to these developable surfaces. So I wonder if you could use that technique on 3D scans of real faces to then auto-generate such a concept. The only problem I saw is that small features, such as ears of that horse statue, tended to be abstracted away, which probably wouldn't be useful for this scenario. If that same think could be done while preserving such details, it'd be perfect. I'm guessing that's what that curvature directed thing is gonna be all about. Though this was literally a year ago. So... what's new? Did this already work out by now?
Absolutely amazing. All your work is mind blowing. Will this code be eventually uploaded on your page as you've done with other applications you developed? Thank you, great work!
Beautiful talk. I'm intrigued by how gaussian curvature concentrates along curves. They are like the shockwaves of the normal vector field.
Nice talk as always. Too bad there was a lot of clipping on your mic. Should have been turned down just a little.
I visually like how these developable surfaces turn out. They look sort of "low poly" except smooth.
There is this idea of "facial planes" meant for sculptors and 2D artists, to get down the volume and shape of faces more clearly. That technique tends to result in takes on faces that look very similar to these developable surfaces. So I wonder if you could use that technique on 3D scans of real faces to then auto-generate such a concept.
The only problem I saw is that small features, such as ears of that horse statue, tended to be abstracted away, which probably wouldn't be useful for this scenario. If that same think could be done while preserving such details, it'd be perfect. I'm guessing that's what that curvature directed thing is gonna be all about.
Though this was literally a year ago. So... what's new? Did this already work out by now?
Awesome talk! Did you guys publish or plan to publish any of this? I couldn't find any papers.
Coming Soon™. :-)
Here it is: www.cs.cmu.edu/~kmcrane/Projects/DiscreteDevelopable/
Absolutely amazing. All your work is mind blowing. Will this code be eventually uploaded on your page as you've done with other applications you developed?
Thank you, great work!
Many thanks for your kind comments. The code is now online here: github.com/odedstein/DevelopabilityOfTriangleMeshes
Amazing talk, so many applications! :-)
21:20 chonk function