#discretedifferentialgeometry search results

I talk about much of this (plus the preliminary background on the Laplacian, exterior calculus, etc.) in my course on #DiscreteDifferentialGeometry: geometry.cs.cmu.edu/ddg [n/n]

Interested in learning about differential geometry and its connection to geometric computing? All material from the @CarnegieMellon course on #DiscreteDifferentialGeometry has been collected in a new webpage (videos, code, exercises, etc.). Check it out! geometry.cs.cmu.edu/ddg

By the way, if you're interested in this kind of stuff (or just want to understand what the @#$% it means!), you can check out a full course on #DiscreteDifferentialGeometry: Videos: youtube.com/watch?v=mas-PU… Website: geometry.cs.cmu.edu/ddg Notes: cs.cmu.edu/~kmcrane/Proje… [6/6]

Apparently #DiscreteDifferentialGeometry is the hot new thing in graph ML for 2022! If you want to get a head start, check out the (free!) @CarnegieMellon course on Discrete Differential Geometry, which we’ve been building up for the past decade: geometry.cs.cmu.edu/ddg

For those following our course on #DiscreteDifferentialGeometry, we've released the first assignment, on the theory & practice of working with meshes. Written exercises: brickisland.net/DDGSpring2021/… Coding (Javascript or C++): brickisland.net/DDGSpring2021/… #DDG2021

First full lecture of #DDG2021 is now online: youtube.com/watch?v=8JCR6z… This lecture motivates the study of #DiscreteDifferentialGeometry, and dives deep into our first example: curvature of smooth & discrete curves. Associated reading here: ams.org/publications/j…

Our course on #DiscreteDifferentialGeometry @CarnegieMellon @SCSatCMU begins this week—check out the welcome video! youtube.com/watch?v=mas-PU… Lecture videos, course notes & assignments will be made freely available online—you're welcome to follow along even if you're not at #CMU!

We did three iterations of #DiscreteDifferentialGeometry: C++, Python, JS/WebGL. The latter works *way* better than the first two (especially for non-CS majors), but only because they can edit native JS code *in-browser*. No linker errors; no emscripten. geometry.cs.cmu.edu/ddg

This lecture is part of a course on #DiscreteDifferentialGeometry at @CarnegieMellon @SCSatCMU. Full playlist: youtube.com/watch?v=FRvhgk… Course webpage: geometry.cs.cmu.edu/ddg Course notes: cs.cmu.edu/~kmcrane/Proje…

This video is part of a series of lectures on #DiscreteDifferentialGeometry from Carnegie Mellon University @SCSatCMU. You can find the playlist here: youtube.com/playlist?list=… The course webpage, including notes & exercises can be found here: geometry.cs.cmu.edu/ddg

Discrete Differential Geometry: An Applied Introduction [pdf] cs.cmu.edu/~kmcrane/Proje… #DiscreteDifferentialGeometry #AppliedIntroduction #[Pdf]

Uploaded the first of two lectures on curvature for triangle meshes: youtube.com/watch?v=NlU1m-… Part I introduces classic scalar- and vector-valued curvature quantities; Part II paints a unified picture of how all these quantities are actually related! #DiscreteDifferentialGeometry

Have been recording lectures on Discrete Differential Geometry for remote teaching. Here for instance is a broad overview of the idea of *curvature* for those who haven't studied it before (or maybe also for those who have!): youtu.be/e-erMrqBd1w #DiscreteDifferentialGeometry

There’s a beautiful recent paper by Padilla et al that models this process mathematically and computationally (with stunningly accurate results): page.math.tu-berlin.de/~chern/project… (One of these is a simulation; the other is a photograph:) #DiscreteDifferentialGeometry

On my list of 500 mathy things to do is to tesselate the flat version into a triangular mesh, glue the corresponding boundaries, and then try #DiscreteDifferentialGeometry curvature flow to get the final genus 3 surface, e.g. as in cs.cmu.edu/~kmcrane/Proje… by @keenanisalive et al.

There's a recent paper by Padilla, Chern, Knoppel, Pinkall, and Schröder that simulates this exact example using some beautiful ideas from differential geometry: youtube.com/watch?v=oUubW4… (Paper here: www3.math.tu-berlin.de/geometrie/wp_p…) @siggraph #DiscreteDifferentialGeometry

Here's a little 30-second teaser video (with audio!) for the #SIGGRAPH2019 paper "Symmetric Moving Frames" by Etienne Corman and Keenan Crane. Check out the full project here: cs.cmu.edu/~kmcrane/Proje… #DiscreteDifferentialGeometry

The Spring 2019 edition of #DiscreteDifferentialGeometry course at @SCSatCMU has begun! We have 53 students registered here at CMU, but feel free to make an account and follow along: geometry.cs.cmu.edu/ddg

It is my pleasure today to give the first in a series of three lectures in the G. Milton Wing Lecture Series @UofR. I'll be talking about the many connections between #DiscreteDifferentialGeometry and modern approaches to 3D fabrication. More info here: web.math.rochester.edu/news-events/wi…

Just posted some new course notes giving an overview of the many different perspectives on discrete conformal geometry. Enjoy! cs.cmu.edu/~kmcrane/Proje… #DiscreteDifferentialGeometry

Have been recording lectures on Discrete Differential Geometry for remote teaching. Here for instance is a broad overview of the idea of *curvature* for those who haven't studied it before (or maybe also for those who have!): youtu.be/e-erMrqBd1w #DiscreteDifferentialGeometry

Our course on #DiscreteDifferentialGeometry @CarnegieMellon @SCSatCMU begins this week—check out the welcome video! youtube.com/watch?v=mas-PU… Lecture videos, course notes & assignments will be made freely available online—you're welcome to follow along even if you're not at #CMU!

Fresh new slides on discrete exterior calculus (DEC), with lots of concrete examples: brickisland.net/DDGFall2017/20… #DiscreteDifferentialGeometry

The Spring 2019 edition of #DiscreteDifferentialGeometry course at @SCSatCMU has begun! We have 53 students registered here at CMU, but feel free to make an account and follow along: geometry.cs.cmu.edu/ddg

Today concludes the @SCSatCMU course on #DiscreteDifferentialGeometry, but you can experience it all again through our richly-illustrated online course material and browser-based coding exercises: geometry.cs.cmu.edu/ddg

A discrete immersion is more than a map with nonzero lengths and angles: it must also avoid branch points. #DiscreteDifferentialGeometry

Uploaded the first of two lectures on curvature for triangle meshes: youtube.com/watch?v=NlU1m-… Part I introduces classic scalar- and vector-valued curvature quantities; Part II paints a unified picture of how all these quantities are actually related! #DiscreteDifferentialGeometry

Just posted some new course notes giving an overview of the many different perspectives on discrete conformal geometry. Enjoy! cs.cmu.edu/~kmcrane/Proje… #DiscreteDifferentialGeometry

First full lecture of #DDG2021 is now online: youtube.com/watch?v=8JCR6z… This lecture motivates the study of #DiscreteDifferentialGeometry, and dives deep into our first example: curvature of smooth & discrete curves. Associated reading here: ams.org/publications/j…

For those following our course on #DiscreteDifferentialGeometry, we've released the first assignment, on the theory & practice of working with meshes. Written exercises: brickisland.net/DDGSpring2021/… Coding (Javascript or C++): brickisland.net/DDGSpring2021/… #DDG2021

Looks like another great series of high-quality talks on #GeometryProcessing and #DiscreteDifferentialGeometry (similar in spirit to the super successful Toronto Geometry Colloquium @GeometryToronto).

There’s a beautiful recent paper by Padilla et al that models this process mathematically and computationally (with stunningly accurate results): page.math.tu-berlin.de/~chern/project… (One of these is a simulation; the other is a photograph:) #DiscreteDifferentialGeometry

It is my pleasure today to give the first in a series of three lectures in the G. Milton Wing Lecture Series @UofR. I'll be talking about the many connections between #DiscreteDifferentialGeometry and modern approaches to 3D fabrication. More info here: web.math.rochester.edu/news-events/wi…

I talk about much of this (plus the preliminary background on the Laplacian, exterior calculus, etc.) in my course on #DiscreteDifferentialGeometry: geometry.cs.cmu.edu/ddg [n/n]