Top Tweets for #GeometryCentral

over 4 years ago

@_dennemark @OskSta The answer in #geometrycentral (after many years of struggling w/ things like you describe…) is to *not* store data in the vertex struct. Instead, access containers via mesh elements: https://t.co/Ta5t3CPFCC Unlike MATLAB-style code, you don't have to juggle indices in your head

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almost 5 years ago

Like the interactivity of MATLAB or Python, but want/need to do 3D geometry processing in C++? We added an interactive console to #GeometryCentral that lets you type C++ commands and get live feedback, including visualization in #Polyscope! Check it out: https://t.co/V88uVKRlN2

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about 5 years ago

Check it out: #potpourri3d by @nmwsharp provides Python bindings for the state-of-the-art mesh and point cloud algorithms in #GeometryCentral: https://t.co/C9n3BuVJpa https://t.co/Z27k81Grgn Python bindings enable easy integration with many packages—like #Houdini! 🐍🎩

entagma @entagma

about 5 years ago

Excited to have @nmwsharp's #potpourri3d running in @sidefx #Houdini using #Python3 - finally @keenanisalive's team's research is available in our fav 3D tool. Learn installing Python Libs (free): https://t.co/tzrLE6PGLU and using potpourri3d (premium): https://t.co/6vajFTE0Df

entagma's tweet photo. Excited to have @nmwsharp's #potpourri3d running in @sidefx #Houdini using #Python3 - finally @keenanisalive's team's research is available in our fav 3D tool. Learn installing Python Libs (free): https://t.co/tzrLE6PGLU and using potpourri3d (premium): https://t.co/6vajFTE0Df https://t.co/HaOeDq6dwJ

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about 5 years ago

Check out this awesome new plugin by @math_whittaker for #Rhino3d / #Grasshopper! It provides algorithms from #geometrycentral for directions fields, geodesics, point clouds, and more.

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about 5 years ago

Great work by @math_whittaker on bringing the algorithms from #GeometryCentral to #Rhino3D/ #Grasshopper with his new library Lion Fish. Includes algorithms for computing curvatures, vector/direction fields, geodesics, and a bunch of geometry processing directly on point clouds.

keenanisalive's tweet photo. Great work by @math_whittaker on bringing the algorithms from #GeometryCentral to #Rhino3D/ #Grasshopper with his new library Lion Fish.

Includes algorithms for computing curvatures, vector/direction fields, geodesics, and a bunch of geometry processing directly on point clouds. https://t.co/yVnMpLBiEi

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over 5 years ago

Point cloud code releases in #geometrycentral C++, with Python bindings on pip! Fast computation of geodesic distance, nearest-geodesic-neighbor interpolation, parallel transport, and the logarithmic map. (C++) https://t.co/UcPu46nmiX (Python) https://t.co/zjkHJ4HDZp (1/4)

nmwsharp's tweet photo. Point cloud code releases in #geometrycentral C++, with Python bindings on pip!

Fast computation of geodesic distance, nearest-geodesic-neighbor interpolation, parallel transport, and the logarithmic map.

(C++) https://t.co/UcPu46nmiX
(Python) https://t.co/zjkHJ4HDZp

(1/4) https://t.co/MwyjwLowjj

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over 5 years ago

All of this, by the way, is implemented in #GeometryCentral: https://t.co/58lcUrRTVf See here for an interactive demo: https://t.co/UckhKM9q1m

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over 5 years ago

If you haven't seen it yet, #GeometryCentral is an awesome (feature rich & easy-to-use) library for mesh processing. Just updated with some tools for computing various kinds of smooth vector fields / direction fields.

over 5 years ago

Want to compute smooth direction fields on a mesh? #geometrycentral has gotten some great updates in recent weeks, adding face-based fields and new docs! Thanks @dJourdan_ and @markgillesie81 for the contributions :) https://t.co/GUGT6xQdgG

nmwsharp's tweet photo. Want to compute smooth direction fields on a mesh? #geometrycentral has gotten some great updates in recent weeks, adding face-based fields and new docs!

Thanks @dJourdan_ and @markgillesie81 for the contributions :)

https://t.co/GUGT6xQdgG https://t.co/MJhmbHJoEs

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