DGtal (deprecated)

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DGtal release 1.4 🎉 dgtal.org/2024-06-10-dgt…

With a bit of @libdgtal inside!

Pfffiou… I’ve been cleaning up my continuous integration scripts for @libdgtal following @BrunoLevy01 ´s tips… painful but all 🟢 now ;)

DGtal release 1.3 available! 🎉🎉 dgtal.org/2022-11-06-dgt… dgtal.org

DGtal tutorial at DGMM 2022 dgtal.org/2022-11-06-dgt…

Heading to DGMM2022 for a @libdgtal tutorial (material: github.com/DGtal-team/DGt…, slides soon) and a talk about calculus on digital surfaces

Last PR just merged 🎉🎉 @libdgtal release 1.3 in couple of weeks

Available soon in @libdgtal (differential operators on digital and mixed polygonal surfaces)…

Generic discrete differential estimators on polygonal meshes from [de Goes, Butts, Desbrun, @siggraph 2020] are now available in @libdgtal 🎉. Great for geometry processing of primal/dual or regularized digital surfaces (aka boundary of voxel objects) github.com/DGtal-team/DGt…

In case you missed it, there was a course on Digital Geometry and @libdgtal at @GeometryProcess 2021 Graduate School (sgp2021.github.io). Slides, video, codes and more: dgtal.org/2021-07-12-dgt…

Happening now! Learning about @libdgtal, a C++ library for geometry tools that specialize in processing voxel data! This won the SGP software award in 2016!

Showcasing @libdgtal (dgtal.org) of course and @nmwsharp’s polyscope (polyscope.run) for the visualization

If you want to learn more about digital/voxel geometry processing (among many other cool stuff), join the Graduate School of @GeometryProcess 2021 (sgp2021.github.io)

🚀+🐍 #DigitalGeometry #GoVoxels #GeometryProcessing

Super proud of the release 1.2 of @libdgtal 🎉🎉 TL;DR: bugfixes, new stuff, and a new partial python binding! 🚀 blog post: dgtal.org/2021-06-01-dgt… Changelog: github.com/DGtal-team/DGt…

Combo voxel geometry + axis plotter #plottertwitter #voxel

@libdgtal inside ❤️

We are pleased to announce the Release 1.1 of @libdgtal 🎉🎉 Checkout the huge Changelog. dgtal.org/2020-10-06-dgt…

A while ago, I wrote a lecture note (+code) on the exact, separable, multithread, linear in time distance field / Voronoi map computation algorithm on grids. perso.liris.cnrs.fr/david.coeurjol… (for extensions, cf @libdgtal, dgtal.org) #DigitalGeometry