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The issue is already discussed in #211 and #336. The tools for triangular meshes are needed to port the edge plasma profiles from cherab/solps to cherab/core. The tools for tetrahedral meshes may be r…
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Hi,
I have a question concerning the `collate` function. In fact, I want to know the reason behind concatenating faces on the last dimension?
Indeed, I have a datasat composed of 3D triangular m…
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While package `gdistance` works well enough for most purposes, for really large datasets it may be more efficient to wrap up the `geodesic` C++ library by [Danil Kirsanov](https://github.com/jabooth/e…
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(Requested by Chris Johnson)
From: Tzanio Kolev tzanio@llnl.gov
Date: June 30, 2016
Subject: MFEM version 3.2
Version 3.2 of MFEM, a lightweight, general, scalable C++ library for
finite element met…
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Save to/load from Hdf5 files. Schema following @ceesem's:
```
Meshwork H5 files:
Meshwork files combine the morphology, tree-like topology, and annotations into
the same file.
Meshes, which desc…
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I'm trying to visualize a mesh that I loaded through Trimesh. It's easy to get the triangular mesh geometry (Meshcat just needs the vertices and faces) but I'm also trying to visualize the textures. F…
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```
In some situations (for example to test new shapesets which only exist for
triangles) it would be very useful to be able to convert a quadrilateral
meshes to triangular. This means that one needs…
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Hi, I am wondering how Gaussian curvature is calculated. I’ve noticed a strong dependence on vertex density. As a demo, I have generated three spheres, with radius 5:
```
mesh1 = pymesh.meshutils.…
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Hi, thank you for your generous sharing.
As shown in the pseudo in the paper, the code in in data.cpp "sintheta[i] * d[vids[(i + 2) % 3]] * d[vids[(i + 1) % 3]]" should be "sintheta[i] * l[(i + 2) …
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As part of a recent discussion with @pazner on the mfem slack channel, it sounds like there may be a handful of limitations of periodic meshes in mfem that do not seem to be currently communicated in …