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Totally goes with the videos you've been doing.
The basic idea is to take random points in space (2- or 3-dimensional) and then for every point in space take the distance to the nth-closest point (e.…
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Mesh offsetting seems very useful for adding tolerance to parts, especially when combined with face selection.
~~I wonder if I can just offset each vertices according to their tangent? Although we…
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My goal is to get any shape with holes and generate a Voronoi diagram inside it. With the app I generated a mesh then modified it in Illustrator to get this result:
![image](https://user-images.git…
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See [example style guide](https://observablehq.com/@d3/example-style-guide).
Ready for review:
- [x] [Animated treemap](https://observablehq.com/@d3/animated-treemap)
- [ ] [Arc diagram](https:…
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A little context: We're trying to use Voronoi diagrams with points in GIS shapefiles, which have coordinates with large numbers like `[470121.0, 5118838.0999999996]`
When I run `scipy.spatial.Voro…
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I'm trying to convert a Delaunay triangulation to a Voronoi diagram by following [this example](https://doc.cgal.org/latest/Voronoi_diagram_2/Voronoi_diagram_2_2vd_2_point_location_8cpp-example.html#_…
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The simplest form of represented an unstructured grid is through a set of X and Y coordinates, with no added connectivity.
A grid can be constructed and represented in the UGRID conventions in the …
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https://arxiv.org/pdf/1408.6591.pdf
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Could you please clarify some of my doubts regarding computing the restricted voronoi diagram in multithreaded mode?
In the documentation for the function "for_each_polyhedron()" there is a boolean…
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Some more ideas for noise modules which may be useful but are expensive or impossible to simulate with existing modules. See #88 for details on procedure for adding new modules.
* `Pixellate`: Pixell…