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To create a set of random points ("seeds") in a canvas, then break up & color the canvas into regions where every point is the same color as the "seed" point closest to it. (It'd also be nice to get a…
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## Where is this model used
Mathematics/Various disciplines from the humanities, natural sciences, health industry, and engineering fields
## What is this model
A Voronoi diagram is a partition of …
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I would like to know if there is any way to divide a surface into a weighted voronoi. More precisely i would like to have control over the surface of the different cells which could maybe be done by a…
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#### Problem you'd like to fix
Our IB curriculum requires students to construct Voronoi diagrams, a partition of a Euclidian space by proximity to a finite set of points. (IB vocab: the points are "s…
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**Is your feature request related to a problem?**
In many applications in the physical sciences we use periodic boundary conditions. If we want to get the Voronoi diagram for our unit cell this requi…
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Greetings.
I would like to ask if I can get your papers or help documents in this field so that I can learn to use them. If I can use it, it will be of great help to me. I would appreciate your repl…
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To start a match we need to generate a planet. I would suggest doing it using these steps:
1. Generate points on a unit sphere
2. Create a voronoi diagram
3. Relax the points using Lloyd's algori…
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Why this is hard:
"Geometry" in RayTK is defined using SDFs which are mathematical functions that find the distance to the closest part of shape from any point in space.
Regular SOP geometry is define…
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something proportional, so we can look at diversity & richness stuff
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## Overview
A [Voronoi diagram](https://en.wikipedia.org/wiki/Voronoi_diagram) is
the division of a space into regions around a set of seed points such
that each point in a given region is clos…