Distributing Points on the Sphere

Distributing points on the sphere by electrostatic repulsion, ported from Bulatov’s C++ code.



References

Distributing points on the sphere

Symmetries of configurations of charges on a sphere

  • http://en.nicoptere.net/ nicoptere

    WOW ! I’ve been trying to do that for while now.
    congratulations(for your work) and thanks for the link :)

  • http://en.nicoptere.net/?p=12 Distributing N-points on a sphere | HIDIHO!

    [...] It happened quite often at work that I’ve been asked to ditribute a given number of objects on a sphere. When I had to do so, I usually performed a good ol’hack like counting the vertices of a sphere, then creating some temporary triangles every N face, reorient them to finally collect their centers to pin an object there… tiring. so I was extremely glad yesterday morning when I found this : nodename [...]

  • http://fr.nicoptere.net/?p=153 trop bien le blog » distribution de n-points sur une sphère

    [...] veut (des images en général). hier matin au petit déjeuner je suis tombé là dessus: nodename où le gars fait précisément le truc en question. et hier matin en arrivant au boulot, mon DA [...]

  • http://nodename.com/blog/2009/05/11/a-voronoi-toy/ nodename » Relaxing in the Plane: A Voronoi Toy

    [...] the planar analog of my earlier post Distributing Points on the Sphere. This time I’ve ported Steve Fortune’s C implementation of his sweepline algorithm for [...]

  • http://en.nicoptere.net/?p=1917 miscellaneous 3D « HIDIHO!

    [...] Shaw discovered a method that allows you to compute an arbitrary number of points and distribute them over a sphere, the only problem with that is it is emerging ; you’ll have to run the algo for some time [...]

  • Bradsedito

    Amen to what nocoptere said – I’ve been attempting this with no luck! Can I get a link? I would LOVE to see the source and show you what I have in mind of making =)
    bradsedito at gmail dot com

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