I don't know how much flexibility the construction algorithm gives to placement but it would be neat to pick subtilings that arrange relative to the isosurface in convenient ways
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I don't know how much flexibility the construction algorithm gives to placement but it would be neat to pick subtilings that arrange relative to the isosurface in convenient ways 5 comments
there's some nicer renderings of what I believe is the same tiling here https://fredrikskatar.blogspot.com/2012/09/?m=1 @aeva The whole point of the tiling is it forces your hand - you cannot place things where you want - that's why they're aperiodic! So I'm not sure why it's a good thing? Wang Tiles are the usual way to do random-looking tiling that still obeys edge constraints. That and "wavefront collapse". As usual, fancy names for fairly simple ideas. If you want spatial locality, plenty of algos use things like Hilbert curves, and that works very well. @aeva The main problem is that to obey the constraints can take an unbounded amount of backtracking (again, this is what makes it truly aperiodic!) |
The penrose rhombahedra tiling pattern is described at the end of this paper if anyone is interested:
https://web.archive.org/web/20110721160040/http://materials.iisc.ernet.in/~lord/webfiles/Alan/CV073eng.pdf