Which irrational number creates unusual tiling shape?
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Mathematical Tiling and Tessellation 
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Miki Imura
 August 13 Shared with Public group
These are all congruent but extend in distinct directions.
Context: By putting the golden φ into the Modulo Krinkle framework, I got an unusual shape that:
  1. is an infinitely long region with non-zero area
  2. has a non-repeating polygonal boundary
  3. can tile the plane so that each copy extends in a distinct direction
Then, what if we used other irrationals? Can you guess which one I used here? 🙂
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Scott Dakota
Silver ratio? 2^(1/2)? e? (1+ (7^(1/2))/2?
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Darren Kelly
So, so, good!!! This is the kind of thing I like. Subtle variations that tease the mind.
So much overblown fancy stuff on the internet that doesn’t have what this has. That special meditative stillness. Just enough complexity to be engaging whilst st…
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Laurie Lichtenstein
Wow. Fascinating. Are you able to share this file vector art? I can see very interesting color theory applications to layer on top of this structure
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