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by stevage
409 days ago
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Wow, that's a really fascinating problem to work on. I work in mapping but haven't actually come across this field of what you call DGGS's. Is it essential that the cells be the same shape? Also where does the name "A5" come from exactly? I get that 5 is because it has five sides, but why A? |
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However the symmetry of H3’s hexagonal cells lends itself well to flow analysis, or routing - which is no surprise as it was developed at Uber.
As for the name, it follows the convention of S2 and H3, which come from group theory and refer (loosely) to the symmetry groups of the various systems