Hi everyone,
You list owner here. It looks like some of the settings for the list were
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I think I've reset things, but there may be a bit more tweaking to do in
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Cheers,
Naomi
--
Naomi Ceder
@NaomiCeder • https://www.naomiceder.tech
Quick Python Book, 4th Edition (early access) -
https://shortener.manning.com/1GBV
[image: Screen Shot 2025-05-01 at 7.35.31 AM.png]
This experiment is discussed in Deep State Synergetics (YouTube) and
involves four sea turtles beginning at the same ORIGIN in the IVM ocean.
They represent themselves by drawing an encasing rhombic dodecahedron (RD),
the one encasing the IVM ball each happens to be in at the time.
Then each turtle (red, green, blue, yellow respectively) randomly chooses
one of 12 directions to a neighboring IVM ball. Each time drawing the
corresponding RD. Each turtle thereby leaves a colored trail of RDs, as it
wanders off from the others.
At the end of 500 jumps each (in this case), the final positions of the
four turtles are connected by six edges, resulting in a tetrahedron (not
likely regular), and its volume is computed from these six edge lengths. We
know from the literature that this volume will always be a whole number of
tetravolumes.
In the case above, it's 76.
Full text with links to source code:
https://groups.io/g/synergeo/message/3099
Kirby
