by Kyle Huang

Colored Elementary Cellular Automaton

IPFS
Colored Elementary Cellular Automaton

13 June 2022TEZOSIPFS

The algorithm is based on Stephen Wolfram's Elementary Cellular Automaton.
This is a 1D cellular automaton with a neighborhood of 5 cells. This gives us 2^5 = 32 patterns for a neighborhood and 2^32 = 4.29B possible combinations!!! The size of the cell varies in a range of 2 to 8. There is a 15% of getting a black and white art.

Pattern rarity:
- Pattern 1 _25%
- Pattern 2 _30%
- Pattern 3 _35%
- Pattern 4 _15%

Note: The art might look in different resolutions because of the responsive view, but the color, pattern, and layout remain the same.

Don't look at me. Look at the art. Deeply into the soul.

450 EDITIONS

0 RESERVES

minted

450 / 450

dutch auction

1 TEZ
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