RGB

Elementary Cellular Automaton

By ciphrd

Generative artist and creator of fxhash

Cell Size = 1 Inverted = True

Cell Size = 1 Inverted = True

Cell Size = 1 Inverted = False

Cell Size = 2 Inverted = True

Cell Size = 2 Inverted = False

Cell Size = 3 Inverted = False

Cell Size = 3 Inverted = True

Cell Size = 4 Inverted = True

Cell Size = 4 Inverted = False

Cell Size = 5 Inverted = True

Cell Size = 5 Inverted = False

Cell Size = 5 Inverted = False

Cell Size = 5 Inverted = False

Cell Size = 7 Inverted = False

Cell Size = 7 Inverted = False

Cell Size = 7 Inverted = True

Cell Size = 7 Inverted = True

Cell Size = 8 Inverted = False

Cell Size = 9 Inverted = False

Cell Size = 10 Inverted = False

Cell Size = 11 Inverted = True

Cell Size = 12 Inverted = False

Cell Size = 15 Inverted = True

Cell Size = 16 Inverted = False

Cell Size = 18 Inverted = False

Cell Size = 18 Inverted = True

Cell Size = 18 Inverted = False

Cell Size = 18 Inverted = True

Cell Size = 20 Inverted = False

Cell Size = 20 Inverted = True

R

G

B

Stephen Wolfram's Elementary Cellular Automaton where 3 different rules are drawn in the Red, Green and Blue color components of the image.

Rules are selected randomly among a pre-selection of 53 rules from which nice behaviors emerge.

Tokens can have a cell size in the [1; 20] range.

R

G

B