CellularAutomaton: Constructor for Class CellularAutomaton
In CellularAutomaton: One-Dimensional Cellular Automata

Description Usage Arguments Value Author(s) References Examples

This method instantiates class CellularAutomaton.

1 2	CellularAutomaton(n = 30, fun = NULL, k = 2, r = 1, t = 1, totalistic = 0, seed = 1, bg = 0)

`n`	This is the elementary rule number for the automaton.
`fun`	This is a user-defined rule.
`k`	This is the number of colors.
`r`	This is the radius of a neighborhood.
`t`	This is the number of steps.
`totalistic`	0 = general; 1 = totalistic
`seed`	This is a seed for the automaton.
`bg`	This is the background upon which to place the seed.

This method returns an instance of class CellularAutomaton, provided the arguments make sense.

John Hughes

http://reference.wolfram.com/mathematica/tutorial/CellularAutomata.html

ca = CellularAutomaton(t = 100)  # Evolve Rule 30 for 100 steps. k = 2, r = 1, and the seed
                                 # is a single black cell on a white background. Each row will
				 # have length 2rt + 1 = 201.
ca$plot()                        # Have a look.

# Evolve Rule 110 for 100 steps. k = 2, r = 1, and the seed is 001000. Each row will have the
# same length as the seed because -1 was given as the background.

ca = CellularAutomaton(n = 110, t = 100, seed = c(0, 0, 1, 0, 0, 0), bg = -1)

ca$plot(col = c("white", "darkblue"))  # Plot it using Penn State colors. :-)

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