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Search results for "Abby Nussey"

Wolfram 2,3 Machine

Added Aug 16, 2012 by Abby Nussey in Computational Sciences

Display the evolution of the Wolfram 2,3 machine for the number of steps specified. You can also toggle the compressed evolution.

Turing Machines

Added Aug 16, 2012 by Abby Nussey in Computational Sciences

Display the Turing machine by specifying the rule number, number of colors, and number of head states. Toggle the compressed state.


1-dimensional Cellular Automata

Added Aug 16, 2012 by Abby Nussey in Computational Sciences

Display the cellular automaton for the rule number, colors, and range specified.

Busy Beaver Turing Machine

Added Aug 16, 2012 by Abby Nussey in Computational Sciences

Display the Busy Beaver Turing machine for the number of steps specified. Also toggle the compressed view of the evolution.


Paperfolding Dragon Curves

Added Aug 16, 2012 by Abby Nussey in Computational Sciences

Display the dragon curve for the iterations and folding angle specified.

Penrose Triangle Tiling

Added Aug 16, 2012 by Abby Nussey in Computational Sciences

Display the Penrose triangle tiling for the number of steps specified.


Mandelbrot Set

Added Aug 16, 2012 by Abby Nussey in Computational Sciences

Display the Mandelbrot set for different value of c.

Totalistic Rules

Added Aug 14, 2012 by Abby Nussey in Mathematics

Display totalistic cellular automata for the colors, range, and rule number specified.


ECA Difference Patterns

Added Aug 15, 2012 by Abby Nussey in Computational Sciences

Display the difference patterns for the ECA rule specified.

1-dimensional Random Walk

Added Aug 15, 2012 by Abby Nussey in Computational Sciences

Compute a random walk for the number of steps and right turn probability specified.


2-dimensional Random Walk

Added Aug 15, 2012 by Abby Nussey in Computational Sciences

Display a 2-dimensional random walk for the number of steps specified.

ECAs With Random Initial Conditions

Added Aug 15, 2012 by Abby Nussey in Computational Sciences

Display an elementary cellular automaton with random initial conditions.


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