XTOYS(1)

XTOYS
xtoys - Cellular automaton and wave equation simulators for X.

SYNOPSIS
xising
xpotts
xautomalab
xsand
xfires
xwaves
schrodinger

DESCRIPTION
xising: implements a simulation of the two dimensional Ising model with both local and cluster algorithms.

xpotts: for the q state Potts with a magnetic field.

xautomalab: a totalistic cellular automaton simulator.

xsand: implements the Bak, Tang, Wiesenfeld sandpile model, illustrating self-organized criticality.

xfires: a simple forest fire model of self-organized critiality.

xwaves: simulates three different wave equations, representing light, massive mesons, and water.

scrodinger: evolves a wave function with the Schrodinger equation. The potential can be modified with the mouse.

OPTIONS
No command line options are implemented.

SEE ALSO
The programs are further documented in the files readme.txt, xfires.txt, xpotts.txt, xwaves.txt, xautomalab.txt, xising.txt, and xsand.txt, included with the original source, available at the xtoys web page http://thy.phy.bnl.gov/www/xtoys/xtoys.html.

AUTHOR
The xtoys package and this manual page were written by Michael Creutz <creutz@bnl.gov>.