#! /usr/bin/python


## runs the monte carlo simulation of a 2d nematic

# http://www.python.org/doc/current/lib/lib.html

from Numeric import *
import random
## this would pollute my name space:
## from  random import *


import simulate

#####    (Y,X,K,T,tperiod,keepteleporters,verbose,bias,L)
#simulate.simulate(24,24,2,100,1,29,0,0.5,5)
#h = simulate.simulate(42,42,200,100000,2000,200,0,0.5,5)
# 200 is the max that can easily be inserted in 42x42
h = simulate.simulate(42,42,210,10000000,2000,210,0,0.5,5)
print h
raw_input('Please press return to quit...\n')