from math import sqrt
from time import clock
from sys import exit

import explore
from explore import *

print trials,size,perturb,eps,fill_level,bound
print

bigdata = eval(open("sle.dat").read())

big = int ( 0.5 + 13.5 * (size*bound)**2 )
rough = int ( 0.5 + 13.5 * (size*eps)**2 )

def work():
    explore.clr = {}
    boundary()
    if fill_level > 0:
        fill_all()
    explor1 = exploration()
    forget_middle()
    if fill_level > 0:
        fill_middle()
    explor2 = exploration()
    explor1 = shorten(explor1,rough)
    explor2 = shorten(explor2,rough)
    l1,l2 = len(explor1),len(explor2)
    explor1 = dict(zip(range(l1),explor1))
    explor2 = dict(zip(range(l2),explor2))
    d = distance(explor1,explor2,big)
    return d

for trial in range(trials[0],trials[1]):
    sd = (size_code*16+perturb_code+1,
          (1-fill_level)*16+eps_code+1, trial+1)
    whrandom.seed(sd[0],sd[1],sd[2])
    d = work()
    print trial,d,clock()
    bigdata[(size_code,perturb_code,eps_code,trial)] = d

print >>open("sle.dat","w"), bigdata
print "clock: ", clock()