import crossover
import fitnessFunction
import mutation
import readInput
import randomLists
import top
import time
start = time.clock()
city = []
readInput.readFile(city)
cityCount=len(city)
bestAns = []
#currentbestAns = []
bestVal = 10000000000
runs = 60
populationLimit = 100
population = []
population = randomLists.randomLists(populationLimit,cityCount)
for i in range(runs):
j = i + 1
print "Run#: ", j
print bestVal
f = open('./ALL_tsp/a280.opt.tour')
line = f.readline()
while ((not(line is '')) and (line.find('TOUR_SECTION'))<0):
line=f.readline()
line=f.readline()
r=0
L=list()
L=line.split()
print L
val = int(L[0])
while(val > 0):
city.append(val)
line=f.readline()
L=line.split()
r = r+1
val = int(L[0])
coordinates = []
city = []
readFile(city)
print city
readInput.readFile(coordinates)
print coordinates
print "Optimum tour length is: ", fitnessFunction.fitnessFunction(city, coordinates)
