def fixed_evolve(opp_strat, ticks):
POP = genetic.make_pop(50,ticks,5)
counter = 0
while True:
POP = genetic.newGen(POP, opp_strat, ticks, genetic.breed_discrete_select)
print POP[0]
counter = counter +1
print "itter: {}".format(counter)
raw_input()
return 0
def ymove(Led, time):
Led.append((False, time))
def Adapt(pop, badLed, Led, time):
k = 0
if badLed != []:
k = Led_strat(badLed)
z = democracy(pop, time, Led, k)
if z > .5:
Led.append((True, time))
badLed = filter(lambda x: not x[1], Led)
Kids = genetic.TrainChildren(pop, Led, 10, time)
print "LED: {}, badLed: {}, time: {}".format(Led, badLed, time)
for k in Kids:
print k
print "umm"
raw_input()
elif opstrat(y):
Led.append((False, time))
return list(pop), list(badLed)
pop = genetic.make_pop(40, 500, 6)
bled, Led = [], []
y = 1
while True:
pop, bled = Adapt(pop, bled, Led, y)
y = y+1
