def make_generation(seeds, num_children):
#print seeds
pop = [None] * len(seeds) * (num_children + 1)
i = 0
for seed in seeds:
#print seed
pop[i] = seed
i += 1
for n in xrange(num_children):
#print seed
#run one mutation, TODO: variable number of mutations based on size
#print 'Seed: ',seed
bot = mutate(copy.deepcopy(seed))
#print bot, bot != []
if bot != []:
pop[i] = bot
else:
#print "creating new bot"
pop[i] = bot_maker.create_bot(genome_stop_probability=0.2)
i += 1
return pop
def make_generation(seeds, num_children):
#print seeds
pop = [None]*len(seeds)*(num_children+1)
i = 0
for seed in seeds:
#print seed
pop[i] = seed
i += 1
for n in xrange(num_children):
#print seed
#run one mutation, TODO: variable number of mutations based on size
#print 'Seed: ',seed
bot = mutate(copy.deepcopy(seed))
#print bot, bot != []
if bot != []:
pop[i] = bot
else:
#print "creating new bot"
pop[i] = bot_maker.create_bot(genome_stop_probability=0.2)
i += 1
return pop
def initialize_population(pop_size):
pop = [None] * pop_size
for i in xrange(pop_size):
pop[i] = bot_maker.create_bot(genome_stop_probability=0.1)
return pop
def initialize_population(pop_size):
pop = [None]*pop_size
for i in xrange(pop_size):
pop[i] = bot_maker.create_bot(genome_stop_probability=0.2)
return pop
