def main(num_to_find=5):
from genetic_lattice import decode_lattice, decode_string
config = decode_lattice(decode_string('RBBBRFFFUBUFRDDBUBLLLDDFUUFRB'))
pool = Pool()
global_checker = GlobalChecker(pool, num_to_find, config)
print "1"
for i in range(cpu_count()*30):
global_checker.check_local()
print "3"
#i = 0
while True:
#print "4 %d" % i
#i += 1
#if i>10: break
global_checker.restart_locals()
#pool.join()
from time import sleep
sleep(5)
from genetic_lattice import decode_string, decode_lattice, print_at
from energy_function import energy_function
def sequence_from_i(i,sequence_len):
return tuple((i>>j)&1 for j in range(sequence_len))
def num_H(sequence):
return sum(sequence)
if __name__=='__main__':
configuration = decode_lattice(decode_string('RBBBRFFFUBUFRDDBUBLLLDDFUUFRB'))
sequence_len = len(configuration)
sequence_len2 = len(configuration)/2
max_configs = int(2**sequence_len)
#start = 10000
start = 32767 # first half-H config
#found = []
lowest_seq = None
lowest_V = 0
j = 0
for i in xrange(start,max_configs):
sequence = sequence_from_i(i,sequence_len)
if num_H(sequence)!=sequence_len2: continue
j += 1
#found.append(sequence)
V = energy_function(configuration, sequence)
if j%10000==0:
print_at(str(sequence), 2)
print_at("current V: %f, lowest_V: %f" % (V,lowest_V), 3)
