def test():
runtest()
if options.test:
import test
test.cf = cf
class_best_file = open(dirname + "/cbest" + args[0] + ".pickle")
class_best = cPickle.load(class_best_file)
class_best_file.close()
if options.ngram:
final_file = open(dirname + "/final.pickle")
(t, gen_pop, class_pop) = cPickle.load(final_file)
final_file.close()
gen_best = gen_pop[:cf['best_size']]
else:
gen_best_file = open(dirname + "/gbest" + args[0] + ".pickle")
gen_best = cPickle.load(gen_best_file)
gen_best_file.close()
test.runtest(gen_best, class_best, ref_data)
else:
if len(args) > 0:
runtimes = int(args[0])
else:
runtimes = cf['runtimes']
run_args = [runtimes, ref_data, dirname, cf['pop_size'], cf['gen_insize'], cf['init_hidden']]
times = 0
class_pop = None
gen_pop = None
evolve_gn = True
if os.path.exists(dirname + "/final.pickle"):
popsfile = open(dirname + "/final.pickle")
(times, gen_pop, class_pop) = cPickle.load(popsfile)
popsfile.close()
if options.datasrc:
cf["datasource"] = options.datasrc
(ref_data, cf["alphabet"]) = datasource.setup_source(cf["datasource"])
hgcpp.ref_data = ref_data
testnum = int(options.test)
if testnum:
import test
# lets see what we put here
hoffile = open(dirname + "/hof.pickle")
(gen_hof, class_hof) = cPickle.load(hoffile)
hoffile.close()
test.cf = cf
test.runtest(gen_hof[-testnum:], class_hof[-testnum:], ref_data)
else:
if len(args) > 0:
runtimes = int(args[1])
else:
runtimes = cf["runtimes"]
times = 0
class_pop = None
gen_pop = None
gen_hof = None
class_hof = None
if os.path.exists(dirname + "/breed.pickle"):
popsfile = open(dirname + "/breed.pickle")
(gen_pop, class_pop) = cPickle.load(popsfile)
popsfile.close()
