def test_save_load_options(self):
m1 = Manager(size=13, mutation_rate=0.013)
m1.save()
m1.close()
m2 = Manager()
m2.load()
self.assertEqual(m2.pop_size, m1.pop_size)
self.assertEqual(m2.mutation_rate, m1.mutation_rate)
m2.close()
def test_save_load_phenotypes(self):
m = Manager()
m.create_from_scratch()
phenotypes = list(m.pop.phenotypes)
m.save()
m.close()
m2 = Manager()
m2.load()
self.maxDiff=None
self.assertListEqual(m2.pop.phenotypes, phenotypes)
m2.close()
# phenotypes that can be shown and voted for.
elif event.type == self.MONKEY_TESTING_EVENT:
key = random.choice([pygame.K_y, pygame.K_n])
try:
pygame.event.post(pygame.event.Event(pygame.KEYDOWN, {'key': key}))
except pygame.error as e:
logger.error("Monkey testing error: %s", e)
pygame.time.wait(20) # let the processor chill for a bit
def show_phenotype_image(self, ph):
logger.debug("Showing phenotype %s.", ph)
blitdata = rationalSizer(pygame.image.load(self.renderer.get_image_path(ph)),
self.resolution)
self.main_surface = tran_none(self.main_surface, blitdata)
def show_next(self):
ph = self.manager.get_next_phenotype(self.renderer.check_image_available)
self.show_phenotype_image(ph)
if __name__ == '__main__':
manager = Manager(size=5, min_votes=5, directory=os.getcwd(), vote_history=VoteHistoryManager())
try:
manager.load()
except IOError:
manager.create_from_scratch()
renderer = ImageRenderer(os.path.join(os.getcwd(), "images"))
interface = Interface(manager, renderer)
interface.run(monkey_testing=MONKEY_TESTING)
