def map_to_input(
task: Tuple[str, EncodingType, str]) -> Tuple[np.ndarray, np.ndarray]:
bot_name, type, game_path = task
channel_count = 7
gst = GameStateTranslator()
if type == EncodingType.ANT_VISION_2D:
feature_cache_path = game_path.replace(
'.json', f'_ANT_VISION_2D_FEATURES_{bot_name}_{channel_count}.npy')
label_cache_path = game_path.replace(
'.json', f'_ANT_VISION_2D_LABELS_{bot_name}_{channel_count}.npy')
if os.path.exists(feature_cache_path):
return np.load(feature_cache_path), np.load(label_cache_path)
gs = load_game_state(game_path)
try:
ant_vision = gst.convert_to_2d_ant_vision(bot_name, [gs])
features, labels = enc.encode_2d_examples(ant_vision,
channel_count)
print(f'Saving {feature_cache_path}')
np.save(feature_cache_path, features)
np.save(label_cache_path, labels)
return features, labels
except:
print(f'Failed to load ${game_path}')
return np.empty([0, 12, 12, 7]), np.empty([0, 5])
elif type == EncodingType.MAP_2D:
feature_cache_path = game_path.replace(
'.json',
f'_ANT_VISION_2DMAP_FEATURES_{bot_name}_{channel_count}.npy')
label_cache_path = game_path.replace(
'.json',
f'_ANT_VISION_2DMAP_LABELS_{bot_name}_{channel_count}.npy')
if os.path.exists(feature_cache_path):
return np.load(feature_cache_path), np.load(label_cache_path)
gs = load_game_state(game_path)
try:
ant_vision = gst.convert_to_antmap(bot_name, [gs])
features, labels = enc.encode_map_examples(ant_vision,
channel_count)
print(f'Saving {feature_cache_path}')
np.save(feature_cache_path, features)
np.save(label_cache_path, labels)
return features, labels
except:
print(f'Failed to load ${game_path}')
return np.empty([0, 43, 39, 7]), np.empty([0, 5])
else:
raise NotImplementedError()
def test_encode_2d_ant_vision(self):
bot_to_emulate = 'pkmiec_1'
gsg = GameStateGenerator()
gst = GameStateTranslator()
test_game_state = gsg.generate_from_file(self.data_path)
expected_ant_vision = gst.convert_to_2d_ant_vision(
bot_to_emulate, [test_game_state])
actual_encoded_ant_vision = map_to_input(
(bot_to_emulate, EncodingType.ANT_VISION_2D, self.data_path))
actual_decoded_ant_vision = decode_ant_vision_2d_examples(
actual_encoded_ant_vision)
for index, expected in enumerate(expected_ant_vision):
self.assertEqual(expected.label,
actual_decoded_ant_vision[index].label)
for expected_pos in expected.features.keys():
self.assertEqual(
expected.features[expected_pos],
actual_decoded_ant_vision[index].features[expected_pos])
def test_create_2d_ant_vision(self):
game_state = create_test_game_state()
translator = GameStateTranslator()
translated = translator.convert_to_2d_ant_vision(
'pkmiec_1', [game_state])
self.assertIsNotNone(translated)
