def test_check_stats(self):
rc = True
x = gamecore.GameCore('nonce')
for key in x.stats.keys():
if x.stats[key] != 0:
rc = False
self.assertTrue(rc)
def test_clear_stats(self):
rc = True
x = gamecore.GameCore('nonce')
x.incr_stat('win')
x.clear_stats()
for key in x.stats.keys():
if x.stats[key] != 0:
rc = False
self.assertTrue(rc)
def main(args):
# load our air hockey board
board = cv.imread('assests/board.png')
# initiallize game state
state = {}
state['delta_t'] = 1/30
state['board_shape'] = board.shape
state['goal_size'] = 0.45
state['puck_radius'] = int(round(state['board_shape'][0] * 3.25 / 51.25)) # Use standard measures
state['paddle_radius'] = int(round(state['board_shape'][0] * 3.25 / 51.25)) # Use standard measures
x_offset = 0.25 if random.uniform(-1, 1) < 0 else 0.75
state['puck_pos'] = {'x': board.shape[1] * x_offset, 'y': random.uniform(0 + state['puck_radius'],
board.shape[0] - state['puck_radius'])}
state['puck_speed'] = {'x': 0, 'y': 500}
state['paddle1_pos'] = {'x': board.shape[0]*state['goal_size']/2+1, 'y': board.shape[0]/2}
state['paddle2_pos'] = {'x': board.shape[1] - board.shape[0]*state['goal_size']/2-1,
'y': board.shape[0]/2}
state['paddle1_speed'] = {'x': 0, 'y': 0}
state['paddle2_speed'] = {'x': 0, 'y': 0}
state['paddle_max_speed'] = 150
state['goals'] = {'left': 0, 'right': 0}
state['is_goal_move'] = None
epsilon = 1
# initiallize gui core
if 'video_file' in args:
gui_core = guicore.GUICore(board, args.show_window == 'True', True, args.video_file)
else:
gui_core = guicore.GUICore(board)
# dinamically import Player classes for both players
player1_module = importlib.import_module(args.player1)
player2_module = importlib.import_module(args.player2)
# create player instances
player1 = player1_module.Player(state['paddle1_pos'], 'left')
player2 = player2_module.Player(state['paddle2_pos'], 'right')
# create game with given players
game_core = gamecore.GameCore(player1, player2, board, state, epsilon, gui_core)
# run game
result = game_core.begin_game()
# prepare output
# convert exception data types to string
for k, v in result.items():
if isinstance(v, Exception):
result[k] = str(type(v).__name__) + ': ' + str(v)
result['display_names'] = {'left': player1.my_display_name, 'right': player2.my_display_name}
result = json.dumps(result, skipkeys=True)
return result
def __init__(self):
"""__init__
"""
self.game = gamecore.GameCore('')
self.unhappy = unhappy.Unhappy()
self.userinput = userinput.UserInput()
# TODO: move to configuration or such..
self.wordselection = wordselection.WordSelection('../data/nouns.txt')
self.wordselection.read_file()
self.word_group = (self.wordselection.pick_word_group())
self.wordselection.create_word_structure()
self.ingame = True
def test_creation(self):
x = gamecore.GameCore('nonce')
self.assertNotEqual(x, None)
def test_incr_good_stat(self):
x = gamecore.GameCore('nonce')
x.incr_stat('win')
self.assertEqual(x.stats['win'], 1)
def test_incr_bad_stat(self):
x = gamecore.GameCore('nonce')
with self.assertRaises(ValueError) as context:
x.incr_stat('unknown')
self.assertTrue(context.exception)