def test_identify_territory(self):
board = goboard.from_string(
"""
...b..w..
...b..w..
bbbb..w..
wwwww.www
wwbbw..w.
wb.bbwww.
wbbbb....
..b.b....
..bbb....
"""
)
territory = scoring.evaluate_territory(board)
self.assertEqual(8, territory.num_black_territory)
self.assertEqual(6, territory.num_white_territory)
self.assertEqual(20, territory.num_black_stones)
self.assertEqual(20, territory.num_white_stones)
self.assertEqual(27, territory.num_dame)
self.assertIn((0, 0), territory.dame_points)
self.assertNotIn((8, 0), territory.dame_points)
def main():
parser = argparse.ArgumentParser()
parser.add_argument('black_bot_name')
parser.add_argument('white_bot_name')
parser.add_argument('--komi', '-k', type=float, default=5.5)
args = parser.parse_args()
black_bot = load_keras_bot(args.black_bot_name)
white_bot = load_keras_bot(args.white_bot_name)
print("Simulating %s vs %s..." % (args.black_bot_name, args.white_bot_name))
board = goboard.GoBoard()
simulate_game(board, black_bot=black_bot, white_bot=white_bot)
print("Game over!")
print(goboard.to_string(board))
# Does not remove dead stones.
print("\nScore (Chinese rules):")
status = scoring.evaluate_territory(board)
black_area = status.num_black_territory + status.num_black_stones
white_area = status.num_white_territory + status.num_white_stones
white_score = white_area + args.komi
print("Black %d" % black_area)
print("White %d + %.1f = %.1f" % (white_area, args.komi, white_score))
def test_identify_territory(self):
board = goboard.from_string('''
...b..w..
...b..w..
bbbb..w..
wwwww.www
wwbbw..w.
wb.bbwww.
wbbbb....
..b.b....
..bbb....
''')
territory = scoring.evaluate_territory(board)
self.assertEqual(8, territory.num_black_territory)
self.assertEqual(6, territory.num_white_territory)
self.assertEqual(20, territory.num_black_stones)
self.assertEqual(20, territory.num_white_stones)
self.assertEqual(27, territory.num_dame)
self.assertIn((0, 0), territory.dame_points)
self.assertNotIn((8, 0), territory.dame_points)
def main():
parser = argparse.ArgumentParser()
parser.add_argument('black_bot_name')
parser.add_argument('white_bot_name')
parser.add_argument('--komi', '-k', type=float, default=5.5)
args = parser.parse_args()
black_bot = load_keras_bot(args.black_bot_name)
white_bot = load_keras_bot(args.white_bot_name)
print("Simulating %s vs %s..." %
(args.black_bot_name, args.white_bot_name))
board = goboard.GoBoard()
simulate_game(board, black_bot=black_bot, white_bot=white_bot)
print("Game over!")
print(goboard.to_string(board))
# Does not remove dead stones.
print("\nScore (Chinese rules):")
status = scoring.evaluate_territory(board)
black_area = status.num_black_territory + status.num_black_stones
white_area = status.num_white_territory + status.num_white_stones
white_score = white_area + args.komi
print("Black %d" % black_area)
print("White %d + %.1f = %.1f" % (white_area, args.komi, white_score))
