def test_random(self):
player_blue = RandomPlayer(Color.BLUE)
player_red = RandomPlayer(Color.RED)
board = Board()
game = Game(player_blue, player_red, board)
game.run_game(200)
print(repr(board))
print(board)
print(game.get_winner())
def test_stockfish(self):
board = get_random_board()
process = get_process_stockfish(board, "level 40 5 0")
player_blue = StockfishPlayer(Color.BLUE, process, think_time=-1)
player_red = StockfishPlayer(Color.RED, process, think_time=-1)
game = Game(player_blue, player_red, board)
winner = game.run_game(200)
print(winner)
print(repr(game.board))
def fight(player_blue, player_red, iter_max, print_board=False):
board = get_random_board()
game = Game(player_blue, player_red, board)
winner = game.run_game(iter_max, print_board=print_board)
print("Winner:", winner)
print("Score BLUE:", board.get_score(Color.BLUE))
print("Score RED:", board.get_score(Color.RED))
print(repr(board))
print(board)
print(game.to_uci_usi())
return winner
def test_random_vs_random(self):
n_simulations = 400
node = MCTSNode()
player_blue = RandomMCTSPlayer(Color.BLUE,
n_simulations=n_simulations,
current_node=node)
player_red = RandomMCTSPlayer(Color.RED,
n_simulations=n_simulations,
current_node=node)
# winner = fight(player_blue, player_red, 200)
board = get_random_board()
game = Game(player_blue, player_red, board)
winner = game.run_game(200)
self.assertIn(winner, [Color.BLUE, Color.RED])
print(game.to_json(node))