def simulate_game_avg_move(player1, player2, depth):
game = Game(player1, player2, depth)
winner, avg_p1, avg_p2 = game.play_with_avg_moves()
print("winner is %s!" % game_tools.player_str(winner))
print("average time to calculate move for player 1: %f" % avg_p1)
print("average time to calculate move for player 2: %f" % avg_p2)
def simulate_game_avg_move(player1, player2, depth):
game = Game(player1, player2, depth)
winner, avg_p1, avg_p2 = game.play_with_avg_moves()
print("winner is %s!" % game_tools.player_str(winner))
print("average time to calculate move for player 1: %f" % avg_p1)
print("average time to calculate move for player 2: %f" % avg_p2)
def simulate_game(player1, player2, depth):
game = Game(player1, player2, depth)
winner = game.play()
print("winner is %s!" % game_tools.player_str(winner))
def simulate_game(player1, player2, depth):
game = Game(player1, player2, depth)
winner = game.play()
print("winner is %s!" % game_tools.player_str(winner))
