def fitness(indv):
y, z = indv.solution
print(y, z)
ccgame = ChineseChecker(10, 4)
simpleGreedyAgent = SimpleGreedyAgent(ccgame)
randomAgent = RandomAgent(ccgame)
teamAgent = TeamNameMinimaxAgent(ccgame)
teamAgent.HeruDefine(y, z)
agents_dict_1 = {1: teamAgent, 2: simpleGreedyAgent}
agents_dict_2 = {1: teamAgent, 2: randomAgent}
win_times_P1 = 0
win_times_P2 = 0
tie_times = 0
for i in range(10):
run_result = runGame_vir(ccgame, agents_dict_1)
#print(run_result)
if run_result == 1:
win_times_P1 += 1
elif run_result == 2:
win_times_P2 += 1
elif run_result == 0:
tie_times += 1
'''
run_result = runGame_vir(ccgame, agents_dict_2)
print(run_result)
if run_result == 1:
win_times_P1 += 1
elif run_result == 2:
win_times_P2 += 1
elif run_result == 0:
tie_times += 1
'''
rate = win_times_P1 / 10
print("win rate:", rate)
return rate
print(run_result)
if run_result == 1:
win_times_P1 += 1
elif run_result == 2:
win_times_P2 += 1
elif run_result == 0:
tie_times += 1
print('game', i + 1, 'finished', 'winner is player ', run_result)
print('In', simulation_times, 'simulations:')
print('winning times: for player 1 is ', win_times_P1)
print('winning times: for player 2 is ', win_times_P2)
print('Tie times:', tie_times)
def callback(ccgame):
B.destroy()
simpleGreedyAgent = SimpleGreedyAgent(ccgame)
randomAgent = RandomAgent(ccgame)
teamAgent = Frappuccino(ccgame)
simulateMultipleGames({1: simpleGreedyAgent, 2: teamAgent}, 10, ccgame)
if __name__ == '__main__':
ccgame = ChineseChecker(10, 4)
root = tk.Tk()
board = GameBoard(root, ccgame.size, ccgame.size * 2 - 1, ccgame.board)
board.pack(side="top", fill="both", expand="true", padx=4, pady=4)
B = tk.Button(board, text="Start", command=lambda: callback(ccgame=ccgame))
B.pack()
root.mainloop()
print(run_result)
if run_result == 1:
win_times_P1 += 1
elif run_result == 2:
win_times_P2 += 1
elif run_result == 0:
tie_times += 1
print('game', i + 1, 'finished', 'winner is player ', run_result)
print('In', simulation_times, 'simulastions:')
print('winning times: for player 1 is ', win_times_P1)
print('winning times: for player 2 is ', win_times_P2)
print('Tie times:', tie_times)
def callback(ccgame):
B.destroy()
simpleGreedyAgent = SimpleGreedyAgent(ccgame)
simpleGreedyAgent1 = SimpleGreedyAgent(ccgame)
randomAgent = RandomAgent(ccgame)
teamAgent = Alpha_beta(ccgame)
simulateMultipleGames({1: teamAgent, 2: simpleGreedyAgent}, 10, ccgame)
if __name__ == '__main__':
ccgame = ChineseChecker(10, 4) # the shape of checker game
root = tk.Tk()
board = GameBoard(root, ccgame.size, ccgame.size * 2 - 1, ccgame.board)
board.pack(side="top", fill="both", expand="true", padx=4, pady=4)
B = tk.Button(board, text="Start", command=lambda: callback(ccgame=ccgame))
B.pack()
root.mainloop()