def Q_R(player):
Q1 = Qlearn(player)
s = simpleSequence()
s.printTitle("Q Learning vs Random")
s.print_board()
s.printHand()
while not s.complete():
while True:
if player == s.player:
state = str(s.board_string()) + '-' + s.getHand(player)
#print(state)
card, location = Q1.play(state)
if not s.make_move(card, location):
print("Invalid Move!! Try Again!!")
else:
break
else:
#state = s.board_string() + '-' + s.getHand(player2)
#print(state)
card = random.choice(s.available_moves())
#print(card.suit)
while (card.value == 'Jack'):
card = random.choice(s.available_moves())
location = s.find_card_location(card)
if not s.make_move(card, location):
print("Invalid Move!! Try Again!!")
else:
break
s.printHand()
s.switch_player()
def Q_M(player, player2):
Q1 = Qlearn(player)
M2 = miniMAX(player2)
s = simpleSequence()
time.sleep(10)
s.printTitle("Minimax Q vs Q Learning")
s.print_board()
s.printHand()
while not s.complete():
while True:
if player == s.player:
state = str(s.board_string()) + '-' + s.getHand(player)
#print(state)
card, location = Q1.play(state)
if not s.make_move(card, location):
print("Invalid Move!! Try Again!!")
else:
break
else:
state = s.board_string() + '-' + s.getHand(player2)
#print(state)
card, location = M2.play(state)
if not s.make_move(card, location):
print("Invalid Move!! Try Again!!")
else:
break
s.printHand()
s.switch_player()