def _init_players(self, ai_plays: bool) -> Tuple[Player, Player]:
choice = input("Do you want to start? Y/n [any key]. ")
self.player1 = Human() if choice.lower() == 'y' \
or not ai_plays else AI()
self.player2 = Human() if choice.lower() != 'y' \
or not ai_plays else AI()
return (self.player1, self.player2) if choice.lower() == 'y' \
else (self.player2, self.player1)
def main():
game = Game()
player1 = AI("daubajee", "X")
player2 = AI("Chaku", "O")
game.setPlayer1(player1)
game.setPlayer2(player2)
game.setFirstPlayer(player1)
game.run()
def new_game_init(self):
print "New Game initializing"
self.game = Game()
self.player1 = AI("artificial agent", "X", self)
self.player2 = AI("artificial agent 2", "O", self)
self.game.setPlayer1(self.player1)
self.game.setPlayer2(self.player2)
self.game.setFirstMover(self.player1)
self.startGame = True
self.playerHasMoved = False
self.playerMove = None
print "New Game started"
def play_ai():
table = Table()
left_player = AI('left_pad')
right_player = Model('right_pad')
game = Game(table, left_player, right_player, max_score=100)
game.play()
print('winner:', game.left_score, game.right_score)
def __init__(self, size=10):
self.size = size
board_1 = self.random_board()
board_2 = self.random_board()
board_2.hid = True
self.user = User(board_1, board_2)
self.ai = AI(board_2, board_1)
def main():
ge = [(g, e) for g in (.999, .95, .9, .7, .5)
for e in (.999, .9, .95, .9, .7, .5)]
for g, e in ge:
t = time.time()
table = Table()
ql = QEpsilonGreedyPlayer(gamma=g, epsilon=e, position='left_pad')
ai = AI()
# qr = QEpsilonGreedyPlayer(gamma=g, epsilon=e, position='right_pad')
max_score = 10
max_sets = 10000
stat_sets = [10, 30, 100, 300, 1000]
display_sets = list(range(1000, max_sets + 1, 1000))
print('train: gamma=%f, epsilon=%f' % (g, e))
T = Train(table, ql, ai, max_score, max_sets, stat_sets, display_sets)
T.train()
d = time.time() - t
m, s = divmod(d, 60)
print('time elapsed: %s min %s sec' % (int(m), int(s)))
play = input('play sample game? (y/n) ')
if play in ('', 'y', 'Y'):
T.play_game()
cont = input('train next model? (y/n) ')
if not cont in ('', 'y', 'Y'):
break
def main():
g = 1
m = 50000
for lambda_ in (.5, .2, .9):
for e in (.5, .9, .1):
t = time.time()
table = Table()
ql = QLambda(gamma=g,
epsilon=e,
lambda_=lambda_,
max_episodes=m,
position='left_pad')
ai = AI()
# qr = QEpsilonGreedyPlayer(gamma=g, epsilon=e, position='right_pad')
max_score = 10
max_sets = m // 10
stat_sets = [10, 30, 100, 300, 1000]
display_sets = list(range(1000, max_sets + 1, 1000))
print('train: gamma=%f, epsilon=%f, lambda_=%f' % (g, e, lambda_))
T = Train(table, ql, ai, max_score, max_sets, stat_sets,
display_sets)
T.train()
d = time.time() - t
min, sec = divmod(d, 60)
print('time elapsed: %s min %s sec' % (int(min), int(sec)))
play = input('play sample game? (y/n) ')
if play in ('', 'y', 'Y'):
T.play_game()
cont = input('train next model? (y/n) ')
if not cont in ('', 'y', 'Y'):
break
def main(argv):
game = Game(Board(argv[0]))
if (len(argv) == 1):
player = Human(game)
else:
# try:
# player = AI(game, argv[1:])
# except:
# print("Invalid search parameters, please try again")
# exit()
player = AI(game, argv[1:])
player.play()
def main():
width, height = -1, -1
bad = lambda x: x != 3 and x != 4
while bad(width) or bad(height):
height, width = [
int(x) for x in raw_input(
"Enter height and width of game board: ").split()
]
gb = GameBoard(height, width)
p1 = Player()
p2 = AI()
ttoe = TicTacToe(gb, p1, p2)
ttoe.play()
def game_loop():
player = Player()
ai = AI()
# MAIN LOOP
playing = True
while playing:
player_turn = True
while player_turn:
print(f"""You:
Castle: {player.castle}
Food: {player.food}
Stone: {player.stone}
Villagers: {player.villagers}
Warriors: {player.warriors}
""")
print(f"""Computer:
Castle: {ai.castle}
Food: {ai.food}
Stone: {ai.stone}
Villagers: {ai.villagers}
Warriors: {ai.warriors}
""")
action = 0
action = int(input("1) Build\n2) Gather\n3) Recruit\n4) Attack\n"))
if action == 1:
player_turn = player.build()
elif action == 2:
player_turn = player.gather()
elif action == 3:
player_turn = player.recruit()
elif action == 4:
player_turn = player.attack(ai)
else:
playerTurn = True
ai.make_move(player)
if ai.castle <= 0:
playing = False
print("You Win!\n")
elif player.castle <= 0:
playing = False
print("You Lose!")
else:
os.system('clear')
def __init__(self):
first = 'first'
second = 'second'
self.players = {first: Human(first), second: AI(second)}
GameState.initPlayers(self.players)
#!/usr/bin/env python3
# Name: Shweta Jones(shsujone)
# Date: June 7, 2020
#Main game code
from board import Board
from player import Player, AI, SmartAI
print("Welcome to TIC-TAC-TOE Game!")
while True:
board = Board() #runs Board class, initializes values
player1 = AI("Bob", "X", board) #provides player 1 information
player2 = SmartAI("Alice", "O", board)
turn = True
board.show() #prints board which is empty
while True:
if turn:
player1.choose(
) #gets input and updates board based on user input for player 1
turn = False
else:
player2.choose(
) #gets input and updates board based on user input for player 2
turn = True
if board.isdone(): #when the board is
break
board.show() #print the board
if board.get_winner() == player1.get_sign(
): #when the winner is the sign of player 1, winner displayed
board.show()
print(f"{player1.get_name()} is a winner!")
return num
def check_directs(self,color,ind):
directions=[(0,1),(1,-1),(1,0),(1,1)]
max_x=1
for d in directions:
x=self.check_direct(color,ind,d,1)
if x==5:
return 5
if x>max_x:
max_x=x
return max_x
if __name__=='__main__':
c=chess(15)
w=AI(15,COLOR_WHITE,1000)
b=AI(15,COLOR_BLACK,1000)
for i in range(100):
print("-------------------------------")
b.go(c.board)
tmp_b=b.candidate_list[-1]
c.go(tmp_b,COLOR_BLACK)
if c.win!=0:
break
w.go(c.board)
tmp_w=w.candidate_list[-1]
c.go(tmp_w,COLOR_WHITE)
if c.win!=0:
break
c.show()
#c.show()