def computer_move(self):
if self.turn == "computer":
move = game.getComputerMove(main_app.board, "O")
game.makeMove(main_app.board, "O", move)
a = {
1: self.o_1,
2: self.o_2,
3: self.o_3,
4: self.o_4,
5: self.o_5,
6: self.o_6,
7: self.o_7,
8: self.o_8,
9: self.o_9
}
Clock.schedule_once(partial(self.set_opacity, a[move], 1, 0.1), 1)
if game.isWinner(main_app.board, "O"):
print('The computer has beaten you! You lose.')
self.gameIsPlaying = False
main_app.lose.play()
self.manager.current = "lose"
self.clear_screen()
main_app.board = [" "] * 10
else:
if game.isBoardFull(main_app.board):
print('The game is a tie!')
self.gameIsPlaying = False
self.clear_screen()
main_app.lose.play()
self.manager.current = "tie"
main_app.board = [" "] * 10
else:
self.turn = "player"
self.turn = "player"
def game_start(self):
self.turn = game.whoGoesFirst()
#self.turn = "player"
print(self.turn)
self.gameIsPlaying = True
if self.turn == "computer":
move = game.getComputerMove(main_app.board, "O")
game.makeMove(main_app.board, "O", move)
self.turn = "player"
elif self.turn == "player":
pass
def moveScore(game, move):
# check for invalid move
if not game.validMove(move):
return MOVE_INVALID, MOVE_INVALID
# evaluate the actual game for reference score
player_base_score = boardEvaluation(game.board, game.token())
opponent_base_score = boardEvaluation(game.board, game.tokenOther())
# copy the actual game for opponent check
game_opponent = deepcopy(game)
# generate move for the current player
winner_move, _ = game.makeMove(move)
# check for a winning move
if winner_move:
return MOVE_WIN, MOVE_LOOSE
# mock an opponent move for the current game
winner_move, _ = game_opponent.makeMoveOther(move)
if winner_move:
return MOVE_LOOSE, MOVE_WIN
# evaluate the current move
player_score = boardEvaluation(game.board, game.tokenOther())
# evaluate the mock opponent move
opponent_score = boardEvaluation(game_opponent.board,
game_opponent.token())
return player_score - player_base_score, opponent_score - opponent_base_score
def moveScore(game, move):
# check for invalid move
if not game.validMove(move):
return MOVE_INVALID, MOVE_INVALID
# evaluate the actual game for reference score
player_base_score = boardEvaluation(game.board, game.token())
opponent_base_score = boardEvaluation(game.board, game.tokenOther())
# copy the actual game for opponent check
game_opponent = deepcopy(game)
# generate move for the current player
winner_move, _ = game.makeMove(move)
# check for a winning move
if winner_move:
return MOVE_WIN, MOVE_LOOSE
# mock an opponent move for the current game
winner_move, _ = game_opponent.makeMoveOther(move)
if winner_move:
return MOVE_LOOSE, MOVE_WIN
# evaluate the current move
player_score = boardEvaluation(game.board, game.tokenOther())
# evaluate the mock opponent move
opponent_score = boardEvaluation(game_opponent.board, game_opponent.token())
return player_score - player_base_score, opponent_score - opponent_base_score
def makeMove(request, x, y):
board = request.session['board']
result = game.makeMove(board, int(x), int(y))
if result:
request.session['board'] = board
status = game.isGameOver(board)
response = {
'success': True,
'gameover': status
}
else:
response = {
'success': False,
'message': 'Invalid move: spot already taken.'
}
return HttpResponse(json.dumps(response), mimetype="application/json")
def on_touch_up(self, touch):
super().on_touch_up(touch)
a_delay = 0.05
if touch.spos[1] < 0.118: # Bottom Button
if main_app.select:
main_app.select.stop()
main_app.select.play()
if self.collide_point(*touch.pos):
self.clear_screen()
return False
# 1st button
if 0.15 < touch.spos[0] < 0.355 and 0.576 < touch.spos[1] < 0.696:
if main_app.board[1] != "O" and main_app.board[
1] != "X" and self.turn == "player":
if main_app.select:
main_app.select.stop()
main_app.select.play()
main_app.board[1] = "X"
Clock.schedule_once(
partial(self.set_opacity, self.x_1, 1, a_delay), 0)
self.o_1.opacity = 0
game.makeMove(main_app.board, "X", 1)
if game.isWinner(main_app.board, "X"):
print('Hooray! You have won the game!')
self.gameIsPlaying = False
main_app.win.play()
self.manager.current = "win"
self.clear_screen()
main_app.board = [" "] * 10
else:
if game.isBoardFull(main_app.board):
print('The game is a tie!')
self.gameIsPlaying = False
main_app.lose.play()
self.manager.current = "tie"
self.clear_screen()
main_app.board = [" "] * 10
else:
self.turn = 'computer'
self.computer_move()
return False
# 2nd button
if 0.380 < touch.spos[0] < 0.611 and 0.576 < touch.spos[1] < 0.696:
if main_app.board[2] != "O" and main_app.board[
2] != "X" and self.turn == "player":
if main_app.select:
main_app.select.stop()
main_app.select.play()
main_app.board[2] = "X"
Clock.schedule_once(
partial(self.set_opacity, self.x_2, 1, a_delay), 0)
self.o_2.opacity = 0
game.makeMove(main_app.board, "X", 2)
if game.isWinner(main_app.board, "X"):
print('Hooray! You have won the game!')
self.gameIsPlaying = False
main_app.win.play()
self.manager.current = "win"
self.clear_screen()
main_app.board = [" "] * 10
else:
if game.isBoardFull(main_app.board):
print('The game is a tie!')
self.gameIsPlaying = False
main_app.lose.play()
self.manager.current = "tie"
self.clear_screen()
main_app.board = [" "] * 10
else:
self.turn = 'computer'
self.computer_move()
return False
# 3rd button
if 0.633 < touch.spos[0] < 0.847 and 0.576 < touch.spos[1] < 0.696:
if main_app.board[3] != "O" and main_app.board[
3] != "X" and self.turn == "player":
if main_app.select:
main_app.select.stop()
main_app.select.play()
main_app.board[3] = "X"
Clock.schedule_once(
partial(self.set_opacity, self.x_3, 1, a_delay), 0)
self.o_3.opacity = 0
game.makeMove(main_app.board, "X", 3)
if game.isWinner(main_app.board, "X"):
print('Hooray! You have won the game!')
self.gameIsPlaying = False
main_app.win.play()
self.manager.current = "win"
self.clear_screen()
main_app.board = [" "] * 10
else:
if game.isBoardFull(main_app.board):
print('The game is a tie!')
self.gameIsPlaying = False
main_app.lose.play()
self.manager.current = "tie"
self.clear_screen()
main_app.board = [" "] * 10
else:
self.turn = 'computer'
self.computer_move()
return False
# 4th button
if 0.15 < touch.spos[0] < 0.355 and 0.437 < touch.spos[1] < 0.567:
if main_app.board[4] != "O" and main_app.board[
4] != "X" and self.turn == "player":
if main_app.select:
main_app.select.stop()
main_app.select.play()
main_app.board[4] = "X"
Clock.schedule_once(
partial(self.set_opacity, self.x_4, 1, a_delay), 0)
self.o_4.opacity = 0
game.makeMove(main_app.board, "X", 4)
if game.isWinner(main_app.board, "X"):
print('Hooray! You have won the game!')
self.gameIsPlaying = False
main_app.win.play()
self.manager.current = "win"
self.clear_screen()
main_app.board = [" "] * 10
else:
if game.isBoardFull(main_app.board):
print('The game is a tie!')
self.gameIsPlaying = False
main_app.lose.play()
self.manager.current = "tie"
self.clear_screen()
main_app.board = [" "] * 10
else:
self.turn = 'computer'
self.computer_move()
return False
# 5th button
if 0.380 < touch.spos[0] < 0.611 and 0.437 < touch.spos[1] < 0.567:
if main_app.board[5] != "O" and main_app.board[
5] != "X" and self.turn == "player":
if main_app.select:
main_app.select.stop()
main_app.select.play()
main_app.board[5] = "X"
Clock.schedule_once(
partial(self.set_opacity, self.x_5, 1, a_delay), 0)
self.o_5.opacity = 0
game.makeMove(main_app.board, "X", 5)
if game.isWinner(main_app.board, "X"):
print('Hooray! You have won the game!')
self.gameIsPlaying = False
main_app.win.play()
self.manager.current = "win"
self.clear_screen()
main_app.board = [" "] * 10
else:
if game.isBoardFull(main_app.board):
print('The game is a tie!')
self.gameIsPlaying = False
main_app.lose.play()
self.manager.current = "tie"
self.clear_screen()
main_app.board = [" "] * 10
else:
self.turn = 'computer'
self.computer_move()
return False
# 6th button
if 0.633 < touch.spos[0] < 0.847 and 0.437 < touch.spos[1] < 0.567:
if main_app.board[6] != "O" and main_app.board[
6] != "X" and self.turn == "player":
if main_app.select:
main_app.select.stop()
main_app.select.play()
main_app.board[6] = "X"
Clock.schedule_once(
partial(self.set_opacity, self.x_6, 1, a_delay), 0)
self.o_6.opacity = 0
game.makeMove(main_app.board, "X", 6)
if game.isWinner(main_app.board, "X"):
print('Hooray! You have won the game!')
self.gameIsPlaying = False
main_app.win.play()
self.manager.current = "win"
self.clear_screen()
main_app.board = [" "] * 10
else:
if game.isBoardFull(main_app.board):
print('The game is a tie!')
self.gameIsPlaying = False
main_app.lose.play()
self.manager.current = "tie"
self.clear_screen()
main_app.board = [" "] * 10
else:
self.turn = 'computer'
self.computer_move()
return False
# 7th button
if 0.15 < touch.spos[0] < 0.355 and 0.304 < touch.spos[1] < 0.423:
if main_app.board[7] != "O" and main_app.board[
7] != "X" and self.turn == "player":
if main_app.select:
main_app.select.stop()
main_app.select.play()
main_app.board[7] = "X"
Clock.schedule_once(
partial(self.set_opacity, self.x_7, 1, a_delay), 0)
self.o_7.opacity = 0
game.makeMove(main_app.board, "X", 7)
if game.isWinner(main_app.board, "X"):
print('Hooray! You have won the game!')
self.gameIsPlaying = False
main_app.win.play()
self.manager.current = "win"
self.clear_screen()
main_app.board = [" "] * 10
else:
if game.isBoardFull(main_app.board):
print('The game is a tie!')
self.gameIsPlaying = False
main_app.lose.play()
self.manager.current = "tie"
self.clear_screen()
main_app.board = [" "] * 10
else:
self.turn = 'computer'
self.computer_move()
return False
# 8th button
if 0.380 < touch.spos[0] < 0.611 and 0.304 < touch.spos[1] < 0.423:
if main_app.board[8] != "O" and main_app.board[
8] != "X" and self.turn == "player":
if main_app.select:
main_app.select.stop()
main_app.select.play()
main_app.board[8] = "X"
Clock.schedule_once(
partial(self.set_opacity, self.x_8, 1, a_delay), 0)
self.o_8.opacity = 0
game.makeMove(main_app.board, "X", 8)
if game.isWinner(main_app.board, "X"):
print('Hooray! You have won the game!')
self.gameIsPlaying = False
main_app.win.play()
self.manager.current = "win"
self.clear_screen()
main_app.board = [" "] * 10
else:
if game.isBoardFull(main_app.board):
print('The game is a tie!')
self.gameIsPlaying = False
main_app.lose.play()
self.manager.current = "tie"
self.clear_screen()
main_app.board = [" "] * 10
else:
self.turn = 'computer'
self.computer_move()
return False
# 9th button
if 0.633 < touch.spos[0] < 0.847 and 0.304 < touch.spos[1] < 0.423:
if main_app.board[9] != "O" and main_app.board[
9] != "X" and self.turn == "player":
if main_app.select:
main_app.select.stop()
main_app.select.play()
main_app.board[9] = "X"
Clock.schedule_once(
partial(self.set_opacity, self.x_9, 1, a_delay), 0)
self.o_9.opacity = 0
game.makeMove(main_app.board, "X", 9)
if game.isWinner(main_app.board, "X"):
print('Hooray! You have won the game!')
self.gameIsPlaying = False
main_app.win.play()
self.manager.current = "win"
self.clear_screen()
main_app.board = [" "] * 10
else:
if game.isBoardFull(main_app.board):
print('The game is a tie!')
self.gameIsPlaying = False
main_app.lose.play()
self.manager.current = "tie"
self.clear_screen()
main_app.board = [" "] * 10
else:
self.turn = 'computer'
self.computer_move()
return False
ns = game.getNext(gm)
print("next moves:", len(ns), " possible moves ")
bestMove = 0
for st in ns:
tmp = abmax(st, d - 1, a, b)
if tmp[0] < v:
v = tmp[0]
bestMove = st
if v <= a:
return [v, st]
if v < b:
b = v
return [v, bestMove]
'''
s=game.create()
game.makeMove(s,1,1)
print(s)
game.makeMove(s,0,0)
game.makeMove(s,0,1)
game.makeMove(s,0,2)
game.makeMove(s,1,0)
game.makeMove(s,1,1)
game.makeMove(s,1,2)
game.makeMove(s,2,1)
game.makeMove(s,2,0)
game.printState(s)
print(go(s))
'''
# values = [0, 2, 4, 8, 16, 32, 64, 128, 256, 512, 1024, 2048, 0, 4, 2, 2]
# while(True):
# inp = input("What? \n")
# if (inp == "y"):
# board.print_new_grid(values)
# random.shuffle(values)
grid = game.startGame()
board.print_new_grid(grid)
try:
while (game.endGame(grid) == False):
high_score = max(grid)
inp = input("Move? \n")
if inp == "a":
if (game.moveLeft(grid)):
game.makeMove(grid)
else:
print("Make a valid move!!")
print("")
elif inp == "d":
if (game.moveRight(grid)):
game.makeMove(grid)
else:
print("Make a valid move!!")
print("")
elif inp == "w":
if (game.moveUp(grid)):
game.makeMove(grid)
else:
