def pvp(self):
for i in range(9):
TTT_graphic.clrscr()
TTT_graphic.display(self.board)
# prompt the user to place a self.mark
# input validation: input must be a number (1 to 9)
self.ox = input('\t' + self.turn + ' self.turn: ')
while not self.ox.isdecimal():
self.ox = input('\t' + self.turn + ' self.turn: ')
# input validation: cannot overplace another self.mark
while not TTT_logic.putOX(self.board, self.ox):
print('\tYou cannot place your self.mark there.')
self.ox = input('\t' + self.turn + ' self.turn: ')
# set self.mark
self.board[self.ox] = self.turn
# check for wins
if TTT_logic.win(self.board):
TTT_graphic.clrscr()
TTT_graphic.display(self.board)
print('\tPlayer ' + self.turn + ' won!')
exit()
# alter self.turns
self.turn = self.mark[1] if self.turn=='X' else self.mark[2]
TTT_graphic.clrscr()
TTT_graphic.display(self.board)
print('\tDraw\n')
def pvda(self):
for i in range(9):
TTT_graphic.clrscr()
TTT_graphic.display(self.board)
if self.turn == 'O':
# prompt the user to place a self.mark
# input validation: input must be a number (1 to 9)
self.ox = input('\t' + self.turn + ' turn: ')
while not self.ox.isdecimal():
self.ox = input('\t' + self.turn + ' turn: ')
# input validation: cannot overplace another self.mark
while not TTT_logic.putOX(self.board, self.ox):
print('\tYou cannot place your self.mark there.')
self.ox = input('\t' + self.turn + ' self.turn: ')
# set self.mark
self.board[self.ox] = self.turn
# check for wins
if TTT_logic.win(self.board):
TTT_graphic.clrscr()
TTT_graphic.display(self.board)
print('\tPlayer ' + self.turn + ' won!')
exit()
# alter self.turns
self.turn = 'X'
else:
# randomly pick a spot
self.ox = str(randint(1,9))
while not TTT_logic.putOX(self.board, self.ox):
self.ox = str(randint(1,9))
# set mark
self.board[self.ox] = self.turn
# check for AI wins
if TTT_logic.win(self.board):
TTT_graphic.clrscr()
TTT_graphic.display(self.board)
print('\tDumb AI won!')
exit()
# alter the turn
self.turn = 'O'
TTT_graphic.clrscr()
TTT_graphic.display(self.board)
print('\tDraw\n')
