def _handleInitialO(self, playerBoard, board, move_pair):
move = move_pair[0] if isinstance(
self.p2, HumanPlayer) else self.p2.selectInitialO(playerBoard)
if move in game_rules.getFirstMovesForO(board):
self.board[move[0]][move[1]] = " "
self.state = X_TURN
def selectInitialO(self, board):
game_rules.printBoard(board)
pt = (0, 0, 0) # obviously not a valid location on a 2-D board
validMoves = game_rules.getFirstMovesForO(board)
while pt not in validMoves:
pt = self._promptForPoint("Enter a valid starting location for player O (in the format 'row column'): ")
return pt
def _handleInitialO(self, playerBoard, board):
pt = self.p2.selectInitialO(playerBoard)
if pt in game_rules.getFirstMovesForO(board):
self.board[pt[0]][pt[1]] = " "
self.state = X_TURN
else:
self.state = X_VICTORY
def _handleInitialO(self, playerBoard, board, move_pair):
#move = move_pair[0] if isinstance(self.p2, HumanPlayer) else self.p2.selectInitialO(playerBoard)
move = move_pair[
0] if move_pair is not None else self.p2.selectInitialO(
playerBoard)
if move in game_rules.getFirstMovesForO(board):
self.log.write(str(move) + '\n')
self.board[move[0]][move[1]] = " "
self.state = X_TURN
def selectInitialO(self, board):
validMoves = game_rules.getFirstMovesForO(board)
return list(validMoves)[0]
def selectInitialO(self, board):
validMoves = game_rules.getFirstMovesForO(board)
return random.choice(list(validMoves))
def selectInitialO(self, board): validMoves = game_rules.getFirstMovesForO(board) return random.choice(list(validMoves))
