def playerTurn(self, fails=0):
# See if the player is in Check
if rules.inCheck(self.board,self.player):
printMe ("You're in check! Your only valid move is to get out of check. ")
# Read and interpret player's command
(piece, coordX1, coordY1, coordX2, coordY2) = self.readInput(fails=fails)
# Make sure the command isn't invalid
if pieceOwner(piece) != self.player:
if not pieceOwner(piece): printMe ("Error: There is no piece in that position. Try again.")
else: printMe ("Error: You don't own that piece! Try again. ")
return self.playerTurn(fails=fails+1)
possibleMoves = rules.possibleMoves(self.board,coordX1,coordY1)
if not isIn((coordX2,coordY2),possibleMoves):
printMe ("Error: That piece can not be moved there. Try again. ")
return self.playerTurn(fails=fails+1)
# Move the piece
oldBoard = copy.deepcopy(self.board)
self.board = movePiece(self.board,piece,coordX1,coordY1,coordX2,coordY2)
# Make sure the user didn't move into check
if rules.inCheck(self.board,self.player):
printMe ("Error: You can't move there because you're in check. ")
self.board = oldBoard
return self.playerTurn(fails=fails+1)
# Check for victory conditions
checkmate = rules.inCheck(self.board,pieces.notPlayer(self.player),mate=True)
if checkmate:
printMe(display.showBoard(self.board))
printMe("Check-mate! Player " + self.player + " wins!")
exit()
elif checkmate == None:
printMe(display.showBoard(self.board))
printMe("Stale-mate! Player " + self.player + "'s King is safe where it is, but can't move anywhere without being in check. The game is a draw! ")
exit()
return (coordX1, coordY1, coordX2, coordY2)
def playerSeq(self):
printMe (display.showBoard(self.board, player=self.player) )
(x1,y1,x2,y2) = self.playerTurn()
self.gameHistory.append( (copy.deepcopy(self.board),self.player,x1,y1,x2,y2) )
return pieces.notPlayer(self.player)
