allPieces = updateChessPieces()
p.event.post(resolvedBoard)
#prevPiece = selectedPiece
#selectedPiece[2].position = hold
#post selection
else:
selectedPiece[1][0] = px
selectedPiece[1][1] = py
selectedPiece = None
if event.type == resolve:
aiTurn = False
if chessBoard.currentPlayer == "White":
chessBoard.currentPlayer = "Black"
chessBoard.prevBoard.currentPlayer = "White"
aiTurn = True
else:
chessBoard.currentPlayer = "White"
chessBoard.prevBoard.currentPlayer = "Black"
chessBoard.moveCounter += 1
for piece in allPieces:
if piece[2].color == chessBoard.currentPlayer and piece[
2].toString().lower() == "k":
friendlyKing = piece[2]
# print("King Legal Moves:", friendlyKing.legalMoves(chessBoard))
if friendlyKing.inCheck(chessBoard):
print("Check")
if friendlyKing.inCheckmate(chessBoard):
newBoard.currentPlayer = "Black"
newBoard.prevBoard.currentPlayer = "White"
else:
newBoard.currentPlayer = "White"
newBoard.prevBoard.currentPlayer = "Black"
return newBoard
#testing
# b = BoardEvaluator(b)
b = Board()
b.tiles[39] = (Tile(39, Queen("White", 39)))
b.tiles[36] = (Tile(36, Pawn("Black", 36)))
b.tiles[52] = (Tile(52, NullPiece()))
b.tiles[53] = (Tile(53, NullPiece()))
b.tiles[21] = (Tile(21, Knight("White", 21)))
b.tiles[6] = (Tile(6, NullPiece()))
b.currentPlayer = "Black"
# newBoard.printBoard()
#resultNode = Node(b, True)
#a = getBestMove(resultNode, 1)
#x = 0
#for node in nodes.keys():
#node.position.printBoard()
#print(len(nodes))
#a[0].printBoard()
#print(a[0].currentPlayer, a[0].moveCounter)