public override bool IsValidMove(Vector2D toPosition)
{
bool isValidRook = MovementValidation.IsValidRookMovement(BoardPosition, toPosition);
//if (toPosition.ToCoordinate() == "g1") Debugger.Break();
bool isNotObstructed = MovementValidation.IsPathNotObstructed(BoardPosition, toPosition);
return(isValidRook && isNotObstructed);
}
public override bool IsValidMove(Vector2D toPosition)
{
bool isValidRook = MovementValidation.IsValidRookMovement(BoardPosition, toPosition);
bool isValidBishop = MovementValidation.IsValidBishopMovement(BoardPosition, toPosition);
bool isNotObstructed = MovementValidation.IsPathNotObstructed(BoardPosition, toPosition);
return((isValidRook || isValidBishop) && isNotObstructed);
}
public override bool IsValidMove(Vector2D toPosition)
{
bool isValid = false;
var pieceAtToPosition = ChessGame.ChessBoard.Board[toPosition.Y, toPosition.X];
if ((MovementValidation.IsValidBishopMovement(BoardPosition, toPosition) ||
MovementValidation.IsValidRookMovement(BoardPosition, toPosition)) &&
!(pieceAtToPosition != null && pieceAtToPosition.GetType() == typeof(King)))
{
int xDiff = Math.Abs(BoardPosition.X - toPosition.X);
int yDiff = Math.Abs(BoardPosition.Y - toPosition.Y);
isValid = ((xDiff == 0 || xDiff == 1) && (yDiff == 0 || yDiff == 1));
}
return(isValid);
}
