public List <Position> applyMove(Board board, IPiece piece)
{
Position p = piece.Position;
Position possible;
List <Position> moves = new List <Position>();
int scalar;
for (scalar = 1; scalar < Chess.Board.BOARD_DIMENSION; scalar++)
{
possible = new Position(p.Column + scalar * x, p.Row + scalar * y);
Position.Placement placement = board.validPosition(piece, possible);
switch (placement)
{
case Position.Placement.VALID:
case Position.Placement.CAPTURE:
moves.Add(possible);
break;
case Position.Placement.BLOCKED:
case Position.Placement.ILLEGAL:
default:
break;
}
if (placementWillTerminateVector(placement))
{
break;
}
}
return(moves);
}
Boolean placementWillTerminateVector(Position.Placement placement)
{
switch (placement)
{
case Position.Placement.VALID:
return(false);
case Position.Placement.CAPTURE:
case Position.Placement.BLOCKED:
case Position.Placement.ILLEGAL:
default:
return(true);
}
}
public List <Position> applyMove(Board board, IPiece piece)
{
Position p = piece.Position;
Position possible = new Position(p.Column + x, p.Row + y);
List <Position> moves = new List <Position>();
Position.Placement placement = board.validPosition(piece, possible);
switch (placement)
{
case Position.Placement.VALID:
case Position.Placement.CAPTURE:
moves.Add(possible);
break;
case Position.Placement.BLOCKED:
case Position.Placement.ILLEGAL:
default:
break;
}
return(moves);
}
