private void addLocationToCell(PossibleMove?i_Cell, ref List <PossibleMove?> i_ListOfPossibleMoves)
{
bool cellFound = false;
PossibleMove?newMove;
if (i_Cell != null)
{
foreach (PossibleMove?move in i_ListOfPossibleMoves)
{
if (move.Value.isEqualToPoisition(i_Cell.Value.X, i_Cell.Value.Y))
{
eDirection direction = new eDirection();
direction = i_Cell.Value.Direction;
direction |= move.Value.Direction;
cellFound = true;
newMove = new PossibleMove(i_Cell.Value.X, i_Cell.Value.Y, direction);
i_ListOfPossibleMoves.Remove(move);
i_ListOfPossibleMoves.Add(newMove);
break;
}
}
if (!cellFound)
{
i_ListOfPossibleMoves.Add(i_Cell);
}
}
}
private PossibleMove?getPossibleCellFromDirection(int i_XCoord, int i_YCoord, eDirection i_Direction, Player i_Player)
{
int boardRow = 0, boardCol = 0;
PossibleMove?possibleMove = null;
bool foundSpaceToPlaceNewMove = false;
bool inBoundsOfBoard = true;
getDirectionRowAndColumn(ref boardRow, ref boardCol, i_Direction);
while (!foundSpaceToPlaceNewMove && inBoundsOfBoard)
{
i_XCoord += boardRow;
i_YCoord += boardCol;
inBoundsOfBoard = m_Board.IsCoordinatesInBounds(i_XCoord, i_YCoord);
if (!inBoundsOfBoard)
{
break;
}
else if (m_Board[i_XCoord, i_YCoord].Color == i_Player.Color)
{
break;
}
else if (m_Board[i_XCoord, i_YCoord].Color == Color.Empty || m_Board[i_XCoord, i_YCoord].Color == Color.LimeGreen)
{
foundSpaceToPlaceNewMove = true;
}
}
if (foundSpaceToPlaceNewMove)
{
possibleMove = new PossibleMove(i_XCoord, i_YCoord, getOppositeDirection(i_Direction));
}
return(possibleMove);
}