void RecurseNeighbourPowerBricks(BrickData brick, List <BrickData> visited)
{
if (visited.Contains(brick) || !LXFMLHelper.IsPowerBrick(brick.design.id, brick.materialId))
{
return;
}
else
{
visited.Add(brick);
}
foreach (BrickData connected in brick.NeighbourBricks)
{
RecurseNeighbourPowerBricks(connected, visited);
}
}
void AddLasers(List <BrickData> bricksList, int direction)
{
for (int i = 0; i < bricksList.Count; i++)
{
if (LXFMLHelper.IsPowerBrick(bricksList[i].design.id, bricksList[i].materialId))
{
//Check upper and lower bricks
int numUpperSlots = LXFMLHelper.UpperSlots(bricksList[i].design.id);
int numLowerSlots = LXFMLHelper.LowerSlots(bricksList[i].design.id);
Vector2 brickOrigin = GetBrickOrigin(bricksList[i].id);
int inc = 0;
int j = Mathf.RoundToInt(brickOrigin.x);
int numUpperBricks = 0;
while (inc < numUpperSlots)
{
LXFMLCell upperCell = _grid.GetCellAt(j, (int)brickOrigin.y + bricksList[i].design.height);
if (upperCell != null && !upperCell.IsEmpty)
{
if (upperCell.Data.Brick.design.type == BrickType.Normal || upperCell.Data.Brick.design.type == BrickType.SlopeDown || upperCell.Data.Brick.design.type == BrickType.CurveOut)
{
numUpperBricks++;
}
else
{
if (upperCell.Data.IsOrigin)
{
numUpperBricks++;
}
}
}
j += bricksList[i].Orientation;
inc++;
}
inc = 0;
j = Mathf.RoundToInt(brickOrigin.x);
int numLowerBricks = 0;
while (inc < numLowerSlots)
{
LXFMLCell lowerCell = _grid.GetCellAt(j, (int)brickOrigin.y - 1);
if (lowerCell != null && !lowerCell.IsEmpty)
{
if (lowerCell.Data.Brick.design.type == BrickType.Normal || lowerCell.Data.Brick.design.type == BrickType.SlopeUp || lowerCell.Data.Brick.design.type == BrickType.CurveIn)
{
numLowerBricks++;
}
else
{
if (lowerCell.Data.IsOrigin)
{
numLowerBricks++;
}
else
{
if (j == GetBrickOrigin(lowerCell.Data.Brick.id).x)
{
numLowerBricks++;
}
}
}
}
j += bricksList[i].Orientation;
inc++;
}
if (numLowerBricks == numLowerSlots && numUpperBricks == numUpperSlots)
{
CreateLaser(bricksList[i], direction);
}
}
}
}