void SetShapesOfMatchingGroups()
{
bool[,] visited = new bool[BoardWidth, BoardHeight];
foreach (BoardObject boardObject in board)
{
Cube cube = boardObject as Cube;
// If this object is not a cube, or visited before, we don't need to check it.
if (cube == null || visited[cube.GridPosition.x, cube.GridPosition.y])
{
continue;
}
visited[cube.GridPosition.x, cube.GridPosition.y] = true;
List <Cube> matchingCubes = AlgoUtils.GetMatchingCubes(cube);
// TODO: Change this part after adding new normal maps for bomb and disco ball shapes.
if (matchingCubes.Count + 1 >= Constants.ROCKET_MATCH_COUNT)
{
foreach (Cube matchingCube in matchingCubes)
{
visited[matchingCube.GridPosition.x, matchingCube.GridPosition.y] = true;
matchingCube.ShapeDrawer.SetShape(ShapeController.Shape.Rocket);
}
cube.ShapeDrawer.SetShape(ShapeController.Shape.Rocket);
}
else
{
cube.ShapeDrawer.SetShape(ShapeController.Shape.TearDrop);
}
}
}
public void HandleOnClick()
{
List <Cube> matchingCubes = AlgoUtils.GetMatchingCubes(this);
/* Note that matching cubes are not including this cube itself.
* Therefore we need to add 1 one the count,
* in order to get total number of cubes in this combination.
*/
int numTotalCubesInCombo = matchingCubes.Count + 1;
if (numTotalCubesInCombo < Constants.MIN_MATCH_COUNT)
{
Wobble();
}
else
{
foreach (Cube matchingCube in matchingCubes)
{
matchingCube.HandleOnHit();
}
DestroySelf();
if (numTotalCubesInCombo >= Constants.DISCOBALL_MATCH_COUNT)
{
BoosterController.Instance.CreateDiscoBallAtPosition(GridPosition, transform.position
, ColorChanger.CurrentColor);
}
else if (numTotalCubesInCombo >= Constants.BOMB_MATCH_COUNT)
{
BoosterController.Instance.CreateBombAtPosition(GridPosition, transform.position);
}
else if (numTotalCubesInCombo >= Constants.ROCKET_MATCH_COUNT)
{
BoosterController.Instance.CreateRocketAtPosition(GridPosition, transform.position);
}
}
BoardController.Instance.OnClickHandled();
}
