/// <summary>
/// The turn the routine of this selector.
/// </summary>
/// <returns>The routine.</returns>
/// <param name="angleDir">Angle dir.</param>
public override IEnumerator TurnRoutine(int angleDir)
{
GameSkeleton.inputManager.IsReadyForInput = false;
SelectorManager selectorManager = GameSkeleton.selectorManager;
//initialize selecteds
List <Transform> selecteds = selectorManager.SelectedPieceGroup.AddThisGroupPiecesInToTheTransformList();
initializeSelectedsForTurn(selecteds);
//get start rotation euler
Vector3 startEuler = selectorManager.currentSelectorObject.transform.rotation.eulerAngles;
//this is the algorith for that when in 3 selecteds turned on clockwise, if 2 of them in left 1 of them is right, indexes changes clockwise
//but the in other situation indexes changes counter-clockwise
//index turn direction also can be found with middle index minus lower index == 1 or bigger,
int indexTurnDir = selecteds.CheckIfItsHaveAHighestXValue() == true ? angleDir : -angleDir;
for (int i = 0; i < 3; i++)
{
//turn the selector
for (int x = 0; x < 10; x++)
{
startEuler.z += (12f * angleDir);
selectorManager.currentSelectorObject.transform.rotation = Quaternion.Euler(startEuler);
yield return(new WaitForFixedUpdate());
}
//correct Selecteds rotation
for (int b = 0; b < selecteds.Count; b++)
{
selecteds [b].GetComponent <GridPiece> ().CorrectRotationWhenSelectorTurns();
}
//turn idexes according to indexTurnDirection
TurnSelectedIndexesInGridSystem(indexTurnDir);
//wait for smoothness
yield return(new WaitForSeconds(0.05f));
//check for any explosion
if (ExplosionSystem.IsAnyExplosionInTheSystem)
{
resetSelectedsAfterTurn(selecteds);
selectorManager.currentSelectorObject.SetActive(false);
Stats.movedCountSystem.ActionMaded();
yield return(GameSkeleton.Instance.StartCoroutine(ExplosionSystem.Explode()));
yield break;
}
}
resetSelectedsAfterTurn(selecteds);
GameSkeleton.inputManager.IsReadyForInput = true;
}
public static IEnumerator Explode()
{
//patlayacak tüm grupları al
List <IndexGroup> explodingGroups = giveEveryGroupThatGoingToExplodeInExplosionTypes();
//patlayacak gruplarda
visualProcessInTheExplodingGroups(explodingGroups);
yield return(GameSkeleton.Instance.StartCoroutine(spawnNewPiecesInTheMapAndRecorrectGridIndexes(divideExplodingGroupsInToColumns(explodingGroups))));
yield return(new WaitForSeconds(.1f));
if (IsAnyExplosionInTheSystem)
{
GameSkeleton.Instance.StartCoroutine(ExplosionSystem.Explode());
yield break;
}
//Game over checks
GameSkeleton.Instance.GameOverChecks();
}