private void OnRingAskingToBeSelected(SelectableRing ring)
{
if (!isStarted)
{
//the exercise hasn't started yet
return;
}
//Collision to the pin of the ring selected (to avoid innecesary animations)
lastPinWithCollision = pins[ring.pin].GetInstanceID();
//Only the last ring can be selected
if (pins[ring.pin].ringPeek().GetInstanceID() == ring.GetInstanceID())
{
//Removing the ring from his current Pin so it can be moved
pins[ring.pin].ringPop();
ring.SelectionAllowed();
aRingIsSelected = true;
}
#if UNITY_EDITOR
else
{
aRingIsSelected = true;
//For QA (have fun Roy!)
QA_OnRingAskingToBeSelected(ring);
}
#endif
}
private void QA_OnRingAskingToBeSelected(SelectableRing ring)
{
if (!multipleSelectionAllowed)
{
return;
}
Pin pin = pins[ring.pin];
multipleRingSelection.Clear();
//Select the ring and everything above him
int selectedIndex = -1;
for (int i = 0; i < pin.ringsStack.Count; i++)
{
//Search for the selected ring
if (selectedIndex < 0)
{
if (pin.ringsStack[i].GetInstanceID() == ring.GetInstanceID())
{
selectedIndex = i;
multipleRingSelection.Add(pin.ringsStack[i]);
}
}
else
{
//Every ring after the selected should be added
multipleRingSelection.Add(pin.ringsStack[i]);
}
}
//Remove all the selected rings from the pin
pin.ringsStack.RemoveRange(selectedIndex, multipleRingSelection.Count);
//All the selected rings follow the movements of the one selected by the input
StartCoroutine("MultipleSelectionVisualUpdate");
//Allow selection and visually select the extra rings
ring.SelectionAllowed();
foreach (SelectableRing r in multipleRingSelection)
{
r.DoSelectionEffect();
}
isMultipleSelectionActive = true;
}