Aligning

	// Reference to the GameObject
	// Assuming that this transform will rotate on the z
	public GameObject obj;
	//An alignment speed to control the lerp
	public float alignmentSpeed;
	// Public number for ease of coding
	// Is this 3?? 360/130 = 3?
	// This would make the increments at 0/360*, 120* & 240*
	public float numberOfIncrements = 3;
	// Internal number for ease of coding
	private float increment = 1.0f/numberOfIncrements;

	// In whatever code that detects input:
	void SomeMethodDetectingInput () {
		int newLocation = 0;
		int normalizedLocation = thisGameObject.transform.rotation.z/360;
		if (Tap || Release || Release_Off)
			StartCoroutine ("AlignToLocation");
		if (Drag)
			StopCoroutine ("AlignToLocation");
	}

	// Co-routine for animating the "snap" to the current location when the user releases
	IEnumerator AlignToLocation () {
		// Create and Set all of the current values in preparation of "lerping"
		bool aligning = true;
		// Create a "start time" to control the lerp
		float startTime = Time.time;
		// Create current location (normalized)
		float currentLocation = (obj.transform.rotation/360);
		// Find closest final location
		float closestLocation = increment * (Mathf.Round((obj.transform.rotation/360)/increment));

		// While aligning: Lerp the GameObject location to the next closest chapter
		while (aligning) {
			(obj.transform.rotation/360) = Mathf.Lerp (currentLocation, closestLocation, (Time.time - startTime) * alignmentSpeed);
			if (Mathf.Abs (closestLocation - (obj.transform.rotation/360)) < threshold) {
				(obj.transform.rotation/360) = closestLocation;
				aligning = false;
			}
			yield return null;
		}
		// Enable code here for triggering "something" AFTER the knob has settled
		DoSomething (closestLocation);
	}