/// <summary>
/// Output information content via audio if input was received
/// for a device currently in this haptic rectangle
/// </summary>
/// <param name="haptiQ"></param>
/// <param name="gestureType"></param>
public override void handlePress(HaptiQ haptiQ, PRESSURE_GESTURE_TYPE gestureType)
{
Tuple<STATE, IBehaviour> HaptiQState = _HaptiQBehaviours.ContainsKey(haptiQ.getID()) ? _HaptiQBehaviours[haptiQ.getID()] : null;
if (pointIsInside(haptiQ.position) && HaptiQState != null && HaptiQState.Item1 == STATE.down)
{
if (_action != null)
{
_action.run(haptiQ.getID(), gestureType, haptiQ.getCurrentPressureData());
}
else
{
SpeechOutput.Instance.speak(information);
}
}
}
/// <summary>
/// Handle an actuator press.
/// Note: Multiple presses are not supported, yet.
/// </summary>
/// <param name="haptiQ"></param>
/// <param name="gestureType"></param>
public virtual void handlePress(HaptiQ haptiQ, PRESSURE_GESTURE_TYPE gestureType)
{
Tuple<STATE, IBehaviour> HaptiQState = _HaptiQBehaviours.ContainsKey(haptiQ.getID()) ? _HaptiQBehaviours[haptiQ.getID()] : null;
if (pointIsInside(haptiQ.position) && HaptiQState != null && HaptiQState.Item1 == STATE.down)
{
if (_action != null)
{
_action.run(haptiQ.getID(), gestureType, haptiQ.getCurrentPressureData());
}
}
}
/// <summary>
/// Handle behaviours on input
/// </summary>
/// <param name="haptiQ"></param>
/// <returns></returns>
public Tuple<BEHAVIOUR_RULES, IBehaviour, IBehaviour> handleInput(HaptiQ haptiQ)
{
if (this.Parent != null)
{
Tuple<STATE, IBehaviour> HaptiQState = _HaptiQBehaviours.ContainsKey(haptiQ.getID()) ? _HaptiQBehaviours[haptiQ.getID()] : null;
if (pointIsInside(haptiQ.position))
{
IBehaviour prevBehaviour = HaptiQState != null ? HaptiQState.Item2 : null;
IBehaviour currentBehaviour = chooseBehaviour(haptiQ);
currentBehaviour.updateNext(prevBehaviour);
BEHAVIOUR_RULES rule = BEHAVIOUR_RULES.SUBS;
if (currentBehaviour.Equals(prevBehaviour))
{
rule = BEHAVIOUR_RULES.NOPE;
}
_HaptiQBehaviours[haptiQ.getID()] = new Tuple<STATE, IBehaviour>(STATE.down, currentBehaviour);
return new Tuple<BEHAVIOUR_RULES, IBehaviour, IBehaviour>(rule, currentBehaviour, prevBehaviour);
}
else if (HaptiQState != null && HaptiQState.Item1 == STATE.down)
{
IBehaviour prevBehaviour = HaptiQState.Item2;
IBehaviour currentBehaviour = new BasicBehaviour(haptiQ, BasicBehaviour.TYPES.flat);
BEHAVIOUR_RULES rule = BEHAVIOUR_RULES.SUBS;
if (currentBehaviour.Equals(prevBehaviour))
{
rule = BEHAVIOUR_RULES.NOPE;
}
_HaptiQBehaviours[haptiQ.getID()] = new Tuple<STATE, IBehaviour>(STATE.up, currentBehaviour);
return new Tuple<BEHAVIOUR_RULES, IBehaviour, IBehaviour>(rule, currentBehaviour, prevBehaviour);
}
}
Tuple<BEHAVIOUR_RULES, IBehaviour, IBehaviour> retval =
new Tuple<BEHAVIOUR_RULES, IBehaviour, IBehaviour>(BEHAVIOUR_RULES.REMOVE,
_HaptiQBehaviours.ContainsKey(haptiQ.getID()) ? _HaptiQBehaviours[haptiQ.getID()].Item2 : null, null);
_HaptiQBehaviours[haptiQ.getID()] = new Tuple<STATE, IBehaviour>(STATE.up, null);
return retval;
}