/// <summary>
/// Is current time within the defined time frame
/// </summary>
/// <returns><c>true</c>, if current time is within absolute defined time, <c>false</c> otherwise.</returns>
private bool IsWithinTimeFrame()
{
if (ActivateOnDependencyMap.AreDependenciesSatisfied)
{
// if time is beyond the specified wait time
if (delayed && Time.time >= startTime + delayDuration || !delayed)
{
// if it never expires OR expires and below ending time frame
if (!expires || (expires && Time.time < startTime + delayDuration + activeDuration))
{
// notify manager
SetTriggerState(Gaze_TriggerState.ACTIVE);
canBeTriggered = true;
// trigger if auto-trigger is set to START
if (GetAutoTriggerMode().Equals(Gaze_AutoTriggerMode.START))
{
TriggerCount++;
canBeTriggered = false;
Gaze_EventManager.FireTriggerEvent(new Gaze_TriggerEventArgs(gameObject, Time.time, true, false, TriggerCount, GetAutoTriggerMode(), GetReloadMode(), reloadMaxRepetitions));
// check if reload needed
if (reload)
{
ScheduleAutoReload();
}
}
return(true);
}
}
}
return(false);
}
public void Validate()
{
++TriggerCount;
// notify manager
Gaze_EventManager.FireTriggerEvent(new Gaze_TriggerEventArgs(gameObject, Time.time, true, false, TriggerCount, GetAutoTriggerMode(), GetReloadMode(), reloadMaxRepetitions));
}
private IEnumerator NotifyAtStart()
{
yield return(new WaitForEndOfFrame());
if (proximityFlag)
{
Gaze_EventManager.FireProximityEvent(new Gaze_ProximityEventArgs(IOScript, otherGameObject.GetComponentInParent <Gaze_InteractiveObject>(), true));
}
}
private void SetTriggerState(Gaze_TriggerState state, bool forceNotify = false)
{
if (forceNotify || !GetTriggerState().Equals(state))
{
// update trigger status index
triggerStateIndex = (int)state;
// notify manager
Gaze_EventManager.FireTriggerStateEvent(new Gaze_TriggerStateEventArgs(gameObject, state));
}
}
void OnCollisionEnter(Collision collision)
{
if (collision.gameObject.GetComponent <Gaze_Collision> () != null &&
collision.gameObject.GetComponent <Gaze_Collision> ().detectCollision)
{
gaze_CollisionEventArgs.Sender = this.gameObject;
gaze_CollisionEventArgs.CollisionInfo = collision;
gaze_CollisionEventArgs.CollisionState = 1;
Gaze_EventManager.FireCollisionEvent(gaze_CollisionEventArgs);
//Gaze_EventManager.FireCollisionEvent (new Gaze_CollisionEventArgs (this.gameObject, collision, 1));
}
}
public virtual void OnCollisionExit(Collision collision)
{
if (collision.gameObject.GetComponent <Gaze_AbstractCollision> () != null &&
collision.gameObject.GetComponent <Gaze_AbstractCollision> ().detectCollision)
{
gaze_CollisionEventArgs.Sender = this.gameObject;
gaze_CollisionEventArgs.CollisionInfo = collision;
gaze_CollisionEventArgs.CollisionState = 3;
Gaze_EventManager.FireCollisionEvent(gaze_CollisionEventArgs);
//Gaze_EventManager.FireCollisionEvent (new Gaze_CollisionEventArgs (this.gameObject, collision, 3));
Gaze_CollisionExit();
}
}
void OnTriggerExit(Collider other)
{
if (other.gameObject.GetComponent <Gaze_Proximity>() != null)
{
if (debug)
{
Debug.Log("Gaze_Proximity (" + transform.parent.name + ") OnTriggerExit with " + other.GetComponentInParent <Gaze_InteractiveObject>().name);
}
proximityFlag = false;
otherGameObject = other.gameObject;
Gaze_EventManager.FireProximityEvent(new Gaze_ProximityEventArgs(IOScript, otherGameObject.GetComponentInParent <Gaze_InteractiveObject>(), false));
}
}
private void HandleReload()
{
if (reload)
{
// reload if necessary
if (Time.time > nextReloadTime && reloadScheduled)
{
Reload();
// notify manager
Gaze_EventManager.FireTriggerEvent(new Gaze_TriggerEventArgs(gameObject, Time.time, false, true, reloadCount, GetAutoTriggerMode(), GetReloadMode(), reloadMaxRepetitions));
}
}
}
private void onGazeEvent(Gaze_GazeEventArgs e)
{
// if sender is the gazable collider GameObject
if (e.Sender != null && (GameObject)e.Sender == gazable.gazeColliderIO.gameObject)
{
// if zoom is enabled
if (zoom)
{
// if we are in a zoom status
if (zoomOnTriggerState[gazable.triggerStateIndex])
{
// notify manager
Gaze_EventManager.FireZoomEvent(new Gaze_ZoomEventArgs(gameObject, gazable.gazeColliderIO.GetComponentInChildren <Gaze_Gaze>().GetComponent <Collider>(), zoomFovFactor, zoomSpeedFactor, (Gaze_DezoomMode)dezoomModeIndex, dezoomSpeedFactor, zoomCurve));
}
}
}
}
/// <summary>
/// Is Current time after the time frame.
/// </summary>
/// <returns><c>true</c>, if current time is after defined time frame, <c>false</c> otherwise.</returns>
private bool IsAfterTimeFrame()
{
// if it expires
if (expires)
{
// set delay duration
delayDuration = delayed ? delayDuration : 0;
// check if we're over the time limit
if (Time.time >= startTime + delayDuration + activeDuration)
{
// trigger if auto-trigger is set to END
// FIX GAZE-193 GazeSDK_v0.5.6 : and if canBeTriggered
if (GetAutoTriggerMode().Equals(Gaze_AutoTriggerMode.END) && canBeTriggered)
{
TriggerCount++;
Gaze_EventManager.FireTriggerEvent(new Gaze_TriggerEventArgs(gameObject, Time.time, true, false, TriggerCount, GetAutoTriggerMode(), GetReloadMode(), reloadMaxRepetitions));
}
canBeTriggered = false;
// notify manager
SetTriggerState(Gaze_TriggerState.AFTER);
return(true);
}
}
// if deactivated by dependencies
if (!ActivateOnDependencyMap.AreDependenciesSatisfied)
{
canBeTriggered = false;
// notify manager
SetTriggerState(Gaze_TriggerState.AFTER);
return(true);
}
return(false);
}
void Start()
{
SetDelayRandom();
SetExpireRandom();
focusInProgress = false;
focusComplete = focusDuration <= 0 ? true : false;
ActivateOnDependencyMap.AreDependenciesSatisfied = dependent ? false : true;
startTime = Time.time;
reloadCount = 0;
// notify we're before the activity window time
SetTriggerState(Gaze_TriggerState.BEFORE, true);
Gaze_EventManager.FireTriggerEvent(new Gaze_TriggerEventArgs(gameObject, Time.time, false, false, -1, GetAutoTriggerMode(), GetReloadMode(), reloadMaxRepetitions));
// check loss speed is valid if used
FocusLossSpeed = (GetFocusLossMode() == Gaze_FocusLossMode.FADE && FocusLossSpeed > 0) ? FocusLossSpeed : 1f;
CheckReloadParams();
collidingProximities = new List <GameObject>();
}
private void UpdateFocus()
{
// if focus is not complete
if (!focusComplete || focusDuration <= 0f)
{
// set the flag
focusInProgress = true;
// update focus time
focusTotalTime += Time.deltaTime;
if (m_ProgressIndicator != null)
{
m_ProgressIndicator.Show();
m_ProgressIndicator.UpdateProgress(focusTotalTime / focusDuration);
}
// set focused flag if focus time overpassed
if (focusTotalTime >= focusDuration)
{
focusComplete = true;
focusInProgress = false;
canBeTriggered = false;
TriggerCount++;
// notify manager
Gaze_EventManager.FireTriggerEvent(new Gaze_TriggerEventArgs(gameObject, Time.time, true, false, TriggerCount, GetAutoTriggerMode(), GetReloadMode(), reloadMaxRepetitions));
//Debug.Log(name + " Is triggered!!!");
// check if reload needed
if (reload)
{
ScheduleAutoReload();
}
return;
}
}
}
public virtual void ValidateCustomCondition(bool _conditionValidated)
{
IsValid = _conditionValidated;
Gaze_EventManager.FireCustomConditionEvent(new Gaze_CustomConditionEventArgs(this.GetInstanceID(), _conditionValidated));
}
/// <summary>
/// Notify to everyone that this IO has been destroyed
/// </summary>
private void OnDestroy()
{
Gaze_EventManager.FireOnIODestroyed(new Gaze_IODestroyEventArgs(this, this));
}
