public void reset()
{
Function.Call(Hash.DISPLAY_RADAR, true);
Function.Call(Hash.DISPLAY_HUD, true);
GUIManager.Instance.missionUI.show();
if (transitionTimer != null)
{
transitionTimer.interrupt();
transitionTimer = null;
}
foreach (CameraShot cameraShot in this.sequence)
{
cameraShot.destroyCamera();
}
this.sequence.Clear();
this.current_element = null;
this.sequenceElapsedTime = 0;
this.sequence_total_duration = 0;
this.current_index = -1;
this.current_element_elapsed_time = 0;
}
public static void setClockTime(int newHour, float transitionDuration = 0, bool onlyForward = false)
{
int currentHour = Function.Call <int>(Hash.GET_CLOCK_HOURS);
newHour = newHour % 24;
float hoursToAdd = (newHour > currentHour) ? (newHour - currentHour) : ((newHour + 24) - currentHour);
if (!onlyForward && hoursToAdd > 12)
{
hoursToAdd = 24 - hoursToAdd;
}
if (clockTransitionTimer != null)
{
Tools.log("clockTransitionTimer interrupt");
clockTransitionTimer.interrupt();
}
if (transitionDuration <= 0)
{
Function.Call(Hash.SET_CLOCK_TIME, newHour, 0, 0);
}
else
{
clockTransitionTimer = new Timer(transitionDuration);
clockTransitionTimer.OnTimerUpdate += (elapsedMilliseconds, elapsedPourcent) =>
{
float floatingHour = (currentHour + (hoursToAdd * elapsedPourcent)) % 24;
int hour = (int)Math.Floor(floatingHour),
minute = (int)Math.Floor(((floatingHour - hour) * 60) % 60);
Function.Call(Hash.SET_CLOCK_TIME, hour, minute, 0);
};
clockTransitionTimer.OnTimerInterrupt += (sender, elapsedMilliseconds) =>
{
clockTransitionTimer = null;
};
}
}
