// Update is called once per frame
void Update()
{
// Increment the world time by our real time factor
world.time += Time.deltaTime * realTimeToGameTimeMultiplier;
// Calculate elapsed time since last update
float timeIncrement = world.time - elapsedTime;
elapsedTime = world.time;
// Update the stats of every object
foreach (Character c in characters)
{
c.UpdateStats(timeIncrement);
}
// Update any in flight events
for (int i = 0; i < runningTriggeredEvents.Count;)
{
StoryEvent e = runningTriggeredEvents[i];
if (!e.UpdateEvent())
{
// The event has finished, remove it from the running event list.
runningTriggeredEvents.RemoveAt(i);
// If it can be run again, add it back to the onTriggered list
if (e.IsRepeat())
{
onTriggerEvents.Add(e);
}
}
else
{
i++;
}
}
// Ditto for random event
if (runningRandomEvent != null)
{
if (!runningRandomEvent.UpdateEvent())
{
if (runningRandomEvent.IsRepeat())
{
randomEvents.Add(runningRandomEvent);
runningRandomEvent = null;
}
}
}
// Check for any triggered events.
// Do this before checking random events, because onTrigger events have higher priority
for (int i = onTriggerEvents.Count - 1; i >= 0; i--)
{
StoryEvent e = onTriggerEvents[i];
if (e.IsTriggered())
{
e.StartEvent();
onTriggerEvents.RemoveAt(i);
runningTriggeredEvents.Add(e);
}
}
// Check for any random events
if (runningRandomEvent == null && randomEvents.Count > 0)
{
// Don't accumulate time while an event is running - we don't want to keep triggering these.
accumulatedRandomEventTime += timeIncrement;
if (accumulatedRandomEventTime > randomEventInterval)
{
accumulatedRandomEventTime -= randomEventInterval;
// Grab a random event
int index = Random.Range(0, randomEvents.Count);
runningRandomEvent = randomEvents[index];
randomEvents.RemoveAt(index);
// And start it
runningRandomEvent.StartEvent();
}
}
// Update the action state
if (runningAction != null)
{
runningAction.UpdateAction();
switch (runningAction.GetState())
{
case StoryAction.State.kInactive:
// Finished, remove
runningAction = null;
IsInteractive = true;
// Can skip transition out state, so make sure to reset clocks too.
foreach (ClockSpinner clock in clocks)
{
clock.speedMultiplier = clockMultiplierSlow;
}
break;
case StoryAction.State.kTransitionIn:
// Starting, but needs transition period
break;
case StoryAction.State.kAct:
// Acting
foreach (ClockSpinner clock in clocks)
{
clock.speedMultiplier = clockMultiplierFast;
}
break;
case StoryAction.State.kTransitionOut:
// Action finished, returning to normal
foreach (ClockSpinner clock in clocks)
{
clock.speedMultiplier = clockMultiplierSlow;
}
break;
}
}
}
