/// Apply frame n's information to these replayer objects
/// so that they match the frame
public void ApplyFrame(ClockController timer,
DynamicReplayer[] dynamics, StaticReplayer[] statics)
{
// spin up to the frame right before the current time
float currentTime = timer.GetTime();
while (frames[head].time <= currentTime)
{
head++;
if (head >= frames.Count)
{
// we've reached the end of the recording, and should
// return the last frame
head--;
break;
}
}
// that makes frames[head] the first frame before (or at) the
// current time
// if this frame hasn't been rendered yet, we should play it
if (head > prev)
{
frames[head].Apply(dynamics, statics);
prev = head;
}
}
/// Add the information from these recordable objects to
/// a new frame
public void AddFrame(ClockController timer,
DynamicRecorder[] dynamics, StaticRecorder[] statics)
{
// create and store a new frame
Frame frame = new Frame(timer.GetTime(), dynamics, statics);
frames.Add(frame);
// optional: print the frame's json to the console
// Debug.Log(JsonUtility.ToJson(frame));
}
void OnTriggerEnter2D(Collider2D other)
{
if (ArcadePhysics.SameWorld(this, other))
{
// only trigger if this component is on
if (enabled)
{
if (ended == false && recorder != null)
{
recorder.EndRecording(clock.GetTime());
ended = true;
}
}
}
}
// Helper method used by HandleUpdate to take a clock update and act accordingly
private void ApplyClockUpdate(List <byte> data)
{
// Get the time sent with the notification
float time = BitConverter.ToSingle(data.ToArray(), 0);
// Start or stop the clock as appropriate
if (time == START_CLOCK)
{
clock.StartTiming();
}
else if (time == STOP_CLOCK)
{
clock.StopTiming();
FinalizeLevel.CrossFinishLine(clock.GetTime());
}
else
{
clock.StopTiming();
clock.SetTime(time);
FinalizeLevel.CrossFinishLine(time);
}
}
