private void WorkoutDetected(object sender, WorkoutControllerEventArgs e)
{
Body[] bodies = this.bodies;
foreach (Body body in bodies)
{
if (body.IsTracked && body != null)
{
//Initialize PostureAnalyzer object
postureAnalyzer = new PostureAnalyzer();
//Analyze this frame's data and return a bit vector containing information about which posture checks failed
BitVector32 postureFlag = postureAnalyzer.AnalyzeWorkout(body, e.gestureName, e.ContinuousResult.Progress);
if ((DateTime.Now - lastPublishTime).TotalSeconds >= 3.0)
{
eventPipeLine.EnqueuePipeline(new PhotonPackage(postureFlag));
bool isEventPublished = publishEvent("shoulder", eventPipeLine.queue.Peek().postureFlagBits.Data.ToString());
if (isEventPublished)
{
//Since the publish event operation is async, wait until it returns true, once its confirmed that the event is published, then empty
eventPipeLine.DequeuePipeline();
}
else
{
Debug.WriteLine("Publishing did not occur properly");
}
lastPublishTime = DateTime.Now;
}
break;
}
}
}
public void checkStatus()
{
if (this.workoutDiscrete != null && this.workoutContinuous != null)
{
//This double checks whether the gesture is occuring, if its true, it fires an event
if (this.workoutDiscrete.Detected && this.workoutContinuous.Progress >= 0)
{
WorkoutControllerEventArgs args = new WorkoutControllerEventArgs();
args.DiscreteResult = this.workoutDiscrete;
args.ContinuousResult = this.workoutContinuous;
args.gestureName = this.gestureName;
InitiateWorkoutEvent(args);
}
}
}
protected virtual void InitiateWorkoutEvent(WorkoutControllerEventArgs e)
{
OnWorkoutDetected?.Invoke(this, e);
}
