protected virtual void executeImageEvent(ImageFrameEventData ife)
{
ImageFrameReadyEventArgs e = new ImageFrameReadyEventArgs();
e.ImageFrame = ife.imageFrame;
e.eventFileName = ife.saveFileName;
VideoFrameReady(this, e);
}
private void executePreviousEvent()
{
bool findSkeleton = false;
bool findDepth = false;
bool findImage = false;
SkeletonFrameEventData sfe = new SkeletonFrameEventData();
DepthFrameEventData dfe = new DepthFrameEventData();
ImageFrameEventData ife = new ImageFrameEventData();
while (!findSkeleton || !findImage || !findDepth)
{
switch (kinectEventLine.kinectEventType)
{
case EventType.SkeletonFrameEvent:
if (!findSkeleton)
{
findSkeleton = true;
sfe = (SkeletonFrameEventData)kinectEventLine.loadKinectEvent(eventRootFolder);
}
break;
case EventType.DepthFrameEvent:
if (!findDepth)
{
findDepth = true;
dfe = (DepthFrameEventData)kinectEventLine.loadKinectEvent(eventRootFolder);
}
break;
case EventType.ImageFrameEvent:
if (!findImage)
{
findImage = true;
ife = (ImageFrameEventData)kinectEventLine.loadKinectEvent(eventRootFolder);
}
break;
default:
break;
}
if (kinectEventLine.sequenceNumber == 1)
{
break;
}
loadPreviousEvent();
}
if (findSkeleton)
executeSkeletonFrameEvent(sfe);
if (findDepth)
executeDepthFrameEvent(dfe);
if (findImage)
executeImageEvent(ife);
}
public void addImageFrameEvent(Microsoft.Research.Kinect.Nui.ImageFrameReadyEventArgs e)
{
if (!_recording)
return;
ImageFrameEventData ife = new ImageFrameEventData(e, stopwatch.ElapsedMilliseconds, recordDirecotory, device_id);
saveNextEvent(ife.time, ife.saveFileName, EventType.ImageFrameEvent);
}