public RecordingDriver2(int processingThreadNumber = 3)
{
ArduinoWorker = new ArduinoWorker();
settings = new SettingsContainer();
imageCapture = new ImageCapture();
imageCapture2 = new ModelImageCapture();
imageProcessor = new ImageProcessor2(processingThreadNumber);
imageCapture.rec += AddImage;
imageCapture2.imageReciever += AddImage;
imageCapture.action += ArduinoWorker.Action;
imageCapture.Start();
imageCapture2.Pause();
imageCapture2.Start();
}
private void ApplySettings()
{
imageCapture.UpdateCamera(settings.Camera);
imageCapture.UpdateFramePause(settings.FramePause);
imageCapture.UpdateMaxFrameCounter(settings.MaximumSteps);
if (settings.model)
{
imageCapture.Pause();
lock (locker)
BufferPhaseImage = null;
imageCapture2.PauseRelease();
}
else
{
imageCapture2.Pause();
lock (locker)
BufferPhaseImage = null;
imageCapture.PauseRelease();
}
}
private void ApplySettings()
{
imageCapture.UpdateCamera(settings.Camera);
imageCapture.UpdateFramePause(settings.FramePause);
imageCapture.UpdateMaxFrameCounter(settings.MaximumSteps);
if (settings.model)
{
imageCapture.Pause();
lock (locker)
BufferPhaseImage = null;
imageCapture2.PauseRelease();
}
else
{
imageCapture2.Pause();
lock (locker)
BufferPhaseImage = null;
imageCapture.PauseRelease();
}
if (settings.arduino)
{
if (ArduinoWorker == null)
{
ArduinoWorker = new ArduinoWorker();
ArduinoWorker.init();
imageCapture.action += ArduinoWorker.Action;
}
}
else
{
if (ArduinoWorker != null)
{
ArduinoWorker.Stop();
imageCapture.action -= ArduinoWorker.Action;
ArduinoWorker = null;
}
}
}