public static void init()
{
capt = new ModelImageCapture(1000, 2000);
capt.CreateImagesForStepMethod(1, 4);
while (PhaseImageFactory.phaseImages.Count < 1)
{
PhaseImageFactory.AddImage(capt.GetImage());
}
BufferPhaseImage = PhaseImageFactory.phaseImages.Dequeue();
reserve = (double[, ])BufferPhaseImage.Image.Clone();
}
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();
}
public void FPS_test2()
{
count = 0;
capt = new ModelImageCapture(5, 5);
capt.CreateImagesForStepMethod(1, 4);
capt.imageReciever += testReciever1;
double FPS = 5;
capt.SetMaxFPS(FPS);
capt.Start();
DateTime dt1 = DateTime.UtcNow;
Thread.Sleep(6000);
capt.Stop();
double sec = DateTime.UtcNow.Subtract(dt1).TotalSeconds;
double d = count / sec;
capt.imageReciever -= testReciever1;
Assert.IsTrue(Math.Abs(d - FPS) / FPS < 0.1);
count = 0;
}
