public Tracker(GTCommands commands)
{
this.commands = commands;
detectionManager = new DetectionManager();
calibration = new Calibration.Calibration();
recalibration = new Recalibration();
eyeMovement = new Classifier();
exponentialSmoother = new ExponentialSmoother(20, 0, (int)Math.Ceiling(GTSettings.Current.Processing.SmoothLevel / 5.0));
visualization = new Visualization();
server = new UDPServer();
gazeDataRaw = new GTGazeData();
gazeDataSmoothed = new GTGazeData();
processingDone = true;
timerCalibrationDelay = new DispatcherTimer();
timerCalibrationDelay.Interval = TimeSpan.FromMilliseconds(calibrationDelayMilliseconds);
timerCalibrationDelay.Tick += TimerCalibrationTick;
logGaze = new Logger();
logGaze.Server = server; // Used to send messages back to client (log start/stop etc.)
logGaze.IsEnabled = GTSettings.Current.FileSettings.LoggingEnabled;
recalibration.RecalibrationAvailable += new Recalibration.RecalibrationAvailableHandler(recalibration_RecalibrationAvailable);
//recalibration.OnRecalibrationAvailable +=new Recalibration.RecalibrationAvailable(recalibration_OnRecalibrationAvailable);
GTSettings.Current.Processing.PropertyChanged += ProcessingSettingsPropertyChanged;
timerCalibrationDelay.Tick += TimerCalibrationTick;
CameraControl.Instance.FrameCaptureComplete += Camera_FrameCaptureComplete;
}
private void btnCalib_Click(object sender, EventArgs e)
{
ThreadManager.CreateThread(link =>
{
link.Name = "Calibration";
Recalibration.Calibration();
}).StartThread();
}
private void btnCalib_Click(object sender, System.EventArgs e)
{
ThreadManager.CreateThread(link =>
{
link.Name = "Calibration";
Recalibration.Calibration();
picCalibration.InvokeAuto(() => picCalibration.Image = Properties.Resources.ValidOk96);
CalibrationDone?.Invoke();
}).StartThread();
btnTrap.Focus();
}
private Tracker(GTCommands commands)
{
log.Info("Constructing Tracker...");
this.commands = commands;
detectionManager = new DetectionManager();
calibration = new Calibration.Calibration();
recalibration = new Recalibration();
eyeMovement = new Classifier();
exponentialSmoother = new ExponentialSmoother(Settings.Instance.EyeMovement.SmoothNumberOfSamples, 0, (int)Math.Ceiling(Settings.Instance.EyeMovement.SmoothLevel / 5.0));
visualization = new Visualization();
server = new UDPServer();
gazeDataRaw = new GTGazeData();
gazeDataSmoothed = new GTGazeData();
gazeDazaExtended = new GTExtendedData();
processingDone = true;
timerCalibrationDelay = new DispatcherTimer();
timerCalibrationDelay.Interval = TimeSpan.FromMilliseconds(calibrationDelayMilliseconds);
timerCalibrationDelay.Tick += TimerCalibrationTick;
logGaze = new Logger();
logGaze.Server = server; // Used to send messages back to client (log start/stop etc.)
log.Info("Looking up LoggingEnabled in FileSettings");
logGaze.IsEnabled = Settings.Instance.FileSettings.LoggingEnabled;
log.Info("Setting RecalibrationAvailableHandler");
recalibration.RecalibrationAvailable += new Recalibration.RecalibrationAvailableHandler(recalibration_RecalibrationAvailable);
//recalibration.OnRecalibrationAvailable +=new Recalibration.RecalibrationAvailable(recalibration_OnRecalibrationAvailable);
Settings.Instance.Processing.PropertyChanged += ProcessingSettingsPropertyChanged;
timerCalibrationDelay.Tick += TimerCalibrationTick;
if (GTHardware.Camera.Instance.Device != null)
{
log.Info("Setting GTHardware device OnImage EventHandler");
GTHardware.Camera.Instance.Device.OnImage += new EventHandler <GTHardware.Cameras.ImageEventArgs>(Device_OnImage);
}
string sDate = DateTime.Now.ToString();
sDate = sDate.Replace(" ", "");
sDate = sDate.Replace("/", "");
sDate = sDate.Replace(":", "");
log.Info("Completed constructing Tracker");
fileName2 = "c:\\temp\\log" + sDate + ".csv";
appendToFile(fileName2, "TimeStamp;GazeX;GazeY;DiameterLeftPupil;DiameterRightPupil");
/*fileName = "c:\\temp\\log" + sDate + ".arff";
* appendToFile(fileName, "@relation 'logeye'");
* appendToFile(fileName, "@attribute TimeStamp real");
* appendToFile(fileName, "@attribute GazeX real");
* appendToFile(fileName, "@attribute GazeY real");
* appendToFile(fileName, "@attribute DiameterLeftPupil real");
* appendToFile(fileName, "@attribute DiameterRightPupil real");
* appendToFile(fileName, "@data");*/
}
private void btnRestartRecal_Click(object sender, EventArgs e)
{
ThreadManager.CreateThread(link =>
{
link.Name = "GoToCalibration";
if (Recalibration.GoToCalibration())
{
Recalibration.Calibration();
}
}).StartThread();
}
public void RecalibrateTest()
{
var vcfPath = Path.Combine(TestPaths.LocalTestDataDirectory, "testData.PairRealigned.genome.vcf");
var expectedPath = Path.Combine(TestPaths.LocalTestDataDirectory, "testData.PairRealigned.genome.model");
var vcfOutTestFile = Path.Combine(TestPaths.LocalTestDataDirectory, "testData.PairRealigned.recal.vcf");
var outPath = TestPaths.LocalScratchDirectory;
var vcfOutFile = Path.Combine(outPath, "testData.PairRealigned.recal.vcf");
var options = new AdaptiveGtOptions
{
VcfPath = vcfPath,
OutputDirectory = outPath
};
Recalibration recal = new Recalibration(options);
recal.Recalibrate();
// Check model file
var outFile = Path.Combine(outPath, "testData.PairRealigned.genome.model");
TestHelper.CompareFiles(outFile, expectedPath);
// Check vcf file
Assert.True(File.Exists(vcfOutFile));
CompareVariants.AssertSameVariants_QScoreAgnostic(vcfOutFile, vcfOutTestFile);
File.Delete(vcfOutFile);
// Use model to generate vcf and check file
recal = new Recalibration(options);
recal.Recalibrate();
Assert.True(File.Exists(vcfOutFile));
CompareVariants.AssertSameVariants_QScoreAgnostic(vcfOutFile, vcfOutTestFile);
File.Delete(outFile);
File.Delete(vcfOutFile);
}
private Tracker(GTCommands commands)
{
log.Info("Constructing Tracker...");
this.commands = commands;
detectionManager = new DetectionManager();
calibration = new Calibration.Calibration();
recalibration = new Recalibration();
eyeMovement = new Classifier();
exponentialSmoother = new ExponentialSmoother(Settings.Instance.EyeMovement.SmoothNumberOfSamples, 0, (int)Math.Ceiling(Settings.Instance.EyeMovement.SmoothLevel / 5.0));
visualization = new Visualization();
server = new UDPServer();
gazeDataRaw = new GTGazeData();
gazeDataSmoothed = new GTGazeData();
gazeDazaExtended = new GTExtendedData();
processingDone = true;
timerCalibrationDelay = new DispatcherTimer();
timerCalibrationDelay.Interval = TimeSpan.FromMilliseconds(calibrationDelayMilliseconds);
timerCalibrationDelay.Tick += TimerCalibrationTick;
logGaze = new Logger();
logGaze.Server = server; // Used to send messages back to client (log start/stop etc.)
log.Info("Looking up LoggingEnabled in FileSettings");
logGaze.IsEnabled = Settings.Instance.FileSettings.LoggingEnabled;
log.Info("Setting RecalibrationAvailableHandler");
recalibration.RecalibrationAvailable += new Recalibration.RecalibrationAvailableHandler(recalibration_RecalibrationAvailable);
//recalibration.OnRecalibrationAvailable +=new Recalibration.RecalibrationAvailable(recalibration_OnRecalibrationAvailable);
Settings.Instance.Processing.PropertyChanged += ProcessingSettingsPropertyChanged;
timerCalibrationDelay.Tick += TimerCalibrationTick;
if (GTHardware.Camera.Instance.Device != null)
{
log.Info("Setting GTHardware device OnImage EventHandler");
GTHardware.Camera.Instance.Device.OnImage += new EventHandler <GTHardware.Cameras.ImageEventArgs>(Device_OnImage);
}
log.Info("Completed constructing Tracker");
}