static float timeBetweenCalibrationPoints = 0.02f; // was 0.1, 1000/60 ms wait in old version
public void UpdateCalibration()
{
float t = Time.time; // PupilSettings.Instance.connection.currentPupilTimestamp;
if (t - lastTimeStamp > timeBetweenCalibrationPoints)
{
lastTimeStamp = t;
UpdateCalibrationPoint(); // .currentCalibrationType.calibPoints [currentCalibrationPoint];
// print ("its okay to go on");
//Adding the calibration reference data to the list that wil;l be passed on, once the required sample amount is met.
if (currentCalibrationSamples > samplesToIgnoreForEyeMovement)
{
PupilTools.AddCalibrationPointReferencePosition(currentCalibrationPointPosition, t);
}
if (PupilSettings.Instance.debug.printSampling)
{
Debug.Log("Point: " + currentCalibrationPoint + ", " + "Sampling at : " + currentCalibrationSamples + ". On the position : " + currentCalibrationPointPosition [0] + " | " + currentCalibrationPointPosition [1]);
}
currentCalibrationSamples++; //Increment the current calibration sample. (Default sample amount per calibration point is 120)
if (currentCalibrationSamples >= currentCalibrationType.samplesPerDepth)
{
currentCalibrationSamples = 0;
currentCalibrationDepth++;
if (currentCalibrationDepth >= currentCalibrationType.vectorDepthRadius.Length)
{
currentCalibrationDepth = 0;
currentCalibrationPoint++;
//Send the current relevant calibration data for the current calibration point. _CalibrationPoints returns _calibrationData as an array of a Dictionary<string,object>.
PupilTools.AddCalibrationReferenceData();
if (currentCalibrationPoint >= currentCalibrationType.points)
{
PupilTools.StopCalibration();
}
}
}
}
}
