private void Update()
{
if (playTrialData && frames.Count >= 1)
{
double[] tmp = frames[0];
frames.RemoveAt(0);
// Data is: pos , pos y, pos z, rot, gaze X, gaze Y, trial state
// IMPORTANT there is a 0.8 unit offset between the player controller and the camera, manually added here.
Camera.main.transform.position = new Vector3 {
x = (float)tmp[0], y = (float)(tmp[1] + 0.8), z = (float)tmp[2]
};
Camera.main.transform.rotation = Quaternion.Euler(0f, (float)tmp[3], 0f);
// TODO Trialstate and gaze
float x = (float)tmp[4];
float y = (float)tmp[5];
x = (pix_per_deg * x) + (0.5f * XRes);
y = (pix_per_deg * y) + (0.5f * YRes);
Vector2 _eyePix = new Vector2 {
x = x, y = y
};
// manually convert to pixels
gp.ProcessGaze(_eyePix, out float[] gazeTargets, out float[] gazeCounts, out Vector3[] hitPoints);
private void Update()
{
if (playTrialData && frames.Count >= 1)
{
double[] tmp = frames[0];
frames.RemoveAt(0);
// Data is: pos , pos y, pos z, rot, gaze X, gaze Y, trial state
// IMPORTANT there is a 0.8 unit offset between the player controller and the camera, manually added here.
Camera.main.transform.position = new Vector3 {
x = (float)tmp[0], y = (float)(tmp[1] + 0.8), z = (float)tmp[2]
};
Camera.main.transform.rotation = Quaternion.Euler(0f, (float)tmp[3], 0f);
// TODO Trialstate and gaze
Vector2 _eyePix;
switch (ExperimentConfiguration.Eye_Tracker)
{
case ExperimentConfiguration.EyeTrackers.EyeLink:
// gaze data is in degrees
_eyePix = new Vector2
{
x = (pix_per_deg * (float)tmp[4]) + (0.5f * XRes),
y = (pix_per_deg * (float)tmp[5]) + (0.5f * YRes)
};
break;
case ExperimentConfiguration.EyeTrackers.TobiiProFusion:
// gaze data is in relative screen position
_eyePix = new Vector2
{
x = (float)tmp[4] * XRes,
y = (1f - (float)tmp[5]) * YRes
};
break;
default:
_eyePix = Vector2.negativeInfinity;
break;
}
// manually convert to pixels
gp.ProcessGaze(_eyePix, out float[] gazeTargets, out float[] gazeCounts, out Vector3[] hitPoints);
// Update is called once per frame
void Update()
{
Sample s;
//Sample s;
double lastSampleTime = 0.0;
// if not connected, has eye calibration and no thread: Initialize thread
if (!el.isConnected() && !checker.RunCheck() && !checker.CheckELOnline() && eyecal.has_calibration)
{
// Configure eye
switch (eyecal.GetTrackedEye())
{
case 0:
el_Eye = EL_EYE.EL_LEFT;
break;
case 1:
el_Eye = EL_EYE.EL_RIGHT;
break;
default:
el_Eye = EL_EYE.EL_EYE_NONE;
break;
}
// Spawn checker thread to test connection
checker.StartThread(eyecal.GetEyeLinkIP());
s = null;
}
// If checker created
else if (!el.isConnected() && checker.CheckELOnline() && eyecal.has_calibration)
{
// Eyelink Online
// Connect
el.setEyelinkAddress(eyecal.GetEyeLinkIP(), -1);
el.broadcastOpen();
if (el.isConnected())
{
Debug.Log("EyeLink Connected");
checker.StopThread();
//
el.resetData();
el.dataSwitch(4 | 8);
}
s = null;
}
// If connected, has calibration and tracker is in record mode: get sample
else if (el.isConnected() && eyecal.has_calibration && el.getTrackerMode() == 14)
{
try
{
s = el.getNewestSample();
}
catch
{
//Debug.Log(e.ToString());
s = null;
}
}
else
{
s = null;
}
// Get position on screen in pixels
if (s != null && s.time != lastSampleTime)
{
if (el_Eye != EL_EYE.EL_EYE_NONE)
{
if (el_Eye == EL_EYE.EL_BINOCULAR)
{
el_Eye = EL_EYE.EL_LEFT;
}
_eyeRaw.x = s.get_px(el_Eye);
_eyeRaw.y = s.get_py(el_Eye);
eyecal.RawToPix(_eyeRaw, out _eyeDeg, out _eyePix);
gazeProcess.ProcessGaze(_eyePix, out float[] gazeTargets, out float[] gazeCounts, out Vector3[] hitPoints);
