private void UpdateEyeCalibration(EyeCalibrationParameters parameters)
{
gp.UpdateCalibration(parameters);
pix_per_deg = parameters.pix_per_deg;
XRes = parameters.ml_x_res;
YRes = parameters.ml_y_res;
}
public void UpdateCalibration(EyeCalibrationParameters parameters)
{
_eyecal_params = parameters;
_x_res = FullScreenView.ResolutionX;
_y_res = FullScreenView.ResolutionY;
_has_calibration = true;
}
// Response to event from MonkeyLogicController forwarding the eye calibration values from
// Monkeylogic.
public void UpdateCalibration(EyeCalibrationParameters parameters)
{
_x_res = FullScreenView.ResolutionX;
_y_res = FullScreenView.ResolutionY;
if (_x_res != parameters.ml_x_res || _y_res != parameters.ml_y_res)
{
Debug.LogWarning("MonkeyLogic and Unity resolutions differ. Is this normal?");
}
// Just in case there is stretching of the image, wrong aspect ration or a difference in
// resolution between the calibration and Unity.
_pix_per_deg = parameters.pix_per_deg;
_foveation_radius_pix_x = _foveation_radius_deg * (_pix_per_deg * _x_res / parameters.ml_x_res);
_foveation_radius_pix_y = _foveation_radius_deg * (_pix_per_deg * _y_res / parameters.ml_y_res);
GenerateRays();
}
// Forward delegates from children classes to the Events Controller.
private void ForwardEyecalibration(EyeCalibrationParameters parameters)
{
EventsController.instance.SendEyeCalibrationUpdate(parameters);
}
public void SendEyeCalibrationUpdate(EyeCalibrationParameters parameters)
{
OnEyeCalibrationUpdate?.Invoke(parameters);
}
