private void EmgInput_CalibrationChanged(object sender, CalibrationChangedEventArgs e)
{
if (e.CalibrationEvent == CalibrationResults.Finished)
{
calibrationMean = e.ZeroMean;
calibrationStdDev = e.ZeroStandardDeviation;
calibrationData = e.CalibrationsData;
Console.WriteLine("Calibration data " + calibrationData);
//Color[] pixelData = new Color[emgTexture.Width * emgTexture.Height];
//emgTexture.GetData<Color>(pixelData);
//double emgMax = e.ZeroMean[0] * 3 * 2;
//for (int x = 0; x < Math.Min(pixelData.Length, e.CalibrationsData[0].Count); x++)
//{
// double height = Math.Max(0, Math.Min(e.CalibrationsData[0][x]/emgMax,1))*250;
// Console.Write(","+(int)height);
// for (int y = 0; y < emgTexture.Height; y++) {
// pixelData[y*emgTexture.Width+x] = y<=height ?Color.Blue :Color.Red;
// }
//}
//emgTexture.SetData<Color>(pixelData);
//emgImage.Texture = emgTexture;
//Console.WriteLine("Texture updated");
}
}
private void _emgInput_CalibrationChanged(object sender, CalibrationChangedEventArgs e)
{
if (e.CalibrationEvent == CalibrationResults.Finished)
{
// TODO maybe show information about successful calibration first
StartActivity(new MainMenuActivity(_engine));
}
}
private void _emgInput_CalibrationChanged(object sender, CalibrationChangedEventArgs e)
{
if (e.CalibrationEvent == CalibrationResults.Finished)
{
// TODO maybe show information about successful calibration first
_emgInput.MuscleActivationChanged -= _emgInput_MuscleActivationChanged;
StartActivity(new AdaptCalibrationActivity(_engine, _emgInput));
}
}
private void OnCalibrationChanged(CalibrationResults calibEvent)
{
if (CalibrationChanged != null)
{
CalibrationChangedEventArgs args = new CalibrationChangedEventArgs(calibEvent);
if (calibEvent == CalibrationResults.Finished)
{
args.CalibrationsData = _baselineData;
args.ZeroMean = _baselineMean;
args.ZeroStandardDeviation = _baselineStdev;
}
CalibrationChanged(this, args);
}
}
