private void InitPeak(COG peakToInit, double[] Wavelengths, NumericUpDown wLeft, NumericUpDown wRight, NumericUpDown thres)
{
peakToInit.SetWaveCof(Wavelengths);
peakToInit.SetWaveLeft((float)wLeft.Value);
peakToInit.SetWaveRight((float)wRight.Value);
peakToInit.SetThresholde((float)thres.Value * (float)0.01);
}
private void InitSpectrometer()
{
//Close any previously used spectrometer (in case user clicks on the button more than once)
if (spectrometer != null)
{
spectrometer.Close();
}
//This static method searches for devices and returns a list of driver for the available devices.
Spectrometer[] devices = Qseries.SearchDevices();
if (devices.Length == 0)
{
devices = RgbSpectrometer.SearchDevices();
}
if (devices.Length == 0)
{
devices = Qstick.SearchDevices();
}
//If no device was found:
if (devices.Length == 0)
{
InitStatusLabel.Text = "No spectrometer found.";
MessageBox.Show("No spectrometer found.", "Cannot initialize spectrometer",
MessageBoxButtons.OK, MessageBoxIcon.Error);
return;
}
//Otherwise, take the first device and initialize it.
spectrometer = devices[0];
try
{
InitStatusLabel.Text = "Initializing spectrometer ...";
statusStrip1.Update();
spectrometer.Open();
//Get the wavelength of each pixel (this is not actually used in this sample code)
double[] wavelengths = spectrometer.GetWavelengths();
//Initialize values in GUI
ExpTimeNumericUpDown.Value = (decimal)spectrometer.ExposureTime;
if (spectrometer is CalibratedSpectrometer)
{
SensitivityCalibrationCheckBox.Checked = (spectrometer as CalibratedSpectrometer).UseSensitivityCalibration;
SensitivityCalibrationCheckBox.Enabled = true;
//checkBoxEksternTrigger.Checked = (spectrometer as CalibratedSpectrometer).UseExternalTrigger;
}
else
{
SensitivityCalibrationCheckBox.Checked = false;
SensitivityCalibrationCheckBox.Enabled = false;
}
// (spectrometer as CalibratedSpectrometer).UseExternalTrigger = true;
peak1.SetWaveCof(spectrometer.WavelengthCoefficients);
peak1.SetWaveLeft((float)numericUpDown1.Value);
peak1.SetWaveRight((float)numericUpDown2.Value);
peak1.SetThresholde((float)numericUpDowntr1.Value * (float)0.01);
peak2.SetWaveCof(spectrometer.WavelengthCoefficients); //overwrite doesnt happen here
peak2.SetWaveLeft((float)numericUpDown3.Value);
peak2.SetWaveRight((float)numericUpDown4.Value);
peak2.SetThresholde((float)numericUpDowntr2.Value * (float)0.01);
Debug.WriteLine($"WAVES PEAK 1 ------------ {numericUpDown1.Value} {numericUpDown2.Value}");
Debug.WriteLine($"WAVES PEAK 2 ------------ {numericUpDown3.Value} {numericUpDown4.Value}");
/*
* InitStatusLabel.Text = "Found " + spectrometer.DetailedDeviceName;
* MessageBox.Show("Device name: " + spectrometer.ModelName + Environment.NewLine
+ "Manufacturer: " + spectrometer.Manufacturer + Environment.NewLine
+ "Serial number: " + spectrometer.SerialNo + Environment.NewLine
+ "Number of pixels: " + spectrometer.PixelCount,
+ "Spectrometer found and initialized", MessageBoxButtons.OK, MessageBoxIcon.Information);
*/
}
catch (Exception ex)
{
spectrometer = null;
InitStatusLabel.Text = "Initialization error.";
MessageBox.Show(ex.Message, "Cannot initialize spectrometer",
MessageBoxButtons.OK, MessageBoxIcon.Error);
}
}
