private DeconToolsV2.CalibrationSettings convertCalibrationSettingsToDeconEngineSettings(BrukerCalibrationData brukerCalibrationData)
{
Check.Require(brukerCalibrationData != null, "Problem with calibration data in dataset. Calibration data is empty.");
DeconToolsV2.CalibrationSettings deconEngineCalibrationsettings = new DeconToolsV2.CalibrationSettings();
deconEngineCalibrationsettings.ByteOrder = this.CalibrationData.ByteOrder;
deconEngineCalibrationsettings.FRLow = this.CalibrationData.FR_Low;
deconEngineCalibrationsettings.ML1 = this.CalibrationData.ML1;
deconEngineCalibrationsettings.ML2 = this.CalibrationData.ML2;
deconEngineCalibrationsettings.NF = this.CalibrationData.NF;
deconEngineCalibrationsettings.SW_h = this.CalibrationData.SW_h;
deconEngineCalibrationsettings.TD = this.CalibrationData.TD;
return(deconEngineCalibrationsettings);
}
private DeconToolsV2.CalibrationSettings convertCalibrationSettingsToDeconEngineSettings(BrukerCalibrationData brukerCalibrationData)
{
Check.Require(brukerCalibrationData != null, "Problem with calibration data in dataset. Calibration data is empty.");
var deconEngineCalibrationsettings = new DeconToolsV2.CalibrationSettings
{
ByteOrder = this.CalibrationData.ByteOrder,
FRLow = this.CalibrationData.FR_Low,
ML1 = this.CalibrationData.ML1,
ML2 = this.CalibrationData.ML2,
NF = this.CalibrationData.NF,
SW_h = this.CalibrationData.SampleRate,
TD = this.CalibrationData.NumValuesInScan
};
return(deconEngineCalibrationsettings);
}
private void applySettings()
{
DeconToolsV2.CalibrationSettings deconEngineCalibrationSettings = convertCalibrationSettingsToDeconEngineSettings(this.CalibrationData);
this.RawData.SetFFTCalibrationValues(deconEngineCalibrationSettings);
}