public virtual double GetModeOffset( )
{
string answer = gpib_.Read( );
Ag86140SpectralData d = new Ag86140SpectralData(answer);
return(d.modeOffset);
}
public double GetPeakWavelength( )
{
if (!isSpectralApplicationActive_)
{
bool previousWaitState = DoWaitForOperations;
DoWaitForOperations = true;
// StartSpectralApplication( );
PerformSingleSweep( );
DoWaitForOperations = previousWaitState;
}
// gpib_.Write( GET_DFB_DATA );
string answer = gpib_.Read( );
Ag86140SpectralData d = new Ag86140SpectralData(answer);
return(d.PeakWavelength_nm);
//return d.peakWavelength * 1.0E9; // Convert [m] to [nm]
}
//public void StartSpectralApplication( ) {
// gpib_.Write( START_DFB_APPL );
// if ( DoWaitForOperations )
// gpib_.Wait( );
// isSpectralApplicationActive_ = true;
//}
//public void StopSpectralApplication( ) {
// gpib_.Write( STOP_DFB_APPL );
// if ( DoWaitForOperations )
// gpib_.Wait( );
// isSpectralApplicationActive_ = false;
//}
public double GetPeakFrequency( )
{
if (!isSpectralApplicationActive_)
{
bool previousWaitState = DoWaitForOperations;
DoWaitForOperations = true;
// StartSpectralApplication( );
PerformSingleSweep( );
DoWaitForOperations = previousWaitState;
}
// gpib_.Write( GET_DFB_DATA );
string answer = gpib_.Read( );
//string answer = gpib_.Read( ); answer_ );
Ag86140SpectralData d = new Ag86140SpectralData(answer);
return(d.PeakFrequency_THz);
}
