spectra11 compute l=1 profile with different amplitude plus noise param=[amplitude1,frequency,linewidth,splitting,noise,amplitude2] spectram1 compute l=1 m=-1 profile without noise param=[amplitude,frequency,linewidth,splitting] spectrap1 compute l=1 m=+1 profile without noise param=[amplitude,frequency,linewidth,splitting] spectra compute the profile of a multiplet whose peak distribution is given by peak (call peakIPHIR,degree for example) param=[amplitude,frequency,linewidth,splitting,noise] spectra02 compute the profile of an l=0 and l=2. The peak distribution of the l=2 is given by peakIPHIR,2 for example; to be modified to your needs. The linewidth is common. param=[amplitude2,frequency2,linewidth,splitting,noise,amplitude0,frequency0] spectra13 compute the profile of an l=1 and l=3. The peak distribution of the l=3 is given by peakIPHIR,3 for example; to be modified to your needs. The linewidth is common. param=[amplitude3,frequency3,linewidth,splitting3,noise,amplitude1,frequency1,splitting1] *spectraltene (LOI specific) compute the profile in the m,nu power spectra diagram. You need to give the structure of your crosstalk by calling peakLOI,degree and to give the value of your leakage in the power spectra. param=[frequency,splitting,linewidth,2*l+1 amplitudes, 2*l+1 noise, crosstalks] *spectralteneal (LOI specific) compute the profile in the m,nu power spectra diagram for a MAIN degree and an alias. This routines is used for fitting in the power spectra l=1,4,5,7,8 for the LOI. You need to give the structure of your crosstalk by calling peakLOIal,degree and to give the value of your leakage in the power spectra. param=[frequency,splitting,linewidth,2*l+1 amplitudes, 2*l+1 noise, crosstalks] *spectralteneal1 (LOI specific) *spectralteneal2 (LOI specific) compute the profile in the m,nu power spectra diagram for a MAIN degree (spectralteneal1) and another degree (spectralteneal2); both degree creating power in each other. The 2 degrees are fitted simultaneously and return the parameters for each mode. param1=[frequency,splitting,linewidth,2*l+1 amplitudes, 2*l+1 noise, crosstalks1] param2=[frequency,splitting,linewidth,2*l+1 amplitudes, 2*l+1 noise, crosstalks2] *spectralnoise (LOI specific) Same as spectraltene but here the noise is the same for all |m|, and in addition the a_3 component of the splitting is fitted for l>1. param=[frequency,splitting,linewidth,2*l+1 amplitudes, l noise, crosstalks, splitting_3] *crosstalk (LOI specific) compute the full correlation profile of the Fourier spectra. You need to give the structure of your crosstalk by calling peakLOI,degree and to give the value of your leakage both for the modes and for the noise. param=(frequency,splitting,linewidth,2*l+1 amplitudes, l+1 noise,crosstalkmode,crosstalknoise) *crosstalklg (LOI specific) compute the full correlation profile of the Fourier spectra. You need to give the structure of your leakage matrix both for the modes and for the noise. param=(frequency,linewidth,splitting_1,splitting_3,2*l+1 amplitudes, 2 angles,6 noises) crosstalkgong compute the full correlation profile of the Fourier spectra. You need to give the structure of your leakage matrix both for the modes and for the noise. param=(frequency,linewidth,splitting_1,splitting_3,2*l+1 amplitudes, 2 angles,1 noise) lorentzian compute lorentzian line profile. This oddly written function is used by all the routines above. factor is a weigthing factor mainly used by spectra02 and spectra13, for example. alias amplitude is 0 by default, the inclusion of the alias have been removed for speed. param=(ln(amplitude), frequency, ln(linewidth),unused,unused,ln(factor),alias amplitude) peakLOI peakGONG encode the crosstalk parameters for the LOI (or GONG). Its main purpose is to increase speed. It is an approximation as we used the highest crosstalk amplitude for generating this. peakLOIal encode the alias crosstalk parameters for the LOI. Used by spectralteneal. Its main purpose is to increase speed. It is an approximation as we used the highest alias crosstalk amplitude for generating this. peakIPHIR peakBISON give relative amplitude of the components in a multiplet