#----------------------------------------------------------------------------#
#   Select input observation group datasets and any substitutes.             #
#----------------------------------------------------------------------------#
in-og-dol,s,h,"",,,"Enter name of Observation Group Dataset for input "
pointing-dol,s,h,"",,,"Enter observation pointing directions DOL: "
ebounds-dol,s,h,"",,,"Enter energy binning boundaries DOL: "
evts-det-spec-dol,s,h,"",,,"Enter detector event spectra DOL: "
gti-dol,s,h,"",,,"Enter observation good time intervals DOL: "
deadtime-dol,s,h,"",,,"Enter observation dead time intervals DOL: "

#----------------------------------------------------------------------------#
#   Select names of observation group and count response files for output.   #
#----------------------------------------------------------------------------#
out-og-dol,s,h,"og_spi.fits[1]",,,"Enter name of Observation Group Dataset for output "
back-mod-idx,s,h,"spi/backgr_model_index.fits(SPI.-BMOD-DSP-IDX.tpl)",,,"Name of output background model index file: "
back-mod-dol,s,h,"backgr_model_data.fits",,,"Name of output background model data file: "

#----------------------------------------------------------------------------#
#   Set relative background levels for single, multiple and PSD detectors    #
#----------------------------------------------------------------------------#
back-singles,s,h,"1",,,"Relative background level for single detectors (19 values or one)"
back-multiples-1,s,h,"1",,,"Relative background level for multiple pseudo detectors (22 values or one)"
back-multiples-2,s,h,"1",,,"Relative background level for multiple pseudo detectors (22 values or one)"
back-multiples-3,s,h,"1",,,"Relative background level for multiple pseudo detectors (22 values or one)"

#----------------------------------------------------------------------------#
#   Select a CONSTANT background rate.                                       #
#----------------------------------------------------------------------------#
back-const,s,h,"NO",,,"Do you want a constant background component? (YES/NO): "
back-const-value,r,h,1.0,,,"Constant background level in each detector (cnts/det/sec/kev): "

#----------------------------------------------------------------------------#
#   Select a LINEAR time variable RAMP function.                             #
#----------------------------------------------------------------------------#
back-linear,s,h,"NO",,,"Do you want a linear background component? (YES/NO): "
back-linear-mjd0,r,h,0.0,,,"Start time of linear background component as Modified Julian Date: "
back-linear-slope,r,h,1.0,,,"Slope of linear background component (cnts/sec/det/kev/day): "

#----------------------------------------------------------------------------#
#   Select a POLYNOMIAL function.                                            #
#----------------------------------------------------------------------------#
back-polynomial,s,h,"",,,"Polynomial parameters (type,cff1,cff2,cff3,cff4): "

#----------------------------------------------------------------------------#
#   Select a SINE and/or COSINE function relative to some MJD reference      #
#----------------------------------------------------------------------------#
back-sincos,s,h,"NO",,,"Do you want a sinusoidal background component (YES/NO):" 
back-sin-amp,r,h,0.0,,,"Amplitude of the SIN background component (cnts/det/sec/kev): " 
back-cos-amp,r,h,1.0,,,"Amplitude of the COS background component (cnts/det/sec/kev): " 
back-sincos-mjd0,r,h,0.0,,,"Phase of the SIN-COS background component as Modified Julian Date: " 
back-sincos-period,r,h,1.0,,,"Period of the SIN-COS component (days): " 

#----------------------------------------------------------------------------#
#   Select background components with count rates archived in HK datasets.   #
#----------------------------------------------------------------------------#
back-onegtiseq,s,h,"NO",,,"Is the GTI sequence the same for each detector [YES/NO]: "
 
back-SCHK,s,h,"DFEE",,,"Name of SCHK count rate archive for background model: "
 
back-orbital-POWL,s,h,"NO",,,"Parameters for powerlaw variations (ampl,index): "
back-orbital-COS,s,h,"NO",,,"Parameters for COSINE variations (ampl,phase,period): "
back-orbital-SIN,s,h,"NO",,,"Parameters for SINE variations (ampl,phase,period): "
back-orbital-COS+1,s,h,"NO",,,"Parameters for COSINE+1 variations (ampl,phase,period): "
back-orbital-SIN+1,s,h,"NO",,,"Parameters for SINE+1 variations (ampl,phase,period): "