$INPP
  IDPP=704,
  NDAYS=01,
  ALLDAT=.FASLE.,
  SCNO='19',
  DATVER='R03A',
  PGVER=' 06.01  ',
  PVERDT='93 06 27',
  VERDES='RCF ','187 ','VER.',' 6.1','MAT.',' RCF',' 160',' VAC','. WA',
         'VEL.',' RCF',' 161',' EFE','CTV ','CHG.',' RCF',' 165',' TOT',
         ' OZ ','LOW ','LIMI','T   ','    ','    ','    ','    ','    ',
         '    ','    ','    ','    ','    ','    ',6*'    ',
  PRGNAM='PPROD   ',
  STARTI='yyyy ddd',
  DDNAM1='PMFRE   ','        ',
  DDNAM2='PUFRE   ','        ',
  IOPTS=T,T,3*F,T,F,F,F,F,F,F,F,T,T,F,T,F,F,F,F,F
  LPRINT=5*.FALSE.,.FALSE.,.FALSE.,.FALSE.,.FALSE.,.TRUE.,.FALSE.,.FALSE.,.FALSE.,
         .FALSE.,5*.FALSE.,.FALSE.,2*.FALSE.,
  xlatlo=-90.0,xlathi=+90.0,
  ICHREFL=12,
  ICHREFLx=11,
  ViewShift=0.,
$END
 $INPPA
  IHVMIN=90,
  IHVMAX=255,
  ADJOZA=1.000,
  ADJOZB=0.9815,
  ADJOZC=1.1148,
 $END
 $INPPB
 $END
 $FILENAMES
  INDATAFILE='n19_1b_MMMyyyy_v0.unx',
  OUTPMF='/data2/sbuv2/n19_pmfv6s4e/Yyyyy/syyyymmXX.n19v6',
  irrfile='n19_irr23_time_dep_current.dat',
  acffile='n19_acf_sn_mar2014.dat',
  ancilfile='ancln19n.seq'
  auxlfile='auxn19n.dat',
  xancilfile1='ancln19m.seq',
  ancilfilewv0='auxn19m.dat',
  ibslfile='n19_ibsl_t_jul2013_p1.dat'
  ibslfile_g='n19_ibsl_g_p1ds_jul2013.dat'
 $END
#
#----------------
No daily average grating position errors for the daily processing
  dgp_file='n19_dgpos_avg.txt'
Using daily average for the grating position error correction
  acffile='n19_acf_sn_mar2014.dat',
Annual calibration update.  Snow/ice result is in good agreement with solar
ACF at 340/343 nm and CCR.
#----------------
  ibslfile='n19_ibsl_t_jul2013_p1.dat'
  ibslfile_g='n19_ibsl_g_p1ds_jul2013.dat'
Fully reprocessed with two more years of data.  Mainly extened the table.
#-----------------
  acffile='n19_acf_sn_jul2013.dat',
Updated solar activity to the end of July 2013
#-----------------
  acffile='n19_acf_sn_feb2013.dat',
Annual updated with now snow/ice radiance result
#-----------------
  xancilfile1='ancln19n.seq',
  ancilfilewv0='auxn19n.dat',
To make a change of channel-12 wavelength from 340 nm to 343 nm
#-----------------
  ibslfile='n19_ibsl_t_current_p1.dat'
  ibslfile_g='n19_ibsl_g_p1ds_aug2011.dat'
are derived from N19 itself for the 1st time in Oct 2011.
#-----------------
  Revised the diffuser reflectivity linear fit starting from A&E.  This 
  model assumes the diffuser reflectivity calibration was impacted by
  some seasonal cycle in the diffuser position and/or lamp arc posirtion. 
  acffile='n19_acf_values_may2011.dat',
#-----------------
  updated goniometry with linear fit in the diffuser reflectivity starting 
  from the 1st regular solar measurement schedual in July 2009
  acffile='n19_acf_values_t3_jan2011.dat',
#------------------
A linear extrapolation of previous (jan2010) version in the optical
throughput, 
then, updated IRR23c(t), no solar activity for the extrapolated.  
  acffile='n19_acf_values_t2_jan2010ext.dat' 
#------------------
The first solar irradiance measurement based ACF.  The initial drift before
Day 105 is taken from n19_acf_pmt_refl_o3p1.dat, which was used for the t20
version.  The solar view day-1 ACF is normalized to 1/irr23c(t=SVDay1).  The
solar view day-1 irradiance measurement is revised and scaled to SSBUV-2.  
The same scale factor is applied to the radiance calibration constants.


 
Iterated with fine adjustments to chn9-10.  Add correction to CCR
  acffile='n19_acf_pmt_refl_o3p1.dat',
Sensitivity drift at Channels 9 and 10 are derived with O3 pairs against profile
total.  
  acffile='n19_acf_pmt_refl_o3p.dat',

version t2 started with SNOW/ICE reflectivity comparison with N18 for Channels 11 
and 12 to estimate sensitivity drift for ACF.  CCR was found no drift within 1%.
Their day-1 offsets are corrected in V8.
  acffile='n19_acf_pmt_refl.dat',

version t1 using IRR23C(t) for ACF, and get Day1 estimate of IBSL and
OOBR
  irrfile='n19_irr23_time_dep_current.dat',
  acffile='n19_acf_pmt_gain.dat',
  ancilfile='ancln19.seq'
  auxlfile='auxn19t1.dat',
  ibslfile='n19_ibsl_t_current_day1.dat'
  ibslfile_g='n19_ibsl_g_current_day1.dat'

version t0 try out, all prelaunch values & SSBUV solar flux 
  irrfile='n19_irr23_time_dep_one_t0.dat',
  acffile='n19_acf_one_t0.dat',
  ancilfile='ancln19.seq'
  auxlfile='auxn19.dat',
  ibslfile='n19_ibsl_t_current_t0.dat'
  ibslfile_g='n19_ibsl_g_current_t0.dat'