Sample plist output

#--------------------------------------------------------------------------
#
#  acis_process_events.par- Parameter file for acis_process_events program
#
#--------------------------------------------------------------------------
        infile = AS_004.fits      Input event file or stack
       outfile = AS_004_L1.fits   Output event file name
    acaofffile = NONE             aspect offset file ( NONE | none | )
 alignmentfile = NONE             sim/fam alignment file ( NONE | none | )
      (obsfile = AS_004_L1.par)   obs.par file for output file keywords ( NONE | none | )
      (logfile = acis_process_events.log) debug log file ( STDOUT | stdout | )
    (gradefile = ))echo ${ASCDS_CALIB}/asca_grades.fits -> /home/ascds/DS.release/data/asca_grades.fits) grade mapping file ( NONE | none | )
     (gainfile = ./RefData/ACIS_gain_marx.fits) acis gain file ( NONE | none | )
     (eventdef = )stdlev1 -> {d:time,s:chipx,s:chipy,s:tdetx,s:tdety,s:detx,s:dety,d:sky,s:ccd_id,s:ccdnode,l:pha,l:pi}) output format definition
   (doevtgrade = no)              Determine event flight grade?
     (spthresh = 13)              Split threshold level
  (time_offset = 0)               Offset to add to event time field to synch w/ fam data
   (docentroid = no)              Determine pixel centroid for coord. conversion?
 (calculate_pi = yes)             perform pha->pi conversion? (requires gain file)
       (tstart = TSTART)          header key containing start/default time value
        (tstop = TSTOP)           header key containing time of last event
 (qp_internals = )qpoe.qp_internals -> yes) prompt for qpoe internals?
  (qp_pagesize = )qpoe.qp_pagesize -> 8192) page size for qpoe file
 (qp_bucketlen = )qpoe.qp_bucketlen -> 16384) bucket length for qpoe file
      (verbose = 1)               level of debug detail (0=none, 5=most)
         (stop = sky)             end transformations at [chip,tdet,det,tan,sky,none]
     (instrume = acis)            axaf instrument- used for instrument parameter file
     (telescop = )                telescop parameter file
       (random = yes)             allow randomized digitation of floating point numbers
    (rand_seed = 1)               random seed (for pixlib), 0 = use time dependend seed
      (stdlev1 = {d:time,s:chipx,s:chipy,s:tdetx,s:tdety,s:detx,s:dety,d:sky,s:ccd_id,s:ccdnode,l:pha,l:pi}) TE faint modes event definition string
      (grdlev1 = {d:time,s:ccd_id,i:expno,s:chip,s:tdet,s:det,s:sky,l:pha,s:corn_pha,l:pi,s:fltgrade,s:grade,s:status}) TE graded event format definition string
      (intlev1 = {d:time,i:expno,s:chipx,s:chipy,s:tdetx,s:tdety,s:detx,s:dety,s:x,s:y,s:ccd_id,l:pha,s:grade,s:ccdnode}) event format definition string
       (cclev1 = {d:time,s:ccd_id,i:expno,s:chip,s:tdet,s:det,s:sky,s:phas,l:pha,l:pi,s:fltgrade,s:grade,s:status}) CC faint event format definition string
       (stdsim = {d:time,s:readx,s:ready,s:chipx,s:chipy,s:frame,s:phas1,s:phas2,s:phas3,s:phas4,s:phas5,s:phas6,s:phas7,s:phas8,s:phas9,s:ccdnode,s:detx,s:dety,l:pha,s:grade}) event format definition string
         (mode = ql)