Sample plist output

##
## SPECIDENTIFY -- use line list to identify peaks in
##			   1-d grating data 
##
 features_file =                  Input data file with line features & stats
     line_list =                  Database line list for identifications
   output_file = .                Output identified peaks file [root.out]
(doppler_shift_unit = redshift)        Source Doppler shift units (for below)
(source_doppler_shift = 0)               Source redshift
    (tolerance = 0)               Maximum allowed fractional error in line position
    (temp_unit = Kelvin)          Source temperature units (for below)
  (source_temp = 1E4)             Source temperature
(source_density = 0)               Ion number density [cm^-3]
#
# This is a list of elements and/or ions to include or exclude
# from the line identification search.  Elements are specified
# by their 2 letter chemical symbol ("Fe", "Si"), ions are
# specified by the chemical symbol and ion charge ("Fe 0" is
# neutral iron, "Fe 25" is hydrogenic, "Fe 24" is He-like,
# etc.).  If the filter string is empty or blank, all elements
# and ions in the database are included in the search.  If specific
# elements and ions are listed, only those listed are included
# in the search.  Specific elements or ions can be excluded from
# the search by prefixing the name with a tilde character ("~Fe"
# would excluded all iron ions from the search, "~Fe 17" would
# exclude only Fe XVIII).   If inclusive and exclusive filtering
# is combined, all excluded elements/ions must appear before
# the inclusive names:  if including all iron ions except Fe +15,
# the string should read "~Fe 15, Fe")
# EX: 
# 	include Mg 7
#	include Mg 14
#	exclude Fe 23
#	include all the rest of the ions of Fe
#
#	filter_string = "Mg 7, Mg 14, ~Fe 23, Fe"
#
(filter_string = )                List of the element/ions to filter in the line
list matching
      (clobber = no)              OK to overwrite existing output file?
        (debug = 1)               Display level (0 = no display)
         (mode = ql)