/******************************************************************************

    FILE:  profstat.cnt

           This control file is used with the profstat program
           to generate statistics on selected profiles in a CODAS database.

           This particular version is used to obtain statistics for
           profiles collected when the ship was on-station.

  INPUT:  CODAS database
  OUTPUT: 1. text file of profile statistics (.prs)
          2. Matlab file of profile statistics (.mat)
-------------------------------------------------------------------------------
  CONTROL FILE STRUCTURE:

  dbname:       < CODAS database name >
  output:       < root for output filename >
  step_size:    < number of profiles to advance >
  ndepth:       < number of depth bins to read and process>
  time_ranges:  < combined | separate >

  { one or more variable names, followed by various arguments as shown }
  [ < variable name >
      < "label" >                     { in quotes, for labelling the output }

      [ reference:   < start bin > to  < end bin > ]
      [ difference:  < 0 | 1 | 2 > ]     { for no, first, second difference }
      [ statistics:  scale= < n > ]  { 0.01 for output in cm, 1.0 = m, etc. }
      [ histogram:
          nbins=     < n >
          origin=    < n >
          increment= < n >
          style=     < h | c | n | cn > ]      { n = normalized display
                                                 c = cumulative display
                                                cn = cumulative & normalized
                                                 h = neither }
      [ flag_mask:
          < bit-mask >  { bit-mask is any one or more of those defined in
          .               profmask.h; these cumulatively indicate which criteria
          .               to consider in flagging profile bins as bad prior to
          .               calculations.  Default is ALL_BITS. }
          end ]
  end

  { list of YMDHMS time pairs: }
  < yy/mm/dd hh:mm:ss > to < yy/mm/dd hh:mm:ss >
  .
  .
  or
   @ademo_os.arr
-----------------------------------------------------------------------------*/

  dbname:        ../adcpdb/ademo
  output:        ademo_os
  step_size:     1
  ndepth:        58
  time_ranges:   combined

  /* variables list: */
  U
    "U component, ADCP DEMO"
    difference: 1
    statistics: scale= 0.01
    end
  V
    "V component, ADCP DEMO"
    difference: 1
    statistics: scale= 0.1
    end
  W
    "W component, ADCP DEMO"
    reference:  5 to 20
    difference: 0
    statistics: scale= 0.1
    end
  AMP_SOUND_SCAT
    "AMPLITUDE, ADCP DEMO"
    difference: 0
    statistics: scale= 1.0
    histogram: nbins= 12 origin= 20  increment= 20  style= nc
    end
  PERCENT_GOOD
    "PERCENT GOOD, ADCP DEMO"
    difference: 0
    statistics: scale= 1.0
    end
  ERROR_VEL
    "ERROR VELOCITY, ADCP DEMO"
    difference: 0
    statistics: scale= 0.1
    flag_mask: ALL_BITS end
    end
  SPECTRAL_WIDTH
    "SPECTRAL WIDTH, ADCP DEMO"
    difference: 0
    statistics: scale= 1.0
    end
  PERCENT_3_BEAM
    "PERCENT 3 BEAM, ADCP DEMO"
    difference: 0
    statistics: scale= 1.0
    end
  BEAM_STATS
    "BEAM STATISTICS, ADCP DEMO"
    difference: 0
    statistics: scale= 1.0
    end
  end

/* append time ranges from arrdep arrdepos.cnt output explicitly
or use the include file option "@ademo_os.arr": */
/*
 reference_file: ../nav/ademo.nav
 output_file: ademo_os.arr
 year_base= 1993
 n_refs= 13
 i_ref_l0= 1
 i_ref_l1= 5
 i_ref_r0= 7
 i_ref_r1= 11
 range: on_station
 up_thresh= 2.500000
 down_thresh= 2.500000
 margin= 10.000000*/
93/04/09  10:52:22  to  93/04/09  11:12:42  /*    98.45315 to    98.46704;  1200 s, depart */
93/04/09  12:22:22  to  93/04/09  12:42:43  /*    98.51565 to    98.52955;  1201 s, arrive */
93/04/09  14:42:22  to  93/04/09  15:02:42  /*    98.61287 to    98.62676;  1200 s, depart */
93/04/09  16:12:23  to  93/04/09  16:32:42  /*    98.67538 to    98.68926;  1199 s, arrive */
93/04/09  18:07:22  to  93/04/09  18:27:43  /*    98.75523 to    98.76913;  1201 s, depart */
93/04/09  19:37:20  to  93/04/09  19:57:43  /*    98.81771 to    98.83163;  1203 s, arrive */
93/04/09  23:47:22  to  93/04/10  00:07:43  /*    98.99134 to    99.00524;  1201 s, depart */
93/04/10  01:17:23  to  93/04/10  01:37:40  /*    99.05385 to    99.06771;  1197 s, arrive */
93/04/10  07:40:50  to  93/04/10  08:01:11  /*    99.32014 to    99.33404;  1201 s, depart */