/****************************************************************************** FILE: ubprint.cnt This control file is used with the ubprint program to extract the fix information stored with the ADCP profiles by the user-exit program in the user buffer and navigation structures. It recognizes several versions of the user buffer: 1020 & 1021, 1280 & 1281, 1320, 2240, 720, and 1920. INPUT: CODAS database OUTPUT: one or more text or Matlab files, one for each variable requested ------------------------------------------------------------------------------- CONTROL FILE STRUCTURE: dbname: < CODAS database name > output: < root for output filename > step_size= < number of profiles to advance > year_base= < base year for decimal days > variables: { one or more of the following, depending on type } [ complete ] { .ub = all user buffer information } { following options available only for type > 720 & <= 1320 } [ TRANSIT_fix ] { .trf = complete Transit fix information } [ TRANSIT_summary ] { .trs = columnar output of Transit fixes } { following option available only for type >= 1280 & 720 & 1920 } [ GPS_summary ] { .gps = GPS fixes at end of each ensemble } { following option available only for type >= 1320 & 720 & 1920 } [ avg_GPS_summary ] { .ags = average GPS fix at end & start of next ens. } { following options available only for type = 1320 } [ GPS_cal ] { .gcl = .ags + ave. ship-ref. velocity for calib. } [ L_fix ] { .lfx = GPS fixes at ensemble start, middle & end } { following option available only for type = 720 & 1920 & 2240 } [ GPS_fix ] { .gfx = all GPS fixes (usu. 1 at start & 1 at end) } { following option available only for type = 2240 } [ raw2_message ] { .mg2 = raw message 2 } { following options available only for type = 1920 } [ GPS2_summary ] { .gp2 = GPS fixes at end of each ensemble, second pair } [ avg_GPS2_summary ] { .ag2 = average GPS fix at end & start of next ens., second pair } [ GPS2_fix ] { .gf2 = GPS fixes, 1 at start & 1 at end, second pair } [ attitude ] { .att = Ashtech attitude statistics } [ attitude_mat ] { .mat = same as attitude, but Matlab-formatted file } [ position ] { .maf = all 4 fixes to Matlab-formatted file } end time_ranges: { one of the following } < all > { or } { list of YMDHMS time pairs } < yy/mm/dd hh:mm:ss > to < yy/mm/dd hh:mm:ss > . . { or } < @tr_filename > { where tr_filename is a file of timeranges } { such as the output of timegrid } -----------------------------------------------------------------------------*/ dbname: ../adcpdb/ademo output: ademo step_size= 1 year_base= 1993 variables: avg_GPS_summary end time_ranges: all /* 93/04/09 00:02:00 to 93/04/10 23:58:00 */ /*****************************************************************************/