netcdf ots/Stellwagen/PV_SHELF04/7582adv1q-cal.nc {
  dimensions:
    burst = UNLIMITED;   // (5601 currently)
    axis = 3;
    subburst = 5;
  variables:
    float burst(burst=5601);
      :units = "counts";
      :long_name = "Burst Number";

    double time(burst=5601);
      :units = "Julian Day";
      :FORTRAN_format = "F10.2";
      :long_name = "EPIC SYSTEM TIME";
      :epic_code = 624; // int
      :type = "EVEN";
      :valid_min = 0; // int
      :comment = "UT Julian days that begin at midnight; 1968-05-23 = 2440000";
      :comment1 = "time, taken from the instrument, fixed at beginning of burst";

    double time2(burst=5601);
      :FORTRAN_format = "F10.2";
      :units = "msec";
      :type = "EVEN";
      :long_name = "msec since 0:00 GMT";
      :epic_code = 624; // int
      :valid_min = 0; // int

    float fixparosoverflow_pfixed(burst=5601);
      :long_name = "samples fixed by fixparosoverflow";
      :units = "count";

    float flagbadadv_stdv(burst=5601, axis=3, subburst=5);
      :long_name = "Std. Dev. of velocity subbursts";
      :units = "cm/s";

    float flagbadadv_scutoff(axis=3, subburst=5);
      :long_name = "Velocity standard deviation threshold";
      :units = "cm/s";

    float flagbadadv_mcor(burst=5601, axis=3, subburst=5);
      :long_name = "Mean correlation of subbursts";
      :units = "%";

    float flagbadadv_ccutoff(axis=3, subburst=5);
      :long_name = "Correlation threshold";
      :units = "%";

    float flagbadadv_stdp(burst=5601);
      :long_name = "Raw pressure Std. Dev.";
      :units = "count or Hz";

    float flagbadadv_override_as_bad(burst=5601, axis=3, subburst=5);
      :long_name = "Known bad flagged by user";
      :units = "boolean, 1 = remove";

    float flagbadadv_override_as_good(burst=5601, axis=3, subburst=5);
      :long_name = "Known good flagged by user";
      :units = "boolean, 1 = keep";

    float flagbadadv_mask(burst=5601, axis=3, subburst=5);
      :long_name = "velocity data mask";
      :units = "Boolean, 1 = bad";

    float thumbfinger_Velx_nbad(burst=5601);
      :units = "cm s-1";
      :long_name = "number of bad points";

    float thumbfinger_Velx_delmean(burst=5601);
      :units = "cm s-1";
      :long_name = "ratio of the mean before and after points were replaced";

    float thumbfinger_Velx_delvar(burst=5601);
      :units = "cm s-1";
      :long_name = "ratio of the variance before and after points were replaced";

    float thumbfinger_Velx_stdr(burst=5601);
      :units = "";
      :long_name = "standard deviation of the residuals";

    float thumbfinger_Vely_nbad(burst=5601);
      :units = "cm s-1";
      :long_name = "number of bad points";

    float thumbfinger_Vely_delmean(burst=5601);
      :units = "cm s-1";
      :long_name = "ratio of the mean before and after points were replaced";

    float thumbfinger_Vely_delvar(burst=5601);
      :units = "cm s-1";
      :long_name = "ratio of the variance before and after points were replaced";

    float thumbfinger_Vely_stdr(burst=5601);
      :units = "";
      :long_name = "standard deviation of the residuals";

    float thumbfinger_Velz_nbad(burst=5601);
      :units = "cm s-1";
      :long_name = "number of bad points";

    float thumbfinger_Velz_delmean(burst=5601);
      :units = "cm s-1";
      :long_name = "ratio of the mean before and after points were replaced";

    float thumbfinger_Velz_delvar(burst=5601);
      :units = "cm s-1";
      :long_name = "ratio of the variance before and after points were replaced";

    float thumbfinger_Velz_stdr(burst=5601);
      :units = "";
      :long_name = "standard deviation of the residuals";

    float thumbfinger_heading_nbad(burst=5601);
      :units = "degrees, magnetic";
      :long_name = "number of bad points";

    float thumbfinger_heading_delmean(burst=5601);
      :units = "degrees, magnetic";
      :long_name = "ratio of the mean before and after points were replaced";

    float thumbfinger_heading_delvar(burst=5601);
      :units = "degrees, magnetic";
      :long_name = "ratio of the variance before and after points were replaced";

    float thumbfinger_heading_stdr(burst=5601);
      :units = "";
      :long_name = "standard deviation of the residuals";

    float thumbfinger_pitch_nbad(burst=5601);
      :units = "degrees";
      :long_name = "number of bad points";

    float thumbfinger_pitch_delmean(burst=5601);
      :units = "degrees";
      :long_name = "ratio of the mean before and after points were replaced";

    float thumbfinger_pitch_delvar(burst=5601);
      :units = "degrees";
      :long_name = "ratio of the variance before and after points were replaced";

    float thumbfinger_pitch_stdr(burst=5601);
      :units = "";
      :long_name = "standard deviation of the residuals";

    float thumbfinger_roll_nbad(burst=5601);
      :units = "degrees";
      :long_name = "number of bad points";

    float thumbfinger_roll_delmean(burst=5601);
      :units = "degrees";
      :long_name = "ratio of the mean before and after points were replaced";

    float thumbfinger_roll_delvar(burst=5601);
      :units = "degrees";
      :long_name = "ratio of the variance before and after points were replaced";

    float thumbfinger_roll_stdr(burst=5601);
      :units = "";
      :long_name = "standard deviation of the residuals";

    float thumbfinger_temperature_nbad(burst=5601);
      :units = "degrees Celcius";
      :long_name = "number of bad points";

    float thumbfinger_temperature_delmean(burst=5601);
      :units = "degrees Celcius";
      :long_name = "ratio of the mean before and after points were replaced";

    float thumbfinger_temperature_delvar(burst=5601);
      :units = "degrees Celcius";
      :long_name = "ratio of the variance before and after points were replaced";

    float thumbfinger_temperature_stdr(burst=5601);
      :units = "";
      :long_name = "standard deviation of the residuals";

    float thumbfinger_extpressfreq_nbad(burst=5601);
      :units = "Hz";
      :long_name = "number of bad points";

    float thumbfinger_extpressfreq_delmean(burst=5601);
      :units = "Hz";
      :long_name = "ratio of the mean before and after points were replaced";

    float thumbfinger_extpressfreq_delvar(burst=5601);
      :units = "Hz";
      :long_name = "ratio of the variance before and after points were replaced";

    float thumbfinger_extpressfreq_stdr(burst=5601);
      :units = "";
      :long_name = "standard deviation of the residuals";

    float deglitch1vector_Velx_nbad(burst=5601);
      :units = "cm s-1";
      :long_name = "number of bad points";

    float deglitch1vector_Velx_nfixed_dg(burst=5601);
      :units = "cm s-1";
      :long_name = "number of endpoints fixed by deglitch";

    float deglitch1vector_Velx_nfixed_filt(burst=5601);
      :units = "cm s-1";
      :long_name = "number of endpoints fixed by filter";

    float deglitch1vector_Velx_delmean(burst=5601);
      :units = "cm s-1";
      :long_name = "ratio of the mean before and after points were replaced";

    float deglitch1vector_Velx_delvar(burst=5601);
      :units = "cm s-1";
      :long_name = "ratio of the variance before and after points were replaced";

    float deglitch1vector_Velx_stdr(burst=5601);
      :units = "";
      :long_name = "standard deviation of the residuals";

    float deglitch1vector_Vely_nbad(burst=5601);
      :units = "cm s-1";
      :long_name = "number of bad points";

    float deglitch1vector_Vely_nfixed_dg(burst=5601);
      :units = "cm s-1";
      :long_name = "number of endpoints fixed by deglitch";

    float deglitch1vector_Vely_nfixed_filt(burst=5601);
      :units = "cm s-1";
      :long_name = "number of endpoints fixed by filter";

    float deglitch1vector_Vely_delmean(burst=5601);
      :units = "cm s-1";
      :long_name = "ratio of the mean before and after points were replaced";

    float deglitch1vector_Vely_delvar(burst=5601);
      :units = "cm s-1";
      :long_name = "ratio of the variance before and after points were replaced";

    float deglitch1vector_Vely_stdr(burst=5601);
      :units = "";
      :long_name = "standard deviation of the residuals";

    float deglitch1vector_Velz_nbad(burst=5601);
      :units = "cm s-1";
      :long_name = "number of bad points";

    float deglitch1vector_Velz_nfixed_dg(burst=5601);
      :units = "cm s-1";
      :long_name = "number of endpoints fixed by deglitch";

    float deglitch1vector_Velz_nfixed_filt(burst=5601);
      :units = "cm s-1";
      :long_name = "number of endpoints fixed by filter";

    float deglitch1vector_Velz_delmean(burst=5601);
      :units = "cm s-1";
      :long_name = "ratio of the mean before and after points were replaced";

    float deglitch1vector_Velz_delvar(burst=5601);
      :units = "cm s-1";
      :long_name = "ratio of the variance before and after points were replaced";

    float deglitch1vector_Velz_stdr(burst=5601);
      :units = "";
      :long_name = "standard deviation of the residuals";

    float deglitch1vector_extpressfreq_nbad(burst=5601);
      :units = "Hz";
      :long_name = "number of bad points";

    float deglitch1vector_extpressfreq_nfixed_dg(burst=5601);
      :units = "Hz";
      :long_name = "number of endpoints fixed by deglitch";

    float deglitch1vector_extpressfreq_nfixed_filt(burst=5601);
      :units = "Hz";
      :long_name = "number of endpoints fixed by filter";

    float deglitch1vector_extpressfreq_delmean(burst=5601);
      :units = "Hz";
      :long_name = "ratio of the mean before and after points were replaced";

    float deglitch1vector_extpressfreq_delvar(burst=5601);
      :units = "Hz";
      :long_name = "ratio of the variance before and after points were replaced";

    float deglitch1vector_extpressfreq_stdr(burst=5601);
      :units = "";
      :long_name = "standard deviation of the residuals";

    float fixbadadvvel_NGoodVelSamples(burst=5601, axis=3);
      :long_name = "Count of Good Samples in Burst";
      :units = "counts";
      :valid_range = 0.0f, 180.0f; // float
      :comment = "Calculated by fixbadadvvel.m";

  // global attributes:
  :CREATION_DATE = "21-Nov-2006 11:37:23";
  :DESCRIPT = "Sontek ADV raw data quality file";
  :COORD_SYSTEM = "NONE";
  :DATA_TYPE = "TIME";
  :history = "WATER_DEPTH related attributes corrected.: Written via MATLAB by adr2cdf.m V7.0; cleanhydra v0.00 results from  thumbfinger; cleanhydra v0.00 results from  deglitch1vector";
  :thumbfinger_nsd = 10.0; // double
  :thumbfinger_nsd_ori = 10.0; // double
  :deglitch1vector_samplerate = 1.0; // double
  :deglitch1vector_verbose = 0.0; // double
  :deglitch1vector_nsd = 2.8; // double
  :deglitch1vector_nsd_ori = 2.8; // double
  :WATER_DEPTH = 59.0f; // float
  :WATER_DEPTH_NOTE = "pressure - atmos.pressure + instrument_elevation: (m) ";
  :inst_height = 0.59f; // float
  :inst_height_note = "height in meters above bottom: accurate for tripod mounted intstruments";
  :inst_depth = 58.41f; // float
  :inst_depth_note = "inst_depth = (water_depth - inst_height); nominal depth below the surface";
}