netcdf ocean-time-series/Stellwagen/NEARSHORE/8721wh-a.nc {
  dimensions:
    time = UNLIMITED;   // (313 currently)
    depth = 22;
    lat = 1;
    lon = 1;
  variables:
    float AGC_1202(time=313, depth=22, lat=1, lon=1);
      :name = "AGC";
      :long_name = "Average Echo Intensity (AGC)";
      :generic_name = "AGC";
      :FORTRAN_format = "F5.1";
      :units = "counts";
      :epic_code = 1202; // int
      :sensor_type = "RD Instruments ADCP";
      :sensor_depth = 8.526057f; // float
      :initial_sensor_height = 0.64f; // float
      :height_depth_units = "m";
      :serial_number = 830; // int
      :norm_factor = 0.44999998807907104; // double
      :NOTE = "normalization to db";
      :minimum = 131.77734f, 129.75488f, 121.42114f, 114.142334f, 109.43921f, 106.204834f, 104.07495f, 102.7063f, 101.12915f, 99.009766f, 97.42651f, 94.14502f, 89.72095f, 86.54663f, 85.302246f, 82.96533f, 80.50635f, 81.282715f, 108.94092f, 85.55298f, 77.44507f, 72.20752f; // float
      :maximum = 194.02954f, 199.62817f, 193.42334f, 189.07593f, 185.8606f, 184.50928f, 183.18506f, 182.54956f, 181.59888f, 179.91528f, 177.65918f, 174.9602f, 172.26929f, 171.31226f, 171.60205f, 173.71191f, 178.20508f, 184.59863f, 189.75928f, 174.64478f, 168.05103f, 166.49194f; // float
      :valid_range = 50.0, 255.0; // double
      :_FillValue = 1.0E35f; // float

    float Hdg_1215(time=313, lat=1, lon=1);
      :name = "Hdg";
      :long_name = "INST Heading             ";
      :generic_name = "hdg";
      :epic_code = 1215; // int
      :units = "degrees";
      :FORTRAN_format = "f10.2";
      :sensor_type = "RD Instruments ADCP";
      :sensor_depth = 8.526057f; // float
      :initial_sensor_height = 0.64f; // float
      :height_depth_units = "m";
      :serial = 830; // int
      :minimum = 267.04532f; // float
      :maximum = 294.3742f; // float
      :valid_range = 0.0f, 360.0f; // float
      :_FillValue = 1.0E35f; // float
      :heading_alignment_EH = 0.0f; // float
      :heading_bias_EB = 0.0f; // float
      :NOTE = "no heading bias was applied by EB during deployment or by wavesmon";

    float PGd_1203(time=313, depth=22, lat=1, lon=1);
      :name = "PGd";
      :long_name = "Percent Good Pings";
      :generic_name = "PGd";
      :FORTRAN_format = " ";
      :units = "percent";
      :epic_code = 1203; // int
      :sensor_type = "RD Instruments ADCP";
      :sensor_depth = 8.526057f; // float
      :initial_sensor_height = 0.64f; // float
      :height_depth_units = "m";
      :serial_number = 830; // int
      :minimum = 0.0; // double
      :maximum = 0.0; // double
      :valid_range = 0.0, 100.0; // double
      :_FillValue = 1.0E35f; // float
      :NOTE = "Due to being collected in \'Earth\', no percent good data is available for this instrument.";

    float P_1(time=313, lat=1, lon=1);
      :name = "P";
      :long_name = "PRESSURE (DB)          ";
      :generic_name = "depth";
      :units = "dbar";
      :FORTRAN_format = "f10.1";
      :epic_code = 1; // int
      :sensor_type = "RD Instruments ADCP";
      :sensor_depth = 8.526057f; // float
      :initial_sensor_height = 0.64f; // float
      :height_depth_units = "m";
      :serial_number = 830; // int
      :minimum = 7.3954521484375; // double
      :maximum = 9.0686123046875; // double
      :valid_range = 73.9545234375, 90.686125; // double
      :_FillValue = 1.0E35f; // float
      :AZ_applied = "unknown";
      :comment = "unzeroed pressure from a strain guauge sensor- pressure is relative to sea level";

    float P_1294(time=313, lat=1, lon=1);
      :name = "P";
      :long_name = "Pressure at Transducer Head";
      :generic_name = "pres";
      :units = "deca-pascals";
      :FORTRAN_format = "f15.2";
      :epic_code = 1294; // int
      :sensor_type = "RD Instruments ADCP";
      :sensor_depth = 8.526057f; // float
      :initial_sensor_height = 0.64f; // float
      :height_depth_units = "m";
      :serial_number = 830; // int
      :minimum = 7395.452f; // float
      :maximum = 9068.612f; // float
      :valid_range = 73954.5234375, 90686.125; // double
      :_FillValue = 1.0E35f; // float
      :AZ_applied = "unknown";
      :comment = "unzeroed pressure from a strain guauge sensor- pressure is relative to sea level";

    float Ptch_1216(time=313, lat=1, lon=1);
      :name = "Ptch";
      :long_name = "INST Pitch             ";
      :generic_name = "ptch";
      :epic_code = 1216; // int
      :units = "degrees";
      :FORTRAN_format = "f10.2";
      :sensor_type = "RD Instruments ADCP";
      :sensor_depth = 8.526057f; // float
      :initial_sensor_height = 0.64f; // float
      :height_depth_units = "m";
      :serial = 830; // int
      :minimum = -1.5050391f; // float
      :maximum = 4.2555275f; // float
      :valid_range = -180.0f, 180.0f; // float
      :_FillValue = 1.0E35f; // float

    float Rec(time=313);
      :FORTRAN_format = "f10.2";
      :units = "count";
      :type = "EVEN";
      :epic_code = 0; // int
      :long_name = "ensemble number";
      :name = "ensemble";
      :generic_name = "ensemble";
      :_FillValue = 1.0E35f; // float
      :minimum = 57856.0f; // float
      :maximum = 377344.0f; // float

    float Roll_1217(time=313, lat=1, lon=1);
      :name = "Roll";
      :long_name = "INST Roll             ";
      :generic_name = "roll";
      :epic_code = 1217; // int
      :units = "degrees";
      :FORTRAN_format = "f10.2";
      :sensor_type = "RD Instruments ADCP";
      :sensor_depth = 8.526057f; // float
      :initial_sensor_height = 0.64f; // float
      :height_depth_units = "m";
      :serial = 830; // int
      :minimum = -17.248594f; // float
      :maximum = 1.1313672f; // float
      :valid_range = -180.0f, 180.0f; // float
      :_FillValue = 1.0E35f; // float

    double SDP_1(time=313, lat=1, lon=1);
      :name = "SDP";
      :long_name = "STAND.DEV.(PRESS)";
      :generic_name = "pres";
      :units = "dbar";
      :_FillValue = 1.0E35; // double
      :valid_range = 0.0, 5000.0; // double

    float SV_80(time=313, lat=1, lon=1);
      :name = "SV";
      :long_name = "SOUND VELOCITY (M/S)";
      :generic_name = " ";
      :units = "m s-1";
      :epic_code = 80; // int
      :sensor_type = "RD Instruments ADCP";
      :sensor_depth = 8.526057f; // float
      :initial_sensor_height = 0.64f; // float
      :height_depth_units = "m";
      :serial_number = 830; // int
      :minimum = 1467.0f; // float
      :maximum = 1495.0f; // float
      :valid_range = 1400.0f, 1600.0f; // float
      :_FillValue = 1.0E35f; // float

    float Tx_1211(time=313, lat=1, lon=1);
      :name = "Tx";
      :long_name = "instrument Transducer Temp.";
      :generic_name = "temp";
      :units = "degrees.C";
      :epic_code = 1211; // int
      :sensor_type = "RD Instruments ADCP";
      :sensor_depth = 8.526057f; // float
      :initial_sensor_height = 0.64f; // float
      :height_depth_units = "m";
      :serial_number = 830; // int
      :minimum = 5.0998926f; // float
      :maximum = 12.644697f; // float
      :valid_range = -5.0, 40.0; // double
      :_FillValue = 1.0E35f; // float

    float Werr_1201(time=313, depth=22, lat=1, lon=1);
      :name = "Werr";
      :long_name = "Error Velocity";
      :generic_name = "w";
      :FORTRAN_format = "F8.1";
      :units = "cm/s";
      :epic_code = 1201; // int
      :sensor_type = "RD Instruments ADCP";
      :sensor_depth = 8.526057f; // float
      :initial_sensor_height = 0.64f; // float
      :height_depth_units = "m";
      :serial_number = 830; // int
      :minimum = -0.79676896f, -0.67491406f, -0.7770464f, -1.039427f, -0.8339468f, -1.1604859f, -1.1905688f, -1.1904439f, -1.5571302f, -1.6437054f, -1.0041354f, -0.8986035f, -3.5116074f, -6.1129904f, -12.7902f, -8.160166f, -8.100357f, -5.674513f, -12.229581f, -11.0732565f, -10.268911f, -6.4734054f; // float
      :maximum = 0.852315f, 0.90692747f, 0.98263675f, 1.394621f, 1.3055117f, 1.4118593f, 1.424725f, 1.4796952f, 2.0110786f, 2.3586597f, 2.2764268f, 2.643431f, 2.753959f, 2.381226f, 1.8446645f, 7.705064f, 16.999533f, 23.25925f, 19.662886f, 14.791877f, 9.398986f, 6.0209103f; // float
      :valid_range = 2000.0; // double
      :_FillValue = 1.0E35f; // float

    float bindist(depth=22);
      :FORTRAN_format = "f10.2";
      :units = "m";
      :type = "EVEN";
      :epic_code = 0; // int
      :long_name = "bin distance from instrument (m)";
      :name = "bindist";
      :generic_name = "bindist";
      :bin_size = 0.4000000059604645; // double
      :transducer_offset_from_bottom = 0.64f; // float
      :center_first_bin = 0.93f; // float
      :blanking_distance = 0.44f; // float
      :sensor_depth = 8.526057f; // float
      :initial_sensor_height = 0.64f; // float
      :_FillValue = 1.0E35f; // float
      :NOTE = "distance is along profile from instrument head to center of bin";
      :minimum = 0.93f; // float
      :maximum = 9.33f; // float

    float brange(time=313, lat=1, lon=1);
      :name = "brange";
      :long_name = "range from instrument head to boundary";
      :generic_name = "brange";
      :FORTRAN_format = "f10.2";
      :units = "m";
      :epic_code = 0; // int
      :sensor_type = "RD Instruments ADCP";
      :sensor_depth = 8.526057f; // float
      :initial_sensor_height = 0.64f; // float
      :height_depth_units = "m";
      :minimum = 7.4677086f; // float
      :maximum = 11.136452f; // float
      :serial_number = 830; // int
      :valid_range = 0.0f, 50.0f; // float
      :_FillValue = 1.0E35f; // float
      :NOTE = "range to boundary based on findsurface.m output";

    float depth(depth=22);
      :units = "m";
      :long_name = "DEPTH (M)";
      :FORTRAN_format = "F10.2";
      :_FillValue = 1.0E35f; // float
      :epic_code = 3; // int
      :type = "EVEN";
      :center_first_bin = 0.93f; // float
      :blanking_distance = 0.44f; // float
      :bin_size = 0.4f; // float
      :bin_count = 32; // int
      :WATER_DEPTH = 9.166058f; // float
      :WATER_DEPTH_source = "water depth = MSL from pressure sensor, by trimbins";
      :datum = "not yet assigned";
      :transducer_offset_from_bottom = 0.64f; // float
      :WATER_DEPTH_datum = "not yet assigned";
      :NOTE = "uplooking bin depths = water_depth - transducer_offset_from_bottom - bindist";

    float lat(lat=1);
      :FORTRAN_format = "F10.2";
      :units = "degree_north";
      :type = "EVEN";
      :epic_code = 500; // int
      :name = "LAT";
      :long_name = "LATITUDE";
      :generic_name = "lat";
      :datum = "NAD83";

    float lon(lon=1);
      :FORTRAN_format = "f10.4";
      :units = "degree_east";
      :type = "EVEN";
      :epic_code = 502; // int
      :name = "LON";
      :long_name = "LONGITUDE";
      :generic_name = "lon";
      :datum = "NAD83";

    int time(time=313);
      :FORTRAN_format = "F10.2";
      :units = "True Julian Day";
      :type = "UNEVEN";
      :epic_code = 624; // int
      :datum = "Time (UTC) in True Julian Days: 2440000 = 0000 h on May 23, 1968";
      :NOTE = "Decimal Julian day [days] = time [days] + ( time2 [msec] / 86400000 [msec/day] )";

    int time2(time=313);
      :FORTRAN_format = "F10.2";
      :units = "msec since 0:00 GMT";
      :type = "UNEVEN";
      :epic_code = 624; // int
      :datum = "Time (UTC) in True Julian Days: 2440000 = 0000 h on May 23, 1968";
      :NOTE = "Decimal Julian day [days] = time [days] + ( time2 [msec] / 86400000 [msec/day] )";

    float u_1205(time=313, depth=22, lat=1, lon=1);
      :name = "u";
      :long_name = "Eastward Velocity";
      :generic_name = "u";
      :FORTRAN_format = " ";
      :units = "cm/s";
      :epic_code = 1205; // int
      :sensor_type = "RD Instruments ADCP";
      :sensor_depth = 8.526057f; // float
      :initial_sensor_height = 0.64f; // float
      :height_depth_units = "m";
      :serial_number = 830; // int
      :minimum = -18.06194f, -18.01761f, -16.441936f, -13.9220085f, -12.114693f, -10.003316f, -8.003749f, -7.6742077f, -7.524413f, -6.147111f, -6.129109f, -8.752887f, -11.020372f, -13.241981f, -16.223791f, -20.083899f, -30.445673f, -41.30534f, -49.117386f, -43.347954f, -29.651487f, -24.814714f; // float
      :maximum = 19.756733f, 20.238379f, 19.564907f, 19.264318f, 18.517069f, 19.100637f, 20.316221f, 20.849133f, 21.730675f, 23.37507f, 25.39914f, 27.33209f, 30.343534f, 35.572998f, 40.01902f, 49.45719f, 47.744667f, 54.670277f, 55.627407f, 67.63583f, 66.014595f, 61.616077f; // float
      :valid_range = -1000.0f, 1000.0f; // float
      :_FillValue = 1.0E35f; // float

    float v_1206(time=313, depth=22, lat=1, lon=1);
      :name = "v";
      :long_name = "Northward Velocity";
      :generic_name = "v";
      :FORTRAN_format = " ";
      :units = "cm/s";
      :epic_code = 1206; // int
      :sensor_type = "RD Instruments ADCP";
      :sensor_depth = 8.526057f; // float
      :initial_sensor_height = 0.64f; // float
      :serial_number = 830; // int
      :minimum = -32.039223f, -34.39326f, -35.168644f, -36.85168f, -38.9337f, -39.514675f, -39.81457f, -40.067856f, -40.283165f, -40.30654f, -40.96404f, -41.311634f, -41.605137f, -42.404064f, -36.9468f, -33.201668f, -40.302406f, -41.72542f, -55.601032f, -66.02623f, -72.786255f, -64.522385f; // float
      :maximum = 17.81914f, 18.566801f, 19.110418f, 17.945518f, 15.820382f, 13.368433f, 11.199074f, 9.517537f, 9.294295f, 9.235901f, 10.204652f, 12.256995f, 12.12811f, 18.498875f, 22.763662f, 31.284512f, 43.29924f, 37.070274f, 24.083315f, 16.012888f, 16.753641f, 17.519299f; // float
      :valid_range = -1000.0f, 1000.0f; // float
      :_FillValue = 1.0E35f; // float

    float w_1204(time=313, depth=22, lat=1, lon=1);
      :name = "w";
      :long_name = "Vertical Velocity";
      :generic_name = "w";
      :FORTRAN_format = " ";
      :units = "cm/s";
      :epic_code = 1204; // int
      :sensor_type = "RD Instruments ADCP";
      :sensor_depth = 8.526057f; // float
      :initial_sensor_height = 0.64f; // float
      :serial_number = 830; // int
      :minimum = -1.6240424f, -1.5788842f, -1.1388322f, -1.180076f, -0.720358f, -0.66110647f, -0.6990692f, -0.7770989f, -1.6929061f, -0.7302691f, -0.72313875f, -0.6310195f, -0.60863686f, -0.73504204f, -0.89263004f, -4.008342f, -6.461723f, -9.827213f, -17.575403f, -19.516666f, -18.642408f, -17.824581f; // float
      :maximum = 1.3177886f, 0.9672563f, 0.9313755f, 0.5739676f, 0.708675f, 0.69389814f, 0.7907581f, 0.8730114f, 1.1472745f, 1.385069f, 1.3427008f, 1.5495374f, 1.6164035f, 2.1458268f, 2.0308797f, 1.9282557f, 2.7308178f, 3.5979898f, 4.8698916f, 4.857026f, 3.9841647f, 2.9765844f; // float
      :valid_range = -1000.0f, 1000.0f; // float
      :_FillValue = 1.0E35f; // float

  // global attributes:
  :CREATION_DATE = "31-Aug-2010 10:20:20";
  :MOORING = "872";
  :platform_type = "trawl proof bottom mount";
  :Deployment_date = "04-Feb-2010";
  :Recovery_date = "20-Mar-2010";
  :INST_TYPE = "RD Instruments ADCP";
  :history = "Thu Oct 04 11:36:43 2012: ncks -x -v SDP_850 .\\Osites\\8721whP1.nc .\\8721whP1.nc\\nTransformed to earth coordinates by bm2geo, transformation matrix in 830_compassPS3.txt;\\n\\n Written to an EPIC standard data file by adcp2ep SVN $Revision: 2101 $; \\nBins were trimmed by trimbins SVN $Revision: 2101 $ based on depth sensor input information.\\nConverted to netCDF via MATLAB by rdi2cdf SVN $Revision: 2072 $\\nData were originally (incorrectly) collected in \'Earth\' format and have been convertedby TRDI back to \'Beam\' to allow wave calculations to be made. PGd_ values could not be back-converted from Earth format so are not available in this file. $ Revision $:corrected pressure comments";
  :burst_sampling = "Yes";
  :TB_command = "01:00:00.00";
  :TC_command = 1024; // int
  :latitude = 35.2177f; // float
  :latitude_units = "degree_north";
  :longitude = -75.5427f; // float
  :longitude_units = "degree_east";
  :firmware_version = 51.37f; // float
  :frequency = 1200; // int
  :beam_width = 2; // int
  :beam_pattern = "convex";
  :sensor_configuration = 1; // int
  :transducer_attached = 49; // int
  :orientation = "UP";
  :beam_angle = 20; // int
  :janus = "4 Beam";
  :simulated_data = 0; // int
  :lag_length = 53; // int
  :beams_in_velocity_calculation = 4; // int
  :pings_per_ensemble = 1; // int
  :profiling_mode = 1; // int
  :pred_accuracy = 8.94f; // float
  :valid_correlation_range = 64, 255; // int
  :code_repetitions = 4; // int
  :minmax_percent_good = 0, 100; // int
  :error_velocity_threshold = 2000; // int
  :time_between_ping_groups = 1.0f; // float
  :transform = "EARTH";
  :Sound_speed_computed_from_ED_ES_ET = "YES";
  :ED_taken_from_depth_sensor = "YES";
  :EH_taken_from_transducer_heading_sensor = "YES";
  :EP_taken_from_transducer_pitch_sensor = "YES";
  :ER_taken_from_transducer_roll_sensor = "YES";
  :ET_taken_from_temperature_sensor = "YES";
  :depth_sensor = "YES";
  :heading_sensor = "YES";
  :pitch_sensor = "YES";
  :roll_sensor = "YES";
  :conductivity_sensor = "NO";
  :temperature_sensor = "YES";
  :transmit_pulse_length_cm = 47; // int
  :NOTE_1 = "transmit_pulse_length units are cm";
  :starting_water_layer = 1; // int
  :ending_water_layer = 5; // int
  :false_target_reject_values = 50, 255; // int
  :transmit_lag_distance = 12; // int
  :NOTE_2 = "transmit_lag_distance units are cm";
  :serial_number = 830; // int
  :center_first_bin = 0.93f; // float
  :blanking_distance = 0.44f; // float
  :bin_size = 0.4f; // float
  :bin_count = 32; // int
  :WATER_DEPTH = 9.166058f; // float
  :WATER_DEPTH_source = "water depth = MSL from pressure sensor, by trimbins";
  :WATER_DEPTH_datum = "not yet assigned";
  :transducer_offset_from_bottom = 0.64f; // float
  :NOTE_3 = "bin depths are relative to the seabed";
  :modification_date = "2013-06-12T12:27:04";
  :initial_instrument_height = 0.64f; // float
  :initial_instrument_height_note = "height in meters above bottom: accurate for tripod mounted instruments";
  :nominal_sensor_depth = 8.526057f; // float
  :nominal_sensor_depth_note = "inst_depth = (water_depth - inst_height); nominal depth below surface, meters";
  :DATA_TYPE = "ADCP";
  :DATA_SUB_TYPE = "MOORED";
  :COORD_SYSTEM = "GEOGRAPHIC";
  :WATER_MASS = "?";
  :POS_CONST = 0; // int
  :DEPTH_CONST = 0; // int
  :DRIFTER = 0; // int
  :VAR_FILL = 1.0E35f; // float
  :DATA_ORIGIN = "USGS WHSC Sed Trans Group";
  :Conventions = "PMEL/EPIC";
  :EXPERIMENT = "Carolinas Coastal Change Program";
  :PROJECT = "USGS, CMGP";
  :DESCRIPT = "Woods Hole Group TRBM with ADCP";
  :DATA_CMNT = "1200 kHz ADCP at site O1: ended early due to battery issues";
  :SciPi = "J.C. Warner";
  :magnetic_variation_at_site = -10.8f; // float
  :magnetic_variation_applied = -10.8f; // float
  :FILL_FLAG = 0; // int
  :COMPOSITE = 0; // int
  :DELTA_T = "3600";
  :start_time = "05-Feb-2010 02:00:02";
  :stop_time = "18-Feb-2010 02:00:02";
  :salinity_set_by_user = 32.0f; // float
  :salinity_set_by_user_units = "PPT";
  :VAR_DESC = "bindist:ensemble:u:v:w:Werr:AGC:PGd:brange:Tx:SV:Hdg:Ptch:Roll:P:SDP";
  :NCO = "20121004";
  :NOTE = "Data were originally (incorrectly) collected in \'Earth\' format and have been convertedby TRDI back to \'Beam\' to allow wave calculations to be made. PGd_ values could not be back-converted from Earth format so are not available in this file.";
}