[Edit – code formatting]
>> ncdisp('NRB_2000nw1.nc');Source: D:\sunil\NRB_III_SWM_AUG2013\NRB_2000nw1.ncFormat: classicGlobal Attributes: CREATION_DATE = '26-09-2013' MOORING = 'NRB1A' platform_type = 'mooring' DEPLOYMENT_DATE = '24-08-2013' RECOVERY_DATE = '05-09-2013' INST_TYPE = 'RDI INSTRUMENTS ADCP' latitude = 18.6 latitude_units = 'Degree_North' longitude = 84.8 longitude_units = 'Degree_East' FIRMWARE_VERSION = 50.4 FREQUENCY = 300 beam_width = 4 BEAM_PATTERN = 'CONVEX' SYSTEM_CONFIG = 1 IS_TRANSDUCER_ATTACHED = 'YES' ORIENTATION = 'UP' BEAM_ANGLE = 20 JANUS = '4 BEAM' SIMULATED_DATA = 0 LAG_LENGTH = 53 BEAMS_IN_VELOCITY_CALC = 4 PINGS_PER_ENSEMBLE = 34 PROFILING_MODE = 1 PRED_ACCURACY = 0.61 VALID_CORRELATION_RANGE = [6.40e+01 2.55e+02] CODE_REPETITION = 9 minmax_percent_good = [0.00e+00 1.00e+02] error_velocity_threshold = 2e+03 TIME_BETWEEN_PING_GROUPS = 0.88 TRANSFORM = 'Earth ' sound_speed_computed_from_ED_ES_ET = 'YES ' ED_taken_from_depth_sensor = 'YES ' EH_taken_from_xducer_heading_sensor = 'YES ' EP_taken_from_xducer_pitch_sensor = 'YES ' ER_taken_from_xducer_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 = 447 Starting_water_layer = 1 Ending_water_layer = 5 false_target_reject_values = [5.00e+01 2.55e+02] transmit_lag_distance = 50 ADCP_SERIAL_NO = 3.59e+03 Center_first_bin = 6.25 blanking_distance = 1.76 bin_size = 4 bin_count = 25 water_depth = 104 water_depth_source = 'Water depth from user input by rdi2cdf' water_depth_datum = 'MSL' xducer_offset_from_bottom = 7 WATER_DEPTH = 89.4 initial_instrument_height = 7 initial_instrument_height_note = 'height in meters above bottom: accurate for tripod mounted instruments' nominal_sensor_depth = 82.4 nominal_sensor_depth_note = 'inst_depth = (water_depth - inst_height); nominal depth below surface' transform = 'EARTH' DATA_TYPE = 'ADCP' DATA_SUB_TYPE = 'MOORED' COORD_SYSTEM = 'GEOGRAPHIC' WATER_MASS = '?' POS_CONST = 0 DEPTH_CONST = 0 DRIFTER = 0 WATER_DEPTH_SOURCE = 'Water depth from user input by rdi2cdf' VAR_FILL = 1e+35 Conventions = 'EPIC/PMEL' EXPERIMENT = 'cruise' PROJECT = 'GAP2659' DESCRIPT = 'NRB 2' DATA_CMNT = 'none' magnetic_variation_at_site = -0.869 magnetic_variation_applied = -0.869 FILL_FLAG = 0 COMPOSITE = 0 DELTA_T = '029' start_time = '23/08/2013 09:00:00' stop_time = '08/09/2013 07:45:59' salinity_set_by_user = 35 salinity_set_by_user_units = 'PPT' VAR_DESC = 'bindist:ensemble:u:v:w:Werr:COR:AGC:PGd:brange:Tx:SV:Hdg:Ptch:Roll:P:SDP'Dimensions: Lon = 1 Lat = 1 Depth = 21 Time = 45933Variables: Lon Size: 1x1 Dimensions: Lon Datatype: single Attributes: long_name = 'Longitude' units = 'Degree_East' Lat Size: 1x1 Dimensions: Lat Datatype: single Attributes: long_name = 'Latitude' units = 'Degree_Nort' Depth Size: 21x1 Dimensions: Depth Datatype: single Attributes: long_name = 'Depth (m)' units = 'meters' blanking_distance = 1.76 bin_size = 4 Center_first_bin = 6.25 xducer_offset_from_bottom = 7 Time Size: 45933x1 Dimensions: Time Datatype: single Attributes: long_name = 'Time' units = 'hours' time_origin = '23-AUG-2013 09:00:00' u_1205 Size: 1x1x21x45933 Dimensions: Lon,Lat,Depth,Time Datatype: single Attributes: name = 'u' long_name = 'Eastward Velocity' missing_value = 1e+05 _FillValue = 1e+35 units = 'cm/s' v_1206 Size: 1x1x21x45933 Dimensions: Lon,Lat,Depth,Time Datatype: single Attributes: name = 'v' long_name = 'Northward Velocity' missing_value = 1e+05 _FillValue = 1e+35 units = 'cm/s' w_1204 Size: 1x1x21x45933 Dimensions: Lon,Lat,Depth,Time Datatype: single Attributes: name = 'W' long_name = 'Vertical Velocity' missing_value = 1e+05 _FillValue = 1e+35 units = 'cm/s' Werr_1201 Size: 1x1x21x45933 Dimensions: Lon,Lat,Depth,Time Datatype: single Attributes: name = 'EVEL' long_name = 'Error Velocity' missing_value = 1e+05 _FillValue = 1e+35 units = 'cm/s' COR_1201 Size: 1x1x21x45933 Dimensions: Lon,Lat,Depth,Time Datatype: single Attributes: name = 'AGC' long_name = 'Average Correlation' units = 'counts' AGC_1202 Size: 1x1x21x45933 Dimensions: Lon,Lat,Depth,Time Datatype: single Attributes: name = 'AGC' long_name = 'Average Echo Intensity' units = 'counts' PGd_1203 Size: 1x1x21x45933 Dimensions: Lon,Lat,Depth,Time Datatype: single Attributes: name = 'PGD' long_name = 'Percent Good Pings' units = 'cm/s' Brange Size: 1x1x45933 Dimensions: Lon,Lat,Time Datatype: single Attributes: name = 'Brange' long_name = 'range from ADCP head to boundary' units = 'm' Tx_1211 Size: 1x1x45933 Dimensions: Lon,Lat,Time Datatype: single Attributes: name = 'TX' long_name = 'ADCP Transducer Temp.' units = 'Degree C.' Hdg_1215 Size: 1x1x45933 Dimensions: Lon,Lat,Time Datatype: single Attributes: name = 'HD' long_name = 'INST Heading' units = 'Degrees' Ptch_1216 Size: 1x1x45933 Dimensions: Lon,Lat,Time Datatype: single Attributes: name = 'PTCH' long_name = 'INST Pitch' units = 'Degrees' Roll_1217 Size: 1x1x45933 Dimensions: Lon,Lat,Time Datatype: single Attributes: name = 'ROLL' long_name = 'INST Roll' units = 'Degrees' P_1294 Size: 1x1x45933 Dimensions: Lon,Lat,Time Datatype: single Attributes: name = 'PRESSURE' long_name = 'ADCP Pressure at Transducer Head' units = 'deca-pascals' SDP_850 Size: 1x1x45933 Dimensions: Lon,Lat,Time Datatype: single Attributes: name = 'PRESSURE' long_name = 'STAND. DEV. (PRESS)' units = 'mbar'>>
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