anchor.diff:  ",From UDUNITS vocabulary,"A value used to represent missing or undefined data. Please ensure that the fill_value is NOT a valid value for the parameter. For example, 0 is typically a very poor fill_value since it is usually valid (i.e. for temp, lat, lon, pressure, salinity, etc).",The expected display name for R2.1 and beyond. Will be a required field in R2.1 and beyond. May not be used in 2.0,"This column should contain the decimal precision that the UI Charts/Tables will utilize to display the appropriate values.
   
   If a precision is not known, leave it blank (it will still use the default).  If the default is to be used (currently precision of 5 decimal digits), and its approved to use whatever the default value is, set the value to ""default"".  If the value is not a float, the value should be set to 0.",,,,,,The CF Standard Name for this parameter: http://cf-pcmdi.llnl.gov/documents/cf-standard-names/standard-name-table/20/cf-standard-name-table.html,OOI Data Product Identifier as defined in SAF,List of URLS to parameter documentation,A human-readable description of the parameter. ,"Parameters must be reviewed for accuracy and completeness by an individual other than the parameter author. Please indicate when a parameter, or group of parameters are ""ready for review"" in this column. After review is complete, the reviewer should mark the column as ""Review Complete"", or ""Review Issue"" .",,"CF Long Name. A long descriptive name, which may be used, for example, for labeling plots.",
  +DOC:WARNING,,r2deploy loads the BASE scenario from CSV files located in ion-definitions/res/preload/r2_ioc and NOT from this document or the one in TESTED_DOC. Please export changes to CSV files to change system bootstrap!,,,,,,,,,,,,,,,,,,,,,,,
   DOC:Namespace,,ION::Name,,internal-only,internal-only,ION::ParameterType,ION::Value Encoding,ION::Code Set,ION::Unit of Measure,ION:Fill Value,ION::Display Name (May be removed),,,,,,,CF::Standard Name,OOI::Data Product Identifier,ION::Reference URLS,ION::Description,,,CF::Long Name,
   DOC:Vocabulary,,,,,,,,,,,,,,,,,,http://cf-pcmdi.llnl.gov/documents/cf-standard-names/standard-name-table/20/cf-standard-name-table.html,,,,,,,
   DOC: Required,no,yes,yes,--,--,yes,yes,yes if ParameterType == category,yes,yes,yes,,,not yet,not yet,,,no,no,no,no,,,no,
  
positive.code: BASE,,time,PD7,time_quantity_float64_seconds_since_1900_01_01,0,quantity,float64,,seconds since 1900-01-01,-9999999,"Time, seconds since 1900-01-01",,,,,,,time,,,Time in seconds since 1900-01-01,Reviewed-KS,,,
  BASE,,lat,PD8,lat_quantity_float32_degree_north,0,quantity,float32,,degree_north,-9999999,"Latitude, degrees North",,,,,,,latitude,,,,,,,
  BASE,,lon,PD9,lon_quantity_float32_degree_east,0,quantity,float32,,degree_east,-9999999,"Longitude, degrees East",,,,,,,longitude,,,,,,,
  BASE,,port_timestamp,PD10,port_timestamp_quantity_float64_seconds_since_1900_01_01,0,quantity,float64,,seconds since 1900-01-01,-9999999,"Port Timestamp, seconds since 1900-01-01",,,,,,,,,,Port timestamp in seconds since 1900-01-01,Reviewed-KS,,,
  BASE,,driver_timestamp,PD11,driver_timestamp_quantity_float64_seconds_since_1900_01_01,0,quantity,float64,,seconds since 1900-01-01,-9999999,"Driver Timestamp, seconds since 1900-01-01",,,,,,,,,,Driver timestamp in seconds since 1900-01-01,Reviewed-KS,,,
  BASE,,internal_timestamp,PD12,internal_timestamp_quantity_float64_seconds_since_1900_01_01,0,quantity,float64,,seconds since 1900-01-01,-9999999,"Internal Timestamp, seconds since 1900-01-01",,,,,,,,,,Internal timestamp in seconds since 1900-01-01,Reviewed-KS,,,
  BASE,,serial_num,PD13,serial_num_array_quantity_int32_1,0,array<quantity>,int32,,1,-9999999,Serial number,0,,,,,,,,,,,,,
  BASE,,counts,PD14,counts_quantity_uint64_counts,0,quantity,uint64,,counts,0,,0,,,,,,,,,,,,,
  BASE,PARAD,checksum,PD15,checksum_quantity_int32_1,0,quantity,int32,,1,-9999999,Checksum,0,,,,,,,,,,,,,
  BASE,,preferred_timestamp,PD16,preferred_timestamp_category_int8_str_int8_1,0,category<int8:str>,int8,"{0:'port_timestamp', 1:'driver_timestamp', 2:'internal_timestamp', 3:'time', -99:'empty'}",1,-99,Preferred Timestamp,0,,,,,,,,,Timestamp preferred as official record.,Reviewed-KS,,,
  BASE,,quality_flag,PD17,quality_flag_array_,0,array<>,,,,,,,,,,,,,,,,,,,
  BASE,,viz_timestamp,PD18,viz_timestamp_quantity_float64_seconds_since_1900_01_01,0,quantity,float64,,seconds since 1900-01-01,-9999999,"Timestamp, seconds since 1900-01-01",,,,,,,,,,,,,,
  BASE,,viz_product_type,PD19,viz_product_type_array_,0,array<>,,,,,,,,,,,,,,,,,,,
  BASE,,image_obj,PD20,image_obj_array_,0,array<>,,,,,Image object,0,,,,,,,,,,,,,
  BASE,,image_name,PD21,image_name_array_,0,array<>,,,,,Image name,0,,,,,,,,,,,,,
  
negative.code: CW_TEST,FLORT-D,fluorometric_cdom,PD1153,fluorometric_cdom_function_float32_ppm,0,function,float32,,ppm,-9999999,"Fluorometric CDOM Concentration, ppm",6,,PFID74,"{'sf':'PD1149','X':'PD1143','off':'PD1150'}",,,,CDOMFLO_L1,,The OOI Level 1 Fluorometric Colored Dissolved Organic Matter (CDOM) (CDOMFLO) core data product is produced by the WET Labs three channel fluorometers (FLORT).  ,,,,
  CW_TEST,VELPT,eastward_velocity,PD1154,eastward_velocity_function_float32_m_s_1,0,function,float32,,m s-1,-9999999,"Eastward Turbulent Velocity, m s-1",,,PFID55,"{'uu':'PD441','vv':'PD442','lat':'PD8','lon':'PD9','timestamp':'PD7'}",,VELPTMN-VLE,,VELPTMN-VLE_L1,1341-00790,,,,,
  CW_TEST,VELPT,northward_velocity,PD1155,northward_velocity_function_float32_m_s_1,0,function,float32,,m s-1,-9999999,"Northward Turbulent Velocity, m s-1",,,PFID56,"{'uu':'PD441','vv':'PD442','lat':'PD8','lon':'PD9','timestamp':'PD7'}",,VELPTMN-VLN,,VELPTMN-VLN_L1,1341-00790,,,,,
  CW_TEST,VELPT,upward_velocity,PD1156,upward_velocity_function_float32_m_s_1,0,function,float32,,m s-1,-9999999,"Upward Turbulent Velocity, m s-1",,,PFID58,{'w':'PD443'},,VELPTMN-VLU,,VELPTMN-VLU_L1,1341-00790,,,,,
  CW_TEST,"ADCPS, ADCPT",ensemble_start_time_2,PD1157,ensemble_start_time_2_quantity_float64_seconds_since_1900_01_01,0,quantity,float64,,seconds since 1900-01-01,-9999999,"Ensemble Start Time, seconds since 1900-01-01",6,,,,,,,,,"Ensemble start time in seconds since Jan 01, 1900.",Reviewed-KS,,,
  CW_TEST,"ADCPS, ADCPT",real_time_clock_2,PD1158,real_time_clock_2_array_quantity_int16_1,0,array<quantity>,int16,,1,-9999,Real Time Clock Array,0,,,,,,,,,"Elements of the real-time clock array are: Year, Month, Day, Hour, Minute, Seconds, Hundredths. Units are standard time units, applied to each element respectively (year, month, day, hour, minutes, seconds, cseconds).",Reviewed-KS,,,
  CW_TEST,ADCPA,bottom_track_id,PD1159,bottom_track_id_quantity_uint16_1,0,quantity,uint16,,1,0,Bottom Track (BT) ID,0,,,,,,,,,"Bottom Track packet ID (""00 06h"")",,,,
  CW_TEST,ADCPA,bt_pings_per_ensemble,PD1160,bt_pings_per_ensemble_quantity_uint16_1,0,quantity,uint16,,1,0,BT Pings per Ensemble,0,,,,,,,,,"Stores the number of bottom-track pings to average together in each ensemble (BP-command). If BP = 0, the ADCP does not collect bottom-track data. The ADCP automatically ex-tends the ensemble interval (TE) if BP x TP > TE. Scaling: LSD = 1 ping; Range = 0 to 999 pings ",,,,
  CW_TEST,ADCPA,bt_delay_before_reacquire,PD1161,bt_delay_before_reacquire_quantity_uint16_1,0,quantity,uint16,,1,0,BT Delay before Reacquire,0,,,,,,,,,Stores the number of ADCP ensembles to wait after losing the bottom before trying to reacquire it (BD-command). Scaling: LSD = 1 ensemble; Range = 0 to 999 ensembles ,,,,
  CW_TEST,ADCPA,bt_corr_magnitude_min,PD1162,bt_corr_magnitude_min_quantity_uint8_counts,0,quantity,uint8,,counts,0,"BT Minimum Correlation Magnitude, counts",0,,,,,,,,,Stores the minimum correlation magnitude value (BC-command). Scaling: LSD = 1 count; Range = 0 to 255 counts ,,,,
  CW_TEST,ADCPA,bt_eval_magnitude_min,PD1163,bt_eval_magnitude_min_quantity_uint8_counts,0,quantity,uint8,,counts,0,"BT Minimum Evaluation Amplitude, counts",0,,,,,,,,,Stores the minimum evaluation amplitude value (BA-command). Scaling: LSD = 1 count; Range = 1 to 255 counts ,,,,
  CW_TEST,ADCPA,bt_percent_good_min,PD1164,bt_percent_good_min_quantity_uint8_percent,0,quantity,uint8,,percent,0,"BT Minimum Percent Good, percent",0,,,,,,,,,Stores the minimum percentage of bottom-track pings in an ensemble that must be good to output velocity data (BG-command). ,,,,
  CW_TEST,ADCPA,bt_mode,PD1165,bt_mode_quantity_uint8_1,0,quantity,uint8,,1,0,BT Mode,0,,,,,,,,,"Stores the bottom-tracking mode (BM-command). When the Lowered ADCP mode is set (WM15) the Bottom-Track mode will show up as Mode 11 (BM11). When the system uses standard Bottom-Track (BT-RA, see OL command), the Bottom-Track mode will show up as Mode 50 (BM50). ",,,,
  CW_TEST,ADCPA,bt_error_velocity_max,PD1166,bt_error_velocity_max_quantity_uint16_mm_s_1,0,quantity,uint16,,mm s-1,0,"BT Maximum Error Velocity, mm s-1",0,,,,,,,,,Stores the error velocity maximum value (BE-command). Scaling: LSD = 1 mm/s; Range = 0 to 5000 mm/s (0 = did not screen data) ,,,,
  CW_TEST,ADCPA,bt_beam1_range,PD1167,bt_beam1_range_quantity_uint32_cm,0,quantity,uint32,,cm,0,"BT Beam 1 Range, cm",0,,,,,,,,,"Contains the two lower bytes of the vertical range from the ADCP to the sea bottom (or surface) as determined by each beam. This vertical range does not consider the effects of pitch and roll. When bottom detections are bad, BT Range = 0. Scaling: LSD = 1 cm; Range = 0 to 65535 cm.",,,,
  CW_TEST,ADCPA,bt_beam2_range,PD1168,bt_beam2_range_quantity_uint32_cm,0,quantity,uint32,,cm,0,"BT Beam 2 Range, cm",0,,,,,,,,,"Contains the two lower bytes of the vertical range from the ADCP to the sea bottom (or surface) as determined by each beam. This vertical range does not consider the effects of pitch and roll. When bottom detections are bad, BT Range = 0. Scaling: LSD = 1 cm; Range = 0 to 65535 cm.",,,,
  CW_TEST,ADCPA,bt_beam3_range,PD1169,bt_beam3_range_quantity_uint32_cm,0,quantity,uint32,,cm,0,"BT Beam 3 Range, cm",0,,,,,,,,,"Contains the two lower bytes of the vertical range from the ADCP to the sea bottom (or surface) as determined by each beam. This vertical range does not consider the effects of pitch and roll. When bottom detections are bad, BT Range = 0. Scaling: LSD = 1 cm; Range = 0 to 65535 cm.",,,,
  CW_TEST,ADCPA,bt_beam4_range,PD1170,bt_beam4_range_quantity_uint32_cm,0,quantity,uint32,,cm,0,"BT Beam 4 Range, cm",0,,,,,,,,,"Contains the two lower bytes of the vertical range from the ADCP to the sea bottom (or surface) as determined by each beam. This vertical range does not consider the effects of pitch and roll. When bottom detections are bad, BT Range = 0. Scaling: LSD = 1 cm; Range = 0 to 65535 cm.",,,,
  CW_TEST,ADCPA,bt_eastward_velocity,PD1171,bt_eastward_velocity_quantity_int16_mm_s_1,0,quantity,int16,,mm s-1,-32768,"BT Bottom Eastward Velocity, mm s-1",0,,,,,,,,,Eastward bottom-tracked velocity,,,,
  CW_TEST,ADCPA,bt_northward_velocity,PD1172,bt_northward_velocity_quantity_int16_mm_s_1,0,quantity,int16,,mm s-1,-32768,"BT Bottom Northward Velocity, mm s-1",0,,,,,,,,,Northward bottom-tracked velocity,,,,
  CW_TEST,ADCPA,bt_upward_velocity,PD1173,bt_upward_velocity_quantity_int16_mm_s_1,0,quantity,int16,,mm s-1,-32768,"BT Bottom Upward Velocity, mm s-1",0,,,,,,,,,Upward bottom-tracked velocity,,,,
  CW_TEST,ADCPA,bt_error_velocity,PD1174,bt_error_velocity_quantity_int16_mm_s_1,0,quantity,int16,,mm s-1,-32768,"BT Bottom Error Velocity, mm s-1",0,,,,,,,,,Error bottom-tracked velocity,,,,
  CW_TEST,ADCPA,bt_beam1_correlation,PD1175,bt_beam1_correlation_quantity_uint8_counts,0,quantity,uint8,,counts,0,"BT Bottom Beam 1 Correlation, counts",0,,,,,,,,,Contains the correlation magnitude in relation to the sea bot-tom (or surface) as determined by each beam.  Scaling: LSD = 1 count; Range = 0 to 255 counts ,,,,
  CW_TEST,ADCPA,bt_beam2_correlation,PD1176,bt_beam2_correlation_quantity_uint8_counts,0,quantity,uint8,,counts,0,"BT Bottom Beam 2 Correlation, counts",0,,,,,,,,,Contains the correlation magnitude in relation to the sea bot-tom (or surface) as determined by each beam.  Scaling: LSD = 1 count; Range = 0 to 255 counts ,,,,
  CW_TEST,ADCPA,bt_beam3_correlation,PD1177,bt_beam3_correlation_quantity_uint8_counts,0,quantity,uint8,,counts,0,"BT Bottom Beam 3 Correlation, counts",0,,,,,,,,,Contains the correlation magnitude in relation to the sea bot-tom (or surface) as determined by each beam.  Scaling: LSD = 1 count; Range = 0 to 255 counts ,,,,
  CW_TEST,ADCPA,bt_beam4_correlation,PD1178,bt_beam4_correlation_quantity_uint8_counts,0,quantity,uint8,,counts,0,"BT Bottom Beam 4 Correlation, counts",0,,,,,,,,,Contains the correlation magnitude in relation to the sea bot-tom (or surface) as determined by each beam.  Scaling: LSD = 1 count; Range = 0 to 255 counts ,,,,
  CW_TEST,ADCPA,bt_beam1_eval_amp,PD1179,bt_beam1_eval_amp_quantity_uint8_counts,0,quantity,uint8,,counts,0,"BT Bottom Beam 1 Evaluation Amplitude, counts",0,,,,,,,,,Contains the evaluation amplitude of the matching filter used in determining the strength of the bottom echo. Scaling: LSD = 1 count; Range = 0 to 255 counts ,,,,
  CW_TEST,ADCPA,bt_beam2_eval_amp,PD1180,bt_beam2_eval_amp_quantity_uint8_counts,0,quantity,uint8,,counts,0,"BT Bottom Beam 2 Evaluation Amplitude, counts",0,,,,,,,,,Contains the evaluation amplitude of the matching filter used in determining the strength of the bottom echo. Scaling: LSD = 1 count; Range = 0 to 255 counts ,,,,
  CW_TEST,ADCPA,bt_beam3_eval_amp,PD1181,bt_beam3_eval_amp_quantity_uint8_counts,0,quantity,uint8,,counts,0,"BT Bottom Beam 3 Evaluation Amplitude, counts",0,,,,,,,,,Contains the evaluation amplitude of the matching filter used in determining the strength of the bottom echo. Scaling: LSD = 1 count; Range = 0 to 255 counts ,,,,
  CW_TEST,ADCPA,bt_beam4_eval_amp,PD1182,bt_beam4_eval_amp_quantity_uint8_counts,0,quantity,uint8,,counts,0,"BT Bottom Beam 4 Evaluation Amplitude, counts",0,,,,,,,,,Contains the evaluation amplitude of the matching filter used in determining the strength of the bottom echo. Scaling: LSD = 1 count; Range = 0 to 255 counts ,,,,
  CW_TEST,ADCPA,bt_beam1_percent_good,PD1183,bt_beam1_percent_good_quantity_uint8_percent,0,quantity,uint8,,percent,0,"BT Bottom Beam 1 Percent Good, percent",0,,,,,,,,,"Contains bottom-track percent-good data for each beam, which indicate the reliability of bottom-track data. It is the percentage of bottom-track pings that have passed the ADCP‟s bottom-track validity algorithm during an ensemble. Scaling: LSD = 1 percent; Range = 0 to 100 percent ",,,,
  CW_TEST,ADCPA,bt_beam2_percent_good,PD1184,bt_beam2_percent_good_quantity_uint8_percent,0,quantity,uint8,,percent,0,"BT Bottom Beam 2 Percent Good, percent",0,,,,,,,,,"Contains bottom-track percent-good data for each beam, which indicate the reliability of bottom-track data. It is the percentage of bottom-track pings that have passed the ADCP‟s bottom-track validity algorithm during an ensemble. Scaling: LSD = 1 percent; Range = 0 to 100 percent ",,,,
  CW_TEST,ADCPA,bt_beam3_percent_good,PD1185,bt_beam3_percent_good_quantity_uint8_percent,0,quantity,uint8,,percent,0,"BT Bottom Beam 3 Percent Good, percent",0,,,,,,,,,"Contains bottom-track percent-good data for each beam, which indicate the reliability of bottom-track data. It is the percentage of bottom-track pings that have passed the ADCP‟s bottom-track validity algorithm during an ensemble. Scaling: LSD = 1 percent; Range = 0 to 100 percent ",,,,
  CW_TEST,ADCPA,bt_beam4_percent_good,PD1186,bt_beam4_percent_good_quantity_uint8_percent,0,quantity,uint8,,percent,0,"BT Bottom Beam 4 Percent Good, percent",0,,,,,,,,,"Contains bottom-track percent-good data for each beam, which indicate the reliability of bottom-track data. It is the percentage of bottom-track pings that have passed the ADCP‟s bottom-track validity algorithm during an ensemble. Scaling: LSD = 1 percent; Range = 0 to 100 percent ",,,,
  CW_TEST,ADCPA,bt_ref_layer_min,PD1187,bt_ref_layer_min_quantity_uint16_dm,0,quantity,uint16,,dm,55555,"BT Reference Layer Minimum Size, dm",0,,,,,,,,,"Stores the minimum layer size, the near boundary, and the far boundary of the BT water-reference layer (BL-command). Scaling (minimum layer size): LSD = 1 dm; Range = 0-999 dm. Scaling (near/far boundaries): LSD = 1 dm; Range = 0-9999 dm.",,,,
  CW_TEST,ADCPA,bt_ref_layer_near,PD1188,bt_ref_layer_near_quantity_uint16_dm,0,quantity,uint16,,dm,55555,"BT Reference Layer Near Boundary, dm",0,,,,,,,,,"Stores the minimum layer size, the near boundary, and the far boundary of the BT water-reference layer (BL-command). Scaling (minimum layer size): LSD = 1 dm; Range = 0-999 dm. Scaling (near/far boundaries): LSD = 1 dm; Range = 0-9999 dm.",,,,
  CW_TEST,ADCPA,bt_ref_layer_far,PD1189,bt_ref_layer_far_quantity_uint16_dm,0,quantity,uint16,,dm,55555,"BT Reference Layer Far Boundary, dm",0,,,,,,,,,"Stores the minimum layer size, the near boundary, and the far boundary of the BT water-reference layer (BL-command). Scaling (minimum layer size): LSD = 1 dm; Range = 0-999 dm. Scaling (near/far boundaries): LSD = 1 dm; Range = 0-9999 dm.",,,,
  CW_TEST,ADCPA,bt_eastward_ref_layer_velocity,PD1190,bt_eastward_ref_layer_velocity_quantity_int16_mm_s_1,0,quantity,int16,,mm s-1,-32768,"BT Reference Layer Eastward Velocity, mm s-1",0,,,,,,,,,Contains velocity data for the water reference layer for each beam. The BL-command explains the water reference layer. ,,,,
  CW_TEST,ADCPA,bt_northward_ref_layer_velocity,PD1191,bt_northward_ref_layer_velocity_quantity_int16_mm_s_1,0,quantity,int16,,mm s-1,-32768,"BT Reference Layer Northward Velocity, mm s-1",0,,,,,,,,,Contains velocity data for the water reference layer for each beam. The BL-command explains the water reference layer. ,,,,
  CW_TEST,ADCPA,bt_upward_ref_layer_velocity,PD1192,bt_upward_ref_layer_velocity_quantity_int16_mm_s_1,0,quantity,int16,,mm s-1,-32768,"BT Reference Layer Upward Velocity, mm s-1",0,,,,,,,,,Contains velocity data for the water reference layer for each beam. The BL-command explains the water reference layer. ,,,,
  CW_TEST,ADCPA,bt_error_ref_layer_velocity,PD1193,bt_error_ref_layer_velocity_quantity_int16_mm_s_1,0,quantity,int16,,mm s-1,-32768,"BT Reference Layer Error Velocity, mm s-1",0,,,,,,,,,Contains velocity data for the water reference layer for each beam. The BL-command explains the water reference layer. ,,,,
  CW_TEST,ADCPA,bt_beam1_ref_correlation,PD1194,bt_beam1_ref_correlation_quantity_uint8_counts,0,quantity,uint8,,counts,0,"BT Reference Layer Beam 1 Correlation, counts",0,,,,,,,,,Contains correlation magnitude data for the water reference layer for each beam.,,,,
  CW_TEST,ADCPA,bt_beam2_ref_correlation,PD1195,bt_beam2_ref_correlation_quantity_uint8_counts,0,quantity,uint8,,counts,0,"BT Reference Layer Beam 2 Correlation, counts",0,,,,,,,,,Contains correlation magnitude data for the water reference layer for each beam.,,,,
  CW_TEST,ADCPA,bt_beam3_ref_correlation,PD1196,bt_beam3_ref_correlation_quantity_uint8_counts,0,quantity,uint8,,counts,0,"BT Reference Layer Beam 3 Correlation, counts",0,,,,,,,,,Contains correlation magnitude data for the water reference layer for each beam.,,,,
  CW_TEST,ADCPA,bt_beam4_ref_correlation,PD1197,bt_beam4_ref_correlation_quantity_uint8_counts,0,quantity,uint8,,counts,0,"BT Reference Layer Beam 4 Correlation, counts",0,,,,,,,,,Contains correlation magnitude data for the water reference layer for each beam.,,,,
  CW_TEST,ADCPA,bt_beam1_ref_intensity,PD1198,bt_beam1_ref_intensity_quantity_uint8_counts,0,quantity,uint8,,counts,0,"BT Reference Layer Beam 1 Evaluation Amplitude, counts",0,,,,,,,,,Contains echo intensity data for the reference layer for each beam.,,,,
  CW_TEST,ADCPA,bt_beam2_ref_intensity,PD1199,bt_beam2_ref_intensity_quantity_uint8_counts,0,quantity,uint8,,counts,0,"BT Reference Layer Beam 2 Evaluation Amplitude, counts",0,,,,,,,,,Contains echo intensity data for the reference layer for each beam.,,,,
  CW_TEST,ADCPA,bt_beam3_ref_intensity,PD1200,bt_beam3_ref_intensity_quantity_uint8_counts,0,quantity,uint8,,counts,0,"BT Reference Layer Beam 3 Evaluation Amplitude, counts",0,,,,,,,,,Contains echo intensity data for the reference layer for each beam.,,,,
  CW_TEST,ADCPA,bt_beam4_ref_intensity,PD1201,bt_beam4_ref_intensity_quantity_uint8_counts,0,quantity,uint8,,counts,0,"BT Reference Layer Beam 4 Evaluation Amplitude, counts",0,,,,,,,,,Contains echo intensity data for the reference layer for each beam.,,,,
  CW_TEST,ADCPA,bt_beam1_ref_percent_good,PD1202,bt_beam1_ref_percent_good_quantity_uint8_percent,0,quantity,uint8,,percent,0,"BT Reference Layer Beam 1 Percent Good, percent",0,,,,,,,,,Contains percent-good data for the water reference layer for each beam. They indicate the reliability of reference layer data. It is the percentage of bottom-track pings that have passed a reference layer validity algorithm during an ensemble. Scaling: LSD = 1 percent; Range = 0 to 100 percent ,,,,
  CW_TEST,ADCPA,bt_beam2_ref_percent_good,PD1203,bt_beam2_ref_percent_good_quantity_uint8_percent,0,quantity,uint8,,percent,0,"BT Reference Layer Beam 2 Percent Good, percent",0,,,,,,,,,Contains percent-good data for the water reference layer for each beam. They indicate the reliability of reference layer data. It is the percentage of bottom-track pings that have passed a reference layer validity algorithm during an ensemble. Scaling: LSD = 1 percent; Range = 0 to 100 percent ,,,,
  CW_TEST,ADCPA,bt_beam3_ref_percent_good,PD1204,bt_beam3_ref_percent_good_quantity_uint8_percent,0,quantity,uint8,,percent,0,"BT Reference Layer Beam 3 Percent Good, percent",0,,,,,,,,,Contains percent-good data for the water reference layer for each beam. They indicate the reliability of reference layer data. It is the percentage of bottom-track pings that have passed a reference layer validity algorithm during an ensemble. Scaling: LSD = 1 percent; Range = 0 to 100 percent ,,,,
  CW_TEST,ADCPA,bt_beam4_ref_percent_good,PD1205,bt_beam4_ref_percent_good_quantity_uint8_percent,0,quantity,uint8,,percent,0,"BT Reference Layer Beam 4 Percent Good, percent",0,,,,,,,,,Contains percent-good data for the water reference layer for each beam. They indicate the reliability of reference layer data. It is the percentage of bottom-track pings that have passed a reference layer validity algorithm during an ensemble. Scaling: LSD = 1 percent; Range = 0 to 100 percent ,,,,
  CW_TEST,ADCPA,bt_max_depth,PD1206,bt_max_depth_quantity_uint16_dm,0,quantity,uint16,,dm,55555,"BT Maximum Tracking Depth, dm",0,,,,,,,,,Stores the maximum tracking depth value (BX-command). Scaling: LSD = 1 decimeter; Range = 80 to 9999 decimeters ,,,,
  CW_TEST,ADCPA,bt_beam1_rssi_amplitude,PD1207,bt_beam1_rssi_amplitude_quantity_uint8_counts,0,quantity,uint8,,counts,0,"BT Beam 1 RSSI Amplitude, counts",0,,,,,,,,,Contains the Receiver Signal Strength Indicator (RSSI) value in the center of the bottom echo as determined by each beam. Scaling: LSD = 0.45 dB per count; Range = 0 to 255 counts ,,,,
  CW_TEST,ADCPA,bt_beam2_rssi_amplitude,PD1208,bt_beam2_rssi_amplitude_quantity_uint8_counts,0,quantity,uint8,,counts,0,"BT Beam 2 RSSI Amplitude, counts",0,,,,,,,,,Contains the Receiver Signal Strength Indicator (RSSI) value in the center of the bottom echo as determined by each beam. Scaling: LSD = 0.45 dB per count; Range = 0 to 255 counts ,,,,
  CW_TEST,ADCPA,bt_beam3_rssi_amplitude,PD1209,bt_beam3_rssi_amplitude_quantity_uint8_counts,0,quantity,uint8,,counts,0,"BT Beam 3 RSSI Amplitude, counts",0,,,,,,,,,Contains the Receiver Signal Strength Indicator (RSSI) value in the center of the bottom echo as determined by each beam. Scaling: LSD = 0.45 dB per count; Range = 0 to 255 counts ,,,,
  CW_TEST,ADCPA,bt_beam4_rssi_amplitude,PD1210,bt_beam4_rssi_amplitude_quantity_uint8_counts,0,quantity,uint8,,counts,0,"BT Beam 4 RSSI Amplitude, counts",0,,,,,,,,,Contains the Receiver Signal Strength Indicator (RSSI) value in the center of the bottom echo as determined by each beam. Scaling: LSD = 0.45 dB per count; Range = 0 to 255 counts ,,,,
  CW_TEST,ADCPA,bt_gain,PD1211,bt_gain_quantity_uint8_1,0,quantity,uint8,,1,0,BT Gain Level,0,,,,,,,,,Contains the Gain level for shallow water. See WJ-command. ,,,,
  CW_TEST,ADCP-PD12,ensemble_number,PD1212,ensemble_number_quantity_uint32_1,0,quantity,uint32,,1,0,Ensemble Number,0,,,,,,,,,Sequential number of the ensemble to which the data applies,,,,
  CW_TEST,ADCP-PD12,unit_id,PD1213,unit_id_quantity_uint8_1,0,quantity,uint8,,1,0,Unit ID,0,,,,,,,,,The ID of the ADCP as set by the CI command,,,,