netcdf EUREC4A/AIRCRAFT/WP-3/flight-data/20200117I1_AC.nc { dimensions: Time = UNLIMITED; // (31789 currently) variables: float YawRateI.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "YawRateI.2"; :units = "deg/s"; :Description = "BODY YAW RATE"; :Min = -128.0; // double :Max = 128.0; // double float YawRateI.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "YawRateI.1"; :units = "deg/s"; :Description = "BODY YAW RATE"; :Min = -128.0; // double :Max = 128.0; // double float YawRateI-GPS.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "YawRateI-GPS.2"; :units = "deg/s"; :Description = "BODY YAW RATE"; :Min = -128.0; // double :Max = 128.0; // double float YawRateI-GPS.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "YawRateI-GPS.1"; :units = "deg/s"; :Description = "BODY YAW RATE"; :Min = -128.0; // double :Max = 128.0; // double float VerrGPS.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "VerrGPS.2"; :units = "m"; :Description = "GPS ESTIMATED VERTICAL ERROR"; :Min = -153.0; // double :Max = 153.0; // double float VerrGPS.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "VerrGPS.1"; :units = "m"; :Description = "GPS ESTIMATED VERTICAL ERROR"; :Min = -153.0; // double :Max = 153.0; // double float TtADDU.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "TtADDU.1"; :units = "C"; :Description = "TOTAL AIR TEMPERATURE"; :Min = -100.0; // double :Max = 100.0; // double float THdgI-GPS.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "THdgI-GPS.2"; :units = "deg"; :Description = "TRUE HEADING"; :Min = 0.0; // double :Max = 360.0; // double float THdgI-GPS.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "THdgI-GPS.1"; :units = "deg"; :Description = "TRUE HEADING"; :Min = 0.0; // double :Max = 360.0; // double float TasADDU.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "TasADDU.1"; :units = "m/s"; :Description = "TRUE AIRSPEED"; :Min = 0.0; // double :Max = 332.0; // double float TaADDU.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "TaADDU.1"; :units = "C"; :Description = "STATIC AIR TEMPERATURE"; :Min = -100.0; // double :Max = 100.0; // double float RollRateI.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "RollRateI.2"; :units = "deg/s"; :Description = "BODY ROLL RATE"; :Min = -128.0; // double :Max = 128.0; // double float RollRateI.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "RollRateI.1"; :units = "deg/s"; :Description = "BODY ROLL RATE"; :Min = -128.0; // double :Max = 128.0; // double float RollRateI-GPS.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "RollRateI-GPS.2"; :units = "deg/s"; :Description = "ROLL RATE"; :Min = -128.0; // double :Max = 128.0; // double float RollRateI-GPS.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "RollRateI-GPS.1"; :units = "deg/s"; :Description = "ROLL RATE"; :Min = -128.0; // double :Max = 128.0; // double float RollI.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "RollI.2"; :units = "deg"; :Description = "ROLL ANGLE"; :Min = -180.0; // double :Max = 180.0; // double float RollI.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "RollI.1"; :units = "deg"; :Description = "ROLL ANGLE"; :Min = -180.0; // double :Max = 180.0; // double float RollI-GPS.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "RollI-GPS.2"; :units = "deg"; :Description = "ROLL"; :Min = -90.0; // double :Max = 90.0; // double float RollI-GPS.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "RollI-GPS.1"; :units = "deg"; :Description = "ROLL"; :Min = -90.0; // double :Max = 90.0; // double float PitchRateI.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "PitchRateI.2"; :units = "deg/s"; :Description = "BODY PITCH RATE"; :Min = -128.0; // double :Max = 128.0; // double float PitchRateI.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "PitchRateI.1"; :units = "deg/s"; :Description = "BODY PITCH RATE"; :Min = -128.0; // double :Max = 128.0; // double float PitchRateI-GPS.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "PitchRateI-GPS.2"; :units = "deg/s"; :Description = "PITCH RATE"; :Min = -128.0; // double :Max = 128.0; // double float PitchRateI-GPS.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "PitchRateI-GPS.1"; :units = "deg/s"; :Description = "PITCH RATE"; :Min = -128.0; // double :Max = 128.0; // double float PitchI.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "PitchI.2"; :units = "deg"; :Description = "PITCH ANGLE"; :Min = -90.0; // double :Max = 90.0; // double float PitchI.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "PitchI.1"; :units = "deg"; :Description = "PITCH ANGLE"; :Min = -90.0; // double :Max = 90.0; // double float PitchI-GPS.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "PitchI-GPS.2"; :units = "deg"; :Description = "PITCH ANGLE"; :Min = -90.0; // double :Max = 90.0; // double float PitchI-GPS.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "PitchI-GPS.1"; :units = "deg"; :Description = "PITCH ANGLE"; :Min = -90.0; // double :Max = 90.0; // double float MachADDU.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "MachADDU.1"; :units = "mach"; :Description = "MACH NUMBER"; :Min = 0.0; // double :Max = 1.0; // double float LonGPS.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "LonGPS.2"; :units = "deg"; :Description = "LONGITUDE GPS"; :Min = -180.0; // double :Max = 180.0; // double float LonGPS.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "LonGPS.1"; :units = "deg"; :Description = "LONGITUDE GPS"; :Min = -180.0; // double :Max = 180.0; // double float LonI-GPS.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "LonI-GPS.2"; :units = "deg"; :Description = "GPS LONGITUDE"; :Min = -180.0; // double :Max = 180.0; // double float LonI-GPS.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "LonI-GPS.1"; :units = "deg"; :Description = "GPS LONGITUDE"; :Min = -180.0; // double :Max = 180.0; // double float LatGPS.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "LatGPS.2"; :units = "deg"; :Description = "LATITUDE GPS"; :Min = -90.0; // double :Max = 90.0; // double float LatGPS.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "LatGPS.1"; :units = "deg"; :Description = "LATITUDE GPS"; :Min = -90.0; // double :Max = 90.0; // double float LatI-GPS.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "LatI-GPS.2"; :units = "degree"; :Description = "LATITUDE"; :Min = -90.0; // double :Max = 90.0; // double float LatI-GPS.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "LatI-GPS.1"; :units = "degree"; :Description = "LATITUDE"; :Min = -90.0; // double :Max = 90.0; // double float IasADDU.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "IasADDU.1"; :units = "m/s"; :Description = "INDICATED AIRSPEED"; :Min = 0.0; // double :Max = 332.0; // double float HerrGPS.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "HerrGPS.2"; :units = "m"; :Description = "GPS ESTIMATED HORIZONTAL ERROR"; :Min = -153.0; // double :Max = 153.0; // double float HerrGPS.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "HerrGPS.1"; :units = "m"; :Description = "GPS ESTIMATED HORIZONTAL ERROR"; :Min = -153.0; // double :Max = 153.0; // double float VelZGPS.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "VelZGPS.2"; :units = "m/s"; :Description = "GPS VERTICAL VELOCITY"; :Min = -332.0; // double :Max = 332.0; // double float VelZGPS.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "VelZGPS.1"; :units = "m/s"; :Description = "GPS VERTICAL VELOCITY"; :Min = -332.0; // double :Max = 332.0; // double float VelYGPS.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "VelYGPS.2"; :units = "m/s"; :Description = "GPS N-S VELOCITY"; :Min = -332.0; // double :Max = 332.0; // double float VelYGPS.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "VelYGPS.1"; :units = "m/s"; :Description = "GPS N-S VELOCITY"; :Min = -332.0; // double :Max = 332.0; // double float VelXGPS.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "VelXGPS.2"; :units = "m/s"; :Description = "GPS E-W VELOCITY"; :Min = -332.0; // double :Max = 332.0; // double float VelXGPS.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "VelXGPS.1"; :units = "m/s"; :Description = "GPS E-W VELOCITY"; :Min = -332.0; // double :Max = 332.0; // double float CasADDU.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "CasADDU.1"; :units = "m/s"; :Description = "COMPUTED AIRSPEED"; :Min = 0.0; // double :Max = 332.0; // double float AltRateADDU.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "AltRateADDU.1"; :units = "m/s"; :Description = "ALTITUDE RATE"; :Min = -167.0; // double :Max = 167.0; // double float AltRaStat.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "AltRaStat.2"; :units = "C"; :Description = "RADAR ALTIMETER STATUS"; :Min = -50.0; // double :Max = 50.0; // double float AltRaStat.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "AltRaStat.1"; :units = "C"; :Description = "RADAR ALTIMETER STATUS"; :Min = -50.0; // double :Max = 50.0; // double float AltRaRate.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "AltRaRate.2"; :units = "m/s"; :Description = "RADAR ALTITUDE RATE"; :Min = -156.0; // double :Max = 156.0; // double float AltRaRate.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "AltRaRate.1"; :units = "m/s"; :Description = "RADAR ALTITUDE RATE"; :Min = -156.0; // double :Max = 156.0; // double float AltRa.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "AltRa.2"; :units = "m"; :Description = "RADAR ALTIMETER"; :Min = 0.0; // double :Max = 15240.0; // double float AltRa.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "AltRa.1"; :units = "m"; :Description = "RADAR ALTIMETER"; :Min = 0.0; // double :Max = 15240.0; // double float AltGPS.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "AltGPS.2"; :units = "m"; :Description = "GPS ALTITUDE (MSL)"; :Min = -39950.0; // double :Max = 39950.0; // double float AltGPS.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "AltGPS.1"; :units = "m"; :Description = "GPS ALTITUDE (MSL)"; :Min = -39950.0; // double :Max = 39950.0; // double float AltI-GPS.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "AltI-GPS.2"; :units = "m"; :Description = "GPS ALTITUDE"; :Min = 0.0; // double :Max = 15240.0; // double float AltI-GPS.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "AltI-GPS.1"; :units = "m"; :Description = "GPS ALTITUDE"; :Min = 0.0; // double :Max = 15240.0; // double float AltBCADDU.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "AltBCADDU.1"; :units = "m"; :Description = "BARO-CORRECTED ALTITUDE"; :Min = 0.0; // double :Max = 15240.0; // double float AccZI-GPS.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "AccZI-GPS.2"; :units = "m/s2"; :Description = "Z ACCELERATION (GRAVITY REMOVED)"; :Min = -40.0; // double :Max = 40.0; // double float AccZI-GPS.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "AccZI-GPS.1"; :units = "m/s2"; :Description = "Z ACCELERATION (GRAVITY REMOVED)"; :Min = -40.0; // double :Max = 40.0; // double float AccYI-GPS.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "AccYI-GPS.2"; :units = "m/s2"; :Description = "Y ACCELERATION"; :Min = -40.0; // double :Max = 40.0; // double float AccYI-GPS.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "AccYI-GPS.1"; :units = "m/s2"; :Description = "Y ACCELERATION"; :Min = -40.0; // double :Max = 40.0; // double float AccXI-GPS.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "AccXI-GPS.2"; :units = "m/s2"; :Description = "X ACCELERATION"; :Min = -40.0; // double :Max = 40.0; // double float AccXI-GPS.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "AccXI-GPS.1"; :units = "m/s2"; :Description = "X ACCELERATION"; :Min = -40.0; // double :Max = 40.0; // double float AccAZI.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "AccAZI.2"; :units = "m/s2"; :Description = "BODY NORMAL ACCELERATION"; :Min = -78.5; // double :Max = 78.5; // double float AccAZI.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "AccAZI.1"; :units = "m/s2"; :Description = "BODY NORMAL ACCELERATION"; :Min = -39.0; // double :Max = 39.0; // double float AccAYI.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "AccAYI.2"; :units = "m/s2"; :Description = "BODY LATERAL ACCELERATION"; :Min = -40.0; // double :Max = 40.0; // double float AccAYI.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "AccAYI.1"; :units = "m/s2"; :Description = "BODY LATERAL ACCELERATION"; :Min = -39.0; // double :Max = 39.0; // double float AccAXI.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "AccAXI.2"; :units = "m/s2"; :Description = "BODY LONGITUDINAL ACCELERATION"; :Min = -40.0; // double :Max = 40.0; // double float AccAXI.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "AccAXI.1"; :units = "m/s2"; :Description = "BODY LONGITUDINAL ACCELERATION"; :Min = -39.0; // double :Max = 39.0; // double float AltPaADDU.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "AltPaADDU.1"; :units = "m"; :Description = "PRESSURE ALTITUDE"; :Min = 0.0; // double :Max = 15240.0; // double float VelZI.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "VelZI.2"; :units = "m/s"; :Description = "INERTIAL VERTICAL SPEED"; :Min = -332.0; // double :Max = 332.0; // double float VelZI.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "VelZI.1"; :units = "m/s"; :Description = "INERTIAL VERTICAL SPEED"; :Min = -332.0; // double :Max = 332.0; // double float VelXI-GPS.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "VelXI-GPS.2"; :units = "m/s"; :Description = "X VELOCITY INERTIAL"; :Min = -332.0; // double :Max = 332.0; // double float VelXI-GPS.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "VelXI-GPS.1"; :units = "m/s"; :Description = "X VELOCITY INERTIAL"; :Min = -332.0; // double :Max = 332.0; // double float VelYI.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "VelYI.2"; :units = "m/s"; :Description = "N-S VELOCITY INERTIAL"; :Min = -332.0; // double :Max = 332.0; // double float VelYI.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "VelYI.1"; :units = "m/s"; :Description = "N-S VELOCITY INERTIAL"; :Min = -332.0; // double :Max = 332.0; // double float VelYI-GPS.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "VelYI-GPS.2"; :units = "m/s"; :Description = "Y VELOCITY INERTIAL"; :Min = -332.0; // double :Max = 332.0; // double float VelYI-GPS.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "VelYI-GPS.1"; :units = "m/s"; :Description = "Y VELOCITY INERTIAL"; :Min = -332.0; // double :Max = 332.0; // double float VelXI.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "VelXI.2"; :units = "m/s"; :Description = "E-W VELOCITY INERTIAL"; :Min = -332.0; // double :Max = 332.0; // double float VelXI.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "VelXI.1"; :units = "m/s"; :Description = "E-W VELOCITY INERTIAL"; :Min = -332.0; // double :Max = 332.0; // double float VelZI-GPS.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "VelZI-GPS.2"; :units = "m/s"; :Description = "Z VELOCITY INERTIAL"; :Min = -332.0; // double :Max = 332.0; // double float VelZI-GPS.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "VelZI-GPS.1"; :units = "m/s"; :Description = "Z VELOCITY INERTIAL"; :Min = -332.0; // double :Max = 332.0; // double float AltRaCnt.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "AltRaCnt.1"; :units = "burst"; :Description = "HG9550 RADAR ALTITUDE BURST COUNT"; :Min = NaN; // double :Max = NaN; // double float AltRaCnt.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "AltRaCnt.2"; :units = "burst"; :Description = "HG9550 RADAR ALTITUDE BURST COUNT"; :Min = NaN; // double :Max = NaN; // double float AltGPS.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "AltGPS.3"; :units = "m"; :Description = "GPS ALTITUDE (MSL)"; :Min = 0.0; // double :Max = 15240.0; // double float LatGPS.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "LatGPS.3"; :units = "deg"; :Description = "LATITUDE GPS"; :Min = -90.0; // double :Max = 90.0; // double float LonGPS.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "LonGPS.3"; :units = "deg"; :Description = "LONGITUDE GPS"; :Min = -180.0; // double :Max = 180.0; // double float PitchI-GPS.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "PitchI-GPS.3"; :units = "deg"; :Description = "PITCH ANGLE (BLENDED)"; :Min = -90.0; // double :Max = 90.0; // double float PitchI-GPS.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "PitchI-GPS.4"; :units = "deg"; :Description = "PITCH ANGLE (BLENDED)"; :Min = -90.0; // double :Max = 90.0; // double float RollI-GPS.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "RollI-GPS.3"; :units = "deg"; :Description = "ROLL (BLENDED)"; :Min = -90.0; // double :Max = 90.0; // double float RollI-GPS.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "RollI-GPS.4"; :units = "deg"; :Description = "ROLL (BLENDED)"; :Min = -90.0; // double :Max = 90.0; // double float THdgI-GPS.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "THdgI-GPS.3"; :units = "deg"; :Description = "TRUE HEADING (BLENDED)"; :Min = 0.0; // double :Max = 360.0; // double float THdgI-GPS.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "THdgI-GPS.4"; :units = "deg"; :Description = "TRUE HEADING (BLENDED)"; :Min = 0.0; // double :Max = 360.0; // double float GsXI-GPS.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "GsXI-GPS.2"; :units = "m/s"; :Description = "X VELOCITY (BLENDED)"; :Min = -332.0; // double :Max = 332.0; // double float GsXI-GPS.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "GsXI-GPS.1"; :units = "m/s"; :Description = "X VELOCITY (BLENDED)"; :Min = -332.0; // double :Max = 332.0; // double float GsYI-GPS.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "GsYI-GPS.2"; :units = "m/s"; :Description = "Y VELOCITY (BLENDED)"; :Min = -332.0; // double :Max = 332.0; // double float GsYI-GPS.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "GsYI-GPS.1"; :units = "m/s"; :Description = "Y VELOCITY (BLENDED)"; :Min = -332.0; // double :Max = 332.0; // double float GsZI-GPS.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "GsZI-GPS.2"; :units = "m/s"; :Description = "Z VELOCITY (BLENDED)"; :Min = -332.0; // double :Max = 332.0; // double float GsZI-GPS.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "GsZI-GPS.1"; :units = "m/s"; :Description = "Z VELOCITY (BLENDED)"; :Min = -332.0; // double :Max = 332.0; // double float GPS_AltErr.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_AltErr.3"; :units = "m"; :Description = "Novatel GPS Altitude Error"; :Min = 0.0; // double :Max = 1024.0; // double float GPS_GeoidHt.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_GeoidHt.3"; :units = "m"; :Description = "Novatel GPS Height of Geoid"; :Min = 0.0; // double :Max = 50000.0; // double float GPS_Hdop.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_Hdop.3"; :units = ""; :Description = "GPS Horizontal Dilution of Position"; :Min = -1024.0; // double :Max = 1024.0; // double float GPS_LatErr.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_LatErr.3"; :units = "m"; :Description = "Novatel GPS Latitude Error"; :Min = 0.0; // double :Max = 1024.0; // double float GPS_LonErr.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_LonErr.3"; :units = "m"; :Description = "Novatel GPS Longitude Error"; :Min = 0.0; // double :Max = 1024.0; // double float GPS_Quality.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_Quality.3"; :units = "N/A"; :Description = "Novatel GPS Quality Indicator"; :Min = 0.0; // double :Max = 9.0; // double float GPS_SatNum.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_SatNum.3"; :units = "N/A"; :Description = "Novatel GPS number of satellites used in position"; :Min = 0.0; // double :Max = 12.0; // double float GPS_GGAcnt.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_GGAcnt.3"; :units = "count"; :Description = "Novatel GGA burst count"; :Min = 0.0; // double :Max = 20.0; // double float GPS_GSAcnt.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_GSAcnt.3"; :units = "count"; :Description = "Novatel GSA burst count"; :Min = 0.0; // double :Max = 20.0; // double float GPS_GSTcnt.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_GSTcnt.3"; :units = "count"; :Description = "Novatel GST burst count"; :Min = 0.0; // double :Max = 20.0; // double float GPS_Fxtime.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_Fxtime.3"; :units = "N/A"; :Description = "Novatel GPS Time of Fix"; :Min = NaN; // double :Max = NaN; // double int Time(Time=31789); :standard_name = "time"; :long_name = "time of measurement"; :units = "seconds since flight start time"; :strptime_format = "seconds since %F %T %z"; float AADChecksum.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADChecksum.1"; :units = ""; :Description = "Status channel for A-AD"; :Min = NaN; // double :Max = NaN; // double float AADQC1Volt.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADQC1Volt.1"; :units = "V"; :Description = "Quality Control voltage channel for A-AD"; :Min = -10.0; // double :Max = 10.0; // double float AADQC2Volt.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADQC2Volt.1"; :units = "V"; :Description = "Quality Control voltage channel for A-AD"; :Min = -10.0; // double :Max = 10.0; // double float AADStatus1.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADStatus1.1"; :units = ""; :Description = "Status channel for A-AD"; :Min = NaN; // double :Max = NaN; // double float AADStatus2.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADStatus2.1"; :units = ""; :Description = "Status channel for A-AD"; :Min = NaN; // double :Max = NaN; // double float AADChecksum.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADChecksum.2"; :units = ""; :Description = "Status channel for A-AD"; :Min = NaN; // double :Max = NaN; // double float AADQC1Volt.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADQC1Volt.2"; :units = "V"; :Description = "Quality Control voltage channel for A-AD"; :Min = -10.0; // double :Max = 10.0; // double float AADQC2Volt.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADQC2Volt.2"; :units = "V"; :Description = "Quality Control voltage channel for A-AD"; :Min = -10.0; // double :Max = 10.0; // double float AADStatus1.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADStatus1.2"; :units = ""; :Description = "Status channel for A-AD"; :Min = NaN; // double :Max = NaN; // double float AADStatus2.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADStatus2.2"; :units = ""; :Description = "Status channel for A-AD"; :Min = NaN; // double :Max = NaN; // double float SfmrCA.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "SfmrCA.1"; :units = "counts"; :Description = "SFMR Antenna Brightness"; :Min = 0.0; // double :Max = 65535.0; // double float SfmrCA.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "SfmrCA.2"; :units = "counts"; :Description = "SFMR Antenna Brightness"; :Min = 0.0; // double :Max = 65535.0; // double float SfmrCA.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "SfmrCA.3"; :units = "counts"; :Description = "SFMR Antenna Brightness"; :Min = 0.0; // double :Max = 65535.0; // double float SfmrCA.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "SfmrCA.4"; :units = "counts"; :Description = "SFMR Antenna Brightness"; :Min = 0.0; // double :Max = 65535.0; // double float SfmrCA.5(Time=31789); :_FillValue = NaNf; // float :ParamName = "SfmrCA.5"; :units = "counts"; :Description = "SFMR Antenna Brightness"; :Min = 0.0; // double :Max = 65535.0; // double float SfmrCA.6(Time=31789); :_FillValue = NaNf; // float :ParamName = "SfmrCA.6"; :units = "counts"; :Description = "SFMR Antenna Brightness"; :Min = 0.0; // double :Max = 65535.0; // double float SfmrCW.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "SfmrCW.1"; :units = "counts"; :Description = "SFMR Warm Load Brightness"; :Min = 0.0; // double :Max = 65535.0; // double float SfmrCW.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "SfmrCW.2"; :units = "counts"; :Description = "SFMR Warm Load Brightness"; :Min = 0.0; // double :Max = 65535.0; // double float SfmrCW.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "SfmrCW.3"; :units = "counts"; :Description = "SFMR Warm Load Brightness"; :Min = 0.0; // double :Max = 65535.0; // double float SfmrCW.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "SfmrCW.4"; :units = "counts"; :Description = "SFMR Warm Load Brightness"; :Min = 0.0; // double :Max = 65535.0; // double float SfmrCW.5(Time=31789); :_FillValue = NaNf; // float :ParamName = "SfmrCW.5"; :units = "counts"; :Description = "SFMR Warm Load Brightness"; :Min = 0.0; // double :Max = 65535.0; // double float SfmrCW.6(Time=31789); :_FillValue = NaNf; // float :ParamName = "SfmrCW.6"; :units = "counts"; :Description = "SFMR Warm Load Brightness"; :Min = 0.0; // double :Max = 65535.0; // double float SfmrCC.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "SfmrCC.1"; :units = "counts"; :Description = "SFMR Cold Load Brightness Temp"; :Min = 0.0; // double :Max = 65535.0; // double float SfmrCC.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "SfmrCC.2"; :units = "counts"; :Description = "SFMR Cold Load Brightness Temp"; :Min = 0.0; // double :Max = 65535.0; // double float SfmrCC.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "SfmrCC.3"; :units = "counts"; :Description = "SFMR Cold Load Brightness Temp"; :Min = 0.0; // double :Max = 65535.0; // double float SfmrCC.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "SfmrCC.4"; :units = "counts"; :Description = "SFMR Cold Load Brightness Temp"; :Min = 0.0; // double :Max = 65535.0; // double float SfmrCC.5(Time=31789); :_FillValue = NaNf; // float :ParamName = "SfmrCC.5"; :units = "counts"; :Description = "SFMR Cold Load Brightness Temp"; :Min = 0.0; // double :Max = 65535.0; // double float SfmrCC.6(Time=31789); :_FillValue = NaNf; // float :ParamName = "SfmrCC.6"; :units = "counts"; :Description = "SFMR Cold Load Brightness Temp"; :Min = 0.0; // double :Max = 65535.0; // double float SfmrT.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "SfmrT.1"; :units = "counts"; :Description = "SFMR Thermistor value"; :Min = 0.0; // double :Max = 1023.0; // double float SfmrT.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "SfmrT.2"; :units = "counts"; :Description = "SFMR Thermistor value"; :Min = 0.0; // double :Max = 1023.0; // double float SfmrT.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "SfmrT.3"; :units = "counts"; :Description = "SFMR Thermistor value"; :Min = 0.0; // double :Max = 1023.0; // double float SfmrT.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "SfmrT.4"; :units = "counts"; :Description = "SFMR Thermistor value"; :Min = 0.0; // double :Max = 1023.0; // double float SfmrT.5(Time=31789); :_FillValue = NaNf; // float :ParamName = "SfmrT.5"; :units = "counts"; :Description = "SFMR Thermistor value"; :Min = 0.0; // double :Max = 1023.0; // double float SfmrT.6(Time=31789); :_FillValue = NaNf; // float :ParamName = "SfmrT.6"; :units = "counts"; :Description = "SFMR Thermistor value"; :Min = 0.0; // double :Max = 1023.0; // double float SfmrT.7(Time=31789); :_FillValue = NaNf; // float :ParamName = "SfmrT.7"; :units = "counts"; :Description = "SFMR Thermistor value"; :Min = 0.0; // double :Max = 1023.0; // double float SfmrT.8(Time=31789); :_FillValue = NaNf; // float :ParamName = "SfmrT.8"; :units = "counts"; :Description = "SFMR Thermistor value"; :Min = 0.0; // double :Max = 1023.0; // double float SfmrAP.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "SfmrAP.1"; :units = "counts"; :Description = "SFMR Air Pressure"; :Min = 0.0; // double :Max = 1023.0; // double float SfmrID.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "SfmrID.1"; :units = "N/A"; :Description = "SFMR ID"; :Min = 0.0; // double :Max = 255.0; // double float DS_AltGA.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_AltGA.1"; :units = "m"; :Description = "Dropsonde Geopotential Altitude"; :Min = 0.0; // double :Max = 15240.0; // double float DS_AltGA.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_AltGA.2"; :units = "m"; :Description = "Dropsonde Geopotential Altitude"; :Min = 0.0; // double :Max = 15240.0; // double float DS_AltGA.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_AltGA.3"; :units = "m"; :Description = "Dropsonde Geopotential Altitude"; :Min = 0.0; // double :Max = 15240.0; // double float DS_AltGA.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_AltGA.4"; :units = "m"; :Description = "Dropsonde Geopotential Altitude"; :Min = 0.0; // double :Max = 15240.0; // double float DS_AltGA.5(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_AltGA.5"; :units = "m"; :Description = "Dropsonde Geopotential Altitude"; :Min = 0.0; // double :Max = 15240.0; // double float DS_AltGA.6(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_AltGA.6"; :units = "m"; :Description = "Dropsonde Geopotential Altitude"; :Min = 0.0; // double :Max = 15240.0; // double float DS_AltGA.7(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_AltGA.7"; :units = "m"; :Description = "Dropsonde Geopotential Altitude"; :Min = 0.0; // double :Max = 15240.0; // double float DS_AltGA.8(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_AltGA.8"; :units = "m"; :Description = "Dropsonde Geopotential Altitude"; :Min = 0.0; // double :Max = 15240.0; // double float DS_GPSAlt.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_GPSAlt.1"; :units = "m"; :Description = "Dropsonde GPS Altitude"; :Min = 0.0; // double :Max = 15240.0; // double float DS_GPSAlt.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_GPSAlt.2"; :units = "m"; :Description = "Dropsonde GPS Altitude"; :Min = 0.0; // double :Max = 15240.0; // double float DS_GPSAlt.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_GPSAlt.3"; :units = "m"; :Description = "Dropsonde GPS Altitude"; :Min = 0.0; // double :Max = 15240.0; // double float DS_GPSAlt.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_GPSAlt.4"; :units = "m"; :Description = "Dropsonde GPS Altitude"; :Min = 0.0; // double :Max = 15240.0; // double float DS_GPSAlt.5(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_GPSAlt.5"; :units = "m"; :Description = "Dropsonde GPS Altitude"; :Min = 0.0; // double :Max = 15240.0; // double float DS_GPSAlt.6(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_GPSAlt.6"; :units = "m"; :Description = "Dropsonde GPS Altitude"; :Min = 0.0; // double :Max = 15240.0; // double float DS_GPSAlt.7(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_GPSAlt.7"; :units = "m"; :Description = "Dropsonde GPS Altitude"; :Min = 0.0; // double :Max = 15240.0; // double float DS_GPSAlt.8(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_GPSAlt.8"; :units = "m"; :Description = "Dropsonde GPS Altitude"; :Min = 0.0; // double :Max = 15240.0; // double float DS_GPSGsZ.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_GPSGsZ.1"; :units = "m/s"; :Description = "Dropsonde Vertical Velocity"; :Min = -31.0; // double :Max = 31.0; // double float DS_GPSGsZ.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_GPSGsZ.2"; :units = "m/s"; :Description = "Dropsonde Vertical Velocity"; :Min = -31.0; // double :Max = 31.0; // double float DS_GPSGsZ.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_GPSGsZ.3"; :units = "m/s"; :Description = "Dropsonde Vertical Velocity"; :Min = -31.0; // double :Max = 31.0; // double float DS_GPSGsZ.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_GPSGsZ.4"; :units = "m/s"; :Description = "Dropsonde Vertical Velocity"; :Min = -31.0; // double :Max = 31.0; // double float DS_GPSGsZ.5(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_GPSGsZ.5"; :units = "m/s"; :Description = "Dropsonde Vertical Velocity"; :Min = -31.0; // double :Max = 31.0; // double float DS_GPSGsZ.6(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_GPSGsZ.6"; :units = "m/s"; :Description = "Dropsonde Vertical Velocity"; :Min = -31.0; // double :Max = 31.0; // double float DS_GPSGsZ.7(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_GPSGsZ.7"; :units = "m/s"; :Description = "Dropsonde Vertical Velocity"; :Min = -31.0; // double :Max = 31.0; // double float DS_GPSGsZ.8(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_GPSGsZ.8"; :units = "m/s"; :Description = "Dropsonde Vertical Velocity"; :Min = -31.0; // double :Max = 31.0; // double float DS_GPSLat.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_GPSLat.1"; :units = "deg"; :Description = "Dropsonde Latitude"; :Min = -90.0; // double :Max = 90.0; // double float DS_GPSLat.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_GPSLat.2"; :units = "deg"; :Description = "Dropsonde Latitude"; :Min = -90.0; // double :Max = 90.0; // double float DS_GPSLat.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_GPSLat.3"; :units = "deg"; :Description = "Dropsonde Latitude"; :Min = -90.0; // double :Max = 90.0; // double float DS_GPSLat.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_GPSLat.4"; :units = "deg"; :Description = "Dropsonde Latitude"; :Min = -90.0; // double :Max = 90.0; // double float DS_GPSLat.5(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_GPSLat.5"; :units = "deg"; :Description = "Dropsonde Latitude"; :Min = -90.0; // double :Max = 90.0; // double float DS_GPSLat.6(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_GPSLat.6"; :units = "deg"; :Description = "Dropsonde Latitude"; :Min = -90.0; // double :Max = 90.0; // double float DS_GPSLat.7(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_GPSLat.7"; :units = "deg"; :Description = "Dropsonde Latitude"; :Min = -90.0; // double :Max = 90.0; // double float DS_GPSLat.8(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_GPSLat.8"; :units = "deg"; :Description = "Dropsonde Latitude"; :Min = -90.0; // double :Max = 90.0; // double float DS_GPSLon.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_GPSLon.1"; :units = "deg"; :Description = "Dropsonde Longitude"; :Min = -180.0; // double :Max = 180.0; // double float DS_GPSLon.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_GPSLon.2"; :units = "deg"; :Description = "Dropsonde Longitude"; :Min = -180.0; // double :Max = 180.0; // double float DS_GPSLon.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_GPSLon.3"; :units = "deg"; :Description = "Dropsonde Longitude"; :Min = -180.0; // double :Max = 180.0; // double float DS_GPSLon.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_GPSLon.4"; :units = "deg"; :Description = "Dropsonde Longitude"; :Min = -180.0; // double :Max = 180.0; // double float DS_GPSLon.5(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_GPSLon.5"; :units = "deg"; :Description = "Dropsonde Longitude"; :Min = -180.0; // double :Max = 180.0; // double float DS_GPSLon.6(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_GPSLon.6"; :units = "deg"; :Description = "Dropsonde Longitude"; :Min = -180.0; // double :Max = 180.0; // double float DS_GPSLon.7(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_GPSLon.7"; :units = "deg"; :Description = "Dropsonde Longitude"; :Min = -180.0; // double :Max = 180.0; // double float DS_GPSLon.8(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_GPSLon.8"; :units = "deg"; :Description = "Dropsonde Longitude"; :Min = -180.0; // double :Max = 180.0; // double float DS_ID.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_ID.1"; :units = "N/A"; :Description = "Dropsonde Serial Number"; :Min = NaN; // double :Max = NaN; // double float DS_ID.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_ID.2"; :units = "N/A"; :Description = "Dropsonde Serial Number"; :Min = NaN; // double :Max = NaN; // double float DS_ID.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_ID.3"; :units = "N/A"; :Description = "Dropsonde Serial Number"; :Min = NaN; // double :Max = NaN; // double float DS_ID.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_ID.4"; :units = "N/A"; :Description = "Dropsonde Serial Number"; :Min = NaN; // double :Max = NaN; // double float DS_ID.5(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_ID.5"; :units = "N/A"; :Description = "Dropsonde Serial Number"; :Min = NaN; // double :Max = NaN; // double float DS_ID.6(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_ID.6"; :units = "N/A"; :Description = "Dropsonde Serial Number"; :Min = NaN; // double :Max = NaN; // double float DS_ID.7(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_ID.7"; :units = "N/A"; :Description = "Dropsonde Serial Number"; :Min = NaN; // double :Max = NaN; // double float DS_ID.8(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_ID.8"; :units = "N/A"; :Description = "Dropsonde Serial Number"; :Min = NaN; // double :Max = NaN; // double float DS_PS.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_PS.1"; :units = "mb"; :Description = "Dropsonde Air Pressure"; :Min = 0.0; // double :Max = 1100.0; // double float DS_PS.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_PS.2"; :units = "mb"; :Description = "Dropsonde Air Pressure"; :Min = 0.0; // double :Max = 1100.0; // double float DS_PS.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_PS.3"; :units = "mb"; :Description = "Dropsonde Air Pressure"; :Min = 0.0; // double :Max = 1100.0; // double float DS_PS.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_PS.4"; :units = "mb"; :Description = "Dropsonde Air Pressure"; :Min = 0.0; // double :Max = 1100.0; // double float DS_PS.5(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_PS.5"; :units = "mb"; :Description = "Dropsonde Air Pressure"; :Min = 0.0; // double :Max = 1100.0; // double float DS_PS.6(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_PS.6"; :units = "mb"; :Description = "Dropsonde Air Pressure"; :Min = 0.0; // double :Max = 1100.0; // double float DS_PS.7(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_PS.7"; :units = "mb"; :Description = "Dropsonde Air Pressure"; :Min = 0.0; // double :Max = 1100.0; // double float DS_PS.8(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_PS.8"; :units = "mb"; :Description = "Dropsonde Air Pressure"; :Min = 0.0; // double :Max = 1100.0; // double float DS_RH.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_RH.1"; :units = "%"; :Description = "Dropsonde Relative Humidity"; :Min = 0.0; // double :Max = 200.0; // double float DS_RH.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_RH.2"; :units = "%"; :Description = "Dropsonde Relative Humidity"; :Min = 0.0; // double :Max = 200.0; // double float DS_RH.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_RH.3"; :units = "%"; :Description = "Dropsonde Relative Humidity"; :Min = 0.0; // double :Max = 200.0; // double float DS_RH.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_RH.4"; :units = "%"; :Description = "Dropsonde Relative Humidity"; :Min = 0.0; // double :Max = 200.0; // double float DS_RH.5(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_RH.5"; :units = "%"; :Description = "Dropsonde Relative Humidity"; :Min = 0.0; // double :Max = 200.0; // double float DS_RH.6(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_RH.6"; :units = "%"; :Description = "Dropsonde Relative Humidity"; :Min = 0.0; // double :Max = 200.0; // double float DS_RH.7(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_RH.7"; :units = "%"; :Description = "Dropsonde Relative Humidity"; :Min = 0.0; // double :Max = 200.0; // double float DS_RH.8(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_RH.8"; :units = "%"; :Description = "Dropsonde Relative Humidity"; :Min = 0.0; // double :Max = 200.0; // double float DS_Rh1.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_Rh1.1"; :units = "%"; :Description = "Dropsonde RH1 Sensor"; :Min = 0.0; // double :Max = 200.0; // double float DS_Rh1.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_Rh1.2"; :units = "%"; :Description = "Dropsonde RH1 Sensor"; :Min = 0.0; // double :Max = 200.0; // double float DS_Rh1.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_Rh1.3"; :units = "%"; :Description = "Dropsonde RH1 Sensor"; :Min = 0.0; // double :Max = 200.0; // double float DS_Rh1.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_Rh1.4"; :units = "%"; :Description = "Dropsonde RH1 Sensor"; :Min = 0.0; // double :Max = 200.0; // double float DS_Rh1.5(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_Rh1.5"; :units = "%"; :Description = "Dropsonde RH1 Sensor"; :Min = 0.0; // double :Max = 200.0; // double float DS_Rh1.6(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_Rh1.6"; :units = "%"; :Description = "Dropsonde RH1 Sensor"; :Min = 0.0; // double :Max = 200.0; // double float DS_Rh1.7(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_Rh1.7"; :units = "%"; :Description = "Dropsonde RH1 Sensor"; :Min = 0.0; // double :Max = 200.0; // double float DS_Rh1.8(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_Rh1.8"; :units = "%"; :Description = "Dropsonde RH1 Sensor"; :Min = 0.0; // double :Max = 200.0; // double float DS_Rh2.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_Rh2.1"; :units = "%"; :Description = "Dropsonde RH2 Sensor"; :Min = 0.0; // double :Max = 200.0; // double float DS_Rh2.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_Rh2.2"; :units = "%"; :Description = "Dropsonde RH2 Sensor"; :Min = 0.0; // double :Max = 200.0; // double float DS_Rh2.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_Rh2.3"; :units = "%"; :Description = "Dropsonde RH2 Sensor"; :Min = 0.0; // double :Max = 200.0; // double float DS_Rh2.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_Rh2.4"; :units = "%"; :Description = "Dropsonde RH2 Sensor"; :Min = 0.0; // double :Max = 200.0; // double float DS_Rh2.5(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_Rh2.5"; :units = "%"; :Description = "Dropsonde RH2 Sensor"; :Min = 0.0; // double :Max = 200.0; // double float DS_Rh2.6(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_Rh2.6"; :units = "%"; :Description = "Dropsonde RH2 Sensor"; :Min = 0.0; // double :Max = 200.0; // double float DS_Rh2.7(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_Rh2.7"; :units = "%"; :Description = "Dropsonde RH2 Sensor"; :Min = 0.0; // double :Max = 200.0; // double float DS_Rh2.8(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_Rh2.8"; :units = "%"; :Description = "Dropsonde RH2 Sensor"; :Min = 0.0; // double :Max = 200.0; // double float DS_SndSats.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_SndSats.1"; :units = "N/A"; :Description = "Dropsonde Number Sonde Sats"; :Min = 0.0; // double :Max = 10.0; // double float DS_SndSats.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_SndSats.2"; :units = "N/A"; :Description = "Dropsonde Number Sonde Sats"; :Min = 0.0; // double :Max = 10.0; // double float DS_SndSats.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_SndSats.3"; :units = "N/A"; :Description = "Dropsonde Number Sonde Sats"; :Min = 0.0; // double :Max = 10.0; // double float DS_SndSats.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_SndSats.4"; :units = "N/A"; :Description = "Dropsonde Number Sonde Sats"; :Min = 0.0; // double :Max = 10.0; // double float DS_SndSats.5(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_SndSats.5"; :units = "N/A"; :Description = "Dropsonde Number Sonde Sats"; :Min = 0.0; // double :Max = 10.0; // double float DS_SndSats.6(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_SndSats.6"; :units = "N/A"; :Description = "Dropsonde Number Sonde Sats"; :Min = 0.0; // double :Max = 10.0; // double float DS_SndSats.7(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_SndSats.7"; :units = "N/A"; :Description = "Dropsonde Number Sonde Sats"; :Min = 0.0; // double :Max = 10.0; // double float DS_SndSats.8(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_SndSats.8"; :units = "N/A"; :Description = "Dropsonde Number Sonde Sats"; :Min = 0.0; // double :Max = 10.0; // double float DS_Ta.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_Ta.1"; :units = "C"; :Description = "Dropsonde Air Temperature"; :Min = -100.0; // double :Max = 100.0; // double float DS_Ta.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_Ta.2"; :units = "C"; :Description = "Dropsonde Air Temperature"; :Min = -100.0; // double :Max = 100.0; // double float DS_Ta.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_Ta.3"; :units = "C"; :Description = "Dropsonde Air Temperature"; :Min = -100.0; // double :Max = 100.0; // double float DS_Ta.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_Ta.4"; :units = "C"; :Description = "Dropsonde Air Temperature"; :Min = -100.0; // double :Max = 100.0; // double float DS_Ta.5(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_Ta.5"; :units = "C"; :Description = "Dropsonde Air Temperature"; :Min = -100.0; // double :Max = 100.0; // double float DS_Ta.6(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_Ta.6"; :units = "C"; :Description = "Dropsonde Air Temperature"; :Min = -100.0; // double :Max = 100.0; // double float DS_Ta.7(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_Ta.7"; :units = "C"; :Description = "Dropsonde Air Temperature"; :Min = -100.0; // double :Max = 100.0; // double float DS_Ta.8(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_Ta.8"; :units = "C"; :Description = "Dropsonde Air Temperature"; :Min = -100.0; // double :Max = 100.0; // double float DS_Wd.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_Wd.1"; :units = "deg"; :Description = "Dropsonde Wind Direction"; :Min = 0.0; // double :Max = 360.0; // double float DS_Wd.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_Wd.2"; :units = "deg"; :Description = "Dropsonde Wind Direction"; :Min = 0.0; // double :Max = 360.0; // double float DS_Wd.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_Wd.3"; :units = "deg"; :Description = "Dropsonde Wind Direction"; :Min = 0.0; // double :Max = 360.0; // double float DS_Wd.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_Wd.4"; :units = "deg"; :Description = "Dropsonde Wind Direction"; :Min = 0.0; // double :Max = 360.0; // double float DS_Wd.5(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_Wd.5"; :units = "deg"; :Description = "Dropsonde Wind Direction"; :Min = 0.0; // double :Max = 360.0; // double float DS_Wd.6(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_Wd.6"; :units = "deg"; :Description = "Dropsonde Wind Direction"; :Min = 0.0; // double :Max = 360.0; // double float DS_Wd.7(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_Wd.7"; :units = "deg"; :Description = "Dropsonde Wind Direction"; :Min = 0.0; // double :Max = 360.0; // double float DS_Wd.8(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_Wd.8"; :units = "deg"; :Description = "Dropsonde Wind Direction"; :Min = 0.0; // double :Max = 360.0; // double float DS_WndErr.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_WndErr.1"; :units = "m/s"; :Description = "Dropsonde Wind Error"; :Min = 0.0; // double :Max = 99.0; // double float DS_WndErr.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_WndErr.2"; :units = "m/s"; :Description = "Dropsonde Wind Error"; :Min = 0.0; // double :Max = 99.0; // double float DS_WndErr.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_WndErr.3"; :units = "m/s"; :Description = "Dropsonde Wind Error"; :Min = 0.0; // double :Max = 99.0; // double float DS_WndErr.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_WndErr.4"; :units = "m/s"; :Description = "Dropsonde Wind Error"; :Min = 0.0; // double :Max = 99.0; // double float DS_WndErr.5(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_WndErr.5"; :units = "m/s"; :Description = "Dropsonde Wind Error"; :Min = 0.0; // double :Max = 99.0; // double float DS_WndErr.6(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_WndErr.6"; :units = "m/s"; :Description = "Dropsonde Wind Error"; :Min = 0.0; // double :Max = 99.0; // double float DS_WndErr.7(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_WndErr.7"; :units = "m/s"; :Description = "Dropsonde Wind Error"; :Min = 0.0; // double :Max = 99.0; // double float DS_WndErr.8(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_WndErr.8"; :units = "m/s"; :Description = "Dropsonde Wind Error"; :Min = 0.0; // double :Max = 99.0; // double float DS_WndSats.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_WndSats.1"; :units = "N/A"; :Description = "Dropsonde Num Wind Sats"; :Min = 0.0; // double :Max = 10.0; // double float DS_WndSats.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_WndSats.2"; :units = "N/A"; :Description = "Dropsonde Num Wind Sats"; :Min = 0.0; // double :Max = 10.0; // double float DS_WndSats.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_WndSats.3"; :units = "N/A"; :Description = "Dropsonde Num Wind Sats"; :Min = 0.0; // double :Max = 10.0; // double float DS_WndSats.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_WndSats.4"; :units = "N/A"; :Description = "Dropsonde Num Wind Sats"; :Min = 0.0; // double :Max = 10.0; // double float DS_WndSats.5(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_WndSats.5"; :units = "N/A"; :Description = "Dropsonde Num Wind Sats"; :Min = 0.0; // double :Max = 10.0; // double float DS_WndSats.6(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_WndSats.6"; :units = "N/A"; :Description = "Dropsonde Num Wind Sats"; :Min = 0.0; // double :Max = 10.0; // double float DS_WndSats.7(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_WndSats.7"; :units = "N/A"; :Description = "Dropsonde Num Wind Sats"; :Min = 0.0; // double :Max = 10.0; // double float DS_WndSats.8(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_WndSats.8"; :units = "N/A"; :Description = "Dropsonde Num Wind Sats"; :Min = 0.0; // double :Max = 10.0; // double float DS_Ws.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_Ws.1"; :units = "m/s"; :Description = "Dropsonde Wind Speed"; :Min = -131.0; // double :Max = 131.0; // double float DS_Ws.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_Ws.2"; :units = "m/s"; :Description = "Dropsonde Wind Speed"; :Min = -131.0; // double :Max = 131.0; // double float DS_Ws.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_Ws.3"; :units = "m/s"; :Description = "Dropsonde Wind Speed"; :Min = -131.0; // double :Max = 131.0; // double float DS_Ws.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_Ws.4"; :units = "m/s"; :Description = "Dropsonde Wind Speed"; :Min = -131.0; // double :Max = 131.0; // double float DS_Ws.5(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_Ws.5"; :units = "m/s"; :Description = "Dropsonde Wind Speed"; :Min = -131.0; // double :Max = 131.0; // double float DS_Ws.6(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_Ws.6"; :units = "m/s"; :Description = "Dropsonde Wind Speed"; :Min = -131.0; // double :Max = 131.0; // double float DS_Ws.7(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_Ws.7"; :units = "m/s"; :Description = "Dropsonde Wind Speed"; :Min = -131.0; // double :Max = 131.0; // double float DS_Ws.8(Time=31789); :_FillValue = NaNf; // float :ParamName = "DS_Ws.8"; :units = "m/s"; :Description = "Dropsonde Wind Speed"; :Min = -131.0; // double :Max = 131.0; // double float AltGPS.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "AltGPS.4"; :units = "m"; :Description = "GPS ALTITUDE (MSL)"; :Min = 0.0; // double :Max = 15240.0; // double float GPS_AltErr.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_AltErr.4"; :units = "m"; :Description = "Novatel GPS Altitude Error"; :Min = 0.0; // double :Max = 1024.0; // double float GPS_Fxtime.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_Fxtime.4"; :units = "N/A"; :Description = "Novatel GPS Time of Fix"; :Min = NaN; // double :Max = NaN; // double float GPS_GGAcnt.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_GGAcnt.4"; :units = "count"; :Description = "Novatel GGA burst count"; :Min = 0.0; // double :Max = 20.0; // double float GPS_GSAcnt.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_GSAcnt.4"; :units = "count"; :Description = "Novatel GSA burst count"; :Min = 0.0; // double :Max = 20.0; // double float GPS_GSTcnt.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_GSTcnt.4"; :units = "count"; :Description = "Novatel GST burst count"; :Min = 0.0; // double :Max = 20.0; // double float GPS_GeoidHt.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_GeoidHt.4"; :units = "m"; :Description = "Novatel GPS Height of Geoid"; :Min = 0.0; // double :Max = 50000.0; // double float GPS_Hdop.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_Hdop.4"; :units = ""; :Description = "GPS Horizontal Dilution of Position"; :Min = -1024.0; // double :Max = 1024.0; // double float GPS_LatErr.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_LatErr.4"; :units = "m"; :Description = "Novatel GPS Latitude Error"; :Min = 0.0; // double :Max = 1024.0; // double float GPS_LonErr.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_LonErr.4"; :units = "m"; :Description = "Novatel GPS Longitude Error"; :Min = 0.0; // double :Max = 1024.0; // double float GPS_Quality.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_Quality.4"; :units = "N/A"; :Description = "Novatel GPS Quality Indicator"; :Min = 0.0; // double :Max = 9.0; // double float GPS_SatNum.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_SatNum.4"; :units = "N/A"; :Description = "Novatel GPS number of satellites used in position"; :Min = 0.0; // double :Max = 15.0; // double float LatGPS.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "LatGPS.4"; :units = "deg"; :Description = "LATITUDE GPS"; :Min = -90.0; // double :Max = 90.0; // double float LonGPS.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "LonGPS.4"; :units = "deg"; :Description = "LONGITUDE GPS"; :Min = -180.0; // double :Max = 180.0; // double float AADChecksum.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADChecksum.3"; :units = ""; :Description = "Status channel for A-AD"; :Min = NaN; // double :Max = NaN; // double float AADQC1Volt.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADQC1Volt.3"; :units = "V"; :Description = "Quality Control voltage channel for A-AD"; :Min = -10.0; // double :Max = 10.0; // double float AADQC2Volt.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADQC2Volt.3"; :units = "V"; :Description = "Quality Control voltage channel for A-AD"; :Min = -10.0; // double :Max = 10.0; // double float AADStatus1.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADStatus1.3"; :units = ""; :Description = "Status channel for A-AD"; :Min = NaN; // double :Max = NaN; // double float AADStatus2.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADStatus2.3"; :units = ""; :Description = "Status channel for A-AD"; :Min = NaN; // double :Max = NaN; // double float GPS_Mode.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_Mode.3"; :units = ""; :Description = "Novatel GPS mode"; :Min = 1.0; // double :Max = 3.0; // double float GPS_SatSys1.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_SatSys1.3"; :units = ""; :Description = "Novatel GPS Satellite System in Use"; :Min = 1.0; // double :Max = 96.0; // double float GPS_SatSys2.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_SatSys2.3"; :units = ""; :Description = "Novatel GPS Satellite System in Use"; :Min = 1.0; // double :Max = 96.0; // double float GPS_SatSys3.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_SatSys3.3"; :units = ""; :Description = "Novatel GPS Satellite System in Use"; :Min = 1.0; // double :Max = 96.0; // double float GPS_SatSys4.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_SatSys4.3"; :units = ""; :Description = "Novatel GPS Satellite System in Use"; :Min = 1.0; // double :Max = 96.0; // double float GPS_SatSys5.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_SatSys5.3"; :units = ""; :Description = "Novatel GPS Satellite System in Use"; :Min = 1.0; // double :Max = 96.0; // double float GPS_SatSys6.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_SatSys6.3"; :units = ""; :Description = "Novatel GPS Satellite System in Use"; :Min = 1.0; // double :Max = 96.0; // double float GPS_SatSys7.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_SatSys7.3"; :units = ""; :Description = "Novatel GPS Satellite System in Use"; :Min = 1.0; // double :Max = 96.0; // double float GPS_SatSys8.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_SatSys8.3"; :units = ""; :Description = "Novatel GPS Satellite System in Use"; :Min = 1.0; // double :Max = 96.0; // double float GPS_SatSys9.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_SatSys9.3"; :units = ""; :Description = "Novatel GPS Satellite System in Use"; :Min = 1.0; // double :Max = 96.0; // double float GPS_SatSys10.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_SatSys10.3"; :units = ""; :Description = "Novatel GPS Satellite System in Use"; :Min = 1.0; // double :Max = 96.0; // double float GPS_SatSys11.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_SatSys11.3"; :units = ""; :Description = "Novatel GPS Satellite System in Use"; :Min = 1.0; // double :Max = 96.0; // double float GPS_SatSys12.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_SatSys12.3"; :units = ""; :Description = "Novatel GPS Satellite System in Use"; :Min = 1.0; // double :Max = 96.0; // double float GPS_Mode.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_Mode.4"; :units = ""; :Description = "Novatel GPS mode"; :Min = 1.0; // double :Max = 3.0; // double float GPS_SatSys1.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_SatSys1.4"; :units = ""; :Description = "Novatel GPS Satellite System in Use"; :Min = 1.0; // double :Max = 96.0; // double float GPS_SatSys2.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_SatSys2.4"; :units = ""; :Description = "Novatel GPS Satellite System in Use"; :Min = 1.0; // double :Max = 96.0; // double float GPS_SatSys3.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_SatSys3.4"; :units = ""; :Description = "Novatel GPS Satellite System in Use"; :Min = 1.0; // double :Max = 96.0; // double float GPS_SatSys4.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_SatSys4.4"; :units = ""; :Description = "Novatel GPS Satellite System in Use"; :Min = 1.0; // double :Max = 96.0; // double float GPS_SatSys5.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_SatSys5.4"; :units = ""; :Description = "Novatel GPS Satellite System in Use"; :Min = 1.0; // double :Max = 96.0; // double float GPS_SatSys6.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_SatSys6.4"; :units = ""; :Description = "Novatel GPS Satellite System in Use"; :Min = 1.0; // double :Max = 96.0; // double float GPS_SatSys7.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_SatSys7.4"; :units = ""; :Description = "Novatel GPS Satellite System in Use"; :Min = 1.0; // double :Max = 96.0; // double float GPS_SatSys8.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_SatSys8.4"; :units = ""; :Description = "Novatel GPS Satellite System in Use"; :Min = 1.0; // double :Max = 96.0; // double float GPS_SatSys9.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_SatSys9.4"; :units = ""; :Description = "Novatel GPS Satellite System in Use"; :Min = 1.0; // double :Max = 96.0; // double float GPS_SatSys10.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_SatSys10.4"; :units = ""; :Description = "Novatel GPS Satellite System in Use"; :Min = 1.0; // double :Max = 96.0; // double float GPS_SatSys11.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_SatSys11.4"; :units = ""; :Description = "Novatel GPS Satellite System in Use"; :Min = 1.0; // double :Max = 96.0; // double float GPS_SatSys12.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "GPS_SatSys12.4"; :units = ""; :Description = "Novatel GPS Satellite System in Use"; :Min = 1.0; // double :Max = 96.0; // double float SfmrWS.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "SfmrWS.1"; :units = "m/s"; :Description = "Calculated wind speed"; :Min = 0.0; // double :Max = 1000.0; // double float SfmrRainRate.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "SfmrRainRate.1"; :units = "mm/hr"; :Description = "Calculated rain rate"; :Min = 0.0; // double :Max = 1000.0; // double float SfmrSerialNumber.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "SfmrSerialNumber.1"; :units = "N/A"; :Description = "SFMR-2005W-R serial number"; :Min = 0.0; // double :Max = 999.0; // double float SfmrWErr.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "SfmrWErr.1"; :units = "m/s"; :Description = "Wind Error estimate"; :Min = 0.0; // double :Max = 10.0; // double float SfmrDV.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "SfmrDV.1"; :units = "N/A"; :Description = "Data Validity (0: valid; 1: not valid)"; :Min = 0.0; // double :Max = 1.0; // double float SfmrHS.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "SfmrHS.1"; :units = "N/A"; :Description = "SFMR instrument health status"; :Min = NaN; // double :Max = NaN; // double float PCAB.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "PCAB.1"; :units = "mb"; :Description = "Cabin Pressure"; :Min = 0.0; // double :Max = 1100.0; // double float AADChecksum.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADChecksum.4"; :units = ""; :Description = "Status channel for A-AD"; :Min = NaN; // double :Max = NaN; // double float AADQC1Volt.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADQC1Volt.4"; :units = "V"; :Description = "Quality Control voltage channel for A-AD"; :Min = -10.0; // double :Max = 10.0; // double float AADQC2Volt.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADQC2Volt.4"; :units = "V"; :Description = "Quality Control voltage channel for A-AD"; :Min = -10.0; // double :Max = 10.0; // double float AADStatus1.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADStatus1.4"; :units = ""; :Description = "Status channel for A-AD"; :Min = NaN; // double :Max = NaN; // double float AADStatus2.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADStatus2.4"; :units = ""; :Description = "Status channel for A-AD"; :Min = NaN; // double :Max = NaN; // double float AADChecksum.5(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADChecksum.5"; :units = ""; :Description = "Status channel for A-AD"; :Min = NaN; // double :Max = NaN; // double float AADQC1Volt.5(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADQC1Volt.5"; :units = "V"; :Description = "Quality Control voltage channel for A-AD"; :Min = -10.0; // double :Max = 10.0; // double float AADQC2Volt.5(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADQC2Volt.5"; :units = "V"; :Description = "Quality Control voltage channel for A-AD"; :Min = -10.0; // double :Max = 10.0; // double float AADStatus1.5(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADStatus1.5"; :units = ""; :Description = "Status channel for A-AD"; :Min = NaN; // double :Max = NaN; // double float AADStatus2.5(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADStatus2.5"; :units = ""; :Description = "Status channel for A-AD"; :Min = NaN; // double :Max = NaN; // double float AADChecksum.6(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADChecksum.6"; :units = ""; :Description = "Status channel for A-AD"; :Min = NaN; // double :Max = NaN; // double float AADQC1Volt.6(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADQC1Volt.6"; :units = "V"; :Description = "Quality Control voltage channel for A-AD"; :Min = -10.0; // double :Max = 10.0; // double float AADQC2Volt.6(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADQC2Volt.6"; :units = "V"; :Description = "Quality Control voltage channel for A-AD"; :Min = -10.0; // double :Max = 10.0; // double float AADStatus1.6(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADStatus1.6"; :units = ""; :Description = "Status channel for A-AD"; :Min = NaN; // double :Max = NaN; // double float AADStatus2.6(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADStatus2.6"; :units = ""; :Description = "Status channel for A-AD"; :Min = NaN; // double :Max = NaN; // double float AADChecksum.7(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADChecksum.7"; :units = ""; :Description = "Status channel for A-AD"; :Min = NaN; // double :Max = NaN; // double float AADQC1Volt.7(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADQC1Volt.7"; :units = "V"; :Description = "Quality Control voltage channel for A-AD"; :Min = -10.0; // double :Max = 10.0; // double float AADQC2Volt.7(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADQC2Volt.7"; :units = "V"; :Description = "Quality Control voltage channel for A-AD"; :Min = -10.0; // double :Max = 10.0; // double float AADStatus1.7(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADStatus1.7"; :units = ""; :Description = "Status channel for A-AD"; :Min = NaN; // double :Max = NaN; // double float AADStatus2.7(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADStatus2.7"; :units = ""; :Description = "Status channel for A-AD"; :Min = NaN; // double :Max = NaN; // double float AADChecksum.8(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADChecksum.8"; :units = ""; :Description = "Status channel for A-AD"; :Min = NaN; // double :Max = NaN; // double float AADQC1Volt.8(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADQC1Volt.8"; :units = "V"; :Description = "Quality Control voltage channel for A-AD"; :Min = -10.0; // double :Max = 10.0; // double float AADQC2Volt.8(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADQC2Volt.8"; :units = "V"; :Description = "Quality Control voltage channel for A-AD"; :Min = -10.0; // double :Max = 10.0; // double float AADStatus1.8(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADStatus1.8"; :units = ""; :Description = "Status channel for A-AD"; :Min = NaN; // double :Max = NaN; // double float AADStatus2.8(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADStatus2.8"; :units = ""; :Description = "Status channel for A-AD"; :Min = NaN; // double :Max = NaN; // double float AADChecksum.9(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADChecksum.9"; :units = ""; :Description = "Status channel for A-AD"; :Min = NaN; // double :Max = NaN; // double float AADQC1Volt.9(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADQC1Volt.9"; :units = "V"; :Description = "Quality Control voltage channel for A-AD"; :Min = -10.0; // double :Max = 10.0; // double float AADQC2Volt.9(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADQC2Volt.9"; :units = "V"; :Description = "Quality Control voltage channel for A-AD"; :Min = -10.0; // double :Max = 10.0; // double float AADStatus1.9(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADStatus1.9"; :units = ""; :Description = "Status channel for A-AD"; :Min = NaN; // double :Max = NaN; // double float AADStatus2.9(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADStatus2.9"; :units = ""; :Description = "Status channel for A-AD"; :Min = NaN; // double :Max = NaN; // double float TWC.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "TWC.1"; :units = "g/m3"; :Description = "Total Water Content"; :Min = 0.0; // double :Max = 100.0; // double float TWCcurrent.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "TWCcurrent.1"; :units = "amps"; :Description = "Total Water Content Element current"; :Min = 0.0; // double :Max = 50.0; // double float TWCfixture.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "TWCfixture.1"; :units = "mOhm"; :Description = "Total Water Content Probe head fixture"; :Min = 0.0; // double :Max = 2.0; // double float TWClength.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "TWClength.1"; :units = "mm"; :Description = "Total Water Content Probe head length"; :Min = 0.0; // double :Max = 40.0; // double float TWCoffset.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "TWCoffset.1"; :units = "N/A"; :Description = "Total Water Content Probe head offset"; :Min = NaN; // double :Max = NaN; // double float TWCslope.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "TWCslope.1"; :units = "N/A"; :Description = "Total Water Content Probe head slope"; :Min = NaN; // double :Max = NaN; // double float TWCtemp.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "TWCtemp.1"; :units = "C"; :Description = "Total Water Content Element temperature"; :Min = -100.0; // double :Max = 100.0; // double float TWCvolts.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "TWCvolts.1"; :units = "V"; :Description = "Total Water Content Element voltage"; :Min = 0.0; // double :Max = 10.0; // double float TWCwidth.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "TWCwidth.1"; :units = "mm"; :Description = "Total Water Content Probe head width"; :Min = 0.0; // double :Max = 10.0; // double float LWC.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "LWC.1"; :units = "g/m3"; :Description = "Liquid Water Content"; :Min = 0.0; // double :Max = 100.0; // double float LWCcurrent.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "LWCcurrent.1"; :units = "amps"; :Description = "Liquid Water Content Element current"; :Min = 0.0; // double :Max = 50.0; // double float LWCfixture.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "LWCfixture.1"; :units = "mOhm"; :Description = "Liquid Water Content Probe head fixture"; :Min = 0.0; // double :Max = 2.0; // double float LWClength.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "LWClength.1"; :units = "mm"; :Description = "Liquid Water Content Probe head length"; :Min = 0.0; // double :Max = 40.0; // double float LWCoffset.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "LWCoffset.1"; :units = "N/A"; :Description = "Liquid Water Content Probe head offset"; :Min = NaN; // double :Max = NaN; // double float LWCslope.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "LWCslope.1"; :units = "N/A"; :Description = "Liquid Water Content Probe head slope"; :Min = NaN; // double :Max = NaN; // double float LWCtemp.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "LWCtemp.1"; :units = "C"; :Description = "Liquid Water Content Element temperature"; :Min = -100.0; // double :Max = 100.0; // double float LWCvolts.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "LWCvolts.1"; :units = "V"; :Description = "Liquid Water Content Element voltage"; :Min = 0.0; // double :Max = 10.0; // double float LWCwidth.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "LWCwidth.1"; :units = "mm"; :Description = "Liquid Water Content Probe head width"; :Min = 0.0; // double :Max = 10.0; // double float LWC.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "LWC.2"; :units = "g/m3"; :Description = "Liquid Water Content"; :Min = 0.0; // double :Max = 100.0; // double float LWCcurrent.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "LWCcurrent.2"; :units = "amps"; :Description = "Liquid Water Content Element current"; :Min = 0.0; // double :Max = 50.0; // double float LWCfixture.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "LWCfixture.2"; :units = "mOhm"; :Description = "Liquid Water Content Probe head fixture"; :Min = 0.0; // double :Max = 2.0; // double float LWClength.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "LWClength.2"; :units = "mm"; :Description = "Liquid Water Content Probe head length"; :Min = 0.0; // double :Max = 40.0; // double float LWCoffset.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "LWCoffset.2"; :units = "N/A"; :Description = "Liquid Water Content Probe head offset"; :Min = NaN; // double :Max = NaN; // double float LWCslope.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "LWCslope.2"; :units = "N/A"; :Description = "Liquid Water Content Probe head slope"; :Min = NaN; // double :Max = NaN; // double float LWCtemp.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "LWCtemp.2"; :units = "C"; :Description = "Liquid Water Content Element temperature"; :Min = -100.0; // double :Max = 100.0; // double float LWCvolts.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "LWCvolts.2"; :units = "V"; :Description = "Liquid Water Content Element voltage"; :Min = 0.0; // double :Max = 10.0; // double float LWCwidth.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "LWCwidth.2"; :units = "mm"; :Description = "Liquid Water Content Probe head width"; :Min = 0.0; // double :Max = 10.0; // double float CMPcurrent.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "CMPcurrent.1"; :units = "amps"; :Description = "COMP Element current"; :Min = 0.0; // double :Max = 50.0; // double float CMPfixture.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "CMPfixture.1"; :units = "mOhm"; :Description = "COMP Probe head fixture"; :Min = 0.0; // double :Max = 2.0; // double float CMPlength.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "CMPlength.1"; :units = "mm"; :Description = "COMP Probe head length"; :Min = 0.0; // double :Max = 40.0; // double float CMPtemp.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "CMPtemp.1"; :units = "C"; :Description = "COMP Element temperature"; :Min = -100.0; // double :Max = 100.0; // double float CMPvolts.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "CMPvolts.1"; :units = "V"; :Description = "COMP Element voltage"; :Min = 0.0; // double :Max = 10.0; // double float CMPwidth.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "CMPwidth.1"; :units = "mm"; :Description = "COMP Probe head width"; :Min = 0.0; // double :Max = 10.0; // double float DCEcurrent.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "DCEcurrent.1"; :units = "amps"; :Description = "DEICE Element current"; :Min = 0.0; // double :Max = 50.0; // double float DCEtemp.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "DCEtemp.1"; :units = "C"; :Description = "DEICE Element temperature"; :Min = -100.0; // double :Max = 100.0; // double float DCEvolts.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "DCEvolts.1"; :units = "V"; :Description = "DEICE Element voltage"; :Min = 0.0; // double :Max = 10.0; // double float SEA_sn.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "SEA_sn.1"; :units = "N/A"; :Description = "Probe Head Serial Number"; :Min = NaN; // double :Max = NaN; // double float TRadDVolt.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "TRadDVolt.1"; :units = "V"; :Description = ""; :Min = -10.0; // double :Max = 10.0; // double float TRadUVolt.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "TRadUVolt.1"; :units = "V"; :Description = ""; :Min = -10.0; // double :Max = 10.0; // double float TdBal.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "TdBal.1"; :units = "V"; :Description = "Dewpointer Balance"; :Min = 0.0; // double :Max = 5.0; // double float PyraUYellowVolt.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "PyraUYellowVolt.1"; :units = "V"; :Description = ""; :Min = -10.0; // double :Max = 10.0; // double float PyraDYellowVolt.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "PyraDYellowVolt.1"; :units = "V"; :Description = ""; :Min = -10.0; // double :Max = 10.0; // double float PyraURed.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "PyraURed.1"; :units = "C"; :Description = "Up Pyranometer Red"; :Min = -50.0; // double :Max = 50.0; // double float PyrgeDCaseT.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "PyrgeDCaseT.1"; :units = "C"; :Description = "Down Pyrgeometer Case Temperature"; :Min = -50.0; // double :Max = 50.0; // double float PyraUDomeTVolt.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "PyraUDomeTVolt.1"; :units = "V"; :Description = ""; :Min = -10.0; // double :Max = 10.0; // double float TTM.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "TTM.3"; :units = "C"; :Description = "Total Temperature"; :Min = -100.0; // double :Max = 100.0; // double float TTM.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "TTM.2"; :units = "C"; :Description = "Total Temperature"; :Min = -100.0; // double :Max = 100.0; // double float TTM.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "TTM.1"; :units = "C"; :Description = "Total Temperature"; :Min = -100.0; // double :Max = 100.0; // double float PyraURedVolt.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "PyraURedVolt.1"; :units = "V"; :Description = ""; :Min = -10.0; // double :Max = 10.0; // double float AccZfilterI-GPS.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "AccZfilterI-GPS.1"; :units = "m/s2"; :Description = "Earth-Relative Vertical Acceleration"; :Min = -40.0; // double :Max = 40.0; // double float WVVolt.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "WVVolt.1"; :units = "V"; :Description = ""; :Min = -10.0; // double :Max = 10.0; // double float AccZfilterI-GPS.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "AccZfilterI-GPS.2"; :units = "m/s2"; :Description = "Earth-Relative Vertical Acceleration"; :Min = -40.0; // double :Max = 40.0; // double float PyraDClearVolt.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "PyraDClearVolt.1"; :units = "V"; :Description = ""; :Min = -10.0; // double :Max = 10.0; // double float WV.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "WV.1"; :units = "deg"; :Description = "Water Vapor"; :Min = -100.0; // double :Max = 100.0; // double float PyraDYellow.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "PyraDYellow.1"; :units = "C"; :Description = "Down Pyranometer Yellow"; :Min = -50.0; // double :Max = 50.0; // double float PyraUClearVolt.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "PyraUClearVolt.1"; :units = "V"; :Description = ""; :Min = -10.0; // double :Max = 10.0; // double float PQMVolt.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "PQMVolt.2"; :units = "V"; :Description = ""; :Min = -10.0; // double :Max = 10.0; // double float PQMVolt.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "PQMVolt.1"; :units = "V"; :Description = ""; :Min = -10.0; // double :Max = 10.0; // double float PQMVolt.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "PQMVolt.4"; :units = "V"; :Description = ""; :Min = -10.0; // double :Max = 10.0; // double float PQMVolt.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "PQMVolt.3"; :units = "V"; :Description = ""; :Min = -10.0; // double :Max = 10.0; // double float PyrgeDVolt.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "PyrgeDVolt.1"; :units = "V"; :Description = ""; :Min = -10.0; // double :Max = 10.0; // double float PQBETAVolt.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "PQBETAVolt.1"; :units = "V"; :Description = ""; :Min = -10.0; // double :Max = 10.0; // double float TTMVolt.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "TTMVolt.2"; :units = "V"; :Description = ""; :Min = -10.0; // double :Max = 10.0; // double float TTMVolt.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "TTMVolt.3"; :units = "V"; :Description = ""; :Min = -10.0; // double :Max = 10.0; // double float TTMVolt.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "TTMVolt.1"; :units = "V"; :Description = ""; :Min = -10.0; // double :Max = 10.0; // double float TDMVolt.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "TDMVolt.3"; :units = "V"; :Description = ""; :Min = -10.0; // double :Max = 10.0; // double float TDMVolt.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "TDMVolt.2"; :units = "V"; :Description = ""; :Min = -10.0; // double :Max = 10.0; // double float TDMVolt.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "TDMVolt.1"; :units = "V"; :Description = ""; :Min = -10.0; // double :Max = 10.0; // double float PSM.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "PSM.2"; :units = "mb"; :Description = "Static Pressure"; :Min = -10.0; // double :Max = 1100.0; // double float PSM.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "PSM.1"; :units = "mb"; :Description = "Static Pressure"; :Min = -10.0; // double :Max = 1100.0; // double float PyrgeUVolt.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "PyrgeUVolt.1"; :units = "V"; :Description = ""; :Min = -10.0; // double :Max = 10.0; // double float PDBETAVolt.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "PDBETAVolt.2"; :units = "V"; :Description = ""; :Min = -10.0; // double :Max = 10.0; // double float PQALPHAVolt.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "PQALPHAVolt.1"; :units = "V"; :Description = ""; :Min = -10.0; // double :Max = 10.0; // double float PDBETAVolt.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "PDBETAVolt.1"; :units = "V"; :Description = ""; :Min = -10.0; // double :Max = 10.0; // double float PQM.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "PQM.1"; :units = "mb"; :Description = "Dynamic Pressure"; :Min = -10.0; // double :Max = 399.0; // double float PQM.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "PQM.3"; :units = "mb"; :Description = "Dynamic Pressure"; :Min = -10.0; // double :Max = 399.0; // double float PQM.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "PQM.2"; :units = "mb"; :Description = "Dynamic Pressure"; :Min = -10.0; // double :Max = 399.0; // double float PQM.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "PQM.4"; :units = "mb"; :Description = "Dynamic Pressure"; :Min = -10.0; // double :Max = 399.0; // double float PyraDRed.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "PyraDRed.1"; :units = "C"; :Description = "Down Pyranometer Red"; :Min = -50.0; // double :Max = 50.0; // double float PyraUCaseTVolt.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "PyraUCaseTVolt.1"; :units = "V"; :Description = ""; :Min = -10.0; // double :Max = 10.0; // double float PyraUDomeT.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "PyraUDomeT.1"; :units = "C"; :Description = "Up Pyranometer Dome Temperature"; :Min = -50.0; // double :Max = 50.0; // double float PyrgeDDomeT.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "PyrgeDDomeT.1"; :units = "C"; :Description = "Down Pyrgeometer Dome Temperature"; :Min = -50.0; // double :Max = 50.0; // double float PQALPHA.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "PQALPHA.1"; :units = "mb"; :Description = "Dynamic Attack Pressure"; :Min = -350.0; // double :Max = 350.0; // double float PyrgeD.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "PyrgeD.1"; :units = "W/m2"; :Description = "Down Pyrgeometer"; :Min = 0.0; // double :Max = 1000.0; // double float PTMVolt.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "PTMVolt.1"; :units = "V"; :Description = ""; :Min = -10.0; // double :Max = 10.0; // double float PyraDClear.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "PyraDClear.1"; :units = "C"; :Description = "Down Pyranometer Clear"; :Min = -50.0; // double :Max = 50.0; // double float TRadS.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "TRadS.1"; :units = "C"; :Description = "Radiometer Side"; :Min = -100.0; // double :Max = 40.0; // double float PyraUClear.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "PyraUClear.1"; :units = "C"; :Description = "Up Pyranometer Clear"; :Min = -50.0; // double :Max = 50.0; // double float TdBalVolt.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "TdBalVolt.1"; :units = "V"; :Description = ""; :Min = -10.0; // double :Max = 10.0; // double float PDBETA.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "PDBETA.2"; :units = "mb"; :Description = "Differential Pressure"; :Min = -100.0; // double :Max = 100.0; // double float TRadD.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "TRadD.1"; :units = "C"; :Description = "Radiometer Down"; :Min = -100.0; // double :Max = 40.0; // double float PDBETA.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "PDBETA.1"; :units = "mb"; :Description = "Differential Pressure"; :Min = -100.0; // double :Max = 100.0; // double float PTM.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "PTM.1"; :units = "mb"; :Description = "Radome Absolute Pressure"; :Min = -10.0; // double :Max = 1100.0; // double float PyraDDomeT.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "PyraDDomeT.1"; :units = "C"; :Description = "Down Pyranometer Dome Temperature"; :Min = -50.0; // double :Max = 50.0; // double float PyrgeDCaseTVolt.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "PyrgeDCaseTVolt.1"; :units = "V"; :Description = ""; :Min = -10.0; // double :Max = 10.0; // double float TDM.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "TDM.3"; :units = "C"; :Description = "Dewpointer"; :Min = -100.0; // double :Max = 100.0; // double float TDM.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "TDM.2"; :units = "C"; :Description = "Dewpointer"; :Min = -100.0; // double :Max = 100.0; // double float PyrgeDDomeTVolt.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "PyrgeDDomeTVolt.1"; :units = "V"; :Description = ""; :Min = -10.0; // double :Max = 10.0; // double float TDM.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "TDM.1"; :units = "C"; :Description = "Dewpointer"; :Min = -100.0; // double :Max = 100.0; // double float PyrgeU.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "PyrgeU.1"; :units = "W/m2"; :Description = "Up Pyrgeometer"; :Min = 0.0; // double :Max = 1000.0; // double float TRadU.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "TRadU.1"; :units = "C"; :Description = "Radiometer Up"; :Min = -100.0; // double :Max = 40.0; // double float PyraDRedVolt.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "PyraDRedVolt.1"; :units = "V"; :Description = ""; :Min = -10.0; // double :Max = 10.0; // double float PDALPHA.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "PDALPHA.1"; :units = "mb"; :Description = "Differential Pressure"; :Min = -100.0; // double :Max = 100.0; // double float PDALPHA.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "PDALPHA.2"; :units = "mb"; :Description = "Differential Pressure"; :Min = -100.0; // double :Max = 100.0; // double float PQBETA.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "PQBETA.1"; :units = "mb"; :Description = "Dynamic Slip Pressure"; :Min = -350.0; // double :Max = 350.0; // double float PyraUYellow.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "PyraUYellow.1"; :units = "C"; :Description = "Up Pyranometer Yellow"; :Min = -50.0; // double :Max = 50.0; // double float TRadSVolt.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "TRadSVolt.1"; :units = "V"; :Description = ""; :Min = -10.0; // double :Max = 10.0; // double float PyraDDomeTVolt.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "PyraDDomeTVolt.1"; :units = "V"; :Description = ""; :Min = -10.0; // double :Max = 10.0; // double float PSMVolt.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "PSMVolt.2"; :units = "V"; :Description = ""; :Min = -10.0; // double :Max = 10.0; // double float PSMVolt.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "PSMVolt.1"; :units = "V"; :Description = ""; :Min = -10.0; // double :Max = 10.0; // double float PyraUCaseT.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "PyraUCaseT.1"; :units = "C"; :Description = "Up Pyranometer Case Temperature"; :Min = -50.0; // double :Max = 50.0; // double float PDALPHAVolt.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "PDALPHAVolt.2"; :units = "V"; :Description = ""; :Min = -10.0; // double :Max = 10.0; // double float PDALPHAVolt.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "PDALPHAVolt.1"; :units = "V"; :Description = ""; :Min = -10.0; // double :Max = 10.0; // double float AADGroundVolt.1(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADGroundVolt.1"; :units = "V"; :Description = "Ground voltage channel for A-AD"; :Min = -10.0; // double :Max = 10.0; // double float AADGroundVolt.9(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADGroundVolt.9"; :units = "V"; :Description = "Ground voltage channel for A-AD"; :Min = -10.0; // double :Max = 10.0; // double float AADGroundVolt.8(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADGroundVolt.8"; :units = "V"; :Description = "Ground voltage channel for A-AD"; :Min = -10.0; // double :Max = 10.0; // double float AADGroundVolt.7(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADGroundVolt.7"; :units = "V"; :Description = "Ground voltage channel for A-AD"; :Min = -10.0; // double :Max = 10.0; // double float AADGroundVolt.6(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADGroundVolt.6"; :units = "V"; :Description = "Ground voltage channel for A-AD"; :Min = -10.0; // double :Max = 10.0; // double float AADGroundVolt.5(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADGroundVolt.5"; :units = "V"; :Description = "Ground voltage channel for A-AD"; :Min = -10.0; // double :Max = 10.0; // double float AADGroundVolt.4(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADGroundVolt.4"; :units = "V"; :Description = "Ground voltage channel for A-AD"; :Min = -10.0; // double :Max = 10.0; // double float AADGroundVolt.3(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADGroundVolt.3"; :units = "V"; :Description = "Ground voltage channel for A-AD"; :Min = -10.0; // double :Max = 10.0; // double float AADGroundVolt.2(Time=31789); :_FillValue = NaNf; // float :ParamName = "AADGroundVolt.2"; :units = "V"; :Description = "Ground voltage channel for A-AD"; :Min = -10.0; // double :Max = 10.0; // double float PS.c(Time=31789); :units = "mb"; :Description = "Corrected Static Pressure"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = 250.0f, 1050.0f; // float :_FillValue = NaNf; // float float PQ.c(Time=31789); :units = "mb"; :Description = "Corrected Dynamic Pressure"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = 0.0f, 165.0f; // float :_FillValue = NaNf; // float float PSURF.d(Time=31789); :units = "mb"; :Description = "Extrapolated Sea Level Pressure"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = 250.0f, 1060.0f; // float :_FillValue = NaNf; // float float EE.d(Time=31789); :units = "mb"; :Description = "Vapor Pressure"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = 0.0f, 100.0f; // float :_FillValue = NaNf; // float float EW.d(Time=31789); :units = "mb"; :Description = "Saturation Vapor Pressure"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = 0.0f, 100.0f; // float :_FillValue = NaNf; // float float ALTPA.d(Time=31789); :units = "m"; :Description = "Pressure Altitude"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = 0.0f, 15240.0f; // float :_FillValue = NaNf; // float float ALTGA.d(Time=31789); :units = "m"; :Description = "Geopotential Altitude"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = 0.0f, 10000.0f; // float :_FillValue = NaNf; // float float DV.d(Time=31789); :units = "m"; :Description = "D Value"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = 0.0f, 0.0f; // float :_FillValue = NaNf; // float float HT.d(Time=31789); :units = "m"; :Description = "Height of Std. Press. Surface"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = 0.0f, 0.0f; // float :_FillValue = NaNf; // float float TD.c(Time=31789); :units = "deg C"; :Description = "Dewpoint Temperature"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = -60.0f, 70.0f; // float :_FillValue = NaNf; // float float TAkelvin.d(Time=31789); :units = "deg K"; :Description = "Total Ambient Temperature"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = 200.0f, 400.0f; // float :_FillValue = NaNf; // float float TA.d(Time=31789); :units = "deg C"; :Description = "Ambient Temperature"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = -60.0f, 60.0f; // float :_FillValue = NaNf; // float float TVIRT.d(Time=31789); :units = "deg K"; :Description = "Virtual Temperature"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = 200.0f, 400.0f; // float :_FillValue = NaNf; // float float THETA.d(Time=31789); :units = "deg K"; :Description = "Potential Temperature"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = 200.0f, 400.0f; // float :_FillValue = NaNf; // float float THETAE.d(Time=31789); :units = "deg K"; :Description = "Equivalent Potential Temperature"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = 200.0f, 400.0f; // float :_FillValue = NaNf; // float float MR.d(Time=31789); :units = "grams"; :Description = "Mixing Ratio"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = 0.0f, 60.0f; // float :_FillValue = NaNf; // float float GM.d(Time=31789); :units = " "; :Description = "Ratio Specific Heat"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = 0.0f, 0.0f; // float :_FillValue = NaNf; // float float MACH.d(Time=31789); :units = " "; :Description = "Mach Number"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = 0.0f, 0.9f; // float :_FillValue = NaNf; // float float HUM_REL.d(Time=31789); :units = "%"; :Description = "Relative Humidity"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = 0.0f, 100.0f; // float :_FillValue = NaNf; // float float AA.d(Time=31789); :units = "deg"; :Description = "Attack Angle"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = 12.0f, -12.0f; // float :_FillValue = NaNf; // float float SA.d(Time=31789); :units = "deg"; :Description = "Slip Angle"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = 50.0f, -50.0f; // float :_FillValue = NaNf; // float float TAS.d(Time=31789); :units = "m/s"; :Description = "True Air Speed"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = 0.0f, 600.0f; // float :_FillValue = NaNf; // float float GS.d(Time=31789); :units = "m/s"; :Description = "Ground Speed"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = 0.0f, 600.0f; // float :_FillValue = NaNf; // float float TRK.d(Time=31789); :units = "deg"; :Description = "Track"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = 0.0f, 360.0f; // float :_FillValue = NaNf; // float float DA.d(Time=31789); :units = "deg"; :Description = "Drift Angle"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = -50.0f, 50.0f; // float :_FillValue = NaNf; // float float WS.d(Time=31789); :units = "m/s"; :Description = "Wind Speed"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = 0.0f, 250.0f; // float :_FillValue = NaNf; // float float WD.d(Time=31789); :units = "deg"; :Description = "Wind Direction"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = 0.0f, 360.0f; // float :_FillValue = NaNf; // float float UWINGX.d(Time=31789); :units = "m/s"; :Description = "Rotational Wing Velocity X-direction"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = -10.0f, 10.0f; // float :_FillValue = NaNf; // float float UWINGY.d(Time=31789); :units = "m/s"; :Description = "Rotational Wing Velocity Y-direction"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = -10.0f, 10.0f; // float :_FillValue = NaNf; // float float UWINGZ.d(Time=31789); :units = "m/s"; :Description = "Rotational Wing Velocity Vertical"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = -10.0f, 10.0f; // float :_FillValue = NaNf; // float float USLIPX.d(Time=31789); :units = "m/s"; :Description = "Rotational Slip Velocity X-direction"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = -10.0f, 10.0f; // float :_FillValue = NaNf; // float float USLIPY.d(Time=31789); :units = "m/s"; :Description = "Rotational Slip Velocity Y-direction"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = -10.0f, 10.0f; // float :_FillValue = NaNf; // float float USLIPZ.d(Time=31789); :units = "m/s"; :Description = "Rotational Slip Velocity Vertical"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = -10.0f, 10.0f; // float :_FillValue = NaNf; // float float UTAILX.d(Time=31789); :units = "m/s"; :Description = "Rotational Tail Velocity X-direction"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = -10.0f, 10.0f; // float :_FillValue = NaNf; // float float UTAILY.d(Time=31789); :units = "m/s"; :Description = "Rotational Tail Velocity Y-direction"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = -10.0f, 10.0f; // float :_FillValue = NaNf; // float float UTAILZ.d(Time=31789); :units = "m/s"; :Description = "Rotational Tail Velocity Vertical"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = -10.0f, 10.0f; // float :_FillValue = NaNf; // float float GSXref(Time=31789); :units = "m/s"; :Description = "Horizontal Ground Speed X"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = 0.0f, 0.0f; // float :_FillValue = NaNf; // float float GSYref(Time=31789); :units = "m/s"; :Description = "Horizontal Ground Speed Y"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = 0.0f, 0.0f; // float :_FillValue = NaNf; // float float UIZ.d(Time=31789); :units = "m/s"; :Description = "Vertical Ground Speed"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = -30.0f, 30.0f; // float :_FillValue = NaNf; // float float URX.d(Time=31789); :units = "m/s"; :Description = "Relative Wind X-direction"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = -130.0f, 130.0f; // float :_FillValue = NaNf; // float float URY.d(Time=31789); :units = "m/s"; :Description = "Relative Wind Y-direction"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = -130.0f, 130.0f; // float :_FillValue = NaNf; // float float URZ.d(Time=31789); :units = "m/s"; :Description = "Vertical Air Speed"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = -30.0f, 30.0f; // float :_FillValue = NaNf; // float float UWX.d(Time=31789); :units = "m/s"; :Description = "Horizontal Wind X-direction"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = -130.0f, 130.0f; // float :_FillValue = NaNf; // float float UWY.d(Time=31789); :units = "m/s"; :Description = "Horizontal Wind Y-direction"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = -130.0f, 130.0f; // float :_FillValue = NaNf; // float float UWZ.d(Time=31789); :units = "m/s"; :Description = "Vertical Wind"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = -20.0f, 20.0f; // float :_FillValue = NaNf; // float float VINE.d(Time=31789); :units = "m/s"; :Description = "INE Rotational Velocity"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = 0.0f, 200.0f; // float :_FillValue = NaNf; // float float UTAN.d(Time=31789); :units = "m/s"; :Description = "Tangential Wind"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = 0.0f, 200.0f; // float :_FillValue = NaNf; // float float URAD.d(Time=31789); :units = "m/s"; :Description = "Radial Wind"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = 0.0f, 200.0f; // float :_FillValue = NaNf; // float float THETAV.d(Time=31789); :units = "deg K"; :Description = "Virtual Potential Temperature"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = 200.0f, 400.0f; // float :_FillValue = NaNf; // float float IAS.d(Time=31789); :units = "m/s"; :Description = "Indicated Air Speed"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = 0.0f, 400.0f; // float :_FillValue = NaNf; // float float HUM_SPEC.d(Time=31789); :units = "g/kg"; :Description = "Specific Humidity"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = 0.0f, 150.0f; // float :_FillValue = NaNf; // float float HUM_ABS.d(Time=31789); :units = " "; :Description = "Absolute Humidity"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = 0.0f, 150.0f; // float :_FillValue = NaNf; // float float GO.d(Time=31789); :units = " "; :Description = "Ratio Specific Heat"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = 0.0f, 15.0f; // float :_FillValue = NaNf; // float float DWING.d(Time=31789); :units = "m/s"; :Description = "Differential Wind Velocity"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = -10.0f, 10.0f; // float :_FillValue = NaNf; // float float DSLIP.d(Time=31789); :units = "m/s"; :Description = "Differential Slip Velocity"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = -10.0f, 10.0f; // float :_FillValue = NaNf; // float float DPJ_GSZ(Time=31789); :units = "m/s"; :Description = "DPJ Vertical Ground Speed"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = -50.0f, 50.0f; // float :_FillValue = NaNf; // float float DPJ_ASZ(Time=31789); :units = "m/s"; :Description = "DPJ Vertical Air Speed"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = -50.0f, 50.0f; // float :_FillValue = NaNf; // float float DPJ_WSZ(Time=31789); :units = "m/s"; :Description = "DPJ Vertical Wind"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = -50.0f, 50.0f; // float :_FillValue = NaNf; // float float ACCZref(Time=31789); :units = "m/s2"; :Description = "Vertical Acceleration Reference"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = -40.0f, 40.0f; // float :_FillValue = NaNf; // float float ALTref(Time=31789); :units = "m"; :Description = "Altitude Reference"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = 0.0f, 15240.0f; // float :_FillValue = NaNf; // float float LONref(Time=31789); :units = "deg"; :Description = "Longitude Reference"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = -180.0f, 180.0f; // float :_FillValue = NaNf; // float float LATref(Time=31789); :units = "deg"; :Description = "Latitude Reference"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = -90.0f, 90.0f; // float :_FillValue = NaNf; // float float PDALPHAref(Time=31789); :units = "mb"; :Description = "Fuselage Differential Pressure Reference"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = -100.0f, 100.0f; // float :_FillValue = NaNf; // float float PDBETAref(Time=31789); :units = "mb"; :Description = "Sideslip Differential Pressure Reference"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = -100.0f, 100.0f; // float :_FillValue = NaNf; // float float PITCHref(Time=31789); :units = "deg"; :Description = "Aircraft Pitch Reference"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = -90.0f, 90.0f; // float :_FillValue = NaNf; // float float PQALPHAref(Time=31789); :units = "mb"; :Description = "Fuselage Dynamic Pressure Reference"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = -350.0f, 350.0f; // float :_FillValue = NaNf; // float float PQBETAref(Time=31789); :units = "mb"; :Description = "Sideslip Dynamic Pressure Reference"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = -350.0f, 350.0f; // float :_FillValue = NaNf; // float float PQMref(Time=31789); :units = "mb"; :Description = "Raw Dynamic Pressure Reference"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = -10.0f, 164.0f; // float :_FillValue = NaNf; // float float PSMref(Time=31789); :units = "mb"; :Description = "Raw Static Pressure Reference"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = -10.0f, 1052.0f; // float :_FillValue = NaNf; // float float ROLLref(Time=31789); :units = "deg"; :Description = "Aircraft Roll Reference"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = -90.0f, 90.0f; // float :_FillValue = NaNf; // float float TDMref(Time=31789); :units = "C"; :Description = "Raw Dew Point Reference"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = -100.0f, 100.0f; // float :_FillValue = NaNf; // float float THDGref(Time=31789); :units = "deg"; :Description = "Aircraft True Heading Reference"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = 0.0f, 360.0f; // float :_FillValue = NaNf; // float float TTMref(Time=31789); :units = "C"; :Description = "Raw Total Temp Reference"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = -120.0f, 120.0f; // float :_FillValue = NaNf; // float float GSZref(Time=31789); :units = "m/s"; :Description = "Vertical Velocity Reference"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = -332.0f, 332.0f; // float :_FillValue = NaNf; // float float HH(Time=31789); :units = " "; :Description = "UTC Hours"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = 0.0f, 23.0f; // float :_FillValue = NaNf; // float float MM(Time=31789); :units = " "; :Description = "UTC Minutes"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = 0.0f, 59.0f; // float :_FillValue = NaNf; // float float SS(Time=31789); :units = " "; :Description = "UTC Seconds"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = 0.0f, 59.0f; // float :_FillValue = NaNf; // float float ALTPAft.d(Time=31789); :units = "ft"; :Description = "Pressure Altitude"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = 0.0f, 50000.0f; // float :_FillValue = NaNf; // float float AltRa1.c(Time=31789); :units = "m"; :Description = "Radar Altimeter"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = 0.0f, 15240.0f; // float :_FillValue = NaNf; // float float AltRa2.c(Time=31789); :units = "m"; :Description = "Radar Altimeter"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = 0.0f, 15240.0f; // float :_FillValue = NaNf; // float float UDIRX.d(Time=31789); :units = " "; :Description = "Relative Wind Direction vector (X)"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = -1.0f, 1.0f; // float :_FillValue = NaNf; // float float UDIRY.d(Time=31789); :units = " "; :Description = "Relative Wind Direction vector (Y)"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = -1.0f, 1.0f; // float :_FillValue = NaNf; // float float UDIRZ.d(Time=31789); :units = " "; :Description = "Relative Wind Direction vector (Z)"; :SampleRate = 1.0f; // float :OutputRate = 1.0f; // float :ValidRange = -1.0f, 1.0f; // float :_FillValue = NaNf; // float // global attributes: :StartTime = 1579262812; // int :FlightDate = "2020-01-17"; :TimeInterval = "12:06:52-20:56:41"; }