Attributes {
    HDF_GLOBAL {
        String Title "Cloud Absorption Radiometer Level-1B HDF data";
        Int16 FlightNumber 1873;
        String ExperimentName "CLAMS";
        String FlightDate "July 16, 2001";
        String CarOperator "Charles Gatebe";
        String FlightSummary "Flight over Atlantic Ocean,  long legs out over ocean, final calibraton, roll corrected";
        String CreationDate "Dec  4 2001 13:28:34";
        String CreateBy "Tom Arnold (arnold@climate.gsfc.nasa.gov)";
        String SoftwareVersion "5.0 (C++ programming language)";
        Float32 CalibrationVersion 3.000000000;
        String CarViewingConfiguration "starboard/BRDF";
        Int16 JulianDay 197;
        Int16 LocalTimeZone 4;
        String Credits "NASA Goddard Space Flight Center: Code 900, 913 and 553";
        String data_set "Cloud Absorption Radiometer Level-1B HDF Data";
        String data_product "Flight Track";
        String science_project "NASA/GSFC Cloud Retrieval Group";
        String sensor "Cloud Absorption Radiometer";
        String platform "University of Washington Convair-580 Twin-Turboprop";
        String platform_type "Research Aircraft";
        String primary_navigation_system "GPS Trimble TANS-Vector";
        String parameter_general "Calibrated Radiance and Navigation Data";
        String parameter_specific "CAR Angular Distributed Radiances";
        String geog_flag "c";
        String day_night_flag "d";
        Int16 DataSystemVersion 0;
        String begin_dateTime "20010716 164610.2";
        String end_dateTime "20010716 192333.7";
        Float32 lon_min -75.72183228;
        Float32 lon_max 0.000000000;
        Float32 lat_min 0.000000000;
        Float32 lat_max 37.64897919;
        String World_Wide_Web_site "http://car.gsfc.nasa.gov";
    }
    Date {
        String long_name "Date";
        String date_format "YYYYMMDD";
    }
    Date_dim_0 {
        String name "time";
    }
    CoordinatedUniversalTime {
        String long_name "CoordinatedUniversalTime";
        String time_format "HHMMSS.10thSecond";
    }
    CoordinatedUniversalTime_dim_0 {
        String name "time";
    }
    AircraftLatitude {
        String long_name "AircraftLatitude";
        String units "degree_north";
        Float32 valid_range -90.00000000, 90.00000000;
        Float32 _FillValue -99999.00000;
    }
    AircraftLatitude_dim_0 {
        String name "time";
    }
    AircraftLongitude {
        String long_name "AircraftLongitude";
        String units "degree_east";
        Float32 valid_range -180.0000000, 180.0000000;
        Float32 _FillValue -99999.00000;
    }
    AircraftLongitude_dim_0 {
        String name "time";
    }
    AircraftAltitude {
        String long_name "AircraftAltitude";
        String units "meters";
        Float32 _FillValue -99999.00000;
    }
    AircraftAltitude_dim_0 {
        String name "time";
    }
    AircraftHeading {
        String long_name "AircraftHeading";
        String units "degrees";
        Float32 valid_range 0.000000000, 360.0000000;
        Float32 _FillValue -99999.00000;
    }
    AircraftHeading_dim_0 {
        String name "time";
    }
    AircraftPitch {
        String long_name "AircraftPitch";
        String units "degrees";
        String nose_up "positive";
        String nose_down "negative";
        Float32 _FillValue -99999.00000;
    }
    AircraftPitch_dim_0 {
        String name "time";
    }
    AircraftRoll {
        String long_name "AircraftRoll";
        String units "degrees";
        String right_wing_up "negative";
        String right_wing_down "positive";
    }
    AircraftRoll_dim_0 {
        String name "time";
    }
    SolarZenithAngle {
        String long_name "SolarZenithAngle";
        String units "degrees";
        Float32 valid_range 0.000000000, 90.00000000;
        Float32 _FillValue -99999.00000;
    }
    SolarZenithAngle_dim_0 {
        String name "time";
    }
    SolarAzimuthAngle {
        String long_name "SolarAzimuthAngle";
        Float32 valid_range 0.000000000, 360.0000000;
        Float32 _FillValue -99999.00000;
    }
    SolarAzimuthAngle_dim_0 {
        String name "time";
    }
    ViewingMode {
        String long_name "ViewingMode";
        String _0 "transition between modes";
        String _1 "downward viewing";
        String _2 "starboard viewing";
        String _3 "BRDF viewing";
        String _4 "zenith viewing";
        Int16 _FillValue -32768;
    }
    ViewingMode_dim_0 {
        String name "time";
    }
    ScanAngle1 {
        String long_name "ScanAngle1";
        String units "degrees";
        Float32 valid_range 0.000000000, 360.0000000;
        Float32 _FillValue -99999.00000;
    }
    ScanAngle1_dim_0 {
        String name "time";
    }
    PixelViewingAzimuthAngle {
        String long_name "PixelViewingAzimuthAngle";
        String units "degrees";
        Float32 valid_range 0.000000000, 360.0000000;
        Float32 _FillValue -99999.00000;
    }
    PixelViewingAzimuthAngle_dim_0 {
        String name "time";
    }
    PixelViewingAzimuthAngle_dim_1 {
        String name "NUMBER_OF_PIXELS";
    }
    PixelViewingZenithAngle {
        String long_name "PixelViewingZenithAngle";
        String units "degrees";
        Float32 valid_range 0.000000000, 180.0000000;
        Float32 _FillValue -99999.00000;
    }
    PixelViewingZenithAngle_dim_0 {
        String name "time";
    }
    PixelViewingZenithAngle_dim_1 {
        String name "NUMBER_OF_PIXELS";
    }
    ScanLineCounter {
        String long_name "ScanLineCounter";
    }
    ScanLineCounter_dim_0 {
        String name "time";
    }
    DoorOpenStatus {
        String long_name "DoorOpenStatus";
        String _0 "closed or partially open";
        String _1 "fully open";
    }
    DoorOpenStatus_dim_0 {
        String name "time";
    }
    DwellMode {
        String long_name "DwellMode";
        String _0 "manual";
        String _1 "automatic";
    }
    DwellMode_dim_0 {
        String name "time";
    }
    DwellValue {
        String long_name "DwellValue";
    }
    DwellValue_dim_0 {
        String name "time";
    }
    FilterWheelPosition {
        String long_name "FilterWheelPosition";
        Int16 _FillValue -32768;
    }
    FilterWheelPosition_dim_0 {
        String name "time";
    }
    FilterWheelChannel {
        String long_name "FilterWheelChannel";
        Int16 _FillValue -32768;
    }
    FilterWheelChannel_dim_0 {
        String name "time";
    }
    MirrorHeaterStatus {
        String long_name "MirrorHeaterStatus";
        String _0 "off";
        String _1 "on";
    }
    MirrorHeaterStatus_dim_0 {
        String name "time";
    }
    ScanMirrorCondensation {
        String long_name "ScanMirrorCondensation";
        String units "%";
        Float32 scale_factor 0.02941199951;
        Int16 add_offset -16240;
    }
    ScanMirrorCondensation_dim_0 {
        String name "time";
    }
    Detector7Temperature {
        String long_name "Detector7Temperature";
        String units "degree C";
        Float32 scale_factor -0.001784999971;
        Int16 add_offset -17192;
    }
    Detector7Temperature_dim_0 {
        String name "time";
    }
    Detector8Temperature {
        String long_name "Detector8Temperature";
        String units "degree C";
        Float32 scale_factor -0.001784999971;
        Int16 add_offset -17192;
    }
    Detector8Temperature_dim_0 {
        String name "time";
    }
    Optics1Temperature {
        String long_name "Optics1Temperature";
        String units "degree C";
        Float32 scale_factor 0.07999999821;
        Int16 add_offset -24089;
    }
    Optics1Temperature_dim_0 {
        String name "time";
    }
    Optics2Temperature {
        String long_name "Optics2Temperature";
        String units "degree C";
        Float32 scale_factor 0.07999999821;
        Int16 add_offset -24167;
    }
    Optics2Temperature_dim_0 {
        String name "time";
    }
    BasePlateTemperature {
        String long_name "BasePlateTemperature";
        String units "degree C";
        Float32 scale_factor 0.07999999821;
        Int16 add_offset -24437;
    }
    BasePlateTemperature_dim_0 {
        String name "time";
    }
    TelescopeTemperature {
        String long_name "TelescopeTemperature";
        String units "degree C";
        Float32 scale_factor 0.07999999821;
        Int16 add_offset -24200;
    }
    TelescopeTemperature_dim_0 {
        String name "time";
    }
    CryogenicCoolerTemperature {
        String long_name "CryogenicCoolerTemperature";
        String units "degree K";
        Float32 scale_factor 0.3228000104;
        Int16 add_offset 0;
    }
    CryogenicCoolerTemperature_dim_0 {
        String name "time";
    }
    AmplifierVoltageOffset {
        String long_name "AmplifierVoltageOffset";
    }
    AmplifierVoltageOffset_dim_0 {
        String name "time";
    }
    AmplifierVoltageOffset_dim_1 {
        String name "NUMBER_OF_DATA_PORTS";
    }
    Darkcurrent {
        String long_name "Darkcurrent";
    }
    Darkcurrent_dim_0 {
        String name "time";
    }
    Darkcurrent_dim_1 {
        String name "NUMBER_OF_DATA_PORTS";
    }
    CalibratedData {
        String long_name "CalibratedData";
        String units "watts/meter^2/steradian/micron";
        Float32 scale_factor 0.02950000018, 0.03449999914, 0.007000000216, 0.01339999959, 0.006599999964, 0.01730000041, 0.009700000286, 0.007699999958, 0.01140000019, 0.008000000380, 0.006899999920, 0.004199999850, 0.006699999794, 0.008899999782;
    }
    CalibratedData_dim_0 {
        String name "time";
    }
    CalibratedData_dim_1 {
        String name "NUMBER_OF_DATA_PORTS";
    }
    CalibratedData_dim_2 {
        String name "NUMBER_OF_PIXELS";
    }
    CentralWavelength {
        String long_name "CentralWavelength";
        String units "microns";
    }
    CentralWavelength_dim_0 {
        String name "NUMBER_OF_SPECTRAL_CHANNELS";
    }
    SolarSpectralIrradiance {
        String long_name "SolarSpectralIrradiance";
        String units "watts/meter^2/micron";
    }
    SolarSpectralIrradiance_dim_0 {
        String name "NUMBER_OF_SPECTRAL_CHANNELS";
    }
}