OPeNDAP Data Access Form for CAL_LID_L2_01kmCLay-Standard-V4-51.2017-09-21T08-16-57ZD.hdf
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dataset: CAL_LID_L2_01kmCLay-Standard-V4-51.2017-09-21T08-16-57ZD.hdf




  • CoreMetadata
      • INVENTORYMETADATA
        • GROUPTYPE: MASTERGROUP
          • GRANULE
              • GRANULEID
                • NUM_VAL: 1
                • VALUE: "L2_LIDAR"
              • GRANULENAME
                • NUM_VAL: 1
                • VALUE: "CAL_LID_L2_01kmCLay-Standard-V4-51.2017-09-21T08-16-57ZD.hdf"
              • GRANULEVERSION
                • NUM_VAL: 1
                • VALUE: "V01"
              • DAYNIGHT
                • NUM_VAL: 1
                • VALUE: "D"
              • BROWSE
                • NUM_VAL: 1
                • VALUE: "N"
              • GRINGTYPE
                • NUM_VAL: 1
                • VALUE: "S"
          • METADATA
              • METADATANAME
                • NUM_VAL: 1
                • VALUE: "CAL_LID_L2_01kmCLay-Standard-V4-51.2017-09-21T08-16-57ZD.hdf.met"
          • TEMPORALINFORMATION
              • PRODUCTIONDATETIME
                • NUM_VAL: 1
                • VALUE: "2023-06-02T07:39:01Z"
              • START_DATE
                • NUM_VAL: 1
                • VALUE: "2017-09-21T08:16:57Z"
              • STOP_DATE
                • NUM_VAL: 1
                • VALUE: "2017-09-21T09:09:32Z"
          • QA
              • QAFLAG
                • NUM_VAL: 1
                • VALUE: "Passed"
              • QAEXPLANATION
                • NUM_VAL: 1
                • VALUE: "All data passed during checkout"
          • GEOMINMAX
              • MINLAT
                • NUM_VAL: 1
                • VALUE: -81.8117141723633
              • MINLON
                • NUM_VAL: 1
                • VALUE: -72.2388229370117
              • MAXLAT
                • NUM_VAL: 1
                • VALUE: 77.166633605957
              • MAXLON
                • NUM_VAL: 1
                • VALUE: 176.302490234375
          • GRING
              • GRINGCONTAINER
                • CLASS: "1"
                  • GRINGLATITUDE
                    • CLASS: "1"
                    • NUM_VAL: 21
                    • VALUE: -81.8117141723633, -68.1172103881836, -47.8999710083008, -27.0760021209717, -6.04339742660522, 15.046835899353, 36.0597114562988, 56.7906227111816, 76.1974639892578, 77.166633605957, 77.166633605957, 76.1974639892578, 56.7906227111816, 36.0597114562988, 15.046835899353, -6.04339742660522, -27.0760021209717, -47.8999710083008, -68.1172103881836, -81.8117141723633, -81.8117141723633
                  • GRINGLONGITUDE
                    • CLASS: "1"
                    • NUM_VAL: 21
                    • VALUE: 176.302490234375, 101.285095214844, 88.0397644042969, 81.6555786132812, 76.8657455444336, 72.3304595947266, 67.0901870727539, 58.9715576171875, 34.4435729980469, -72.2388229370117, -72.2388229370117, 34.4435729980469, 58.9715576171875, 67.0901870727539, 72.3304595947266, 76.8657455444336, 81.6555786132812, 88.0397644042969, 101.285095214844, 176.302490234375, 176.302490234375
          • ORBITPATH
              • STARTORBITNUMBER
                • NUM_VAL: 1
                • VALUE: 60638
              • STOPORBITNUMBER
                • NUM_VAL: 1
                • VALUE: 60639
              • ORBITCHANGETIME
                • NUM_VAL: 1
                • VALUE: 1.709213624781026e+05
              • STARTPATHNUMBER
                • NUM_VAL: 1
                • VALUE: 19
              • STOPPATHNUMBER
                • NUM_VAL: 1
                • VALUE: 35
              • PATHCHANGETIME
                • NUM_VAL: 1
                • VALUE: 1.709213796185278e+05
  • ArchiveMetadata
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        • GROUPTYPE: MASTERGROUP
          • NUMBEROFRECORDS
            • NUM_VAL: 1
            • VALUE: -1
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  • metadata
    • Vdata_field_Product_ID: L2_LIDAR
    • Vdata_field_Date_Time_at_Granule_Start: 2017-09-21T08:16:56.322000Z
    • Vdata_field_Date_Time_at_Granule_End: 2017-09-21T09:09:26.981400Z
    • Vdata_field_Date_Time_of_Production: 2023-06-02T07:39:01Z
    • Vdata_field_Number_of_Good_Profiles: 63360
    • Vdata_field_Number_of_Bad_Profiles: 0
    • Vdata_field_Initial_Subsatellite_Latitude: -81.77705383
    • Vdata_field_Initial_Subsatellite_Longitude: 178.6988678
    • Vdata_field_Final_Subsatellite_Latitude: 77.00325012
    • Vdata_field_Final_Subsatellite_Longitude: -72.87497711
    • Vdata_field_Orbit_Number_at_Granule_Start: 60638
    • Vdata_field_Orbit_Number_at_Granule_End: 60639
    • Vdata_field_Orbit_Number_Change_Time: 170921.36247810256
    • Vdata_field_Path_Number_at_Granule_Start: 19
    • Vdata_field_Path_Number_at_Granule_End: 35
    • Vdata_field_Path_Number_Change_Time: 170921.37961852778
    • Vdata_field_Lidar_L1_Production_Date_Time: 2022-07-06T20:27:58Z
    • Vdata_field_Number_of_Single_Shot_Records_in_File: 63360
    • Vdata_field_Number_of_Average_Records_in_File: 21120
    • Vdata_field_Number_of_Features_Found: 106879
    • Vdata_field_Number_of_Cloud_Features_Found: 50441
    • Vdata_field_Number_of_Aerosol_Features_Found: 1900
    • Vdata_field_Number_of_Indeterminate_Features_Found: 1
    • Vdata_field_Ocean_Fresnel_Reflection_Coefficient_532: 0.021299999999999999
    • Vdata_field_MERRA2_Wind_Uncertainty: 0.15060000000000001
    • Vdata_field_AMSR_Wind_Correction_Uncertainty: 0.25369999999999998
    • Vdata_field_Lidar_Data_Altitudes: 39.79566956, 39.49628830, 39.19690704, 38.89752197, 38.59814072, 38.29875946, 37.99937820, 37.69999695, 37.40061569, 37.10123444, 36.80185318, 36.50247192, 36.20309067, 35.90370941, 35.60432434, 35.30494308, 35.00556183, 34.70618057, 34.40679932, 34.10741806, 33.80803680, 33.50865555, 33.20927429, 32.90989304, 32.61051178, 32.31112671, 32.01174545, 31.71236610, 31.41298294, 31.11360168, 30.81422043, 30.51483917, 30.21545792, 29.97595215, 29.79632378, 29.61669350, 29.43706512, 29.25743675, 29.07780647, 28.89817810, 28.71854973, 28.53891945, 28.35929108, 28.17966270, 28.00003242, 27.82040405, 27.64077568, 27.46114731, 27.28151703, 27.10188866, 26.92226028, 26.74263000, 26.56300163, 26.38337326, 26.20374298, 26.02411461, 25.84448624, 25.66485596, 25.48522758, 25.30559921, 25.12596893, 24.94634056, 24.76671219, 24.58708382, 24.40745354, 24.22782516, 24.04819679, 23.86856651, 23.68893814, 23.50930977, 23.32967949, 23.15005112, 22.97042274, 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    • Vdata_field_GEOS_Version: CLM
    • Vdata_field_Classifier_Coefficients_Version_Number: 4.10
    • Vdata_field_Classifier_Coefficients_Version_Date: 150331
    • Vdata_field_Production_Script: START_LOG // Extinction Goodies // -------------------------------------------------------------- // analysis algorithm: 1 = reserved for future use; 2 = iterative // SET EXT_IALG 2 // solver direction for features: 1 = forward; 2 = hybrid // SET EXT_DIR 1 // solver direction for clear air: // 0 = DO NOT SOLVE!; 1 = forward; 2 = backward // SET EXT_DIRWC 0 // no signal threshold for clear air regions, specified in terms of // the number of horizontal range bins averaged (note: WC = \"wash // coat\", and is a bit of terminology left over from the very first // version of the extinction algorithm) // SET EXT_NWCTHR 10 // max iterations allowed for a constrained clear air solution // SET EXT_ITWC 1 // max iterations to match the constraint condition (i.e., to match the // measured optical depth) for lidar ratio retrievals in simple features // SET EXT_ITVAR 50 // max iterations for the Newton's method solver at each step // (i.e., range bin) of the extinction retrieval engine // SET EXT_MAXITNS 100 // Max number of Uncertainty iterations for dbetaP(j) convergence in SOLVE_IT // SET EXT_MaxUncIterations 1000 // Max number of Corrections to Sp to prevent divergence high or low in SOLVE_IT // SET EXT_MaxSPCorrections 1600 // 0 = extinction error calculations are OFF; 1 = error calculations ON // SET EXT_IERRORS 1 // if true, assume 1064 optical depth is identical to the 532 optical // depth; use the 1064 optical depth as a constraint to iterate the // solution at 1064 (not implemented in the Fortran library!) // SET EXT_MATCH532 0 // if FALSE, will output diagnostic information from the Fortran module // to the computer screen // SET EXT_AU 1 // maximum allowed backscatter coefficient; exceeding this limit will // terminate the profile solver // SET EXT_BETAMAX 100.0; // convergence tolerance (relative difference) in profile solving engine // SET EXT_TOLNCE 0.000001 // SET EXT_TAUFWD 10.0 // maximum allowed optical depth within the profile solver; exceeding this // limit will terminate the profile solver // SET EXT_TAUMAX 40.0 // optical depth at which a feature is considered to be totally attenuating; // exceeding this limit will terminate the solver // SET EXT_TAUATTN 40.0 // maximum absolute (not relative!) uncertainty allowed within the profile // solver; exceeding this limit will terminate the solver SET EXT_DTAUMAX 100.0 // scaling factor controlling opaque layer lidar ratio iterations // SET EXT_T2FACT 5.0 // minimum acceptable value of lidar ratio enforced by the profile solver // SET EXT_SPMIN 0.05 // maximum acceptable value of lidar ratio enforced by the profile solver // SET EXT_SPMAX 250.0 // default value if S > EXT_SPMAX or S < EXT_SPMIN // SET EXT_SPDEF 30.0 // default value for the uncertainty in the lidar ratio // SET EXT_DSPDEF 7.5 // maximum relative uncertainty in the complex feature optical depth; // exceeding this value means that a constrained/consistent solution // for a complex feature will *not* be attempted // SET EXT_RTAUCFLIM 0.0 // max iterations allowed for converging to a 'consistent solution' when // solving complex features // SET EXT_maxComplexFeatureIterations 5 // max iterations allowed for converging to a 'consistent solution' when // solving embedded features // SET EXT_maxEmbeddedFeatureIterations 3 // optical depth convergence tolerance for lidar ratio retrievals in simple features // SET EXT_lidarRatioConvergenceTolerance 0.0001 // optical depth convergence tolerance for the solution of complex features // SET EXT_complexFeatureConvergenceTolerance 0.001 // optical depth convergence tolerance for the solution of embedded features // SET EXT_embeddedFeatureConvergenceTolerance 0.001 // SCA Goodies // ---------------------------- SET SCA_DEFAULT_CIRRUS_CLOUD_ETA 0.60 SET SCA_CIRRUS_CLOUD_LIDAR_RATIO 28.3 SET SCA_CIRRUS_CLOUD_LIDAR_RATIO_RELATIVE_ERROR 0.25 SET SCA_DEFAULT_WATER_CLOUD_ETA 0.60 SET SCA_WATER_CLOUD_LIDAR_RATIO 18.8 SET SCA_WATER_CLOUD_LIDAR_RATIO_RELATIVE_ERROR 0.15 SET SCA_MIN_CLOUD_TEMP -45.0 SET SCA_MAX_CLOUD_TEMP -15.0 SET SCA_polarIntBetaThreshold 0.0015 SET SCA_depolThresholdMain 0.075 SET SCA_depolThresholdSec 0.2 SET SCA_landIntBetaThreshold 0.0005 SET SCA_oceanIntBetaThreshold 0.0015 SET SCA_oceanDepolarizationThreshold 0.05 SET SCA_elevatedLayerPBLthreshold_Ocean 2.5 SET SCA_elevatedLayerPBLthreshold_Land 2.5 SET SCA_dustyMarineMaxBaseAltitude 2.5 SET SCA_aerosolConfidenceThreshold 1.0 SET SCA_intBetaUncWeight532 1.0 SET SCA_intBetaUncWeight1064 1.0 SET SCA_depolUncWeight 1.0 SET SCA_validFeatureGammaPrimeThreshold 0.27 SET SCA_CONFIDENCE_INTERVAL 0.0 0.2 0.5 0.7 SET SCA_PHASE_CONFIDENCE_INTERVAL 0.0 0.2 0.5 0.7 // cloud subtyping constants SET LOW_OVERCAST_THRESH 0.98 SET LOW_BROKEN_THRESH 0.40 SET SCA_HIGH_CLOUD_PRESS_THRESH 440.0 SET SCA_MID_CLOUD_PRESS_THRESH 680.0 // // Tropospheric Aerosol // // 0 = UNKNOWN_AEROSOL // 1 = MARINE // 2 = DESERT_DUST // 3 = POLLUTED_CONTINENTAL // 4 = CLEAN_CONTINENTAL (background) // 5 = POLLUTED_DUST // 6 = BIOMASS_BURNING // 7 = DUSTY_MARINE // // default = type 4 // // 0 1 2 3 4 5 6 7 // ------------------------------------------------------------------------- SET SCA_lidar_ratio_532 35.0 23.0 44.0 70.0 53.0 55.0 70.0 37.0 SET SCA_lidar_ratio_1064 35.0 23.0 44.0 30.0 30.0 48.0 30.0 37.0 // 0 1 2 3 4 5 6 7 // ----------------------------------------------------------------------------------------------- SET SCA_AEROSOL_LIDAR_RATIO_532_RELATIVE_ERROR 0.40 0.22 0.20 0.35 0.45 0.40 0.23 0.40 SET SCA_AEROSOL_LIDAR_RATIO_1064_RELATIVE_ERROR 0.40 0.22 0.30 0.45 0.55 0.50 0.60 0.40 // // Stratospheric Aerosol // // 0 = UNDETERMINED // 1 = PSC_AEROSOL // 2 = VOLCANIC_ASH // 3 = SULFATE // 4 = SMOKE // 5 = UNCLASSIFIED // // ------------------------------------------------------------------------------- SET SCA_stratos_aerosol_lidar_ratio_532 50.0 50.0 61.0 50.0 70.0 50.0 SET SCA_stratos_aerosol_lidar_ratio_1064 50.0 25.0 44.0 30.0 30.0 30.0 // 0 1 2 3 4 5 // -------------------------------------------------------------------------------------- SET SCA_STRATOS_AEROSOL_LIDAR_RATIO_532_RELATIVE_ERROR 0.40 0.40 0.28 0.35 0.23 0.35 SET SCA_STRATOS_AEROSOL_LIDAR_RATIO_1064_RELATIVE_ERROR 0.40 0.40 0.30 0.45 0.60 0.45 // Stratospheric SCA Parameters // SET SCA_PSC_TemperatureThreshold -70.0 SET SCA_PSC_LatitudeThreshold 50.0 SET SCA_StratosphericAerosolLowIABThreshold 0.0003 SET SCA_VolcanicAshDepolarizationThreshold 0.25 SET SCA_StratosphericSmokeDepolarizationThreshold 0.075 // PSC Seasons beginning month, ending month. Months numbered from 1 through 12 // ---------------------------------------------------------------------------- SET SCA_PSC_ArcticSeason 12 2 SET SCA_PSC_AntarcticSeason 5 10 // SCAARF Parameters: factional coverage, min elevation above surface // SET SCAARF_Parameters 0.5 0.24 // // parameters defining the clear air search region beneath transparent features // SET DeltaZOffset 0.24 SET DeltaZRegionSize 12.0 SET DeltaZMinRegion 2.0 SET FEATURE_REMOVED_FLAG -9999.0 SET MAX_NUMBER_OF_FEATURES 15 SET NUMBER_OF_REGIONS 5 SET NUMBER_OF_LIGHTINGS 2 SET DAY 0 SET NIGHT 1 SET EXT_ZERO 33 SET MIN_T2_DISTANCE 1.50 SET MAX_T2_DISTANCE 5.00 SET MAX_GAP_DISTANCE_CA 6.00 // // SET some_variable <day value> <night value> // SET S_REASONABLE 12.0 25.0 SET T0 1.5 1.5 SET T1 1.5 1.5 SET T2 1.0 1.0 // SET BETA_MAX_AEROSOL <day value> <night value> SET BETA_MAX_AEROSOL 0.0125 0.0075 SET CLEAR_AIR_WINDOW_SIZE 1.5 1.0 SET CLEAR_AIR_SLOPE_WEIGHT 1.0 1.0 SET CLEAR_AIR_NSR_WEIGHT 0.0 0.25 SET CLEAR_AIR_MEAN_WEIGHT 0.0 0.0 // // SET some_variable <20-30km> <8-20km> <8-20km> <-0.5-8km> <below -0.5km> // SET SPIKE_THRESHOLD_FACTOR 50.0 20.0 10.0 10.0 100.0 SET MIN_SPIKE_THICKNESS 0.6 1.80 0.18 0.09 0.15 SET MIN_FEATURE_THICKNESS 1.5 0.72 0.30 0.15 0.60 SET MIN_CLEAR_AIR_DISTANCE 0.6 0.90 0.48 0.42 0.36 SET MAX_GAP_DISTANCE 1.0 1.0 1.0 0.5 0.5 SET REGION_UPPER_BOUND_ALTITUDE 40.0 30.1 20.2 8.2 -0.5 SET REGION_LOWER_BOUND_ALTITUDE 30.1 20.2 8.2 -0.5 -2.0 SET ALTITUDE_CORRECTION_ARRAY_532 1.0 1.2909944 2.236068 3.1622777 1.0 SET ALTITUDE_CORRECTION_ARRAY_1064 1.0 1.2909944 2.236068 3.1622777 1.0 DEFINE_RESOLUTION single_shot 1 -1 1 DEFINE_RESOLUTION 1_km 2 1 3 DEFINE_RESOLUTION 5_km 3 1 15 DEFINE_RESOLUTION 20_km 4 3 4 DEFINE_RESOLUTION 80_km 5 4 4 SET EXTINCTION_RESOLUTIONS 3 4 5 BUILD_COLUMN_IAB_VALUES // set scanner flags for each resolution // // SET SCANNER_FLAGS <resolution> <look_ahead> <thick> <refinetop> <refinebase> <gap> // // Each of the five flags ( <look_ahead>, <thick>, <refinetop>, <refinebase>, <gap> ) // can be set to either 0 (off) or 1 (on), independent of each other. Each flag controls // a single scanner operation, as follows.... // -o- <resolution> is the resolution to set the flags for. Flags are set independently // for each reosolution. // -o- <look_ahead> controls whether the look-ahead region is processed. For more information // on the look-ahead region, please see the reference for the system variables, // LOOK_AHEAD_PERCENTAGE and LOOK_AHEAD_DISTANCE. // -o- <thick> controls the operation of the minimum thickness checker. If this is turned // off, any 'spike' will be considered a feature, regardless of thickness. For more // information, please see the system variable reference for MIN_FEATURE_THICKNESS and // MIN_SPIKE_THICKNESS. // -o- <refinetop> controls top refinement for the feature. Note that the current refine_top // algorithm contains only a simple check to make sure that no points above the current // feature top exceed the threshold. // -o- <refinebase> controls the base refinement for the feature. // -o- <gap> controls the gap 'stitching' algorithm. When on, this sub-functor joins spatially // close features into a single feature using values stored in the system variable // MAX_GAP_DISTANCE. // // 2006-08-03: look ahead region turned OFF in an attempt to combat malign effects of // the impulse response function SET SCANNER_FLAGS 1 0 1 0 0 0 SET SCANNER_FLAGS 2 0 1 0 0 0 SET SCANNER_FLAGS 3 0 1 0 0 1 SET SCANNER_FLAGS 4 0 1 0 0 1 SET SCANNER_FLAGS 5 0 1 0 0 1 // turn the false positive filter OFF for the full resolution scan!! SET FALSE_POSITIVE_THRESHOLD 1 0.0000 SET FALSE_POSITIVE_THRESHOLD 2 0.0012 SET FALSE_POSITIVE_THRESHOLD 3 0.0024 SET FALSE_POSITIVE_THRESHOLD 4 0.0006 SET FALSE_POSITIVE_THRESHOLD 5 0.00015 SET LOOK_AHEAD_PERCENTAGE 1 0.60 SET LOOK_AHEAD_PERCENTAGE 2 0.60 SET LOOK_AHEAD_PERCENTAGE 3 0.60 SET LOOK_AHEAD_PERCENTAGE 4 0.85 SET LOOK_AHEAD_PERCENTAGE 5 0.85 AVERAGE_ALL_DATA 1 0 582 AVERAGE_ALL_DATA 2 0 582 AVERAGE_ALL_DATA 3 0 582 // // Surface detection runtime parameters // SET DEMOffsetWater 4 SET DEMOffsetLand 9 SET SFCRMSMultiplier0532 24.0 SET SFCRMSMultiplier1064 8.0 SET MaxNumberBinRange532 2 SET MaxNumberBinRange1064 4 SET MaxBinDifference 2 SET MinColorRatioValue -9.999E19 SET RefineTopDerivativesThreshold0532 0.1 SET RefineTopSignalThreshold0532 0.1 SET RefineTopDerivativesThreshold1064 0.1 SET RefineTopSignalThreshold1064 0.1 SET RefineMinScaledRMSValues0532 4.656e-03 SET RefineMinScaledRMSValues1064 1.740e-02 SET RefineBaseRMSmultiplier0532 3.0 SET RefineBaseRMSmultiplier1064 3.0 SET NSAMinRange 2 // Perform surface detection at 333m, 1km, 5km, 20km, and 80 km resolutions SURFACE_DETECTION 1 2 3 4 5 // Wind speed values below 0.025 m/s cause ocean surface retro reflectance > 1 SET ODCOD_MIN_WIND_SPEED 0.025 // 43 m/s is a limit set by whitecap fraction which will give a value > 1 if windspeed is > ~43.75 m/s. // The highest wind speeds are on the order of 100-140 m/s with Cat 5 hurricanes being >= 70 m/s // Using an upper end limit of 43 m/s (or even less) still makes sense because bubbles, // turbulence, and whitecap effects are not taken into account in the whitecap fraction model SET ODCOD_MAX_WIND_SPEED 43.0 // Using the equation for index of refraction for sea water from Quan and Fry, (1995) // with Sea Surface Temperature of 16.1 C and Sea Surface Salinity of 35 ppt // and an index of refraction for air of 1.00029 values of: // 0.0213 at 532nm // 0.0202 for 1064nm // can be calculated. SET ODCOD_FRESNEL_COEFF_532 0.0213 SET ODCOD_FRESNEL_COEFF_1064 0.0202 // This value is used to set the QC_BIT_AREA_TOO_HIGH the value is used but the // retrieval should be considered suspect. SET ODCOD_MAX_IRF_AREA 1.0 // This is 1 because if there is a spike at all, we can always grab // additional points to make enough to attempt a retrieval. SET ODCOD_MIN_SURFACE_POINTS_TO_ATTEMPT 1 // We must have at least two in the end to solve because we have to have a // ratio of two points to find the time delay. SET ODCOD_MIN_SURFACE_POINTS_TO_SOLVE 2 // More than this number of points is a suspect surface spike and is flagged as suspicious SET ODCOD_MAX_BELIEVABLE_SURFACE_POINTS 4 // Single shot resolution i.e. 1 is required as the first OCEAN_DERIVED_COD command parameter. OCEAN_DERIVED_COD 1 2 3 // // interpolate over negative surface anomalies in the atmospheric // portions of the data // INTERPOLATE_NSA 1 // // re-average to include INTERPOLATE_NSA values // AVERAGE_ALL_DATA 1 0 582 AVERAGE_ALL_DATA 2 0 582 AVERAGE_ALL_DATA 3 0 582 CALC_MBV 3 1 CALC_SR_THRESHOLD 3 // scan 5km profiles starting with bin 33 SCAN_PROFILE 3 33 // // BLAH and HRCF // ----------------------------------------------------------------------- // for the 1/3-km scan, BLAH will build the appropriate 1064 nm scattering // ratio threshold...however, since that's not so for the 1-km scan (which // still uses the 532 data), we'll have to build the 1-km threshold here // in the script file CALC_MBV 2 1 CALC_SR_THRESHOLD 2 CALC_SR_THRESHOLD 3 // default boundary layer top alitutude to use for cloud clearing in BLaH SET DefaultBoundaryLayerTop 4.0 SET MIN_SPIKE_THICKNESS 0.6 1.80 0.18 0.045 0.15 BLAH 3 2 1 CALC_FEATURE_STATS 1 CALC_FEATURE_STATS 2 CALC_FEATURE_STATS 3 // COMMENT IF BUG 1534 NOT INCLUDED PERFORM_SC 1 2 3 CLEAR_FEATURES 3 AVERAGE_ALL_DATA 4 0 582 CALC_MBV 4 1 CALC_SR_THRESHOLD 4 // SMOOTH_SR 4 0 33 582 4 5 // note: spike detection is effectively turned OFF for the 20-km scan SET SPIKE_THRESHOLD_FACTOR 100.0 25.0 25.0 25.0 1000.0 SET MIN_SPIKE_THICKNESS 3.0 3.00 3.00 3.00 3.00 SET MIN_FEATURE_THICKNESS 1.5 0.72 0.42 0.30 0.60 // scan 20km profiles starting with bin 33 SCAN_PROFILE 4 33 CALC_FEATURE_STATS 4 CLEAR_FEATURES 4 AVERAGE_ALL_DATA 5 0 582 CALC_MBV 5 1 CALC_SR_THRESHOLD 5 SMOOTH_SR 5 0 33 582 4 5 // note: spike detection is effectively turned OFF for the 80-km scan SET SPIKE_THRESHOLD_FACTOR 100.0 50.0 50.0 50.0 1000.0 SET MIN_SPIKE_THICKNESS 3.0 3.00 3.00 3.00 3.00 SET MIN_FEATURE_THICKNESS 1.5 0.90 0.48 0.30 0.60 // scan 80km profiles starting with bin 33 SCAN_PROFILE 5 33 CALC_FEATURE_STATS 5 CLEAR_FEATURES 5 PERFORM_SC 1 2 3 4 5 // // commands necessary for 'cirrus stitching' // RESET_AVERAGING_WEIGHTS AVERAGE_ALL_DATA 3 0 582 // // Merges feature that are separated by no more than 180 m // starting index 137, ending at 390 // MERGE_FEATURES 2.0 -2.0 0.180 CALC_FEATURE_STATS 3 CLEAR_FEATURES 3 AVERAGE_ALL_DATA 4 0 582 CALC_FEATURE_STATS 4 CLEAR_FEATURES 4 AVERAGE_ALL_DATA 5 0 582 CALC_FEATURE_STATS 5 CLEAR_FEATURES 5 PERFORM_SC 1 2 3 4 5 // // commands necessary for 'aerosol base extension' // SET EXTEND_AEROSOL_BASE_MAX_GAP_DISTANCE 2.50 SET EXTEND_AEROSOL_MAX_NEGATIVES_FRACTION 0.40 EXTEND_AEROSOL_BASE_ALTITUDE // // end of 'aerosol base extension' section // Refresh the 5-km averaged data in preparation for the extinction processing RESET_AVERAGING_WEIGHTS AVERAGE_ALL_DATA 3 0 582 CALC_ADJACENCY // // valid values are 0 to 1 // SET CirrusFringes_AerosolFractionThreshold 0.35 // 0 = MINIMAL_ADJACENCY // 1 = CIRRUS_ONLY_ADJACENCY // 2 = HIGH_FRACTION_ADJACENCY IDENTIFY_CIRRUS_FRINGES 0 // Save the original color ratio for using in extend smoke layer PREPARE_FOR_SMOKE_LAYER_BASE_EXTENSION PERFORM_EXTINCTION2 // // once again, refresh the 5-km averaged data in preparation for the extinction processing // RESET_AVERAGING_WEIGHTS AVERAGE_ALL_DATA 3 0 582 // Process the new extending smoke layers about clouds // // SET SMOKE_TO_CLOUD_GAP_DISTANCE <day value> <night value> // // NOTE: parameter names and values are notional, and nowhere near finalized at this point // SET SMOKE_TO_CLOUD_GAP_DISTANCE 4.5 3.0 SET GAP_SCATTERING_RATIO_1064 2.0 2.0 SET CLOUD_COLOR_RATIO 1.4 1.4 // // execute the new command // EXTEND_SMOKE_LAYER_BASE_ALTITUDE // Check the extended smoke layers results DISPLAY_EXTENDED_SMOKE_FEATURE // // recalculate extinction for the whole chunk // CALC_ADJACENCY PERFORM_EXTINCTION2 // // at this point we resume our previous processing flow // HARVEST_POST_EXTINCTION_DATA // Bug 1662 Calculation of optical depths above water clouds must be done after PERFORM_EXTINCTION2 CALC_OPTICAL_DEPTH_ABOVE_H2O_CLOUD 1 CALC_OPTICAL_DEPTH_ABOVE_H2O_CLOUD 2 CALC_OPTICAL_DEPTH_ABOVE_H2O_CLOUD 3 COMPUTE_SURFACE_STATS CREATE_VERTICAL_MASK CREATE_QC RECORD_CLOUDS_5KM 3 4 5 RECORD_CLOUDS_1KM RECORD_CLOUDS_SINGLE RECORD_AEROSOLS_5KM 3 4 5 RECORD_LAYERS_5KM 3 4 5 RECORD_LAYERS_5KM_DIAGNOSTIC 3 4 5 RECORD_PROFILES_5KM


Profile_ID[ fakeDim0= 0 ..21119] [ fakeDim1= 0 ..0] (Type is Int32)
  • attributes
    • long_name: Profile_ID
    • units: NoUnits
    • format: Int_32
    • valid_range: 1...3153600000
    • range_values: profile number from start of file
Latitude[ fakeDim2= 0 ..21119] [ fakeDim3= 0 ..0] (Type is Float32)
  • attributes
    • long_name: Latitude
    • units: \260
    • format: Float_32
    • valid_range: -90.0...90.0
    • fillvalue: -9999.000000
Longitude[ fakeDim4= 0 ..21119] [ fakeDim5= 0 ..0] (Type is Float32)
  • attributes
    • long_name: Longitude
    • units: \260
    • format: Float_32
    • valid_range: -180.0...180.0
    • fillvalue: -9999.000000
Profile_Time[ fakeDim6= 0 ..21119] [ fakeDim7= 0 ..0] (Type is Float64)
  • attributes
    • long_name: Profile_Time
    • units: s
    • format: Float_64
    • valid_range: 4.204E8...1.072E9
    • range_values: TAI
Profile_UTC_Time[ fakeDim8= 0 ..21119] [ fakeDim9= 0 ..0] (Type is Float64)
  • attributes
    • long_name: Profile_UTC_Time
    • units: yymmdd.ffffffff
    • format: Float_64
    • valid_range: 60426.0...261231.0
    • range_values: UTC
Day_Night_Flag[ fakeDim10= 0 ..21119] [ fakeDim11= 0 ..0] (Type is Int32)
  • attributes
    • long_name: Day_Night_Flag
    • units: NoUnits
    • format: Int_8
    • valid_range: 0...1
    • range_value: 0 = day; 1 = night
Off_Nadir_Angle[ fakeDim12= 0 ..21119] [ fakeDim13= 0 ..0] (Type is Float32)
  • attributes
    • long_name: Off_Nadir_Angle
    • units: \260
    • format: Float_32
    • valid_range: 0.0...5.0
Solar_Zenith_Angle[ fakeDim14= 0 ..21119] [ fakeDim15= 0 ..0] (Type is Float32)
  • attributes
    • long_name: Solar_Zenith_Angle
    • units: \260
    • format: Float_32
    • valid_range: 0.0...180.0
Solar_Azimuth_Angle[ fakeDim16= 0 ..21119] [ fakeDim17= 0 ..0] (Type is Float32)
  • attributes
    • long_name: Solar_Azimuth_Angle
    • units: \260
    • format: Float_32
    • valid_range: -180.0...180.0
Scattering_Angle[ fakeDim18= 0 ..21119] [ fakeDim19= 0 ..0] (Type is Float32)
  • attributes
    • long_name: Scattering_Angle
    • units: \260
    • format: Float_32
    • valid_range: 0.0...180.0
Spacecraft_Position[ fakeDim20= 0 ..21119] [ fakeDim21= 0 ..2] (Type is Float64)
  • attributes
    • long_name: Spacecraft_Position
    • units: km
    • format: Float_64
    • valid_range: -8000.0...8000.0
Parallel_Column_Reflectance_532[ fakeDim22= 0 ..21119] [ fakeDim23= 0 ..0] (Type is Float32)
  • attributes
    • long_name: Parallel_Column_Reflectance_532
    • units: NoUnits
    • format: Float_32
    • valid_range: 0.0...2.0
    • fillvalue: -9999.000000
Parallel_Column_Reflectance_Uncertainty_532[ fakeDim24= 0 ..21119] [ fakeDim25= 0 ..0] (Type is Float32)
  • attributes
    • long_name: Parallel_Column_Reflectance_Uncertainty_532
    • units: NoUnits
    • format: Float_32
    • valid_range: 0.0...TBD
    • fillvalue: -9999.000000
Perpendicular_Column_Reflectance_532[ fakeDim26= 0 ..21119] [ fakeDim27= 0 ..0] (Type is Float32)
  • attributes
    • long_name: Perpendicular_Column_Reflectance_532
    • units: NoUnits
    • format: Float_32
    • valid_range: 0.0...2.0
    • fillvalue: -9999.000000
Perpendicular_Column_Reflectance_Uncertainty_532[ fakeDim28= 0 ..21119] [ fakeDim29= 0 ..0] (Type is Float32)
  • attributes
    • long_name: Perpendicular_Column_Reflectance_Uncertainty_532
    • units: NoUnits
    • format: Float_32
    • valid_range: 0.0...TBD
    • fillvalue: -9999.000000
Column_Integrated_Attenuated_Backscatter_532[ fakeDim30= 0 ..21119] [ fakeDim31= 0 ..0] (Type is Float32)
  • attributes
    • long_name: Column_Integrated_Attenuated_Backscatter_532
    • units: 1/sr
    • format: Float_32
    • valid_range: 0.0...2.0
    • fillvalue: -9999.000000
Column_IAB_Cumulative_Probability[ fakeDim32= 0 ..21119] [ fakeDim33= 0 ..0] (Type is Float32)
  • attributes
    • long_name: Column_IAB_Cumulative_Probability
    • units: NoUnits
    • format: Float_32
    • valid_range: 0.0...1.0
    • fillvalue: -9999.000000
Column_Particulate_Optical_Depth_Above_Opaque_Water_Cloud_532[ fakeDim34= 0 ..21119] [ fakeDim35= 0 ..0] (Type is Float32)
  • attributes
    • long_name: Column_Particulate_Optical_Depth_Above_Opaque_Water_Cloud_532
    • units: NoUnits
    • format: Float_32
    • valid_range: 0.0...3.0
    • fillvalue: -9999.000000
    • flag_values: -33.333 (failed retrieval)
Column_Particulate_Optical_Depth_Above_Opaque_Water_Cloud_Uncertainty_532[ fakeDim36= 0 ..21119] [ fakeDim37= 0 ..0] (Type is Float32)
  • attributes
    • long_name: Column_Particulate_Optical_Depth_Above_Opaque_Water_Cloud_Uncertainty_532
    • units: NoUnits
    • format: Float_32
    • valid_range: 0.0...TBD
    • fillvalue: -9999.000000
    • flag_values: -33.333 (failed retrieval)
Tropopause_Height[ fakeDim38= 0 ..21119] [ fakeDim39= 0 ..0] (Type is Float32)
  • attributes
    • long_name: Tropopause_Height
    • units: km
    • format: Float_32
    • valid_range: 4.0...22.0
    • fillvalue: -9999.000000
Tropopause_Temperature[ fakeDim40= 0 ..21119] [ fakeDim41= 0 ..0] (Type is Float32)
  • attributes
    • long_name: Tropopause_Temperature
    • units: \260C
    • format: Float_32
    • valid_range: -100.0...-20.0
    • fillvalue: -9999.000000
IGBP_Surface_Type[ fakeDim42= 0 ..21119] [ fakeDim43= 0 ..0] (Type is Int32)
  • attributes
    • long_name: IGBP_Surface_Type
    • units: NoUnits
    • format: Int_8
    • valid_range: 1...18
    • fillvalue: -9
    • range_value: evergreen needleleaf forest, evergreen broadleaf forest, deciduous needleleaf forest, deciduous broadleaf forest, mixed forest, closed shrublands, open shrublands, woody savannas, savannas, grasslands, permanent wetlands, croplands, urban and built-up, cropland/natural vegetation mosaic, snow and ice, barren or sparsely vegetated, water bodies, tundra
Snow_Ice_Surface_Type[ fakeDim44= 0 ..21119] [ fakeDim45= 0 ..0] (Type is Byte)
  • attributes
    • long_name: Snow_Ice_Surface_Type
    • units: NoUnits
    • format: UInt_8
    • valid_range: 0...255
    • fillvalue: 255
    • range_value: 101: permanent ice, 103: snow, 255: mixed pixels at coastlines
DEM_Surface_Elevation[ fakeDim46= 0 ..21119] [ fakeDim47= 0 ..0] (Type is Float32)
  • attributes
    • long_name: DEM_Surface_Elevation
    • units: km
    • format: Float_32
    • valid_range: -1.0...9.0
    • fillvalue: -9999.000000
Minimum_Laser_Energy_532[ fakeDim48= 0 ..21119] [ fakeDim49= 0 ..0] (Type is Float32)
  • attributes
    • long_name: Minimum_Laser_Energy_532
    • units: J
    • format: Float_32
    • valid_range: 0.003...0.135
Number_Layers_Found[ fakeDim50= 0 ..21119] [ fakeDim51= 0 ..0] (Type is Int32)
  • attributes
    • long_name: Number_Layers_Found
    • units: NoUnits
    • format: Int_8
    • valid_range: 0...10
Layer_Top_Altitude[ fakeDim52= 0 ..21119] [ fakeDim53= 0 ..9] (Type is Float32)
  • attributes
    • long_name: Layer_Top_Altitude
    • units: km
    • format: Float_32
    • valid_range: -0.5...20.2
    • fillvalue: -9999.000000
Layer_Base_Altitude[ fakeDim54= 0 ..21119] [ fakeDim55= 0 ..9] (Type is Float32)
  • attributes
    • long_name: Layer_Base_Altitude
    • units: km
    • format: Float_32
    • valid_range: -0.5...20.2
    • fillvalue: -9999.000000
Layer_Top_Pressure[ fakeDim56= 0 ..21119] [ fakeDim57= 0 ..9] (Type is Float32)
  • attributes
    • long_name: Layer_Top_Pressure
    • units: hPa
    • format: Float_32
    • valid_range: 1.0...1086.0
    • fillvalue: -9999.000000
Midlayer_Pressure[ fakeDim58= 0 ..21119] [ fakeDim59= 0 ..9] (Type is Float32)
  • attributes
    • long_name: Midlayer_Pressure
    • units: hPa
    • format: Float_32
    • valid_range: 1.0...1086.0
    • fillvalue: -9999.000000
Layer_Base_Pressure[ fakeDim60= 0 ..21119] [ fakeDim61= 0 ..9] (Type is Float32)
  • attributes
    • long_name: Layer_Base_Pressure
    • units: hPa
    • format: Float_32
    • valid_range: 1.0...1086.0
    • fillvalue: -9999.000000
Layer_Top_Temperature[ fakeDim62= 0 ..21119] [ fakeDim63= 0 ..9] (Type is Float32)
  • attributes
    • long_name: Layer_Top_Temperature
    • units: \260C
    • format: Float_32
    • valid_range: -110.0...60.0
    • fillvalue: -9999.000000
Layer_Centroid_Temperature[ fakeDim64= 0 ..21119] [ fakeDim65= 0 ..9] (Type is Float32)
  • attributes
    • long_name: Layer_Centroid_Temperature
    • units: \260C
    • format: Float_32
    • valid_range: -110.0...60.0
    • fillvalue: -9999.000000
Midlayer_Temperature[ fakeDim66= 0 ..21119] [ fakeDim67= 0 ..9] (Type is Float32)
  • attributes
    • long_name: Midlayer_Temperature
    • units: \260C
    • format: Float_32
    • valid_range: -110.0...60.0
    • fillvalue: -9999.000000
Layer_Base_Temperature[ fakeDim68= 0 ..21119] [ fakeDim69= 0 ..9] (Type is Float32)
  • attributes
    • long_name: Layer_Base_Temperature
    • units: \260C
    • format: Float_32
    • valid_range: -110.0...60.0
    • fillvalue: -9999.000000
Opacity_Flag[ fakeDim70= 0 ..21119] [ fakeDim71= 0 ..9] (Type is Int32)
  • attributes
    • long_name: Opacity_Flag
    • units: NoUnits
    • format: Int_8
    • valid_range: 0...1
    • fillvalue: 99
Attenuated_Scattering_Ratio_Statistics_532[ fakeDim72= 0 ..21119] [ fakeDim73= 0 ..59] (Type is Float32)
  • attributes
    • long_name: Attenuated_Scattering_Ratio_Statistics_532
    • units: NoUnits
    • format: Float_32
    • valid_range: N/A
    • fillvalue: -9999.000000
Attenuated_Backscatter_Statistics_532[ fakeDim74= 0 ..21119] [ fakeDim75= 0 ..59] (Type is Float32)
  • attributes
    • long_name: Attenuated_Backscatter_Statistics_532
    • units: 1/(km \267 sr)
    • format: Float_32
    • valid_range: N/A
    • fillvalue: -9999.000000
Integrated_Attenuated_Backscatter_532[ fakeDim76= 0 ..21119] [ fakeDim77= 0 ..9] (Type is Float32)
  • attributes
    • long_name: Integrated_Attenuated_Backscatter_532
    • units: 1/sr
    • format: Float_32
    • valid_range: 0.0...1.8
    • fillvalue: -9999.000000
Integrated_Attenuated_Backscatter_Uncertainty_532[ fakeDim78= 0 ..21119] [ fakeDim79= 0 ..9] (Type is Float32)
  • attributes
    • long_name: Integrated_Attenuated_Backscatter_Uncertainty_532
    • units: 1/sr
    • format: Float_32
    • valid_range: 0.0...0.5
    • fillvalue: -9999.000000
Attenuated_Backscatter_Statistics_1064[ fakeDim80= 0 ..21119] [ fakeDim81= 0 ..59] (Type is Float32)
  • attributes
    • long_name: Attenuated_Backscatter_Statistics_1064
    • units: 1/(km \267 sr)
    • format: Float_32
    • valid_range: N/A
    • fillvalue: -9999.000000
Integrated_Attenuated_Backscatter_1064[ fakeDim82= 0 ..21119] [ fakeDim83= 0 ..9] (Type is Float32)
  • attributes
    • long_name: Integrated_Attenuated_Backscatter_1064
    • units: 1/sr
    • format: Float_32
    • valid_range: 0.0...1.8
    • fillvalue: -9999.000000
Integrated_Attenuated_Backscatter_Uncertainty_1064[ fakeDim84= 0 ..21119] [ fakeDim85= 0 ..9] (Type is Float32)
  • attributes
    • long_name: Integrated_Attenuated_Backscatter_Uncertainty_1064
    • units: 1/sr
    • format: Float_32
    • valid_range: 0.0...0.5
    • fillvalue: -9999.000000
Volume_Depolarization_Ratio_Statistics[ fakeDim86= 0 ..21119] [ fakeDim87= 0 ..59] (Type is Float32)
  • attributes
    • long_name: Volume_Depolarization_Ratio_Statistics
    • units: NoUnits
    • format: Float_32
    • valid_range: N/A
    • fillvalue: -9999.000000
Integrated_Volume_Depolarization_Ratio[ fakeDim88= 0 ..21119] [ fakeDim89= 0 ..9] (Type is Float32)
  • attributes
    • long_name: Integrated_Volume_Depolarization_Ratio
    • units: NoUnits
    • format: Float_32
    • valid_range: 0.0...1.0
    • fillvalue: -9999.000000
Integrated_Volume_Depolarization_Ratio_Uncertainty[ fakeDim90= 0 ..21119] [ fakeDim91= 0 ..9] (Type is Float32)
  • attributes
    • long_name: Integrated_Volume_Depolarization_Ratio_Uncertainty
    • units: NoUnits
    • format: Float_32
    • valid_range: 0.0...2.0
    • fillvalue: -9999.000000
Attenuated_Total_Color_Ratio_Statistics[ fakeDim92= 0 ..21119] [ fakeDim93= 0 ..59] (Type is Float32)
  • attributes
    • long_name: Attenuated_Total_Color_Ratio_Statistics
    • units: NoUnits
    • format: Float_32
    • valid_range: N/A
    • fillvalue: -9999.000000
Integrated_Attenuated_Total_Color_Ratio[ fakeDim94= 0 ..21119] [ fakeDim95= 0 ..9] (Type is Float32)
  • attributes
    • long_name: Integrated_Attenuated_Total_Color_Ratio
    • units: NoUnits
    • format: Float_32
    • valid_range: 0.0...2.0
    • fillvalue: -9999.000000
Integrated_Attenuated_Total_Color_Ratio_Uncertainty[ fakeDim96= 0 ..21119] [ fakeDim97= 0 ..9] (Type is Float32)
  • attributes
    • long_name: Integrated_Attenuated_Total_Color_Ratio_Uncertainty
    • units: NoUnits
    • format: Float_32
    • valid_range: 0.0...3.0
    • fillvalue: -9999.000000
Overlying_Integrated_Attenuated_Backscatter_532[ fakeDim98= 0 ..21119] [ fakeDim99= 0 ..9] (Type is Float32)
  • attributes
    • long_name: Overlying_Integrated_Attenuated_Backscatter_532
    • units: 1/sr
    • format: Float_32
    • valid_range: 0.0...2.0
    • fillvalue: -9999.000000
Layer_IAB_QA_Factor[ fakeDim100= 0 ..21119] [ fakeDim101= 0 ..9] (Type is Float32)
  • attributes
    • long_name: Layer_IAB_QA_Factor
    • units: NoUnits
    • format: Float_32
    • valid_range: 0.0...1.0
    • fillvalue: -9999.000000
CAD_Score[ fakeDim102= 0 ..21119] [ fakeDim103= 0 ..9] (Type is Int32)
  • attributes
    • long_name: CAD_Score
    • units: NoUnits
    • format: Int_8
    • valid_range: -101...110
    • fillvalue: -127
Initial_CAD_Score[ fakeDim104= 0 ..21119] [ fakeDim105= 0 ..9] (Type is Int32)
  • attributes
    • long_name: Initial_CAD_Score
    • units: NoUnits
    • format: Int_8
    • valid_range: -101...119
    • fillvalue: -127
Feature_Classification_Flags[ fakeDim106= 0 ..21119] [ fakeDim107= 0 ..9] (Type is UInt16)
  • attributes
    • long_name: Feature_Classification_Flags
    • units: NoUnits
    • format: UInt_16
    • valid_range: 1...49146
Lidar_Surface_Detection_Surface_Top_Altitude_532[ fakeDim108= 0 ..21119] [ fakeDim109= 0 ..0] (Type is Float32)
  • attributes
    • long_name: Surface_Top_Altitude_532
    • units: km
    • format: Float_32
    • valid_range: -0.5...8.2
    • fillvalue: -9999.000000
Lidar_Surface_Detection_Surface_Base_Altitude_532[ fakeDim110= 0 ..21119] [ fakeDim111= 0 ..0] (Type is Float32)
  • attributes
    • long_name: Surface_Base_Altitude_532
    • units: km
    • format: Float_32
    • valid_range: -0.5...8.2
    • fillvalue: -9999.000000
Lidar_Surface_Detection_Surface_Integrated_Attenuated_Backscatter_532[ fakeDim112= 0 ..21119] [ fakeDim113= 0 ..0] (Type is Float32)
  • attributes
    • long_name: Surface_Integrated_Attenuated_Backscatter_532
    • units: 1/sr
    • format: Float_32
    • valid_range: 0.0...2.0
    • fillvalue: -9999.000000
Lidar_Surface_Detection_Surface_532_Integrated_Depolarization_Ratio[ fakeDim114= 0 ..21119] [ fakeDim115= 0 ..0] (Type is Float32)
  • attributes
    • long_name: Surface_532_Integrated_Depolarization_Ratio
    • units: NoUnits
    • format: Float_32
    • valid_range: 0.0...1.0
    • fillvalue: -9999.000000
Lidar_Surface_Detection_Surface_532_Integrated_Attenuated_Color_Ratio[ fakeDim116= 0 ..21119] [ fakeDim117= 0 ..0] (Type is Float32)
  • attributes
    • long_name: Surface_532_Integrated_Attenuated_Color_Ratio
    • units: NoUnits
    • format: Float_32
    • valid_range: 0.0...2.0
    • fillvalue: -9999.000000
Lidar_Surface_Detection_Surface_Detection_Flags_532[ fakeDim118= 0 ..21119] [ fakeDim119= 0 ..0] (Type is UInt16)
  • attributes
    • long_name: Surface_Detection_Flags_532
    • units: NoUnits
    • format: UInt_16
    • valid_range: 0...8192
    • fillvalue: 32768
Lidar_Surface_Detection_Surface_Detection_Confidence_532[ fakeDim120= 0 ..21119] [ fakeDim121= 0 ..0] (Type is Float32)
  • attributes
    • long_name: Surface_Detection_Confidence_532
    • units: NoUnits
    • format: Float_32
    • valid_range: 0.0...1.0
    • fillvalue: -9999.000000
Lidar_Surface_Detection_Surface_Overlying_Integrated_Attenuated_Backscatter_532[ fakeDim122= 0 ..21119] [ fakeDim123= 0 ..0] (Type is Float32)
  • attributes
    • long_name: Surface_Overlying_Integrated_Attenuated_Backscatter_532
    • units: 1/sr
    • format: Float_32
    • valid_range: 0.0...2.0
    • fillvalue: -9999.000000
Lidar_Surface_Detection_Surface_Scaled_RMS_Background_532[ fakeDim124= 0 ..21119] [ fakeDim125= 0 ..0] (Type is Float32)
  • attributes
    • long_name: Surface_Scaled_RMS_Background_532
    • units: 1/(km \267 sr)
    • format: Float_32
    • valid_range: 0.0...0.05
    • fillvalue: -9999.000000
Lidar_Surface_Detection_Surface_Peak_Signal_532[ fakeDim126= 0 ..21119] [ fakeDim127= 0 ..0] (Type is Float32)
  • attributes
    • long_name: Surface_Peak_Signal_532
    • units: 1/(km \267 sr)
    • format: Float_32
    • valid_range: 0.0...3.5
    • fillvalue: -9999.000000
Lidar_Surface_Detection_Surface_Detections_333m_532[ fakeDim128= 0 ..21119] [ fakeDim129= 0 ..0] (Type is Int16)
  • attributes
    • long_name: Surface_Detections_333m_532
    • units: NoUnits
    • format: Int_16
    • valid_range: 0...15
    • fillvalue: -9999
Lidar_Surface_Detection_Surface_Top_Altitude_1064[ fakeDim130= 0 ..21119] [ fakeDim131= 0 ..0] (Type is Float32)
  • attributes
    • long_name: Surface_Top_Altitude_1064
    • units: km
    • format: Float_32
    • valid_range: -0.5...8.2
    • fillvalue: -9999.000000
Lidar_Surface_Detection_Surface_Base_Altitude_1064[ fakeDim132= 0 ..21119] [ fakeDim133= 0 ..0] (Type is Float32)
  • attributes
    • long_name: Surface_Base_Altitude_1064
    • units: km
    • format: Float_32
    • valid_range: -0.5...8.2
    • fillvalue: -9999.000000
Lidar_Surface_Detection_Surface_Integrated_Attenuated_Backscatter_1064[ fakeDim134= 0 ..21119] [ fakeDim135= 0 ..0] (Type is Float32)
  • attributes
    • long_name: Surface_Integrated_Attenuated_Backscatter_1064
    • units: 1/sr
    • format: Float_32
    • valid_range: 0.0...2.0
    • fillvalue: -9999.000000
Lidar_Surface_Detection_Surface_1064_Integrated_Depolarization_Ratio[ fakeDim136= 0 ..21119] [ fakeDim137= 0 ..0] (Type is Float32)
  • attributes
    • long_name: Surface_1064_Integrated_Depolarization_Ratio
    • units: NoUnits
    • format: Float_32
    • valid_range: 0.0...1.0
    • fillvalue: -9999.000000
Lidar_Surface_Detection_Surface_1064_Integrated_Attenuated_Color_Ratio[ fakeDim138= 0 ..21119] [ fakeDim139= 0 ..0] (Type is Float32)
  • attributes
    • long_name: Surface_1064_Integrated_Attenuated_Color_Ratio
    • units: NoUnits
    • format: Float_32
    • valid_range: 0.0...2.0
    • fillvalue: -9999.000000
Lidar_Surface_Detection_Surface_Detection_Flags_1064[ fakeDim140= 0 ..21119] [ fakeDim141= 0 ..0] (Type is UInt16)
  • attributes
    • long_name: Surface_Detection_Flags_1064
    • units: NoUnits
    • format: UInt_16
    • valid_range: 0...16384
    • fillvalue: 32768
Lidar_Surface_Detection_Surface_Detection_Confidence_1064[ fakeDim142= 0 ..21119] [ fakeDim143= 0 ..0] (Type is Float32)
  • attributes
    • long_name: Surface_Detection_Confidence_1064
    • units: NoUnits
    • format: Float_32
    • valid_range: 0.0...1.0
    • fillvalue: -9999.000000
Lidar_Surface_Detection_Surface_Overlying_Integrated_Attenuated_Backscatter_1064[ fakeDim144= 0 ..21119] [ fakeDim145= 0 ..0] (Type is Float32)
  • attributes
    • long_name: Surface_Overlying_Integrated_Attenuated_Backscatter_1064
    • units: 1/sr
    • format: Float_32
    • valid_range: 0.0...2.0
    • fillvalue: -9999.000000
Lidar_Surface_Detection_Surface_Scaled_RMS_Background_1064[ fakeDim146= 0 ..21119] [ fakeDim147= 0 ..0] (Type is Float32)
  • attributes
    • long_name: Surface_Scaled_RMS_Background_1064
    • units: 1/(km \267 sr)
    • format: Float_32
    • valid_range: 0.0...0.05
    • fillvalue: -9999.000000
Lidar_Surface_Detection_Surface_Peak_Signal_1064[ fakeDim148= 0 ..21119] [ fakeDim149= 0 ..0] (Type is Float32)
  • attributes
    • long_name: Surface_Peak_Signal_1064
    • units: 1/(km \267 sr)
    • format: Float_32
    • valid_range: 0.0...3.5
    • fillvalue: -9999.000000
Lidar_Surface_Detection_Surface_Detections_333m_1064[ fakeDim150= 0 ..21119] [ fakeDim151= 0 ..0] (Type is Int16)
  • attributes
    • long_name: Surface_Detections_333m_1064
    • units: NoUnits
    • format: Int_16
    • valid_range: 0...15
    • fillvalue: -9999
Ocean_Derived_Column_Optical_Depth_ODCOD_Effective_Optical_Depth_532[ fakeDim152= 0 ..21119] [ fakeDim153= 0 ..0] (Type is Float32)
  • attributes
    • long_name: ODCOD_Effective_Optical_Depth_532
    • units: NoUnits
    • format: Float_32
    • valid_range: 0.0...25.0
    • fillvalue: -9999.000000
Ocean_Derived_Column_Optical_Depth_ODCOD_Effective_Optical_Depth_532_Uncertainty[ fakeDim154= 0 ..21119] [ fakeDim155= 0 ..0] (Type is Float32)
  • attributes
    • long_name: ODCOD_Effective_Optical_Depth_532_Uncertainty
    • units: NoUnits
    • format: Float_32
    • valid_range: 0.0...TBD
    • fillvalue: -9999.000000
Ocean_Derived_Column_Optical_Depth_ODCOD_QC_Flag_532[ fakeDim156= 0 ..21119] [ fakeDim157= 0 ..0] (Type is UInt32)
  • attributes
    • long_name: ODCOD_QC_Flag_532
    • units: NoUnits
    • format: UInt_32
    • valid_range: 0...4294967295
    • fillvalue: 4294967295
Ocean_Derived_Column_Optical_Depth_ODCOD_Surface_Wind_Speeds_10m[ fakeDim158= 0 ..21119] [ fakeDim159= 0 ..1] (Type is Float32)
  • attributes
    • long_name: ODCOD_Surface_Wind_Speeds_10m
    • units: m/s
    • format: Float_32
    • valid_range: -43.0...43.0
    • fillvalue: -9999.000000
    • comment: First Dimension = eastward, zonal, u; Second Dimension = northward, meridional, v
Ocean_Derived_Column_Optical_Depth_ODCOD_Surface_Wind_Speed_Correction[ fakeDim160= 0 ..21119] [ fakeDim161= 0 ..0] (Type is Float32)
  • attributes
    • long_name: ODCOD_Surface_Wind_Speed_Correction
    • units: m/s
    • format: Float_32
    • valid_range: -43.0...43.0
    • fillvalue: -9999.000000
    • comment: An additive correction derived from AMSR analysis applied to the MERRA-2 wind speed magnitude calculated from the zonal winds reported in the surface wind speed SDS

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OPeNDAP Hyrax (1.16.2)
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