Attributes {
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                    Int32 NUM_VAL 1;
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                    Int32 NUM_VAL 1;
                    String VALUE "\"V01\"";
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                DAYNIGHT {
                    Int32 NUM_VAL 1;
                    String VALUE "\"D\"";
                }
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                    Int32 NUM_VAL 1;
                    String VALUE "\"N\"";
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                GRINGTYPE {
                    Int32 NUM_VAL 1;
                    String VALUE "\"S\"";
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                    Int32 NUM_VAL 1;
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                }
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            TEMPORALINFORMATION {
                PRODUCTIONDATETIME {
                    Int32 NUM_VAL 1;
                    String VALUE "\"2016-10-20T12:08:53Z\"";
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                START_DATE {
                    Int32 NUM_VAL 1;
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                    Int32 NUM_VAL 1;
                    String VALUE "\"2007-01-01T06:58:25Z\"";
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                    Int32 NUM_VAL 1;
                    String VALUE "\"Passed\"";
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                QAEXPLANATION {
                    Int32 NUM_VAL 1;
                    String VALUE "\"All data passed during checkout\"";
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                    Int32 NUM_VAL 1;
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                        String CLASS "\"1\"";
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                    Int32 NUM_VAL 1;
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                ORBITCHANGETIME {
                    Int32 NUM_VAL 1;
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                STARTPATHNUMBER {
                    Int32 NUM_VAL 1;
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                STOPPATHNUMBER {
                    Int32 NUM_VAL 1;
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                PATHCHANGETIME {
                    Int32 NUM_VAL 1;
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    ArchiveMetadata {
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            String GROUPTYPE "MASTERGROUP";
            NUMBEROFRECORDS {
                Int32 NUM_VAL 1;
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    Profile_ID {
        String long_name "Profile_ID";
        String units "NoUnits";
        String format "Int_32";
        String valid_range "1...3153600000";
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    Profile_ID_dim_0 {
        String name "fakeDim0";
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    Profile_ID_dim_1 {
        String name "fakeDim1";
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    Latitude {
        String long_name "Latitude";
        String units "degrees";
        String format "Float_32";
        String valid_range "-90.0...90.0";
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    Latitude_dim_0 {
        String name "fakeDim2";
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    Latitude_dim_1 {
        String name "fakeDim3";
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    Longitude {
        String long_name "Longitude";
        String units "degrees";
        String format "Float_32";
        String valid_range "-180.0...180.0";
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    Longitude_dim_0 {
        String name "fakeDim4";
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    Longitude_dim_1 {
        String name "fakeDim5";
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    Profile_Time {
        String long_name "Profile_Time";
        String units "seconds";
        String format "Float_64";
        String valid_range "4.204E8...1.072E9";
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        String name "fakeDim6";
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        String name "fakeDim7";
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    Profile_UTC_Time {
        String long_name "Profile_UTC_Time";
        String units "NoUnits";
        String format "Float_64";
        String valid_range "60426.0...261231.0";
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        String name "fakeDim8";
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        String name "fakeDim9";
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    Day_Night_Flag {
        String long_name "Day_Night_Flag";
        String units "NoUnits";
        String format "Int_8";
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    Day_Night_Flag_dim_0 {
        String name "fakeDim10";
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    Day_Night_Flag_dim_1 {
        String name "fakeDim11";
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    Column_Optical_Depth_Cloud_532 {
        String long_name "Column_Optical_Depth_Cloud_532";
        String units "NoUnits";
        String format "Float_32";
        String valid_range "0.0...25.0";
        Float32 fillvalue -9999.000000;
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        String name "fakeDim12";
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        String name "fakeDim13";
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    Column_Optical_Depth_Cloud_Uncertainty_532 {
        String long_name "Column_Optical_Depth_Cloud_Uncertainty_532";
        String units "NoUnits";
        String format "Float_32";
        String valid_range "0.0...99.99";
        Float32 fillvalue -9999.000000;
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        String name "fakeDim14";
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        String name "fakeDim15";
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    Column_Optical_Depth_Tropospheric_Aerosols_532 {
        String long_name "Column_Optical_Depth_Tropospheric_Aerosols_532";
        String units "NoUnits";
        String format "Float_32";
        String valid_range "0.0...3.0";
        Float32 fillvalue -9999.000000;
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    Column_Optical_Depth_Tropospheric_Aerosols_532_dim_0 {
        String name "fakeDim16";
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        String name "fakeDim17";
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    Column_Optical_Depth_Tropospheric_Aerosols_Uncertainty_532 {
        String long_name "Column_Optical_Depth_Tropospheric_Aerosols_Uncertainty_532";
        String units "NoUnits";
        String format "Float_32";
        String valid_range "0.0...99.99";
        Float32 fillvalue -9999.000000;
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        String name "fakeDim18";
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        String name "fakeDim19";
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    Column_Optical_Depth_Stratospheric_Aerosols_532 {
        String long_name "Column_Optical_Depth_Stratospheric_Aerosols_532";
        String units "NoUnits";
        String format "Float_32";
        String valid_range "0.0...3.0";
        Float32 fillvalue -9999.000000;
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        String name "fakeDim20";
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        String name "fakeDim21";
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    Column_Optical_Depth_Stratospheric_Aerosols_Uncertainty_532 {
        String long_name "Column_Optical_Depth_Stratospheric_Aerosols_Uncertainty_532";
        String units "NoUnits";
        String format "Float_32";
        String valid_range "0.0...99.99";
        Float32 fillvalue -9999.000000;
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        String name "fakeDim22";
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    Column_Optical_Depth_Stratospheric_Aerosols_Uncertainty_532_dim_1 {
        String name "fakeDim23";
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    Column_Optical_Depth_Tropospheric_Aerosols_1064 {
        String long_name "Column_Optical_Depth_Tropospheric_Aerosols_1064";
        String units "NoUnits";
        String format "Float_32";
        String valid_range "0.0...3.0";
        Float32 fillvalue -9999.000000;
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        String name "fakeDim24";
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        String name "fakeDim25";
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    Column_Optical_Depth_Tropospheric_Aerosols_Uncertainty_1064 {
        String long_name "Column_Optical_Depth_Tropospheric_Aerosols_Uncertainty_1064";
        String units "NoUnits";
        String format "Float_32";
        String valid_range "0.0...99.99";
        Float32 fillvalue -9999.000000;
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        String name "fakeDim26";
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        String name "fakeDim27";
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    Column_Optical_Depth_Stratospheric_Aerosols_1064 {
        String long_name "Column_Optical_Depth_Stratospheric_Aerosols_1064";
        String units "NoUnits";
        String format "Float_32";
        String valid_range "0.0...3.0";
        Float32 fillvalue -9999.000000;
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        String name "fakeDim28";
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        String long_name "Column_Optical_Depth_Stratospheric_Aerosols_Uncertainty_1064";
        String units "NoUnits";
        String format "Float_32";
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        Float32 fillvalue -9999.000000;
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        String name "fakeDim30";
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        String name "fakeDim31";
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        String long_name "Column_Feature_Fraction";
        String units "NoUnits";
        String format "Float_32";
        String valid_range "0.0...1.0";
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        String name "fakeDim32";
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    Column_Feature_Fraction_dim_1 {
        String name "fakeDim33";
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    Column_Integrated_Attenuated_Backscatter_532 {
        String long_name "Column_Integrated_Attenuated_Backscatter_532";
        String units "per steradian";
        String format "Float_32";
        String valid_range "0.0...2.0";
        Float32 fillvalue -9999.000000;
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        String name "fakeDim34";
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        String name "fakeDim35";
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    Column_IAB_Cumulative_Probability {
        String long_name "Column_IAB_Cumulative_Probability";
        String units "NoUnits";
        String format "Float_32";
        String valid_range "0.0...1.0";
        Float32 fillvalue -9999.000000;
    }
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        String name "fakeDim36";
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    Column_IAB_Cumulative_Probability_dim_1 {
        String name "fakeDim37";
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    Tropopause_Height {
        String long_name "Tropopause_Height";
        String units "kilometers";
        String format "Float_32";
        String valid_range "4.0...22.0";
        Float32 fillvalue -9999.000000;
    }
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        String name "fakeDim38";
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        String name "fakeDim39";
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    Tropopause_Temperature {
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        String units "degrees C";
        String format "Float_32";
        String valid_range "-100.0...-20.0";
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        String name "fakeDim40";
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        String name "fakeDim41";
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    Temperature {
        String long_name "Temperature";
        String units "degrees C";
        String format "Float_32";
        String valid_range "-120.0...60.0";
        Float32 fillvalue -9999.000000;
    }
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        String name "fakeDim42";
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    Temperature_dim_1 {
        String name "fakeDim43";
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    Pressure {
        String long_name "Pressure";
        String units "hPA";
        String format "Float_32";
        String valid_range "1.0...1086.0";
        Float32 fillvalue -9999.000000;
    }
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        String name "fakeDim44";
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    Pressure_dim_1 {
        String name "fakeDim45";
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    Molecular_Number_Density {
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        String units "per cubic meter";
        String format "Float_32";
        String valid_range "8.0E22...5.0E25";
        Float32 fillvalue -9999.000000;
    }
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        String name "fakeDim46";
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    Molecular_Number_Density_dim_1 {
        String name "fakeDim47";
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    Ozone_Number_Density {
        String long_name "Ozone_Number_Density";
        String units "per cubic meter";
        String format "Float_32";
        String valid_range "9.0E16...1.0E19";
        Float32 fillvalue -9999.000000;
    }
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        String name "fakeDim48";
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        String name "fakeDim49";
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    Relative_Humidity {
        String long_name "Relative_Humidity";
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        String format "Float_32";
        String valid_range "0.0...1.5";
        Float32 fillvalue -9999.000000;
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        String name "fakeDim50";
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        String name "fakeDim51";
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        String name "fakeDim52";
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        String name "fakeDim53";
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        String units "kilometers";
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        String name "fakeDim54";
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        String name "fakeDim55";
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        String units "meter per second";
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        String long_name "Cloud_Layer_Fraction";
        String units "NoUnits";
        String format "UInt_8";
        String valid_range "0...30";
        Byte scale_factor 30;
    }
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        String name "fakeDim62";
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        String long_name "Atmospheric_Volume_Description";
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        String name "fakeDim66";
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    }
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        String name "fakeDim68";
    }
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        String name "fakeDim69";
    }
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        String format "UInt_16";
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        UInt16 fillvalue 32768;
    }
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        String name "fakeDim70";
    }
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        String name "fakeDim71";
    }
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        String name "fakeDim72";
    }
    CAD_Score {
        String long_name "CAD_Score";
        String units "NoUnits";
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        Int32 fillvalue -127;
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        String name "fakeDim73";
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    CAD_Score_dim_1 {
        String name "fakeDim74";
    }
    CAD_Score_dim_2 {
        String name "fakeDim75";
    }
    Total_Backscatter_Coefficient_532 {
        String long_name "Total_Backscatter_Coefficient_532";
        String units "per kilometer per steradian";
        String format "Float_32";
        String valid_range "0.0...0.05";
        Float32 fillvalue -9999.000000;
    }
    Total_Backscatter_Coefficient_532_dim_0 {
        String name "fakeDim76";
    }
    Total_Backscatter_Coefficient_532_dim_1 {
        String name "fakeDim77";
    }
    Total_Backscatter_Coefficient_Uncertainty_532 {
        String long_name "Total_Backscatter_Coefficient_Uncertainty_532";
        String units "per kilometer per steradian";
        String format "Float_32";
        String valid_range "0.0...99.99";
        Float32 fillvalue -9999.000000;
    }
    Total_Backscatter_Coefficient_Uncertainty_532_dim_0 {
        String name "fakeDim78";
    }
    Total_Backscatter_Coefficient_Uncertainty_532_dim_1 {
        String name "fakeDim79";
    }
    Perpendicular_Backscatter_Coefficient_532 {
        String long_name "Perpendicular_Backscatter_Coefficient_532";
        String units "per kilometer per steradian";
        String format "Float_32";
        String valid_range "0.0...0.01";
        Float32 fillvalue -9999.000000;
    }
    Perpendicular_Backscatter_Coefficient_532_dim_0 {
        String name "fakeDim80";
    }
    Perpendicular_Backscatter_Coefficient_532_dim_1 {
        String name "fakeDim81";
    }
    Perpendicular_Backscatter_Coefficient_Uncertainty_532 {
        String long_name "Perpendicular_Backscatter_Coefficient_Uncertainty_532";
        String units "per kilometer per steradian";
        String format "Float_32";
        String valid_range "0.0...99.99";
        Float32 fillvalue -9999.000000;
    }
    Perpendicular_Backscatter_Coefficient_Uncertainty_532_dim_0 {
        String name "fakeDim82";
    }
    Perpendicular_Backscatter_Coefficient_Uncertainty_532_dim_1 {
        String name "fakeDim83";
    }
    Particulate_Depolarization_Ratio_Profile_532 {
        String long_name "Particulate_Depolarization_Ratio_Profile_532";
        String units "NoUnits";
        String format "Float_32";
        String valid_range "0.0...1.0";
        Float32 fillvalue -9999.000000;
    }
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        String name "fakeDim84";
    }
    Particulate_Depolarization_Ratio_Profile_532_dim_1 {
        String name "fakeDim85";
    }
    Particulate_Depolarization_Ratio_Uncertainty_532 {
        String long_name "Particulate_Depolarization_Ratio_Uncertainty_532";
        String units "NoUnits";
        String format "Float_32";
        String valid_range "0.0...99.99";
        Float32 fillvalue -9999.000000;
    }
    Particulate_Depolarization_Ratio_Uncertainty_532_dim_0 {
        String name "fakeDim86";
    }
    Particulate_Depolarization_Ratio_Uncertainty_532_dim_1 {
        String name "fakeDim87";
    }
    Extinction_Coefficient_532 {
        String long_name "Extinction_Coefficient_532";
        String units "per kilometer";
        String format "Float_32";
        String valid_range "0.0...1.25";
        Float32 fillvalue -9999.000000;
    }
    Extinction_Coefficient_532_dim_0 {
        String name "fakeDim88";
    }
    Extinction_Coefficient_532_dim_1 {
        String name "fakeDim89";
    }
    Extinction_Coefficient_Uncertainty_532 {
        String long_name "Extinction_Coefficient_Uncertainty_532";
        String units "per kilometer";
        String format "Float_32";
        String valid_range "0.0...99.99";
        Float32 fillvalue -9999.000000;
    }
    Extinction_Coefficient_Uncertainty_532_dim_0 {
        String name "fakeDim90";
    }
    Extinction_Coefficient_Uncertainty_532_dim_1 {
        String name "fakeDim91";
    }
    Aerosol_Multiple_Scattering_Profile_532 {
        String long_name "Aerosol_Multiple_Scattering_Profile_532";
        String units "NoUnits";
        String format "Float_32";
        String valid_range "1.0";
        Float32 fillvalue -9999.000000;
    }
    Aerosol_Multiple_Scattering_Profile_532_dim_0 {
        String name "fakeDim92";
    }
    Aerosol_Multiple_Scattering_Profile_532_dim_1 {
        String name "fakeDim93";
    }
    Backscatter_Coefficient_1064 {
        String long_name "Backscatter_Coefficient_1064";
        String units "per kilometer per steradian";
        String format "Float_32";
        String valid_range "0.0...0.03";
        Float32 fillvalue -9999.000000;
    }
    Backscatter_Coefficient_1064_dim_0 {
        String name "fakeDim94";
    }
    Backscatter_Coefficient_1064_dim_1 {
        String name "fakeDim95";
    }
    Backscatter_Coefficient_Uncertainty_1064 {
        String long_name "Backscatter_Coefficient_Uncertainty_1064";
        String units "per kilometer per steradian";
        String format "Float_32";
        String valid_range "0.0...99.99";
        Float32 fillvalue -9999.000000;
    }
    Backscatter_Coefficient_Uncertainty_1064_dim_0 {
        String name "fakeDim96";
    }
    Backscatter_Coefficient_Uncertainty_1064_dim_1 {
        String name "fakeDim97";
    }
    Extinction_Coefficient_1064 {
        String long_name "Extinction_Coefficient_1064";
        String units "per kilometer";
        String format "Float_32";
        String valid_range "0.0...1.0";
        Float32 fillvalue -9999.000000;
    }
    Extinction_Coefficient_1064_dim_0 {
        String name "fakeDim98";
    }
    Extinction_Coefficient_1064_dim_1 {
        String name "fakeDim99";
    }
    Extinction_Coefficient_Uncertainty_1064 {
        String long_name "Extinction_Coefficient_Uncertainty_1064";
        String units "per kilometer";
        String format "Float_32";
        String valid_range "0.0...99.99";
        Float32 fillvalue -9999.000000;
    }
    Extinction_Coefficient_Uncertainty_1064_dim_0 {
        String name "fakeDim100";
    }
    Extinction_Coefficient_Uncertainty_1064_dim_1 {
        String name "fakeDim101";
    }
    Aerosol_Multiple_Scattering_Profile_1064 {
        String long_name "Aerosol_Multiple_Scattering_Profile_1064";
        String units "NoUnits";
        String format "Float_32";
        String valid_range "1.0";
        Float32 fillvalue -9999.000000;
    }
    Aerosol_Multiple_Scattering_Profile_1064_dim_0 {
        String name "fakeDim102";
    }
    Aerosol_Multiple_Scattering_Profile_1064_dim_1 {
        String name "fakeDim103";
    }
    Lidar_Surface_Detection_Surface_Top_Altitude_532 {
        String long_name "Surface_Top_Altitude_532";
        String units "kilometers";
        String format "Float_32";
        String valid_range "-0.5...8.2";
        Float32 fillvalue -9999.000000;
    }
    Lidar_Surface_Detection_Surface_Top_Altitude_532_dim_0 {
        String name "fakeDim104";
    }
    Lidar_Surface_Detection_Surface_Top_Altitude_532_dim_1 {
        String name "fakeDim105";
    }
    Lidar_Surface_Detection_Surface_Base_Altitude_532 {
        String long_name "Surface_Base_Altitude_532";
        String units "kilometers";
        String format "Float_32";
        String valid_range "-0.5...8.2";
        Float32 fillvalue -9999.000000;
    }
    Lidar_Surface_Detection_Surface_Base_Altitude_532_dim_0 {
        String name "fakeDim106";
    }
    Lidar_Surface_Detection_Surface_Base_Altitude_532_dim_1 {
        String name "fakeDim107";
    }
    Lidar_Surface_Detection_Surface_Integrated_Attenuated_Backscatter_532 {
        String long_name "Surface_Integrated_Attenuated_Backscatter_532";
        String units "per steradian";
        String format "Float_32";
        String valid_range "0.0...2.0";
        Float32 fillvalue -9999.000000;
    }
    Lidar_Surface_Detection_Surface_Integrated_Attenuated_Backscatter_532_dim_0 {
        String name "fakeDim108";
    }
    Lidar_Surface_Detection_Surface_Integrated_Attenuated_Backscatter_532_dim_1 {
        String name "fakeDim109";
    }
    Lidar_Surface_Detection_Surface_532_Integrated_Depolarization_Ratio {
        String long_name "Surface_532_Integrated_Depolarization_Ratio";
        String units "NoUnits";
        String format "Float_32";
        String valid_range "0.0...1.0";
        Float32 fillvalue -9999.000000;
    }
    Lidar_Surface_Detection_Surface_532_Integrated_Depolarization_Ratio_dim_0 {
        String name "fakeDim110";
    }
    Lidar_Surface_Detection_Surface_532_Integrated_Depolarization_Ratio_dim_1 {
        String name "fakeDim111";
    }
    Lidar_Surface_Detection_Surface_532_Integrated_Attenuated_Color_Ratio {
        String long_name "Surface_532_Integrated_Attenuated_Color_Ratio";
        String units "NoUnits";
        String format "Float_32";
        String valid_range "0.0...2.0";
        Float32 fillvalue -9999.000000;
    }
    Lidar_Surface_Detection_Surface_532_Integrated_Attenuated_Color_Ratio_dim_0 {
        String name "fakeDim112";
    }
    Lidar_Surface_Detection_Surface_532_Integrated_Attenuated_Color_Ratio_dim_1 {
        String name "fakeDim113";
    }
    Lidar_Surface_Detection_Surface_Detection_Flags_532 {
        String long_name "Surface_Detection_Flags_532";
        String units "NoUnits";
        String format "UInt_16";
        String valid_range "0...8192";
        UInt16 fillvalue 32768;
    }
    Lidar_Surface_Detection_Surface_Detection_Flags_532_dim_0 {
        String name "fakeDim114";
    }
    Lidar_Surface_Detection_Surface_Detection_Flags_532_dim_1 {
        String name "fakeDim115";
    }
    Lidar_Surface_Detection_Surface_Detection_Confidence_532 {
        String long_name "Surface_Detection_Confidence_532";
        String units "NoUnits";
        String format "Float_32";
        String valid_range "0.0...1.0";
        Float32 fillvalue -9999.000000;
    }
    Lidar_Surface_Detection_Surface_Detection_Confidence_532_dim_0 {
        String name "fakeDim116";
    }
    Lidar_Surface_Detection_Surface_Detection_Confidence_532_dim_1 {
        String name "fakeDim117";
    }
    Lidar_Surface_Detection_Surface_Overlying_Integrated_Attenuated_Backscatter_532 {
        String long_name "Surface_Overlying_Integrated_Attenuated_Backscatter_532";
        String units "per steradian";
        String format "Float_32";
        String valid_range "0.0...2.0";
        Float32 fillvalue -9999.000000;
    }
    Lidar_Surface_Detection_Surface_Overlying_Integrated_Attenuated_Backscatter_532_dim_0 {
        String name "fakeDim118";
    }
    Lidar_Surface_Detection_Surface_Overlying_Integrated_Attenuated_Backscatter_532_dim_1 {
        String name "fakeDim119";
    }
    Lidar_Surface_Detection_Surface_Scaled_RMS_Background_532 {
        String long_name "Surface_Scaled_RMS_Background_532";
        String units "per kilometer per steradian";
        String format "Float_32";
        String valid_range "0.0...0.05";
        Float32 fillvalue -9999.000000;
    }
    Lidar_Surface_Detection_Surface_Scaled_RMS_Background_532_dim_0 {
        String name "fakeDim120";
    }
    Lidar_Surface_Detection_Surface_Scaled_RMS_Background_532_dim_1 {
        String name "fakeDim121";
    }
    Lidar_Surface_Detection_Surface_Peak_Signal_532 {
        String long_name "Surface_Peak_Signal_532";
        String units "per kilometer per steradian";
        String format "Float_32";
        String valid_range "0.0...3.5";
        Float32 fillvalue -9999.000000;
    }
    Lidar_Surface_Detection_Surface_Peak_Signal_532_dim_0 {
        String name "fakeDim122";
    }
    Lidar_Surface_Detection_Surface_Peak_Signal_532_dim_1 {
        String name "fakeDim123";
    }
    Lidar_Surface_Detection_Surface_Detections_333m_532 {
        String long_name "Surface_Detections_333m_532";
        String units "NoUnits";
        String format "Int_16";
        String valid_range "0...15";
        Int16 fillvalue -9999;
    }
    Lidar_Surface_Detection_Surface_Detections_333m_532_dim_0 {
        String name "fakeDim124";
    }
    Lidar_Surface_Detection_Surface_Detections_333m_532_dim_1 {
        String name "fakeDim125";
    }
    Lidar_Surface_Detection_Surface_Detections_1km_532 {
        String long_name "Surface_Detections_1km_532";
        String units "NoUnits";
        String format "Int_16";
        String valid_range "0...5";
        Int16 fillvalue -9999;
    }
    Lidar_Surface_Detection_Surface_Detections_1km_532_dim_0 {
        String name "fakeDim126";
    }
    Lidar_Surface_Detection_Surface_Detections_1km_532_dim_1 {
        String name "fakeDim127";
    }
    Lidar_Surface_Detection_Surface_Top_Altitude_1064 {
        String long_name "Surface_Top_Altitude_1064";
        String units "kilometers";
        String format "Float_32";
        String valid_range "-0.5...8.2";
        Float32 fillvalue -9999.000000;
    }
    Lidar_Surface_Detection_Surface_Top_Altitude_1064_dim_0 {
        String name "fakeDim128";
    }
    Lidar_Surface_Detection_Surface_Top_Altitude_1064_dim_1 {
        String name "fakeDim129";
    }
    Lidar_Surface_Detection_Surface_Base_Altitude_1064 {
        String long_name "Surface_Base_Altitude_1064";
        String units "kilometers";
        String format "Float_32";
        String valid_range "-0.5...8.2";
        Float32 fillvalue -9999.000000;
    }
    Lidar_Surface_Detection_Surface_Base_Altitude_1064_dim_0 {
        String name "fakeDim130";
    }
    Lidar_Surface_Detection_Surface_Base_Altitude_1064_dim_1 {
        String name "fakeDim131";
    }
    Lidar_Surface_Detection_Surface_Integrated_Attenuated_Backscatter_1064 {
        String long_name "Surface_Integrated_Attenuated_Backscatter_1064";
        String units "per steradian";
        String format "Float_32";
        String valid_range "0.0...2.0";
        Float32 fillvalue -9999.000000;
    }
    Lidar_Surface_Detection_Surface_Integrated_Attenuated_Backscatter_1064_dim_0 {
        String name "fakeDim132";
    }
    Lidar_Surface_Detection_Surface_Integrated_Attenuated_Backscatter_1064_dim_1 {
        String name "fakeDim133";
    }
    Lidar_Surface_Detection_Surface_1064_Integrated_Depolarization_Ratio {
        String long_name "Surface_1064_Integrated_Depolarization_Ratio";
        String units "NoUnits";
        String format "Float_32";
        String valid_range "0.0...1.0";
        Float32 fillvalue -9999.000000;
    }
    Lidar_Surface_Detection_Surface_1064_Integrated_Depolarization_Ratio_dim_0 {
        String name "fakeDim134";
    }
    Lidar_Surface_Detection_Surface_1064_Integrated_Depolarization_Ratio_dim_1 {
        String name "fakeDim135";
    }
    Lidar_Surface_Detection_Surface_1064_Integrated_Attenuated_Color_Ratio {
        String long_name "Surface_1064_Integrated_Attenuated_Color_Ratio";
        String units "NoUnits";
        String format "Float_32";
        String valid_range "0.0...2.0";
        Float32 fillvalue -9999.000000;
    }
    Lidar_Surface_Detection_Surface_1064_Integrated_Attenuated_Color_Ratio_dim_0 {
        String name "fakeDim136";
    }
    Lidar_Surface_Detection_Surface_1064_Integrated_Attenuated_Color_Ratio_dim_1 {
        String name "fakeDim137";
    }
    Lidar_Surface_Detection_Surface_Detection_Flags_1064 {
        String long_name "Surface_Detection_Flags_1064";
        String units "NoUnits";
        String format "UInt_16";
        String valid_range "0...16384";
        UInt16 fillvalue 32768;
    }
    Lidar_Surface_Detection_Surface_Detection_Flags_1064_dim_0 {
        String name "fakeDim138";
    }
    Lidar_Surface_Detection_Surface_Detection_Flags_1064_dim_1 {
        String name "fakeDim139";
    }
    Lidar_Surface_Detection_Surface_Detection_Confidence_1064 {
        String long_name "Surface_Detection_Confidence_1064";
        String units "NoUnits";
        String format "Float_32";
        String valid_range "0.0...1.0";
        Float32 fillvalue -9999.000000;
    }
    Lidar_Surface_Detection_Surface_Detection_Confidence_1064_dim_0 {
        String name "fakeDim140";
    }
    Lidar_Surface_Detection_Surface_Detection_Confidence_1064_dim_1 {
        String name "fakeDim141";
    }
    Lidar_Surface_Detection_Surface_Overlying_Integrated_Attenuated_Backscatter_1064 {
        String long_name "Surface_Overlying_Integrated_Attenuated_Backscatter_1064";
        String units "per steradian";
        String format "Float_32";
        String valid_range "0.0...2.0";
        Float32 fillvalue -9999.000000;
    }
    Lidar_Surface_Detection_Surface_Overlying_Integrated_Attenuated_Backscatter_1064_dim_0 {
        String name "fakeDim142";
    }
    Lidar_Surface_Detection_Surface_Overlying_Integrated_Attenuated_Backscatter_1064_dim_1 {
        String name "fakeDim143";
    }
    Lidar_Surface_Detection_Surface_Scaled_RMS_Background_1064 {
        String long_name "Surface_Scaled_RMS_Background_1064";
        String units "per kilometer per steradian";
        String format "Float_32";
        String valid_range "0.0...0.05";
        Float32 fillvalue -9999.000000;
    }
    Lidar_Surface_Detection_Surface_Scaled_RMS_Background_1064_dim_0 {
        String name "fakeDim144";
    }
    Lidar_Surface_Detection_Surface_Scaled_RMS_Background_1064_dim_1 {
        String name "fakeDim145";
    }
    Lidar_Surface_Detection_Surface_Peak_Signal_1064 {
        String long_name "Surface_Peak_Signal_1064";
        String units "per kilometer per steradian";
        String format "Float_32";
        String valid_range "0.0...3.5";
        Float32 fillvalue -9999.000000;
    }
    Lidar_Surface_Detection_Surface_Peak_Signal_1064_dim_0 {
        String name "fakeDim146";
    }
    Lidar_Surface_Detection_Surface_Peak_Signal_1064_dim_1 {
        String name "fakeDim147";
    }
    Lidar_Surface_Detection_Surface_Detections_333m_1064 {
        String long_name "Surface_Detections_333m_1064";
        String units "NoUnits";
        String format "Int_16";
        String valid_range "0...15";
        Int16 fillvalue -9999;
    }
    Lidar_Surface_Detection_Surface_Detections_333m_1064_dim_0 {
        String name "fakeDim148";
    }
    Lidar_Surface_Detection_Surface_Detections_333m_1064_dim_1 {
        String name "fakeDim149";
    }
    Lidar_Surface_Detection_Surface_Detections_1km_1064 {
        String long_name "Surface_Detections_1km_1064";
        String units "NoUnits";
        String format "Int_16";
        String valid_range "0...5";
        Int16 fillvalue -9999;
    }
    Lidar_Surface_Detection_Surface_Detections_1km_1064_dim_0 {
        String name "fakeDim150";
    }
    Lidar_Surface_Detection_Surface_Detections_1km_1064_dim_1 {
        String name "fakeDim151";
    }
    metadata {
        String Vdata_field_Product_ID "L2_LIDAR";
        String Vdata_field_Date_Time_at_Granule_Start "2007-01-01T06:05:49.058000Z";
        String Vdata_field_Date_Time_at_Granule_End "2007-01-01T06:58:21.021400Z";
        String Vdata_field_Date_Time_of_Production "2016-10-20T12:08:53Z";
        Int32 Vdata_field_Number_of_Good_Profiles 63120;
        Int32 Vdata_field_Number_of_Bad_Profiles 240;
        Float32 Vdata_field_Initial_Subsatellite_Latitude -61.77148819;
        Float32 Vdata_field_Initial_Subsatellite_Longitude -80.96388245;
        Float32 Vdata_field_Final_Subsatellite_Latitude 72.07436371;
        Float32 Vdata_field_Final_Subsatellite_Longitude 75.06187439;
        UInt32 Vdata_field_Orbit_Number_at_Granule_Start 3610;
        UInt32 Vdata_field_Orbit_Number_at_Granule_End 3611;
        Float64 Vdata_field_Orbit_Number_Change_Time 70101.276443374372;
        Int16 Vdata_field_Path_Number_at_Granule_Start 232;
        Int16 Vdata_field_Path_Number_at_Granule_End 232;
        Float64 Vdata_field_Path_Number_Change_Time -999999.99999998999;
        Float32 Vdata_field_Rayleigh_Extinction_Cross_section_532 5.167000147e-31;
        Float32 Vdata_field_Rayleigh_Extinction_Cross_section_1064 3.127000114e-32;
        Float32 Vdata_field_Rayleigh_Backscatter_Cross_section_532 5.929999895e-32;
        Float32 Vdata_field_Rayleigh_Backscatter_Cross_section_1064 3.591999965e-33;
        Float32 Vdata_field_Ozone_Absorption_Cross_section_532 2.728461070e-25;
        Float32 Vdata_field_Ozone_Absorption_Cross_section_1064 0.000000000;
        String Vdata_field_Lidar_L1_Production_Date_Time "2016-07-22T08:17:29Z";
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14.43305492, 14.37309742, 14.31313992, 14.25318146, 14.19322395, 14.13326645, 14.07330894, 14.01335144, 13.95339394, 13.89343548, 13.83347797, 13.77352047, 13.71356297, 13.65360546, 13.59364796, 13.53368950, 13.47373199, 13.41377449, 13.35381699, 13.29385948, 13.23390198, 13.17394352, 13.11398602, 13.05402851, 12.99407101, 12.93411350, 12.87415600, 12.81419754, 12.75424004, 12.69428253, 12.63432503, 12.57436752, 12.51440907, 12.45445156, 12.39449406, 12.33453655, 12.27457905, 12.21462154, 12.15466309, 12.09470558, 12.03474808, 11.97479057, 11.91483307, 11.85487556, 11.79491711, 11.73495960, 11.67500210, 11.61504459, 11.55508709, 11.49512959, 11.43517113, 11.37521362, 11.31525612, 11.25529861, 11.19534111, 11.13538265, 11.07542515, 11.01546764, 10.95551014, 10.89555264, 10.83559513, 10.77563667, 10.71567917, 10.65572166, 10.59576416, 10.53580666, 10.47584915, 10.41589069, 10.35593319, 10.29597569, 10.23601818, 10.17606068, 10.11610317, 10.05614471, 9.996187210, 9.936229706, 9.876272202, 9.816314697, 9.756356239, 9.696398735, 9.636441231, 9.576483727, 9.516526222, 9.456568718, 9.396610260, 9.336652756, 9.276695251, 9.216737747, 9.156780243, 9.096822739, 9.036864281, 8.976906776, 8.916949272, 8.856991768, 8.797034264, 8.737076759, 8.677118301, 8.617160797, 8.557203293, 8.497245789, 8.437288284, 8.377329826, 8.317372322, 8.257414818, 8.197457314, 8.137498856, 8.077541351, 8.017583847, 7.957626343, 7.897668839, 7.837711334, 7.777753830, 7.717795849, 7.657838345, 7.597880363, 7.537922859, 7.477965355, 7.418007851, 7.358049870, 7.298092365, 7.238134384, 7.178176880, 7.118219376, 7.058261395, 6.998303890, 6.938346386, 6.878388405, 6.818430901, 6.758473396, 6.698515415, 6.638557911, 6.578599930, 6.518642426, 6.458684921, 6.398727417, 6.338769436, 6.278811932, 6.218853951, 6.158896446, 6.098938942, 6.038981438, 5.979023457, 5.919065952, 5.859107971, 5.799150467, 5.739192963, 5.679234982, 5.619277477, 5.559319973, 5.499361992, 5.439404488, 5.379446983, 5.319489002, 5.259531498, 5.199573994, 5.139616013, 5.079658508, 5.019701004, 4.959743023, 4.899785519, 4.839827538, 4.779870033, 4.719912529, 4.659955025, 4.599997044, 4.540039539, 4.480081558, 4.420124054, 4.360166550, 4.300208569, 4.240251064, 4.180293560, 4.120335579, 4.060378075, 4.000420570, 3.940462589, 3.880505085, 3.820547342, 3.760589600, 3.700632095, 3.640674353, 3.580716610, 3.520759106, 3.460801363, 3.400843620, 3.340886116, 3.280928373, 3.220970631, 3.161013126, 3.101055384, 3.041097641, 2.981140137, 2.921182394, 2.861224651, 2.801267147, 2.741309404, 2.681351662, 2.621394157, 2.561436415, 2.501478672, 2.441520929, 2.381563187, 2.321605682, 2.261647940, 2.201690197, 2.141732693, 2.081774950, 2.021817207, 1.961859703, 1.901901960, 1.841944218, 1.781986713, 1.722028971, 1.662071228, 1.602113724, 1.542155981, 1.482198238, 1.422240615, 1.362282991, 1.302325249, 1.242367506, 1.182410002, 1.122452259, 1.062494516, 1.002537012, 0.9425792694, 0.8826215863, 0.8226639032, 0.7627062798, 0.7027485371, 0.6427909136, 0.5828332305, 0.5228755474, 0.4629179239, 0.4029602408, 0.3430025578, 0.2830448747, 0.2230872214, 0.1631295532, 0.1031718850, 0.04321420938, -0.01674345881, -0.07670112699, -0.1366588026, -0.1966164708, -0.2565741539, -0.3165318072, -0.3764894605, -0.4364471436;
        Float32 Vdata_field_Initial_Lidar_Ratio_Tropospheric_Aerosols_532 35.00000000, 23.00000000, 44.00000000, 70.00000000, 53.00000000, 55.00000000, 70.00000000, 37.00000000;
        Float32 Vdata_field_Initial_Lidar_Ratio_Stratospheric_Aerosols_532 50.00000000, 50.00000000, 44.00000000, 50.00000000, 70.00000000;
        Float32 Vdata_field_Initial_Lidar_Ratio_Tropospheric_Aerosols_1064 35.00000000, 23.00000000, 44.00000000, 30.00000000, 30.00000000, 48.00000000, 30.00000000, 37.00000000;
        Float32 Vdata_field_Initial_Lidar_Ratio_Stratospheric_Aerosols_1064 50.00000000, 25.00000000, 44.00000000, 30.00000000, 30.00000000;
        String Vdata_field_GEOS_Version "CLM";
        String Vdata_field_Classifier_Coefficients_Version_Number "4.10";
        String Vdata_field_Classifier_Coefficients_Version_Date "150331";
        String Vdata_field_Production_Script "//
//  CALIOP Version 4 Test
//  mv 2016-08-04
//

START_LOG

//  0 = OFF; 1 = ON; and we want USE_QC to be ON at all times
SET USE_QC  1

//  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     19
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_OR_OTHER
//    4 = SMOKE
//
// ----------------------------------------------------------------------
SET SCA_stratos_aerosol_lidar_ratio_532         50.0  50.0  44.0  50.0  70.0
SET SCA_stratos_aerosol_lidar_ratio_1064        50.0  25.0  44.0  30.0  30.0

//                                                      0     1     2     3     4
// ------------------------------------------------------------------------------
SET SCA_STRATOS_AEROSOL_LIDAR_RATIO_532_RELATIVE_ERROR  0.40  0.40  0.20  0.35  0.23
SET SCA_STRATOS_AEROSOL_LIDAR_RATIO_1064_RELATIVE_ERROR 0.40  0.40  0.30  0.45  0.60

//  Stratospheric SCA Parameters
//
SET SCA_PSC_TemperatureThreshold -70.0
SET SCA_PSC_LatitudeThreshold 50.0
SET SCA_IAB_StratosphericSulfateThreshold 0.001
SET SCA_VolcanicAshDepolarizationThreshold 0.15
SET SCA_StratosphericSmokeDepolarizationThreshold 0.075
SET SCA_StratosphericSmokeColorRatioThreshold 0.5

// 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



// record full resolution data
AVERAGE_SCATTERING_RATIO 1 0 582
AVERAGE_532_ATTEN_BS     1 0 582
AVERAGE_532_PAR_ATTEN_BS 1 0 582
AVERAGE_532_PER_ATTEN_BS 1 0 582
AVERAGE_1064_ATTEN_BS    1 0 582

AVERAGE_SCATTERING_RATIO 2 0 582
AVERAGE_532_ATTEN_BS     2 0 582
AVERAGE_532_PAR_ATTEN_BS 2 0 582
AVERAGE_532_PER_ATTEN_BS 2 0 582
AVERAGE_1064_ATTEN_BS    2 0 582

AVERAGE_SCATTERING_RATIO 3 0 582
AVERAGE_532_ATTEN_BS     3 0 582
AVERAGE_532_PAR_ATTEN_BS 3 0 582
AVERAGE_532_PER_ATTEN_BS 3 0 582
AVERAGE_1064_ATTEN_BS    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                  1.25
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

//
//  interpolate over negative surface anomalies in the atmospheric
//  portions of the data
//
INTERPOLATE_NSA 1

//
// re-average to include INTERPOLATE_NSA values
//
AVERAGE_SCATTERING_RATIO 1 0 582
AVERAGE_532_ATTEN_BS     1 0 582
AVERAGE_532_PAR_ATTEN_BS 1 0 582
AVERAGE_532_PER_ATTEN_BS 1 0 582
AVERAGE_1064_ATTEN_BS    1 0 582

AVERAGE_SCATTERING_RATIO 2 0 582
AVERAGE_532_ATTEN_BS     2 0 582
AVERAGE_532_PAR_ATTEN_BS 2 0 582
AVERAGE_532_PER_ATTEN_BS 2 0 582
AVERAGE_1064_ATTEN_BS    2 0 582

AVERAGE_SCATTERING_RATIO 3 0 582
AVERAGE_532_ATTEN_BS     3 0 582
AVERAGE_532_PAR_ATTEN_BS 3 0 582
AVERAGE_532_PER_ATTEN_BS 3 0 582
AVERAGE_1064_ATTEN_BS    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
CLEAR_FEATURES 3


AVERAGE_SCATTERING_RATIO 4 0 582
AVERAGE_532_ATTEN_BS     4 0 582
AVERAGE_532_PAR_ATTEN_BS 4 0 582
AVERAGE_532_PER_ATTEN_BS 4 0 582
AVERAGE_1064_ATTEN_BS    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_SCATTERING_RATIO 5 0 582
AVERAGE_532_ATTEN_BS     5 0 582
AVERAGE_532_PAR_ATTEN_BS 5 0 582
AVERAGE_532_PER_ATTEN_BS 5 0 582
AVERAGE_1064_ATTEN_BS    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_SCATTERING_RATIO 3 0 582
AVERAGE_532_ATTEN_BS     3 0 582
AVERAGE_532_PAR_ATTEN_BS 3 0 582
AVERAGE_532_PER_ATTEN_BS 3 0 582
AVERAGE_1064_ATTEN_BS    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_SCATTERING_RATIO 4 0 582
AVERAGE_532_ATTEN_BS     4 0 582
AVERAGE_532_PAR_ATTEN_BS 4 0 582
AVERAGE_532_PER_ATTEN_BS 4 0 582
AVERAGE_1064_ATTEN_BS    4 0 582

CALC_FEATURE_STATS 4
CLEAR_FEATURES  4

AVERAGE_SCATTERING_RATIO 5 0 582
AVERAGE_532_ATTEN_BS     5 0 582
AVERAGE_532_PAR_ATTEN_BS 5 0 582
AVERAGE_532_PER_ATTEN_BS 5 0 582
AVERAGE_1064_ATTEN_BS    5 0 582

CALC_FEATURE_STATS 5
CLEAR_FEATURES 5

PERFORM_SC 1 2 3 4 5

//
//    end of 'cirrus stitching' section
//



//
// 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_SCATTERING_RATIO 3 0 582
AVERAGE_532_ATTEN_BS     3 0 582
AVERAGE_532_PAR_ATTEN_BS 3 0 582
AVERAGE_532_PER_ATTEN_BS 3 0 582
AVERAGE_1064_ATTEN_BS    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

PERFORM_EXTINCTION2

HARVEST_POST_EXTINCTION_DATA

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



";
    }
}