netcdf CLDPROPCOSP_M3_MODIS_Aqua.A2014032.011.2020112203433 { dimensions: latitude = 180 ; longitude = 360 ; histo_cloud_optical_thickness_liquid_7 = 7 ; jhisto_vs_cloud_particle_size_liquid_6 = 6 ; histo_cloud_optical_thickness_ice_7 = 7 ; jhisto_vs_cloud_particle_size_ice_6 = 6 ; histo_cloud_optical_thickness_total_7 = 7 ; jhisto_vs_cloud_top_pressure_7 = 7 ; histo_cloud_optical_thickness_pcl_total_7 = 7 ; variables: double latitude(latitude) ; latitude:_FillValue = -999. ; latitude:units = "degrees_north" ; double longitude(longitude) ; longitude:_FillValue = -999. ; longitude:units = "degrees_east" ; // global attributes: :_NCProperties = "version=1|netcdflibversion=4.4.1|hdf5libversion=1.8.17" ; :YAML_config = "grid_settings:\n gridsize: 1\n projection: conformal\n lat_in: latitude\n lon_in: longitude\n lat_out: latitude\n lon_out: longitude\n fill_value: -999\n\nvariable_settings:\n\n - name_in: Solar_Zenith\n name_out: Solar_Zenith\n attributes: \n - name: long_name\n value: Solar Zenith Angle (Cell to Sun) for Daytime Scenes\n - name: units\n value: degrees\n - name: _FillValue\n value: -999.0\n - name: valid_min\n value: 0.0\n - name: valid_max\n value: 180.0\n - name: scale_factor\n value: 1.0\n - name: add_offset\n value: 0.0\n masks:\n - Mask_Day\n - Mask_VZA_65p5\n\n - name_in: Solar_Azimuth\n name_out: Solar_Azimuth\n attributes: \n - name: long_name\n value: Solar Azimuth Angle (Cell to Sun) for Daytime Scenes\n - name: units\n value: degrees\n - name: _FillValue\n value: -999.0\n - name: valid_min\n value: -180.0\n - name: valid_max\n value: 180.0\n - name: scale_factor\n value: 1.0\n - name: add_offset\n value: 0.0\n masks:\n - Mask_Day\n - Mask_VZA_65p5\n\n - name_in: Sensor_Zenith\n name_out: Sensor_Zenith\n attributes: \n - name: long_name\n value: Sensor Zenith Angle (Cell to Sensor) for Daytime Scenes\n - name: units\n value: degrees\n - name: _FillValue\n value: -999.0\n - name: valid_min\n value: 0.0\n - name: valid_max\n value: 180.0\n - name: scale_factor\n value: 1.0\n - name: add_offset\n value: 0.0\n masks:\n - Mask_Day\n - Mask_VZA_65p5\n\n - name_in: Sensor_Azimuth\n name_out: Sensor_Azimuth\n attributes: \n - name: long_name\n value: Sensor Azimuth Angle (Cell to Sensor) for Daytime Scenes\n - name: units\n value: degrees\n - name: _FillValue\n value: -999.0\n - name: valid_min\n value: -180.0\n - name: valid_max\n value: 180.0\n - name: scale_factor\n value: 1.0\n - name: add_offset\n value: 0.0\n masks:\n - Mask_Day\n - Mask_VZA_65p5\n\n\n - name_in: Cloud_Top_Pressure\n name_out: Cloud_Top_Pressure\n attributes: \n - name: long_name\n value: Cloud Top Pressure for Daytime Scenes\n - name: units\n value: mb\n - name: _FillValue\n value: -999.0\n - name: valid_min\n value: 1.0\n - name: valid_max\n value: 1100.0\n - name: scale_factor\n value: 1.0\n - name: add_offset\n value: 0.0\n masks:\n - Mask_Day\n - Mask_VZA_65p5\n\n\n - name_in: Cloud_Mask_Cloudiness\n name_out: Cloud_Mask_Fraction\n attributes: \n - name: long_name\n value: Cloud Fraction from Cloud Mask for Daytime Scenes\n - name: units\n value: none\n - name: _FillValue\n value: -999.0\n - name: valid_min\n value: 0.0\n - name: valid_max\n value: 1.0\n - name: scale_factor\n value: 1.0\n - name: add_offset\n value: 0.0\n masks:\n - Mask_Day\n - Mask_VZA_65p5\n\n - name_in: Cloud_Mask_Cloudiness\n name_out: Cloud_Mask_Fraction_Low\n attributes: \n - name: long_name\n value: Cloud Fraction from Cloud Mask (Low, CTP GE 680 hPa) for Daytime Scenes\n - name: units\n value: none\n - name: _FillValue\n value: -999.0\n - name: valid_min\n value: 0.0\n - name: valid_max\n value: 1.0\n - name: scale_factor\n value: 1.0\n - name: add_offset\n value: 0.0\n masks:\n - Mask_Day\n - Mask_Low\n - Mask_VZA_65p5\n\n - name_in: Cloud_Mask_Cloudiness\n name_out: Cloud_Mask_Fraction_Mid\n attributes: \n - name: long_name\n value: Cloud Fraction from Cloud Mask (Mid, 680 hPa GT CTP GE 440 hPa) for Daytime Scenes\n - name: units\n value: none\n - name: _FillValue\n value: -999.0\n - name: valid_min\n value: 0.0\n - name: valid_max\n value: 1.0\n - name: scale_factor\n value: 1.0\n - name: add_offset\n value: 0.0\n masks:\n - Mask_Day\n - Mask_Middle\n - Mask_VZA_65p5\n\n - name_in: Cloud_Mask_Cloudiness\n name_out: Cloud_Mask_Fraction_High\n attributes: \n - name: long_name\n value: Cloud Fraction from Cloud Mask (High, CTP LT 440 hPa) for Daytime Scenes\n - name: units\n value: none\n - name: _FillValue\n value: -999.0\n - name: valid_min\n value: 0.0\n - name: valid_max\n value: 1.0\n - name: scale_factor\n value: 1.0\n - name: add_offset\n value: 0.0\n masks:\n - Mask_Day\n - Mask_High\n - Mask_VZA_65p5\n\n\n\n\n\n\n\n\n - name_in: Cloud_Optical_Thickness_37\n name_out: Cloud_Optical_Thickness_Liquid\n attributes: \n - name: long_name\n value: Cloud Optical Thickness for Liquid Water Clouds (3.7 micron Retrieval for Cloudy Scenes)\n - name: units\n value: none\n - name: _FillValue\n value: -999.0\n - name: valid_min\n value: 0.0\n - name: valid_max\n value: 150.0\n - name: scale_factor\n value: 1.0\n - name: add_offset\n value: 0.0\n 2D_histograms:\n - name_out: JHisto_vs_Cloud_Particle_Size_Liquid\n primary_var:\n edges: [0.0, 0.3, 1.3, 3.6, 9.4, 23.0, 60.0, 150.0]\n joint_var:\n name_in: Cloud_Effective_Radius_37\n edges: [4.0, 8.0, 10.0, 13.0, 15.0, 20.0, 30.0]\n masks:\n - Mask_Liquid_Water_Phase_Clouds\n - Mask_VZA_65p5\n\n - name_in: Cloud_Optical_Thickness_37\n name_out: Cloud_Optical_Thickness_Ice\n attributes: \n - name: long_name\n value: Cloud Optical Thickness for Ice Clouds (3.7 micron Retrieval for Cloudy Scenes)\n - name: units\n value: none\n - name: _FillValue\n value: -999.0\n - name: valid_min\n value: 0.0\n - name: valid_max\n value: 150.0\n - name: scale_factor\n value: 1.0\n - name: add_offset\n value: 0.0\n 2D_histograms:\n - name_out: JHisto_vs_Cloud_Particle_Size_Ice\n primary_var:\n edges: [0.0, 0.3, 1.3, 3.6, 9.4, 23.0, 60.0, 150.0]\n joint_var:\n name_in: Cloud_Effective_Radius_37\n edges: [5.0, 10.0, 20.0, 30.0, 40.0, 50.0, 60.0]\n masks:\n - Mask_Ice_Phase_Clouds\n - Mask_VZA_65p5\n\n \n - name_in: Cloud_Optical_Thickness_37\n name_out: Cloud_Optical_Thickness_Total\n attributes: \n - name: long_name\n value: Cloud Optical Thickness for Combined (LiquidWater+Ice+Undetermined) Phase Clouds (3.7 micron Retrieval for Cloudy Scenes)\n - name: units\n value: none\n - name: _FillValue\n value: -999.0\n - name: valid_min\n value: 0.0\n - name: valid_max\n value: 150.0\n - name: scale_factor\n value: 1.0\n - name: add_offset\n value: 0.0\n 2D_histograms:\n - name_out: JHisto_vs_Cloud_Top_Pressure\n primary_var:\n edges: [0.0, 0.3, 1.3, 3.6, 9.4, 23.0, 60.0, 150.0]\n joint_var:\n name_in: Cloud_Top_Pressure\n edges: [0.0, 180.0, 310.0, 440.0, 560.0, 680.0, 800.0, 10000.0]\n masks:\n - Mask_Combined_Phase_Clouds\n - Mask_VZA_65p5\n\n\n - name_in: Cloud_Optical_Thickness_37_PCL\n name_out: Cloud_Optical_Thickness_PCL_Total\n only_histograms:\n attributes: \n - name: long_name\n value: Cloud Optical Thickness for Combined (LiquidWater+Ice+Undetermined) Phase Clouds (3.7 micron Retrieval for Partly Cloudy (PCL) Scenes)\n - name: units\n value: none\n - name: _FillValue\n value: -999.0\n - name: valid_min\n value: 0.0\n - name: valid_max\n value: 150.0\n - name: scale_factor\n value: 1.0\n - name: add_offset\n value: 0.0\n 2D_histograms:\n - name_out: JHisto_vs_Cloud_Top_Pressure\n primary_var:\n edges: [0.0, 0.3, 1.3, 3.6, 9.4, 23.0, 60.0, 150.0]\n joint_var:\n name_in: Cloud_Top_Pressure\n edges: [0.0, 180.0, 310.0, 440.0, 560.0, 680.0, 800.0, 10000.0]\n masks:\n - Mask_Combined_Phase_Clouds\n - Mask_VZA_65p5\n\n\n\n\n\n\n - name_in: Cloud_Optical_Thickness_37_Log\n name_out: Cloud_Optical_Thickness_Log10_Liquid\n attributes: \n - name: long_name\n value: Cloud Optical Thickness Log10 for Liquid Water Clouds (3.7 micron Retrieval for Cloudy Scenes)\n - name: units\n value: none\n - name: _FillValue\n value: -999.0\n - name: valid_min\n value: -2.0\n - name: valid_max\n value: 2.176\n - name: scale_factor\n value: 1.0\n - name: add_offset\n value: 0.0\n masks:\n - Mask_Liquid_Water_Phase_Clouds\n - Mask_VZA_65p5\n\n - name_in: Cloud_Optical_Thickness_37_Log\n name_out: Cloud_Optical_Thickness_Log10_Ice\n attributes: \n - name: long_name\n value: Cloud Optical Thickness Log10 for Ice Clouds (3.7 micron Retrieval for Cloudy Scenes)\n - name: units\n value: none\n - name: _FillValue\n value: -999.0\n - name: valid_min\n value: -2.0\n - name: valid_max\n value: 2.176\n - name: scale_factor\n value: 1.0\n - name: add_offset\n value: 0.0\n masks:\n - Mask_Ice_Phase_Clouds\n - Mask_VZA_65p5\n\n \n - name_in: Cloud_Optical_Thickness_37_Log\n name_out: Cloud_Optical_Thickness_Log10_Total\n attributes: \n - name: long_name\n value: Cloud Optical Thickness Log10 for Combined (LiquidWater+Ice+Undetermined) Phase Clouds (3.7 micron Retrieval for Cloudy Scenes)\n - name: units\n value: none\n - name: _FillValue\n value: -999.0\n - name: valid_min\n value: -2.0\n - name: valid_max\n value: 2.176\n - name: scale_factor\n value: 1.0\n - name: add_offset\n value: 0.0\n masks:\n - Mask_Combined_Phase_Clouds\n - Mask_VZA_65p5\n\n\n\n - name_in: Cloud_Effective_Radius_37\n name_out: Cloud_Particle_Size_Liquid\n attributes: \n - name: long_name\n value: Cloud Effective Radius for Liquid Water Clouds (3.7 micron Retrieval for Cloudy Scenes)\n - name: units\n value: microns\n - name: _FillValue\n value: -999.0\n - name: valid_min\n value: 4.0\n - name: valid_max\n value: 30.0\n - name: scale_factor\n value: 1.0\n - name: add_offset\n value: 0.0\n masks:\n - Mask_Liquid_Water_Phase_Clouds\n - Mask_VZA_65p5\n\n - name_in: Cloud_Effective_Radius_37\n name_out: Cloud_Particle_Size_Ice\n attributes: \n - name: long_name\n value: Cloud Effective Radius for Ice Clouds (3.7 micron Retrieval for Cloudy Scenes)\n - name: units\n value: microns\n - name: _FillValue\n value: -999.0\n - name: valid_min\n value: 5.0\n - name: valid_max\n value: 60.0\n - name: scale_factor\n value: 1.0\n - name: add_offset\n value: 0.0\n masks:\n - Mask_Ice_Phase_Clouds\n - Mask_VZA_65p5\n\n\n\n\n - name_in: Cloud_Water_Path_37\n name_out: Cloud_Water_Path_Liquid\n attributes: \n - name: long_name\n value: Cloud Water Path for Liquid Water Clouds (3.7 micron Retrieval for Cloudy Scenes)\n - name: units\n value: g/m^2 \n - name: _FillValue\n value: -999.0\n - name: valid_min\n value: 0.0\n - name: valid_max\n value: 3000.0\n - name: scale_factor\n value: 1.0\n - name: add_offset\n value: 0.0\n masks:\n - Mask_Liquid_Water_Phase_Clouds\n - Mask_VZA_65p5\n\n - name_in: Cloud_Water_Path_37\n name_out: Cloud_Water_Path_Ice\n attributes: \n - name: long_name\n value: Cloud Water Path for Ice Clouds (3.7 micron Retrieval for Cloudy Scenes)\n - name: units\n value: g/m^2\n - name: _FillValue\n value: -999.0\n - name: valid_min\n value: 0.0\n - name: valid_max\n value: 6000.0\n - name: scale_factor\n value: 1.0\n - name: add_offset\n value: 0.0\n masks:\n - Mask_Ice_Phase_Clouds\n - Mask_VZA_65p5\n\n\n\n\n\n - name_in: COPR_37_Liquid\n name_out: Cloud_Retrieval_Fraction_Liquid\n attributes: \n - name: long_name\n value: Cloud Optical Properties 3.7 Retrieval Fraction (Liquid Water Clouds)\n - name: units\n value: none\n - name: _FillValue\n value: -999.0\n - name: valid_min\n value: 0.0\n - name: valid_max\n value: 1.0\n - name: scale_factor\n value: 1.0\n - name: add_offset\n value: 0.0\n masks:\n - Mask_VZA_65p5\n\n - name_in: COPR_37_Ice\n name_out: Cloud_Retrieval_Fraction_Ice\n attributes: \n - name: long_name\n value: Cloud Optical Properties 3.7 Retrieval Fraction (Ice Clouds)\n - name: units\n value: none\n - name: _FillValue\n value: -999.0\n - name: valid_min\n value: 0.0\n - name: valid_max\n value: 1.0\n - name: scale_factor\n value: 1.0\n - name: add_offset\n value: 0.0\n masks:\n - Mask_VZA_65p5\n\n - name_in: COPR_37_Combined\n name_out: Cloud_Retrieval_Fraction_Total\n attributes: \n - name: long_name\n value: Cloud Optical Properties 3.7 Retrieval Fraction (Combined (LiquidWater+Ice+Undetermined) Phase Clouds)\n - name: units\n value: none\n - name: _FillValue\n value: -999.0\n - name: valid_min\n value: 0.0\n - name: valid_max\n value: 1.0\n - name: scale_factor\n value: 1.0\n - name: add_offset\n value: 0.0\n masks:\n - Mask_VZA_65p5\n\n\n\n\n\n" ; :Yori_version = "1.3.13" ; :input_files = "CLDPROPCOSP_D3_MODIS_Aqua.A2014051.011.2020112202625.nc,CLDPROPCOSP_D3_MODIS_Aqua.A2014050.011.2020112202626.nc,CLDPROPCOSP_D3_MODIS_Aqua.A2014047.011.2020112202627.nc,CLDPROPCOSP_D3_MODIS_Aqua.A2014046.011.2020112202626.nc,CLDPROPCOSP_D3_MODIS_Aqua.A2014049.011.2020112202628.nc,CLDPROPCOSP_D3_MODIS_Aqua.A2014048.011.2020112202628.nc,CLDPROPCOSP_D3_MODIS_Aqua.A2014043.011.2020112202635.nc,CLDPROPCOSP_D3_MODIS_Aqua.A2014042.011.2020112202630.nc,CLDPROPCOSP_D3_MODIS_Aqua.A2014045.011.2020112202629.nc,CLDPROPCOSP_D3_MODIS_Aqua.A2014044.011.2020112202626.nc,CLDPROPCOSP_D3_MODIS_Aqua.A2014056.011.2020112202628.nc,CLDPROPCOSP_D3_MODIS_Aqua.A2014057.011.2020112202630.nc,CLDPROPCOSP_D3_MODIS_Aqua.A2014058.011.2020112202633.nc,CLDPROPCOSP_D3_MODIS_Aqua.A2014059.011.2020112202628.nc,CLDPROPCOSP_D3_MODIS_Aqua.A2014052.011.2020112202628.nc,CLDPROPCOSP_D3_MODIS_Aqua.A2014053.011.2020112202629.nc,CLDPROPCOSP_D3_MODIS_Aqua.A2014054.011.2020112202630.nc,CLDPROPCOSP_D3_MODIS_Aqua.A2014055.011.2020112202627.nc,CLDPROPCOSP_D3_MODIS_Aqua.A2014041.011.2020112202626.nc,CLDPROPCOSP_D3_MODIS_Aqua.A2014040.011.2020112202629.nc,CLDPROPCOSP_D3_MODIS_Aqua.A2014037.011.2020112202628.nc,CLDPROPCOSP_D3_MODIS_Aqua.A2014036.011.2020112202626.nc,CLDPROPCOSP_D3_MODIS_Aqua.A2014039.011.2020112202628.nc,CLDPROPCOSP_D3_MODIS_Aqua.A2014038.011.2020112202629.nc,CLDPROPCOSP_D3_MODIS_Aqua.A2014033.011.2020112202519.nc,CLDPROPCOSP_D3_MODIS_Aqua.A2014032.011.2020112202516.nc,CLDPROPCOSP_D3_MODIS_Aqua.A2014035.011.2020112202626.nc,CLDPROPCOSP_D3_MODIS_Aqua.A2014034.011.2020112202627.nc" ; :daily = "False" ; group: Solar_Zenith { variables: double Mean(longitude, latitude) ; Mean:_FillValue = -999. ; Mean:title = "Solar_Zenith: Mean" ; Mean:units = "degrees" ; double Standard_Deviation(longitude, latitude) ; Standard_Deviation:_FillValue = -999. ; Standard_Deviation:title = "Solar_Zenith: Standard_Deviation" ; Standard_Deviation:units = "degrees" ; double Sum(longitude, latitude) ; Sum:_FillValue = -999. ; Sum:title = "Solar_Zenith: Sum" ; int Pixel_Counts(longitude, latitude) ; Pixel_Counts:_FillValue = -999 ; Pixel_Counts:title = "Solar_Zenith: Pixel_Counts" ; double Sum_Squares(longitude, latitude) ; Sum_Squares:_FillValue = -999. ; Sum_Squares:title = "Solar_Zenith: Sum_Squares" ; // group attributes: :long_name = "Solar Zenith Angle (Cell to Sun) for Daytime Scenes" ; :units = "degrees" ; :_FillValue = -999. ; :valid_min = 0. ; :valid_max = 180. ; :scale_factor = 1. ; :add_offset = 0. ; } // group Solar_Zenith group: Solar_Azimuth { variables: double Mean(longitude, latitude) ; Mean:_FillValue = -999. ; Mean:title = "Solar_Azimuth: Mean" ; Mean:units = "degrees" ; double Standard_Deviation(longitude, latitude) ; Standard_Deviation:_FillValue = -999. ; Standard_Deviation:title = "Solar_Azimuth: Standard_Deviation" ; Standard_Deviation:units = "degrees" ; double Sum(longitude, latitude) ; Sum:_FillValue = -999. ; Sum:title = "Solar_Azimuth: Sum" ; int Pixel_Counts(longitude, latitude) ; Pixel_Counts:_FillValue = -999 ; Pixel_Counts:title = "Solar_Azimuth: Pixel_Counts" ; double Sum_Squares(longitude, latitude) ; Sum_Squares:_FillValue = -999. ; Sum_Squares:title = "Solar_Azimuth: Sum_Squares" ; // group attributes: :long_name = "Solar Azimuth Angle (Cell to Sun) for Daytime Scenes" ; :units = "degrees" ; :_FillValue = -999. ; :valid_min = -180. ; :valid_max = 180. ; :scale_factor = 1. ; :add_offset = 0. ; } // group Solar_Azimuth group: Sensor_Zenith { variables: double Mean(longitude, latitude) ; Mean:_FillValue = -999. ; Mean:title = "Sensor_Zenith: Mean" ; Mean:units = "degrees" ; double Standard_Deviation(longitude, latitude) ; Standard_Deviation:_FillValue = -999. ; Standard_Deviation:title = "Sensor_Zenith: Standard_Deviation" ; Standard_Deviation:units = "degrees" ; double Sum(longitude, latitude) ; Sum:_FillValue = -999. ; Sum:title = "Sensor_Zenith: Sum" ; int Pixel_Counts(longitude, latitude) ; Pixel_Counts:_FillValue = -999 ; Pixel_Counts:title = "Sensor_Zenith: Pixel_Counts" ; double Sum_Squares(longitude, latitude) ; Sum_Squares:_FillValue = -999. ; Sum_Squares:title = "Sensor_Zenith: Sum_Squares" ; // group attributes: :long_name = "Sensor Zenith Angle (Cell to Sensor) for Daytime Scenes" ; :units = "degrees" ; :_FillValue = -999. ; :valid_min = 0. ; :valid_max = 180. ; :scale_factor = 1. ; :add_offset = 0. ; } // group Sensor_Zenith group: Sensor_Azimuth { variables: double Mean(longitude, latitude) ; Mean:_FillValue = -999. ; Mean:title = "Sensor_Azimuth: Mean" ; Mean:units = "degrees" ; double Standard_Deviation(longitude, latitude) ; Standard_Deviation:_FillValue = -999. ; Standard_Deviation:title = "Sensor_Azimuth: Standard_Deviation" ; Standard_Deviation:units = "degrees" ; double Sum(longitude, latitude) ; Sum:_FillValue = -999. ; Sum:title = "Sensor_Azimuth: Sum" ; int Pixel_Counts(longitude, latitude) ; Pixel_Counts:_FillValue = -999 ; Pixel_Counts:title = "Sensor_Azimuth: Pixel_Counts" ; double Sum_Squares(longitude, latitude) ; Sum_Squares:_FillValue = -999. ; Sum_Squares:title = "Sensor_Azimuth: Sum_Squares" ; // group attributes: :long_name = "Sensor Azimuth Angle (Cell to Sensor) for Daytime Scenes" ; :units = "degrees" ; :_FillValue = -999. ; :valid_min = -180. ; :valid_max = 180. ; :scale_factor = 1. ; :add_offset = 0. ; } // group Sensor_Azimuth group: Cloud_Top_Pressure { variables: double Mean(longitude, latitude) ; Mean:_FillValue = -999. ; Mean:title = "Cloud_Top_Pressure: Mean" ; Mean:units = "mb" ; double Standard_Deviation(longitude, latitude) ; Standard_Deviation:_FillValue = -999. ; Standard_Deviation:title = "Cloud_Top_Pressure: Standard_Deviation" ; Standard_Deviation:units = "mb" ; double Sum(longitude, latitude) ; Sum:_FillValue = -999. ; Sum:title = "Cloud_Top_Pressure: Sum" ; int Pixel_Counts(longitude, latitude) ; Pixel_Counts:_FillValue = -999 ; Pixel_Counts:title = "Cloud_Top_Pressure: Pixel_Counts" ; double Sum_Squares(longitude, latitude) ; Sum_Squares:_FillValue = -999. ; Sum_Squares:title = "Cloud_Top_Pressure: Sum_Squares" ; // group attributes: :long_name = "Cloud Top Pressure for Daytime Scenes" ; :units = "mb" ; :_FillValue = -999. ; :valid_min = 1. ; :valid_max = 1100. ; :scale_factor = 1. ; :add_offset = 0. ; } // group Cloud_Top_Pressure group: Cloud_Mask_Fraction { variables: double Mean(longitude, latitude) ; Mean:_FillValue = -999. ; Mean:title = "Cloud_Mask_Fraction: Mean" ; Mean:units = "none" ; double Standard_Deviation(longitude, latitude) ; Standard_Deviation:_FillValue = -999. ; Standard_Deviation:title = "Cloud_Mask_Fraction: Standard_Deviation" ; Standard_Deviation:units = "none" ; double Sum(longitude, latitude) ; Sum:_FillValue = -999. ; Sum:title = "Cloud_Mask_Fraction: Sum" ; int Pixel_Counts(longitude, latitude) ; Pixel_Counts:_FillValue = -999 ; Pixel_Counts:title = "Cloud_Mask_Fraction: Pixel_Counts" ; double Sum_Squares(longitude, latitude) ; Sum_Squares:_FillValue = -999. ; Sum_Squares:title = "Cloud_Mask_Fraction: Sum_Squares" ; // group attributes: :long_name = "Cloud Fraction from Cloud Mask for Daytime Scenes" ; :units = "none" ; :_FillValue = -999. ; :valid_min = 0. ; :valid_max = 1. ; :scale_factor = 1. ; :add_offset = 0. ; } // group Cloud_Mask_Fraction group: Cloud_Mask_Fraction_Low { variables: double Mean(longitude, latitude) ; Mean:_FillValue = -999. ; Mean:title = "Cloud_Mask_Fraction_Low: Mean" ; Mean:units = "none" ; double Standard_Deviation(longitude, latitude) ; Standard_Deviation:_FillValue = -999. ; Standard_Deviation:title = "Cloud_Mask_Fraction_Low: Standard_Deviation" ; Standard_Deviation:units = "none" ; double Sum(longitude, latitude) ; Sum:_FillValue = -999. ; Sum:title = "Cloud_Mask_Fraction_Low: Sum" ; int Pixel_Counts(longitude, latitude) ; Pixel_Counts:_FillValue = -999 ; Pixel_Counts:title = "Cloud_Mask_Fraction_Low: Pixel_Counts" ; double Sum_Squares(longitude, latitude) ; Sum_Squares:_FillValue = -999. ; Sum_Squares:title = "Cloud_Mask_Fraction_Low: Sum_Squares" ; // group attributes: :long_name = "Cloud Fraction from Cloud Mask (Low, CTP GE 680 hPa) for Daytime Scenes" ; :units = "none" ; :_FillValue = -999. ; :valid_min = 0. ; :valid_max = 1. ; :scale_factor = 1. ; :add_offset = 0. ; } // group Cloud_Mask_Fraction_Low group: Cloud_Mask_Fraction_Mid { variables: double Mean(longitude, latitude) ; Mean:_FillValue = -999. ; Mean:title = "Cloud_Mask_Fraction_Mid: Mean" ; Mean:units = "none" ; double Standard_Deviation(longitude, latitude) ; Standard_Deviation:_FillValue = -999. ; Standard_Deviation:title = "Cloud_Mask_Fraction_Mid: Standard_Deviation" ; Standard_Deviation:units = "none" ; double Sum(longitude, latitude) ; Sum:_FillValue = -999. ; Sum:title = "Cloud_Mask_Fraction_Mid: Sum" ; int Pixel_Counts(longitude, latitude) ; Pixel_Counts:_FillValue = -999 ; Pixel_Counts:title = "Cloud_Mask_Fraction_Mid: Pixel_Counts" ; double Sum_Squares(longitude, latitude) ; Sum_Squares:_FillValue = -999. ; Sum_Squares:title = "Cloud_Mask_Fraction_Mid: Sum_Squares" ; // group attributes: :long_name = "Cloud Fraction from Cloud Mask (Mid, 680 hPa GT CTP GE 440 hPa) for Daytime Scenes" ; :units = "none" ; :_FillValue = -999. ; :valid_min = 0. ; :valid_max = 1. ; :scale_factor = 1. ; :add_offset = 0. ; } // group Cloud_Mask_Fraction_Mid group: Cloud_Mask_Fraction_High { variables: double Mean(longitude, latitude) ; Mean:_FillValue = -999. ; Mean:title = "Cloud_Mask_Fraction_High: Mean" ; Mean:units = "none" ; double Standard_Deviation(longitude, latitude) ; Standard_Deviation:_FillValue = -999. ; Standard_Deviation:title = "Cloud_Mask_Fraction_High: Standard_Deviation" ; Standard_Deviation:units = "none" ; double Sum(longitude, latitude) ; Sum:_FillValue = -999. ; Sum:title = "Cloud_Mask_Fraction_High: Sum" ; int Pixel_Counts(longitude, latitude) ; Pixel_Counts:_FillValue = -999 ; Pixel_Counts:title = "Cloud_Mask_Fraction_High: Pixel_Counts" ; double Sum_Squares(longitude, latitude) ; Sum_Squares:_FillValue = -999. ; Sum_Squares:title = "Cloud_Mask_Fraction_High: Sum_Squares" ; // group attributes: :long_name = "Cloud Fraction from Cloud Mask (High, CTP LT 440 hPa) for Daytime Scenes" ; :units = "none" ; :_FillValue = -999. ; :valid_min = 0. ; :valid_max = 1. ; :scale_factor = 1. ; :add_offset = 0. ; } // group Cloud_Mask_Fraction_High group: Cloud_Optical_Thickness_Liquid { variables: double Mean(longitude, latitude) ; Mean:_FillValue = -999. ; Mean:title = "Cloud_Optical_Thickness_Liquid: Mean" ; Mean:units = "none" ; double Standard_Deviation(longitude, latitude) ; Standard_Deviation:_FillValue = -999. ; Standard_Deviation:title = "Cloud_Optical_Thickness_Liquid: Standard_Deviation" ; Standard_Deviation:units = "none" ; double Sum(longitude, latitude) ; Sum:_FillValue = -999. ; Sum:title = "Cloud_Optical_Thickness_Liquid: Sum" ; int Pixel_Counts(longitude, latitude) ; Pixel_Counts:_FillValue = -999 ; Pixel_Counts:title = "Cloud_Optical_Thickness_Liquid: Pixel_Counts" ; double Sum_Squares(longitude, latitude) ; Sum_Squares:_FillValue = -999. ; Sum_Squares:title = "Cloud_Optical_Thickness_Liquid: Sum_Squares" ; int JHisto_vs_Cloud_Particle_Size_Liquid(longitude, latitude, histo_cloud_optical_thickness_liquid_7, jhisto_vs_cloud_particle_size_liquid_6) ; JHisto_vs_Cloud_Particle_Size_Liquid:_FillValue = -999 ; JHisto_vs_Cloud_Particle_Size_Liquid:title = "Cloud_Optical_Thickness_Liquid: JHisto_vs_Cloud_Particle_Size_Liquid" ; JHisto_vs_Cloud_Particle_Size_Liquid:JHisto_Bin_Boundaries = 0., 0.3, 1.3, 3.6, 9.4, 23., 60., 150. ; JHisto_vs_Cloud_Particle_Size_Liquid:JHisto_Bin_Boundaries_Joint_Parameter = 4., 8., 10., 13., 15., 20., 30. ; // group attributes: :long_name = "Cloud Optical Thickness for Liquid Water Clouds (3.7 micron Retrieval for Cloudy Scenes)" ; :units = "none" ; :_FillValue = -999. ; :valid_min = 0. ; :valid_max = 150. ; :scale_factor = 1. ; :add_offset = 0. ; } // group Cloud_Optical_Thickness_Liquid group: Cloud_Optical_Thickness_Ice { variables: double Mean(longitude, latitude) ; Mean:_FillValue = -999. ; Mean:title = "Cloud_Optical_Thickness_Ice: Mean" ; Mean:units = "none" ; double Standard_Deviation(longitude, latitude) ; Standard_Deviation:_FillValue = -999. ; Standard_Deviation:title = "Cloud_Optical_Thickness_Ice: Standard_Deviation" ; Standard_Deviation:units = "none" ; double Sum(longitude, latitude) ; Sum:_FillValue = -999. ; Sum:title = "Cloud_Optical_Thickness_Ice: Sum" ; int Pixel_Counts(longitude, latitude) ; Pixel_Counts:_FillValue = -999 ; Pixel_Counts:title = "Cloud_Optical_Thickness_Ice: Pixel_Counts" ; double Sum_Squares(longitude, latitude) ; Sum_Squares:_FillValue = -999. ; Sum_Squares:title = "Cloud_Optical_Thickness_Ice: Sum_Squares" ; int JHisto_vs_Cloud_Particle_Size_Ice(longitude, latitude, histo_cloud_optical_thickness_ice_7, jhisto_vs_cloud_particle_size_ice_6) ; JHisto_vs_Cloud_Particle_Size_Ice:_FillValue = -999 ; JHisto_vs_Cloud_Particle_Size_Ice:title = "Cloud_Optical_Thickness_Ice: JHisto_vs_Cloud_Particle_Size_Ice" ; JHisto_vs_Cloud_Particle_Size_Ice:JHisto_Bin_Boundaries = 0., 0.3, 1.3, 3.6, 9.4, 23., 60., 150. ; JHisto_vs_Cloud_Particle_Size_Ice:JHisto_Bin_Boundaries_Joint_Parameter = 5., 10., 20., 30., 40., 50., 60. ; // group attributes: :long_name = "Cloud Optical Thickness for Ice Clouds (3.7 micron Retrieval for Cloudy Scenes)" ; :units = "none" ; :_FillValue = -999. ; :valid_min = 0. ; :valid_max = 150. ; :scale_factor = 1. ; :add_offset = 0. ; } // group Cloud_Optical_Thickness_Ice group: Cloud_Optical_Thickness_Total { variables: double Mean(longitude, latitude) ; Mean:_FillValue = -999. ; Mean:title = "Cloud_Optical_Thickness_Total: Mean" ; Mean:units = "none" ; double Standard_Deviation(longitude, latitude) ; Standard_Deviation:_FillValue = -999. ; Standard_Deviation:title = "Cloud_Optical_Thickness_Total: Standard_Deviation" ; Standard_Deviation:units = "none" ; double Sum(longitude, latitude) ; Sum:_FillValue = -999. ; Sum:title = "Cloud_Optical_Thickness_Total: Sum" ; int Pixel_Counts(longitude, latitude) ; Pixel_Counts:_FillValue = -999 ; Pixel_Counts:title = "Cloud_Optical_Thickness_Total: Pixel_Counts" ; double Sum_Squares(longitude, latitude) ; Sum_Squares:_FillValue = -999. ; Sum_Squares:title = "Cloud_Optical_Thickness_Total: Sum_Squares" ; int JHisto_vs_Cloud_Top_Pressure(longitude, latitude, histo_cloud_optical_thickness_total_7, jhisto_vs_cloud_top_pressure_7) ; JHisto_vs_Cloud_Top_Pressure:_FillValue = -999 ; JHisto_vs_Cloud_Top_Pressure:title = "Cloud_Optical_Thickness_Total: JHisto_vs_Cloud_Top_Pressure" ; JHisto_vs_Cloud_Top_Pressure:JHisto_Bin_Boundaries = 0., 0.3, 1.3, 3.6, 9.4, 23., 60., 150. ; JHisto_vs_Cloud_Top_Pressure:JHisto_Bin_Boundaries_Joint_Parameter = 0., 180., 310., 440., 560., 680., 800., 10000. ; // group attributes: :long_name = "Cloud Optical Thickness for Combined (LiquidWater+Ice+Undetermined) Phase Clouds (3.7 micron Retrieval for Cloudy Scenes)" ; :units = "none" ; :_FillValue = -999. ; :valid_min = 0. ; :valid_max = 150. ; :scale_factor = 1. ; :add_offset = 0. ; } // group Cloud_Optical_Thickness_Total group: Cloud_Optical_Thickness_PCL_Total { variables: int JHisto_vs_Cloud_Top_Pressure(longitude, latitude, histo_cloud_optical_thickness_pcl_total_7, jhisto_vs_cloud_top_pressure_7) ; JHisto_vs_Cloud_Top_Pressure:_FillValue = -999 ; JHisto_vs_Cloud_Top_Pressure:title = "Cloud_Optical_Thickness_PCL_Total: JHisto_vs_Cloud_Top_Pressure" ; JHisto_vs_Cloud_Top_Pressure:JHisto_Bin_Boundaries = 0., 0.3, 1.3, 3.6, 9.4, 23., 60., 150. ; JHisto_vs_Cloud_Top_Pressure:JHisto_Bin_Boundaries_Joint_Parameter = 0., 180., 310., 440., 560., 680., 800., 10000. ; // group attributes: :long_name = "Cloud Optical Thickness for Combined (LiquidWater+Ice+Undetermined) Phase Clouds (3.7 micron Retrieval for Partly Cloudy (PCL) Scenes)" ; :units = "none" ; :_FillValue = -999. ; :valid_min = 0. ; :valid_max = 150. ; :scale_factor = 1. ; :add_offset = 0. ; } // group Cloud_Optical_Thickness_PCL_Total group: Cloud_Optical_Thickness_Log10_Liquid { variables: double Mean(longitude, latitude) ; Mean:_FillValue = -999. ; Mean:title = "Cloud_Optical_Thickness_Log10_Liquid: Mean" ; Mean:units = "none" ; double Standard_Deviation(longitude, latitude) ; Standard_Deviation:_FillValue = -999. ; Standard_Deviation:title = "Cloud_Optical_Thickness_Log10_Liquid: Standard_Deviation" ; Standard_Deviation:units = "none" ; double Sum(longitude, latitude) ; Sum:_FillValue = -999. ; Sum:title = "Cloud_Optical_Thickness_Log10_Liquid: Sum" ; int Pixel_Counts(longitude, latitude) ; Pixel_Counts:_FillValue = -999 ; Pixel_Counts:title = "Cloud_Optical_Thickness_Log10_Liquid: Pixel_Counts" ; double Sum_Squares(longitude, latitude) ; Sum_Squares:_FillValue = -999. ; Sum_Squares:title = "Cloud_Optical_Thickness_Log10_Liquid: Sum_Squares" ; // group attributes: :long_name = "Cloud Optical Thickness Log10 for Liquid Water Clouds (3.7 micron Retrieval for Cloudy Scenes)" ; :units = "none" ; :_FillValue = -999. ; :valid_min = -2. ; :valid_max = 2.176 ; :scale_factor = 1. ; :add_offset = 0. ; } // group Cloud_Optical_Thickness_Log10_Liquid group: Cloud_Optical_Thickness_Log10_Ice { variables: double Mean(longitude, latitude) ; Mean:_FillValue = -999. ; Mean:title = "Cloud_Optical_Thickness_Log10_Ice: Mean" ; Mean:units = "none" ; double Standard_Deviation(longitude, latitude) ; Standard_Deviation:_FillValue = -999. ; Standard_Deviation:title = "Cloud_Optical_Thickness_Log10_Ice: Standard_Deviation" ; Standard_Deviation:units = "none" ; double Sum(longitude, latitude) ; Sum:_FillValue = -999. ; Sum:title = "Cloud_Optical_Thickness_Log10_Ice: Sum" ; int Pixel_Counts(longitude, latitude) ; Pixel_Counts:_FillValue = -999 ; Pixel_Counts:title = "Cloud_Optical_Thickness_Log10_Ice: Pixel_Counts" ; double Sum_Squares(longitude, latitude) ; Sum_Squares:_FillValue = -999. ; Sum_Squares:title = "Cloud_Optical_Thickness_Log10_Ice: Sum_Squares" ; // group attributes: :long_name = "Cloud Optical Thickness Log10 for Ice Clouds (3.7 micron Retrieval for Cloudy Scenes)" ; :units = "none" ; :_FillValue = -999. ; :valid_min = -2. ; :valid_max = 2.176 ; :scale_factor = 1. ; :add_offset = 0. ; } // group Cloud_Optical_Thickness_Log10_Ice group: Cloud_Optical_Thickness_Log10_Total { variables: double Mean(longitude, latitude) ; Mean:_FillValue = -999. ; Mean:title = "Cloud_Optical_Thickness_Log10_Total: Mean" ; Mean:units = "none" ; double Standard_Deviation(longitude, latitude) ; Standard_Deviation:_FillValue = -999. ; Standard_Deviation:title = "Cloud_Optical_Thickness_Log10_Total: Standard_Deviation" ; Standard_Deviation:units = "none" ; double Sum(longitude, latitude) ; Sum:_FillValue = -999. ; Sum:title = "Cloud_Optical_Thickness_Log10_Total: Sum" ; int Pixel_Counts(longitude, latitude) ; Pixel_Counts:_FillValue = -999 ; Pixel_Counts:title = "Cloud_Optical_Thickness_Log10_Total: Pixel_Counts" ; double Sum_Squares(longitude, latitude) ; Sum_Squares:_FillValue = -999. ; Sum_Squares:title = "Cloud_Optical_Thickness_Log10_Total: Sum_Squares" ; // group attributes: :long_name = "Cloud Optical Thickness Log10 for Combined (LiquidWater+Ice+Undetermined) Phase Clouds (3.7 micron Retrieval for Cloudy Scenes)" ; :units = "none" ; :_FillValue = -999. ; :valid_min = -2. ; :valid_max = 2.176 ; :scale_factor = 1. ; :add_offset = 0. ; } // group Cloud_Optical_Thickness_Log10_Total group: Cloud_Particle_Size_Liquid { variables: double Mean(longitude, latitude) ; Mean:_FillValue = -999. ; Mean:title = "Cloud_Particle_Size_Liquid: Mean" ; Mean:units = "microns" ; double Standard_Deviation(longitude, latitude) ; Standard_Deviation:_FillValue = -999. ; Standard_Deviation:title = "Cloud_Particle_Size_Liquid: Standard_Deviation" ; Standard_Deviation:units = "microns" ; double Sum(longitude, latitude) ; Sum:_FillValue = -999. ; Sum:title = "Cloud_Particle_Size_Liquid: Sum" ; int Pixel_Counts(longitude, latitude) ; Pixel_Counts:_FillValue = -999 ; Pixel_Counts:title = "Cloud_Particle_Size_Liquid: Pixel_Counts" ; double Sum_Squares(longitude, latitude) ; Sum_Squares:_FillValue = -999. ; Sum_Squares:title = "Cloud_Particle_Size_Liquid: Sum_Squares" ; // group attributes: :long_name = "Cloud Effective Radius for Liquid Water Clouds (3.7 micron Retrieval for Cloudy Scenes)" ; :units = "microns" ; :_FillValue = -999. ; :valid_min = 4. ; :valid_max = 30. ; :scale_factor = 1. ; :add_offset = 0. ; } // group Cloud_Particle_Size_Liquid group: Cloud_Particle_Size_Ice { variables: double Mean(longitude, latitude) ; Mean:_FillValue = -999. ; Mean:title = "Cloud_Particle_Size_Ice: Mean" ; Mean:units = "microns" ; double Standard_Deviation(longitude, latitude) ; Standard_Deviation:_FillValue = -999. ; Standard_Deviation:title = "Cloud_Particle_Size_Ice: Standard_Deviation" ; Standard_Deviation:units = "microns" ; double Sum(longitude, latitude) ; Sum:_FillValue = -999. ; Sum:title = "Cloud_Particle_Size_Ice: Sum" ; int Pixel_Counts(longitude, latitude) ; Pixel_Counts:_FillValue = -999 ; Pixel_Counts:title = "Cloud_Particle_Size_Ice: Pixel_Counts" ; double Sum_Squares(longitude, latitude) ; Sum_Squares:_FillValue = -999. ; Sum_Squares:title = "Cloud_Particle_Size_Ice: Sum_Squares" ; // group attributes: :long_name = "Cloud Effective Radius for Ice Clouds (3.7 micron Retrieval for Cloudy Scenes)" ; :units = "microns" ; :_FillValue = -999. ; :valid_min = 5. ; :valid_max = 60. ; :scale_factor = 1. ; :add_offset = 0. ; } // group Cloud_Particle_Size_Ice group: Cloud_Water_Path_Liquid { variables: double Mean(longitude, latitude) ; Mean:_FillValue = -999. ; Mean:title = "Cloud_Water_Path_Liquid: Mean" ; Mean:units = "g/m^2" ; double Standard_Deviation(longitude, latitude) ; Standard_Deviation:_FillValue = -999. ; Standard_Deviation:title = "Cloud_Water_Path_Liquid: Standard_Deviation" ; Standard_Deviation:units = "g/m^2" ; double Sum(longitude, latitude) ; Sum:_FillValue = -999. ; Sum:title = "Cloud_Water_Path_Liquid: Sum" ; int Pixel_Counts(longitude, latitude) ; Pixel_Counts:_FillValue = -999 ; Pixel_Counts:title = "Cloud_Water_Path_Liquid: Pixel_Counts" ; double Sum_Squares(longitude, latitude) ; Sum_Squares:_FillValue = -999. ; Sum_Squares:title = "Cloud_Water_Path_Liquid: Sum_Squares" ; // group attributes: :long_name = "Cloud Water Path for Liquid Water Clouds (3.7 micron Retrieval for Cloudy Scenes)" ; :units = "g/m^2" ; :_FillValue = -999. ; :valid_min = 0. ; :valid_max = 3000. ; :scale_factor = 1. ; :add_offset = 0. ; } // group Cloud_Water_Path_Liquid group: Cloud_Water_Path_Ice { variables: double Mean(longitude, latitude) ; Mean:_FillValue = -999. ; Mean:title = "Cloud_Water_Path_Ice: Mean" ; Mean:units = "g/m^2" ; double Standard_Deviation(longitude, latitude) ; Standard_Deviation:_FillValue = -999. ; Standard_Deviation:title = "Cloud_Water_Path_Ice: Standard_Deviation" ; Standard_Deviation:units = "g/m^2" ; double Sum(longitude, latitude) ; Sum:_FillValue = -999. ; Sum:title = "Cloud_Water_Path_Ice: Sum" ; int Pixel_Counts(longitude, latitude) ; Pixel_Counts:_FillValue = -999 ; Pixel_Counts:title = "Cloud_Water_Path_Ice: Pixel_Counts" ; double Sum_Squares(longitude, latitude) ; Sum_Squares:_FillValue = -999. ; Sum_Squares:title = "Cloud_Water_Path_Ice: Sum_Squares" ; // group attributes: :long_name = "Cloud Water Path for Ice Clouds (3.7 micron Retrieval for Cloudy Scenes)" ; :units = "g/m^2" ; :_FillValue = -999. ; :valid_min = 0. ; :valid_max = 6000. ; :scale_factor = 1. ; :add_offset = 0. ; } // group Cloud_Water_Path_Ice group: Cloud_Retrieval_Fraction_Liquid { variables: double Mean(longitude, latitude) ; Mean:_FillValue = -999. ; Mean:title = "Cloud_Retrieval_Fraction_Liquid: Mean" ; Mean:units = "none" ; double Standard_Deviation(longitude, latitude) ; Standard_Deviation:_FillValue = -999. ; Standard_Deviation:title = "Cloud_Retrieval_Fraction_Liquid: Standard_Deviation" ; Standard_Deviation:units = "none" ; double Sum(longitude, latitude) ; Sum:_FillValue = -999. ; Sum:title = "Cloud_Retrieval_Fraction_Liquid: Sum" ; int Pixel_Counts(longitude, latitude) ; Pixel_Counts:_FillValue = -999 ; Pixel_Counts:title = "Cloud_Retrieval_Fraction_Liquid: Pixel_Counts" ; double Sum_Squares(longitude, latitude) ; Sum_Squares:_FillValue = -999. ; Sum_Squares:title = "Cloud_Retrieval_Fraction_Liquid: Sum_Squares" ; // group attributes: :long_name = "Cloud Optical Properties 3.7 Retrieval Fraction (Liquid Water Clouds)" ; :units = "none" ; :_FillValue = -999. ; :valid_min = 0. ; :valid_max = 1. ; :scale_factor = 1. ; :add_offset = 0. ; } // group Cloud_Retrieval_Fraction_Liquid group: Cloud_Retrieval_Fraction_Ice { variables: double Mean(longitude, latitude) ; Mean:_FillValue = -999. ; Mean:title = "Cloud_Retrieval_Fraction_Ice: Mean" ; Mean:units = "none" ; double Standard_Deviation(longitude, latitude) ; Standard_Deviation:_FillValue = -999. ; Standard_Deviation:title = "Cloud_Retrieval_Fraction_Ice: Standard_Deviation" ; Standard_Deviation:units = "none" ; double Sum(longitude, latitude) ; Sum:_FillValue = -999. ; Sum:title = "Cloud_Retrieval_Fraction_Ice: Sum" ; int Pixel_Counts(longitude, latitude) ; Pixel_Counts:_FillValue = -999 ; Pixel_Counts:title = "Cloud_Retrieval_Fraction_Ice: Pixel_Counts" ; double Sum_Squares(longitude, latitude) ; Sum_Squares:_FillValue = -999. ; Sum_Squares:title = "Cloud_Retrieval_Fraction_Ice: Sum_Squares" ; // group attributes: :long_name = "Cloud Optical Properties 3.7 Retrieval Fraction (Ice Clouds)" ; :units = "none" ; :_FillValue = -999. ; :valid_min = 0. ; :valid_max = 1. ; :scale_factor = 1. ; :add_offset = 0. ; } // group Cloud_Retrieval_Fraction_Ice group: Cloud_Retrieval_Fraction_Total { variables: double Mean(longitude, latitude) ; Mean:_FillValue = -999. ; Mean:title = "Cloud_Retrieval_Fraction_Total: Mean" ; Mean:units = "none" ; double Standard_Deviation(longitude, latitude) ; Standard_Deviation:_FillValue = -999. ; Standard_Deviation:title = "Cloud_Retrieval_Fraction_Total: Standard_Deviation" ; Standard_Deviation:units = "none" ; double Sum(longitude, latitude) ; Sum:_FillValue = -999. ; Sum:title = "Cloud_Retrieval_Fraction_Total: Sum" ; int Pixel_Counts(longitude, latitude) ; Pixel_Counts:_FillValue = -999 ; Pixel_Counts:title = "Cloud_Retrieval_Fraction_Total: Pixel_Counts" ; double Sum_Squares(longitude, latitude) ; Sum_Squares:_FillValue = -999. ; Sum_Squares:title = "Cloud_Retrieval_Fraction_Total: Sum_Squares" ; // group attributes: :long_name = "Cloud Optical Properties 3.7 Retrieval Fraction (Combined (LiquidWater+Ice+Undetermined) Phase Clouds)" ; :units = "none" ; :_FillValue = -999. ; :valid_min = 0. ; :valid_max = 1. ; :scale_factor = 1. ; :add_offset = 0. ; } // group Cloud_Retrieval_Fraction_Total }