netcdf FV3_Modtran6_IO_v4_scene_10 {
dimensions:
	wavelength_sw = 1901 ;
	wavelength_lw = 391 ;
	wavenumber = 2664 ;
	erbe_relative_azimuth_angle = 8 ;
	erbe_solar_zenith_angle = 10 ;
	erbe_viewing_zenith_angle = 7 ;
	ceres_trmm_relative_azimuth_angle = 10 ;
	ceres_trmm_solar_zenith_angle = 9 ;
	ceres_trmm_viewing_zenith_angle = 9 ;
	Levels = 31 ;
	modis_brdf_band = 7 ;
	modis_brdf_parameter = 3 ;
variables:
	double ERBE_RAA(erbe_relative_azimuth_angle) ;
		ERBE_RAA:long_name = "Relative Azimuth Angle for ERBE ADM" ;
		ERBE_RAA:description = "Top of Atmosphere Observer Relative Azimuth Angle (ERBE Angles)" ;
		ERBE_RAA:units = "degrees_east_of_north" ;
		ERBE_RAA:missing_value = -9999. ;
	double ERBE_SZA(erbe_solar_zenith_angle) ;
		ERBE_SZA:long_name = "Solar Zenith Angle for ERBE ADM" ;
		ERBE_SZA:description = "Top of Atmosphere Solar Zenith Angle (ERBE Angles)" ;
		ERBE_SZA:units = "degrees" ;
		ERBE_SZA:missing_value = -9999. ;
	double ERBE_VZA(erbe_viewing_zenith_angle) ;
		ERBE_VZA:long_name = "Viewing Zenith Angle for ERBE ADM" ;
		ERBE_VZA:description = "Top of Atmosphere Viewing Zenith Angle (ERBE Angles)" ;
		ERBE_VZA:units = "degrees" ;
		ERBE_VZA:missing_value = -9999. ;
	double CERES_TRMM_RAA(ceres_trmm_relative_azimuth_angle) ;
		CERES_TRMM_RAA:long_name = "Relative Azimuth Angle for CERES-TRMM ADM" ;
		CERES_TRMM_RAA:description = "Top of Atmosphere Observer Relative Azimuth Angle (CERES-TRMM Angles)" ;
		CERES_TRMM_RAA:units = "degrees_east_of_north" ;
		CERES_TRMM_RAA:missing_value = -9999. ;
	double CERES_TRMM_SZA(ceres_trmm_solar_zenith_angle) ;
		CERES_TRMM_SZA:long_name = "Viewing Zenith Angle for CERES-TRMM ADM" ;
		CERES_TRMM_SZA:description = "Top of Atmosphere Viewing Zenith Angle (CERES-TRMM Angles)" ;
		CERES_TRMM_SZA:units = "degrees" ;
		CERES_TRMM_SZA:missing_value = -9999. ;
	double CERES_TRMM_VZA(ceres_trmm_viewing_zenith_angle) ;
	double lev(Levels) ;
		lev:long_name = "Pressure Levels" ;
		lev:description = "Pressure levels for Modtran6 radiative transfer calculations" ;
		lev:units = "mbar" ;
		lev:missing_value = -9999. ;
	double FV3_lat ;
		FV3_lat:long_name = "Latitude of each FV3 profile" ;
		FV3_lat:description = "Latitude coordinate for each FV3 scene sample" ;
		FV3_lat:units = "degrees_north" ;
		FV3_lat:missing_value = -9999. ;
	double FV3_lon ;
		FV3_lon:long_name = "Longitude of each FV3 profile" ;
		FV3_lon:description = "Longitude coordinate for each FV3 scene sample (from 0 to 360)" ;
		FV3_lon:units = "degrees_east" ;
		FV3_lon:missing_value = -9999. ;
	double FV3_q(Levels) ;
		FV3_q:long_name = "Water vapor mixing ratio" ;
		FV3_q:description = "Water vapor mixing ratio profile from FV3 model output of each FV3 scene" ;
		FV3_q:units = "kg/kg" ;
		FV3_q:missing_value = -9999. ;
	double FV3_t(Levels) ;
		FV3_t:long_name = "Temperature profile" ;
		FV3_t:description = "Temperature profile from FV3 model output of each FV3 scene" ;
		FV3_t:units = "K" ;
		FV3_t:missing_value = -9999. ;
	double FV3_ts ;
		FV3_ts:long_name = "Skin temperature" ;
		FV3_ts:description = "Skin temperature from FV3 model output at each FV3 scene" ;
		FV3_ts:units = "K" ;
		FV3_ts:missing_value = -9999. ;
	double FV3_ps ;
		FV3_ps:long_name = "Surface pressure" ;
		FV3_ps:description = "Surface pressure from FV3 model output at each FV3 scene" ;
		FV3_ps:units = "Pa" ;
		FV3_ps:missing_value = -9999. ;
	double FV3_CLDLWC(Levels) ;
		FV3_CLDLWC:long_name = "Cloud liquid water content" ;
		FV3_CLDLWC:description = "Cloud liquid water content profile from FV3 model output at each FV3 scene" ;
		FV3_CLDLWC:units = "kg/kg" ;
		FV3_CLDLWC:missing_value = -9999. ;
	double FV3_CLDIWC(Levels) ;
		FV3_CLDIWC:long_name = "Cloud ice water content" ;
		FV3_CLDIWC:description = "Cloud ice water content profile from FV3 model output at each FV3 scene" ;
		FV3_CLDIWC:units = "kg/kg" ;
		FV3_CLDIWC:missing_value = -9999. ;
	double FV3_CLD_OT ;
		FV3_CLD_OT:long_name = "Cloud Optical Thickness at 550 nm" ;
		FV3_CLD_OT:description = "Derived water + ice cloud optical thickness at 550 nm from FV3 model output at each FV3 scene, using Macke optics (liquid extinction = 318.5958 km^-1 / (g/m^3) over land; 102.9800 over ocean; ice extinction = 83.8004)" ;
		FV3_CLD_OT:units = "kg/kg" ;
		FV3_CLD_OT:missing_value = -9999. ;
	double MERRA2_BC_AOD ;
		MERRA2_BC_AOD:long_name = "Black Carbon Extinction at 550 nm " ;
		MERRA2_BC_AOD:description = "Black carbon 550-nm aerosol column extinction MERRA-2 (BCEXTTAU in MERRA2_400.tavgU_2d_aer_Nx, https://doi.org/10.5067/FH9A0MLJPC7N). Selected at each FV3 scene and an equivalent optical path placed between 2-3 km for Modtran calculation." ;
		MERRA2_BC_AOD:units = "Unitless" ;
		MERRA2_BC_AOD:missing_value = 1.e+15 ;
	double MERRA2_DU_AOD ;
		MERRA2_DU_AOD:long_name = "Dust Extinction at 550 nm " ;
		MERRA2_DU_AOD:description = "Dust 550-nm aerosol column extinction MERRA-2 (DUEXTTAU in MERRA2_400.tavgU_2d_aer_Nx, https://doi.org/10.5067/FH9A0MLJPC7N). Selected at each FV3 scene and an equivalent optical path placed between 2-3 km for Modtran calculation." ;
		MERRA2_DU_AOD:units = "Unitless" ;
		MERRA2_DU_AOD:missing_value = 1.e+15 ;
	double MERRA2_DU25_AOD ;
		MERRA2_DU25_AOD:long_name = "Dust PM2.5 Extinction at 550 nm " ;
		MERRA2_DU25_AOD:description = "Dust PM2.5 550-nm aerosol column extinction MERRA-2 (DUEXTT25 in MERRA2_400.tavgU_2d_aer_Nx, https://doi.org/10.5067/FH9A0MLJPC7N).  Selected at each FV3 scene and an equivalent optical path placed between 2-3 km for Modtran calculation." ;
		MERRA2_DU25_AOD:units = "Unitless" ;
		MERRA2_DU25_AOD:missing_value = 1.e+15 ;
	double MERRA2_OC_OD ;
		MERRA2_OC_OD:long_name = "Organic Carbon Extinction at 550 nm " ;
		MERRA2_OC_OD:description = "Organic Carbon 550-nm aerosol column extinction MERRA-2 (OCEXTTAU in MERRA2_400.tavgU_2d_aer_Nx, https://doi.org/10.5067/FH9A0MLJPC7N).  Selected at each FV3 scene and an equivalent optical path placed between 2-3 km for Modtran calculation." ;
		MERRA2_OC_OD:units = "Unitless" ;
		MERRA2_OC_OD:missing_value = 1.e+15 ;
	double MERRA2_SS_OD ;
		MERRA2_SS_OD:long_name = "Sea Salt Extinction at 550 nm " ;
		MERRA2_SS_OD:description = "Sea Salt 550-nm aerosol column extinction MERRA-2 (SSEXTTAU in MERRA2_400.tavgU_2d_aer_Nx, https://doi.org/10.5067/FH9A0MLJPC7N). Selected at each FV3 scene and an equivalent optical path placed between 2-3 km for Modtran calculation." ;
		MERRA2_SS_OD:units = "Unitless" ;
		MERRA2_SS_OD:missing_value = 1.e+15 ;
	double MERRA2_SU_OD ;
		MERRA2_SU_OD:long_name = "Sulfate Extinction at 550 nm " ;
		MERRA2_SU_OD:description = "Sulfate 550-nm aerosol column extinction MERRA-2 (SUEXTTAU in MERRA2_400.tavgU_2d_aer_Nx, https://doi.org/10.5067/FH9A0MLJPC7N).  Selected at each FV3 scene and an equivalent optical path placed between 2-3 km for Modtran calculation." ;
		MERRA2_SU_OD:units = "Unitless" ;
		MERRA2_SU_OD:missing_value = 1.e+15 ;
	double MERRA2_TOT_AOD ;
		MERRA2_TOT_AOD:long_name = "Total Derived Aerosol Extinction at 550 nm " ;
		MERRA2_TOT_AOD:description = "550-nm aerosol column extinction from MERRA-2 (MERRA2_400.tavgU_2d_aer_Nx, https://doi.org/10.5067/FH9A0MLJPC7N) as the sum of black-carbon (BCEXTTAU), dust (DUEXTTAU and DUEXTT25), organic carbon (OCEXTTAU), sea-salt (SSEXTTAU and SSEXTT25), and sulfate (SUEXTTAU) aerosols. This is a diagnostic and not used directly in any Modtran calculation." ;
		MERRA2_TOT_AOD:units = "Unitless" ;
		MERRA2_TOT_AOD:missing_value = 1.e+15 ;
	double MERRA2_FSCA ;
		MERRA2_FSCA:long_name = "Fractional Snow Covered Area" ;
		MERRA2_FSCA:description = "Fractional Snow Covered Area from MERRA-2 (FRSNO in MERRA-2 tavgU_2d_lnd_Nx, https://doi.org/10.5067/W0J15047CF6N). Selected for each FV3 scene" ;
		MERRA2_FSCA:units = "Unitless" ;
		MERRA2_FSCA:missing_value = 1.e+15 ;
	double MERRA2_WIND_SPEED ;
		MERRA2_WIND_SPEED:long_name = "Wind Speed at 10 meters" ;
		MERRA2_WIND_SPEED:description = "10-meter Wind Speed from MERRA-2 (sqrt(U10M^2 and V10M^2) in MERRA2_400.inst1_2d_asm_Nx, https://doi.org/10.5067/3Z173KIE2TPD). Selected output for each FV3 scene" ;
		MERRA2_WIND_SPEED:units = "m/s" ;
		MERRA2_WIND_SPEED:missing_value = 1.e+15 ;
	double CO2_VMR ;
		CO2_VMR:long_name = "Carbon Dioxide Volume Mixing Ratio" ;
		CO2_VMR:description = "Globally-averaged volume mixing ratio for carbon dioxide" ;
		CO2_VMR:units = "ppmv" ;
		CO2_VMR:missing_value = 1.e+15 ;
	double O3_VMR(Levels) ;
		O3_VMR:long_name = "Ozone Volume Mixing Ratio" ;
		O3_VMR:description = "Globally-averaged volume mixing ratio profile for ozone" ;
		O3_VMR:units = "ppmv" ;
		O3_VMR:missing_value = 1.e+15 ;
	double N2O_VMR ;
		N2O_VMR:long_name = "Nitrous Oxide Volume Mixing Ratio" ;
		N2O_VMR:description = "Globally-averaged volume mixing ratio for nitrous oxide" ;
		N2O_VMR:units = "ppmv" ;
		N2O_VMR:missing_value = 1.e+15 ;
	double CO_VMR(Levels) ;
		CO_VMR:long_name = "Carbon Monoxide Volume Mixing Ratio" ;
		CO_VMR:description = "Globally-averaged volume mixing ratio profile for carbon monoxide" ;
		CO_VMR:units = "ppmv" ;
		CO_VMR:missing_value = 1.e+15 ;
	double CH4_VMR ;
		CH4_VMR:long_name = "Methane Volume Mixing Ratio" ;
		CH4_VMR:description = "Globally-averaged volume mixing ratio for methane" ;
		CH4_VMR:units = "ppmv" ;
		CH4_VMR:missing_value = 1.e+15 ;
	double CER_LIQ_LAND ;
		CER_LIQ_LAND:long_name = "Liquid Cloud Effective Radius Over Land" ;
		CER_LIQ_LAND:description = "Globally-used liquid cloud effective radius over FV3 land scenes for MODTRAN6 calculations, based on MODIS climatologies (https://doi.org/10.3390/rs13010002)" ;
		CER_LIQ_LAND:units = "um" ;
		CER_LIQ_LAND:missing_value = 1.e+15 ;
	double CER_LIQ_OCEAN ;
		CER_LIQ_OCEAN:long_name = "Liquid Cloud Effective Radius Over Ocean" ;
		CER_LIQ_OCEAN:description = "Globally-used liquid cloud effective radius over FV3 ocean scenes for MODTRAN6 calculations, based on MODIS climatologies (https://doi.org/10.3390/rs13010002)" ;
		CER_LIQ_OCEAN:units = "um" ;
		CER_LIQ_OCEAN:missing_value = 1.e+15 ;
	double CER_ICE_LAND ;
		CER_ICE_LAND:long_name = "Ice Cloud Effective Radius Over Land" ;
		CER_ICE_LAND:description = "Globally-used ice cloud effective radius over FV3 land scenes for MODTRAN6 calculations, based on MODIS climatologies (https://doi.org/10.3390/rs13010002)" ;
		CER_ICE_LAND:units = "um" ;
		CER_ICE_LAND:missing_value = 1.e+15 ;
	double CER_ICE_OCEAN ;
		CER_ICE_OCEAN:long_name = "Ice Cloud Effective Radius Over Ocean" ;
		CER_ICE_OCEAN:description = "Globally-used ice cloud effective radius over FV3 ocean scenes for MODTRAN6 calculations, based on MODIS climatologies (https://doi.org/10.3390/rs13010002)" ;
		CER_ICE_OCEAN:units = "um" ;
		CER_ICE_OCEAN:missing_value = 1.e+15 ;
	double IGBP_Type ;
		IGBP_Type:long_name = "IGBP Land Type" ;
		IGBP_Type:description = "IGBP land type for each FV3 scene, per MODIS MOD12C1 product (https://doi.org/10.5067/MODIS/MCD12C1.006)" ;
		IGBP_Type:units = "unitless" ;
		IGBP_Type:missing_value = 1.e+15 ;
	double CERES_TRMM_Scene_ID ;
		CERES_TRMM_Scene_ID:long_name = "CERES_TRMM Scene Identification" ;
		CERES_TRMM_Scene_ID:description = "Scene ID as established by the CERES TRMM Scene Types: https://ceres.larc.nasa.gov/data/angular-distribution-models/" ;
		CERES_TRMM_Scene_ID:units = "unitless" ;
		CERES_TRMM_Scene_ID:missing_value = 1.e+15 ;
	double BRDF_param(modis_brdf_parameter, modis_brdf_band) ;
		BRDF_param:long_name = "MODIS BRDF parameters" ;
		BRDF_param:description = "MODIS BRDF parameters dervived from climatology for first 7 MODIS bands (620-670; 841-876; 459-479; 545-565; 1230-1250; 1628-1652; 2105-2155) and 3 parameters of the Ross-Li BRDF model (isotropic, volumetric, and geometric). Climatology located at https://drive.google.com/drive/folders/1_VktvnJTr1Pyru5E5MyouO6gdND6YUzz?usp=drive_link" ;
		BRDF_param:units = "Unitless, but divide by 1000 for fractional reflectance" ;
		BRDF_param:missing_value = -9999. ;
	double wavelength_sw(wavelength_sw) ;
		wavelength_sw:long_name = "MODTRAN6 wavelength grid for shortwave calculations" ;
		wavelength_sw:description = "MODTRAN6 wavelength grid for shortwave based the MODTRAN6 DV keyword, and a rectangular slit function with Full-Width Half Maximum (FWHM) of 30 cm^-1" ;
		wavelength_sw:units = "nanometers" ;
		wavelength_sw:missing_value = 1.e+15 ;
	double wavelength_lw(wavelength_lw) ;
		wavelength_lw:long_name = "MODTRAN6 wavelength grid for longwave calculations" ;
		wavelength_lw:description = "MODTRAN6 wavelength grid for longwave based the MODTRAN6 DV keyword, and a rectangular slit function with Full-Width Half Maximum (FWHM) of 30 cm^-1" ;
		wavelength_lw:units = "nanometers" ;
		wavelength_lw:missing_value = 1.e+15 ;
	double wavenumber(wavenumber) ;
		wavenumber:long_name = "MODTRAN6 wavenumber grid for SW+LW calculations" ;
		wavenumber:description = "MODTRAN6 wavenumber grid based the MODTRAN6 DV keyword, and a rectangular slit function with Full-Width Half Maximum (FWHM) of 30 cm^-1" ;
		wavenumber:units = "cm^-1" ;
		wavenumber:missing_value = 1.e+15 ;
	double MODTRAN6_SPECTRAL_RADIANCE_TOA_SW_WVL_ERBE(erbe_viewing_zenith_angle, erbe_solar_zenith_angle, erbe_relative_azimuth_angle, wavelength_sw) ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_SW_WVL_ERBE:long_name = "MODTRAN6 Spectrally-Resolved Top-of-Atmosphere Shortwave Radiance in wavelength units at ERBE ADM angles" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_SW_WVL_ERBE:description = "MODTRAN6 calculated spectrally-resolved (at 2.5 nm intervals from 250-5000 nm) top-of-atmosphere radiance for ERBE ADM viewing/solar geometry at each FV3 scene" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_SW_WVL_ERBE:units = "W SR-1 CM-2 / NM" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_SW_WVL_ERBE:missing_value = 1.e+15 ;
	double MODTRAN6_SPECTRAL_RADIANCE_TOA_LW_WVL_ERBE(erbe_viewing_zenith_angle, erbe_solar_zenith_angle, erbe_relative_azimuth_angle, wavelength_lw) ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_LW_WVL_ERBE:long_name = "MODTRAN6 Spectrally-Resolved Top-of-Atmosphere Longwave Radiance in wavelength units at ERBE ADM angles" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_LW_WVL_ERBE:description = "MODTRAN6 calculated spectrally-resolved (at 0.5 um intervals from 5-200 um) top-of-atmosphere radiance for ERBE ADM viewing/solar geometry at each FV3 scene" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_LW_WVL_ERBE:units = "W SR-1 CM-2 / NM" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_LW_WVL_ERBE:missing_value = 1.e+15 ;
	double MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_ERBE(erbe_viewing_zenith_angle, erbe_solar_zenith_angle, erbe_relative_azimuth_angle, wavenumber) ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_ERBE:long_name = "MODTRAN6 Spectrally-Resolved Top-of-Atmosphere Shortwave and Longwave Radiance in wavenumber units at ERBE ADM angles" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_ERBE:description = "MODTRAN6 calculated spectrally-resolved (at 15 cm^-1 intervals from 50-40000 cm^-1) top-of-atmosphere radiance for ERBE ADM viewing/solar geometry at each FV3 scene" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_ERBE:units = "W SR-1 CM-2 / CM-1" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_ERBE:missing_value = 1.e+15 ;
	double MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_ERBE_SOLARONLY_TOTAL(erbe_viewing_zenith_angle, erbe_solar_zenith_angle, erbe_relative_azimuth_angle, wavenumber) ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_ERBE_SOLARONLY_TOTAL:long_name = "MODTRAN6 Spectrally-Resolved Top-of-Atmosphere Shortwave Radiance in wavenumber units at ERBE ADM angles, total solar radiance (excluding all thermal contributions)" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_ERBE_SOLARONLY_TOTAL:description = "MODTRAN6 calculated spectrally-resolved (at 15 cm^-1 intervals from 50-40000 cm^-1) top-of-atmosphere radiance for ERBE ADM viewing/solar geometry at each FV3 scene. Only the solar radiance (mult_scat + sing_scat + grnd_rflt + drct_rflt) from .tp7 is saved" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_ERBE_SOLARONLY_TOTAL:units = "W SR-1 CM-2 / CM-1" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_ERBE_SOLARONLY_TOTAL:missing_value = 1.e+15 ;
	double MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_ERBE_SOLARONLY_MULT_SCAT(erbe_viewing_zenith_angle, erbe_solar_zenith_angle, erbe_relative_azimuth_angle, wavenumber) ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_ERBE_SOLARONLY_MULT_SCAT:long_name = "MODTRAN6 Spectrally-Resolved Top-of-Atmosphere Shortwave Radiance in wavenumber units at ERBE ADM angles, multiple scattering solar radiance (excluding all thermal contributions and other solar contributions)" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_ERBE_SOLARONLY_MULT_SCAT:description = "MODTRAN6 calculated spectrally-resolved (at 15 cm^-1 intervals from 50-40000 cm^-1) top-of-atmosphere radiance for ERBE ADM viewing/solar geometry at each FV3 scene. Only the solar radiance mult_scat column from .tp7 is saved" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_ERBE_SOLARONLY_MULT_SCAT:units = "W SR-1 CM-2 / CM-1" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_ERBE_SOLARONLY_MULT_SCAT:missing_value = 1.e+15 ;
	double MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_ERBE_SOLARONLY_SING_SCAT(erbe_viewing_zenith_angle, erbe_solar_zenith_angle, erbe_relative_azimuth_angle, wavenumber) ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_ERBE_SOLARONLY_SING_SCAT:long_name = "MODTRAN6 Spectrally-Resolved Top-of-Atmosphere Shortwave Radiance in wavenumber units at ERBE ADM angles, single scattering solar radiance (excluding all thermal contributions and other solar contributions)" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_ERBE_SOLARONLY_SING_SCAT:description = "MODTRAN6 calculated spectrally-resolved (at 15 cm^-1 intervals from 50-40000 cm^-1) top-of-atmosphere radiance for ERBE ADM viewing/solar geometry at each FV3 scene. Only the solar radiance sing_scat column from .tp7 is saved" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_ERBE_SOLARONLY_SING_SCAT:units = "W SR-1 CM-2 / CM-1" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_ERBE_SOLARONLY_SING_SCAT:missing_value = 1.e+15 ;
	double MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_ERBE_SOLARONLY_GRND_RFLT(erbe_viewing_zenith_angle, erbe_solar_zenith_angle, erbe_relative_azimuth_angle, wavenumber) ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_ERBE_SOLARONLY_GRND_RFLT:long_name = "MODTRAN6 Spectrally-Resolved Top-of-Atmosphere Shortwave Radiance in wavenumber units at ERBE ADM angles, ground-reflected solar radiance (excluding all thermal contributions and other solar contributions)" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_ERBE_SOLARONLY_GRND_RFLT:description = "MODTRAN6 calculated spectrally-resolved (at 15 cm^-1 intervals from 50-40000 cm^-1) top-of-atmosphere radiance for ERBE ADM viewing/solar geometry at each FV3 scene. Only the solar radiance grnd_rflt column from .tp7 is saved" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_ERBE_SOLARONLY_GRND_RFLT:units = "W SR-1 CM-2 / CM-1" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_ERBE_SOLARONLY_GRND_RFLT:missing_value = 1.e+15 ;
	double MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_ERBE_THERMALONLY_TOTAL(erbe_viewing_zenith_angle, erbe_solar_zenith_angle, erbe_relative_azimuth_angle, wavenumber) ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_ERBE_THERMALONLY_TOTAL:long_name = "MODTRAN6 Spectrally-Resolved Top-of-Atmosphere Longwave Radiance in wavenumber units at ERBE ADM angles, thermal emission only (excluding all solar contributions contributions and other thermal contributions)" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_ERBE_THERMALONLY_TOTAL:description = "MODTRAN6 calculated spectrally-resolved (at 15 cm^-1 intervals from 50-40000 cm^-1) top-of-atmosphere radiance for ERBE ADM viewing/solar geometry at each FV3 scene. Only the solar radiance grnd_rflt column from .tp7 is saved" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_ERBE_THERMALONLY_TOTAL:units = "W SR-1 CM-2 / CM-1" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_ERBE_THERMALONLY_TOTAL:missing_value = 1.e+15 ;
	double MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_ERBE_THERMALONLY_EMITTED(erbe_viewing_zenith_angle, erbe_solar_zenith_angle, erbe_relative_azimuth_angle, wavenumber) ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_ERBE_THERMALONLY_EMITTED:long_name = "MODTRAN6 Spectrally-Resolved Top-of-Atmosphere Longwave Radiance in wavenumber units at ERBE ADM angles, thermal emission only (excluding all solar contributions contributions and other thermal contributions)" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_ERBE_THERMALONLY_EMITTED:description = "MODTRAN6 calculated spectrally-resolved (at 15 cm^-1 intervals from 50-40000 cm^-1) top-of-atmosphere radiance for ERBE ADM viewing/solar geometry at each FV3 scene. Only the thermal emitted radiance column (THRML_EM) from .tp7 is saved" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_ERBE_THERMALONLY_EMITTED:units = "W SR-1 CM-2 / CM-1" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_ERBE_THERMALONLY_EMITTED:missing_value = 1.e+15 ;
	double MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_ERBE_THERMALONLY_SCATTERED(erbe_viewing_zenith_angle, erbe_solar_zenith_angle, erbe_relative_azimuth_angle, wavenumber) ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_ERBE_THERMALONLY_SCATTERED:long_name = "MODTRAN6 Spectrally-Resolved Top-of-Atmosphere Longwave Radiance in wavenumber units at ERBE ADM angles, thermal scattered only (excluding all solar contributions contributions and other thermal contributions)" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_ERBE_THERMALONLY_SCATTERED:description = "MODTRAN6 calculated spectrally-resolved (at 15 cm^-1 intervals from 50-40000 cm^-1) top-of-atmosphere radiance for ERBE ADM viewing/solar geometry at each FV3 scene. Only the thermal scattered radiance column (THRML_SCT) from .tp7 is saved" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_ERBE_THERMALONLY_SCATTERED:units = "W SR-1 CM-2 / CM-1" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_ERBE_THERMALONLY_SCATTERED:missing_value = 1.e+15 ;
	double MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_ERBE_THERMALONLY_SURFEMISS(erbe_viewing_zenith_angle, erbe_solar_zenith_angle, erbe_relative_azimuth_angle, wavenumber) ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_ERBE_THERMALONLY_SURFEMISS:long_name = "MODTRAN6 Spectrally-Resolved Top-of-Atmosphere Longwave Radiance in wavenumber units at ERBE ADM angles, thermal surface emission only (excluding all solar contributions contributions and other thermal contributions)" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_ERBE_THERMALONLY_SURFEMISS:description = "MODTRAN6 calculated spectrally-resolved (at 15 cm^-1 intervals from 50-40000 cm^-1) top-of-atmosphere radiance for ERBE ADM viewing/solar geometry at each FV3 scene. Only the thermal surface emission radiance column (SURF_EMIS) from .tp7 is saved" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_ERBE_THERMALONLY_SURFEMISS:units = "W SR-1 CM-2 / CM-1" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_ERBE_THERMALONLY_SURFEMISS:missing_value = 1.e+15 ;
	double MODTRAN6_SPECTRAL_RADIANCE_TOA_SW_WVL_CERES_TRMM(ceres_trmm_viewing_zenith_angle, ceres_trmm_solar_zenith_angle, ceres_trmm_relative_azimuth_angle, wavelength_sw) ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_SW_WVL_CERES_TRMM:long_name = "MODTRAN6 Spectrally-Resolved Top-of-Atmosphere Shortwave Radiance in wavelength units at CERES-TRMM ADM angles" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_SW_WVL_CERES_TRMM:description = "MODTRAN6 calculated spectrally-resolved (at 2.5 nm intervals from 250-5000 nm) top-of-atmosphere radiance for CERES-TRMM ADM viewing/solar geometry at each FV3 scene" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_SW_WVL_CERES_TRMM:units = "W SR-1 CM-2 / NM" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_SW_WVL_CERES_TRMM:missing_value = 1.e+15 ;
	double MODTRAN6_SPECTRAL_RADIANCE_TOA_LW_WVL_CERES_TRMM(ceres_trmm_viewing_zenith_angle, ceres_trmm_solar_zenith_angle, ceres_trmm_relative_azimuth_angle, wavelength_lw) ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_LW_WVL_CERES_TRMM:long_name = "MODTRAN6 Spectrally-Resolved Top-of-Atmosphere Longwave Radiance in wavelength units at CERES-TRMM ADM angles" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_LW_WVL_CERES_TRMM:description = "MODTRAN6 calculated spectrally-resolved (at 0.5 um intervals from 5-200 um) top-of-atmosphere radiance for CERES-TRMM ADM viewing/solar geometry at each FV3 scene" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_LW_WVL_CERES_TRMM:units = "W SR-1 CM-2 / NM" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_LW_WVL_CERES_TRMM:missing_value = 1.e+15 ;
	double MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_CERES_TRMM(ceres_trmm_viewing_zenith_angle, ceres_trmm_solar_zenith_angle, ceres_trmm_relative_azimuth_angle, wavenumber) ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_CERES_TRMM:long_name = "MODTRAN6 Spectrally-Resolved Top-of-Atmosphere Radiance in wavenumber units at CERES-TRMM ADM angles" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_CERES_TRMM:description = "MODTRAN6 calculated spectrally-resolved (at 15 cm^-1 intervals from 50-40000 cm^-1) top-of-atmosphere radiance for CERES-TRMM ADM viewing/solar geometry at each FV3 scene" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_CERES_TRMM:units = "W SR-1 CM-2 / CM-1" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_CERES_TRMM:missing_value = 1.e+15 ;
	double MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_CERES_TRMM_SOLARONLY_TOTAL(ceres_trmm_viewing_zenith_angle, ceres_trmm_solar_zenith_angle, ceres_trmm_relative_azimuth_angle, wavenumber) ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_CERES_TRMM_SOLARONLY_TOTAL:long_name = "MODTRAN6 Spectrally-Resolved Top-of-Atmosphere Shortwave Radiance in wavenumber units at CERES-TRMM ADM angles, total solar radiance (excluding all thermal contributions)" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_CERES_TRMM_SOLARONLY_TOTAL:description = "MODTRAN6 calculated spectrally-resolved (at 15 cm^-1 intervals from 50-40000 cm^-1) top-of-atmosphere radiance for CERES-TRMM ADM viewing/solar geometry at each FV3 scene. Only the solar radiance (mult_scat + sing_scat + grnd_rflt + drct_rflt) from .tp7 is saved" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_CERES_TRMM_SOLARONLY_TOTAL:units = "W SR-1 CM-2 / CM-1" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_CERES_TRMM_SOLARONLY_TOTAL:missing_value = 1.e+15 ;
	double MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_CERES_TRMM_SOLARONLY_MULT_SCAT(ceres_trmm_viewing_zenith_angle, ceres_trmm_solar_zenith_angle, ceres_trmm_relative_azimuth_angle, wavenumber) ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_CERES_TRMM_SOLARONLY_MULT_SCAT:long_name = "MODTRAN6 Spectrally-Resolved Top-of-Atmosphere Shortwave Radiance in wavenumber units at CERES-TRMM ADM angles, multiple scattering solar radiance (excluding all thermal contributions and other solar contributions)" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_CERES_TRMM_SOLARONLY_MULT_SCAT:description = "MODTRAN6 calculated spectrally-resolved (at 15 cm^-1 intervals from 50-40000 cm^-1) top-of-atmosphere radiance for CERES-TRMM ADM viewing/solar geometry at each FV3 scene. Only the solar radiance mult_scat column from .tp7 is saved" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_CERES_TRMM_SOLARONLY_MULT_SCAT:units = "W SR-1 CM-2 / CM-1" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_CERES_TRMM_SOLARONLY_MULT_SCAT:missing_value = 1.e+15 ;
	double MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_CERES_TRMM_SOLARONLY_SING_SCAT(ceres_trmm_viewing_zenith_angle, ceres_trmm_solar_zenith_angle, ceres_trmm_relative_azimuth_angle, wavenumber) ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_CERES_TRMM_SOLARONLY_SING_SCAT:long_name = "MODTRAN6 Spectrally-Resolved Top-of-Atmosphere Shortwave Radiance in wavenumber units at CERES-TRMM ADM angles, single scattering solar radiance (excluding all thermal contributions and other solar contributions)" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_CERES_TRMM_SOLARONLY_SING_SCAT:description = "MODTRAN6 calculated spectrally-resolved (at 15 cm^-1 intervals from 50-40000 cm^-1) top-of-atmosphere radiance for CERES-TRMM ADM viewing/solar geometry at each FV3 scene. Only the solar radiance sing_scat column from .tp7 is saved" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_CERES_TRMM_SOLARONLY_SING_SCAT:units = "W SR-1 CM-2 / CM-1" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_CERES_TRMM_SOLARONLY_SING_SCAT:missing_value = 1.e+15 ;
	double MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_CERES_TRMM_SOLARONLY_GRND_RFLT(ceres_trmm_viewing_zenith_angle, ceres_trmm_solar_zenith_angle, ceres_trmm_relative_azimuth_angle, wavenumber) ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_CERES_TRMM_SOLARONLY_GRND_RFLT:long_name = "MODTRAN6 Spectrally-Resolved Top-of-Atmosphere Shortwave Radiance in wavenumber units at CERES-TRMM ADM angles, ground-reflected solar radiance (excluding all thermal contributions and other solar contributions)" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_CERES_TRMM_SOLARONLY_GRND_RFLT:description = "MODTRAN6 calculated spectrally-resolved (at 15 cm^-1 intervals from 50-40000 cm^-1) top-of-atmosphere radiance for CERES-TRMM ADM viewing/solar geometry at each FV3 scene. Only the solar radiance grnd_rflt column from .tp7 is saved" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_CERES_TRMM_SOLARONLY_GRND_RFLT:units = "W SR-1 CM-2 / CM-1" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_CERES_TRMM_SOLARONLY_GRND_RFLT:missing_value = 1.e+15 ;
	double MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_CERES_TRMM_THERMALONLY_TOTAL(ceres_trmm_viewing_zenith_angle, ceres_trmm_solar_zenith_angle, ceres_trmm_relative_azimuth_angle, wavenumber) ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_CERES_TRMM_THERMALONLY_TOTAL:long_name = "MODTRAN6 Spectrally-Resolved Top-of-Atmosphere Longwave Radiance in wavenumber units at CERES-TRMM ADM angles, thermal emission only (excluding all solar contributions contributions and other thermal contributions)" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_CERES_TRMM_THERMALONLY_TOTAL:description = "MODTRAN6 calculated spectrally-resolved (at 15 cm^-1 intervals from 50-40000 cm^-1) top-of-atmosphere radiance for CERES-TRMM ADM viewing/solar geometry at each FV3 scene. Only the solar radiance grnd_rflt column from .tp7 is saved" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_CERES_TRMM_THERMALONLY_TOTAL:units = "W SR-1 CM-2 / CM-1" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_CERES_TRMM_THERMALONLY_TOTAL:missing_value = 1.e+15 ;
	double MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_CERES_TRMM_THERMALONLY_EMITTED(ceres_trmm_viewing_zenith_angle, ceres_trmm_solar_zenith_angle, ceres_trmm_relative_azimuth_angle, wavenumber) ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_CERES_TRMM_THERMALONLY_EMITTED:long_name = "MODTRAN6 Spectrally-Resolved Top-of-Atmosphere Longwave Radiance in wavenumber units at CERES-TRMM ADM angles, thermal emission only (excluding all solar contributions contributions and other thermal contributions)" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_CERES_TRMM_THERMALONLY_EMITTED:description = "MODTRAN6 calculated spectrally-resolved (at 15 cm^-1 intervals from 50-40000 cm^-1) top-of-atmosphere radiance for CERES-TRMM ADM viewing/solar geometry at each FV3 scene. Only the thermal emitted radiance column (THRML_EM) from .tp7 is saved" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_CERES_TRMM_THERMALONLY_EMITTED:units = "W SR-1 CM-2 / CM-1" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_CERES_TRMM_THERMALONLY_EMITTED:missing_value = 1.e+15 ;
	double MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_CERES_TRMM_THERMALONLY_SCATTERED(ceres_trmm_viewing_zenith_angle, ceres_trmm_solar_zenith_angle, ceres_trmm_relative_azimuth_angle, wavenumber) ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_CERES_TRMM_THERMALONLY_SCATTERED:long_name = "MODTRAN6 Spectrally-Resolved Top-of-Atmosphere Longwave Radiance in wavenumber units at CERES-TRMM ADM angles, thermal scattered only (excluding all solar contributions contributions and other thermal contributions)" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_CERES_TRMM_THERMALONLY_SCATTERED:description = "MODTRAN6 calculated spectrally-resolved (at 15 cm^-1 intervals from 50-40000 cm^-1) top-of-atmosphere radiance for CERES-TRMM ADM viewing/solar geometry at each FV3 scene. Only the thermal scattered radiance column (THRML_SCT) from .tp7 is saved" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_CERES_TRMM_THERMALONLY_SCATTERED:units = "W SR-1 CM-2 / CM-1" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_CERES_TRMM_THERMALONLY_SCATTERED:missing_value = 1.e+15 ;
	double MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_CERES_TRMM_THERMALONLY_SURFEMISS(ceres_trmm_viewing_zenith_angle, ceres_trmm_solar_zenith_angle, ceres_trmm_relative_azimuth_angle, wavenumber) ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_CERES_TRMM_THERMALONLY_SURFEMISS:long_name = "MODTRAN6 Spectrally-Resolved Top-of-Atmosphere Longwave Radiance in wavenumber units at CERES-TRMM ADM angles, thermal surface emission only (excluding all solar contributions contributions and other thermal contributions)" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_CERES_TRMM_THERMALONLY_SURFEMISS:description = "MODTRAN6 calculated spectrally-resolved (at 15 cm^-1 intervals from 50-40000 cm^-1) top-of-atmosphere radiance for CERES-TRMM ADM viewing/solar geometry at each FV3 scene. Only the thermal surface emission radiance column (SURF_EMIS) from .tp7 is saved" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_CERES_TRMM_THERMALONLY_SURFEMISS:units = "W SR-1 CM-2 / CM-1" ;
		MODTRAN6_SPECTRAL_RADIANCE_TOA_WVN_CERES_TRMM_THERMALONLY_SURFEMISS:missing_value = 1.e+15 ;
	double MODTRAN6_SPECTRAL_FLUX_UPDIF_SW_ERBE(erbe_solar_zenith_angle, Levels, wavelength_sw) ;
		MODTRAN6_SPECTRAL_FLUX_UPDIF_SW_ERBE:long_name = "MODTRAN6 Spectrally-Resolved Upwelling Diffuse Flux for shortwave (250-5000 nm) at ERBE-ADM solar zenith angles" ;
		MODTRAN6_SPECTRAL_FLUX_UPDIF_SW_ERBE:description = "MODTRAN6 calculated spectrally-resolved (at 2.5 nm from 250-5000 nm) level-by-level upwelling diffuse flux for ERBE-ADM solar geometries at each FV3 scene" ;
		MODTRAN6_SPECTRAL_FLUX_UPDIF_SW_ERBE:units = "W CM-2 / NM" ;
		MODTRAN6_SPECTRAL_FLUX_UPDIF_SW_ERBE:missing_value = 1.e+15 ;
	double MODTRAN6_SPECTRAL_FLUX_DNDIF_SW_ERBE(erbe_solar_zenith_angle, Levels, wavelength_sw) ;
		MODTRAN6_SPECTRAL_FLUX_DNDIF_SW_ERBE:long_name = "MODTRAN6 Spectrally-Resolved Downwelling Diffuse Flux for shortwave (250-5000 nm) at ERBE-ADM solar zenith angles" ;
		MODTRAN6_SPECTRAL_FLUX_DNDIF_SW_ERBE:description = "MODTRAN6 calculated spectrally-resolved (at 2.5 nm from 250-5000 nm) level-by-level downwelling diffuse flux for ERBE-ADM solar geometries at each FV3 scene" ;
		MODTRAN6_SPECTRAL_FLUX_DNDIF_SW_ERBE:units = "W CM-2 / NM" ;
		MODTRAN6_SPECTRAL_FLUX_DNDIF_SW_ERBE:missing_value = 1.e+15 ;
	double MODTRAN6_SPECTRAL_FLUX_DNDIR_SW_ERBE(erbe_solar_zenith_angle, Levels, wavelength_sw) ;
		MODTRAN6_SPECTRAL_FLUX_DNDIR_SW_ERBE:long_name = "MODTRAN6 Spectrally-Resolved Downwelling Direct Flux for shortwave (2.5 nm 250-5000 nm) at ERBE-ADM solar zenith angles" ;
		MODTRAN6_SPECTRAL_FLUX_DNDIR_SW_ERBE:description = "MODTRAN6 calculated spectrally-resolved shortwave (at 2.5 nm from 250-5000 nm) level-by-level downwelling direct flux for ERBE-ADM solar geometries at each FV3 scene" ;
		MODTRAN6_SPECTRAL_FLUX_DNDIR_SW_ERBE:units = "W CM-2 / NM" ;
		MODTRAN6_SPECTRAL_FLUX_DNDIR_SW_ERBE:missing_value = 1.e+15 ;
	double MODTRAN6_SPECTRAL_FLUX_UPDIF_LW_ERBE(erbe_solar_zenith_angle, Levels, wavelength_lw) ;
		MODTRAN6_SPECTRAL_FLUX_UPDIF_LW_ERBE:long_name = "MODTRAN6 Spectrally-Resolved Upwelling Diffuse Flux for longwave (5-200 um) at ERBE-ADM solar zenith angles" ;
		MODTRAN6_SPECTRAL_FLUX_UPDIF_LW_ERBE:description = "MODTRAN6 calculated spectrally-resolved longwave (at 0.5 um from 5-200 um) level-by-level upwelling diffuse flux for ERBE-ADM solar geometries at each FV3 scene" ;
		MODTRAN6_SPECTRAL_FLUX_UPDIF_LW_ERBE:units = "W CM-2 / NM" ;
		MODTRAN6_SPECTRAL_FLUX_UPDIF_LW_ERBE:missing_value = 1.e+15 ;
	double MODTRAN6_SPECTRAL_FLUX_DNDIF_LW_ERBE(erbe_solar_zenith_angle, Levels, wavelength_lw) ;
		MODTRAN6_SPECTRAL_FLUX_DNDIF_LW_ERBE:long_name = "MODTRAN6 Spectrally-Resolved Downwelling Diffuse Flux for longwave (5-200 um) at ERBE-ADM solar zenith angles" ;
		MODTRAN6_SPECTRAL_FLUX_DNDIF_LW_ERBE:description = "MODTRAN6 calculated spectrally-resolved longwave (at 0.5 um 5-200 um) level-by-level downwelling diffuse flux for ERBE-ADM solar geometries at each FV3 scene" ;
		MODTRAN6_SPECTRAL_FLUX_DNDIF_LW_ERBE:units = "W CM-2 / NM" ;
		MODTRAN6_SPECTRAL_FLUX_DNDIF_LW_ERBE:missing_value = 1.e+15 ;
	double MODTRAN6_SPECTRAL_FLUX_DNDIR_LW_ERBE(erbe_solar_zenith_angle, Levels, wavelength_lw) ;
		MODTRAN6_SPECTRAL_FLUX_DNDIR_LW_ERBE:long_name = "MODTRAN6 Spectrally-Resolved Downwelling Direct Flux" ;
		MODTRAN6_SPECTRAL_FLUX_DNDIR_LW_ERBE:description = "MODTRAN6 calculated spectrally-resolved longwave (at 0.5 um from 5-200 um) level-by-level downwelling direct flux for ERBE-ADM solar geometries at each FV3 scene" ;
		MODTRAN6_SPECTRAL_FLUX_DNDIR_LW_ERBE:units = "W CM-2 / NM" ;
		MODTRAN6_SPECTRAL_FLUX_DNDIR_LW_ERBE:missing_value = 1.e+15 ;
	double MODTRAN6_SPECTRAL_FLUX_UPDIF_WVN_ERBE(erbe_solar_zenith_angle, Levels, wavenumber) ;
		MODTRAN6_SPECTRAL_FLUX_UPDIF_WVN_ERBE:long_name = "MODTRAN6 Spectrally-Resolved Upwelling Diffuse Flux for all wavenumbers (50-40000 cm^-1) at ERBE-ADM solar zenith angles" ;
		MODTRAN6_SPECTRAL_FLUX_UPDIF_WVN_ERBE:description = "MODTRAN6 calculated spectrally-resolved wavenumber (from 50 to 40000 cm^-1 at 15 cm^-1 resolution) level-by-level upwelling diffuse flux for ERBE-ADM solar geometries at each FV3 scene" ;
		MODTRAN6_SPECTRAL_FLUX_UPDIF_WVN_ERBE:units = "W CM-2 / CM-1" ;
		MODTRAN6_SPECTRAL_FLUX_UPDIF_WVN_ERBE:missing_value = 1.e+15 ;
	double MODTRAN6_SPECTRAL_FLUX_DNDIF_WVN_ERBE(erbe_solar_zenith_angle, Levels, wavenumber) ;
		MODTRAN6_SPECTRAL_FLUX_DNDIF_WVN_ERBE:long_name = "MODTRAN6 Spectrally-Resolved Downwelling Diffuse Flux for all wavenumbers (50-40000 cm^-1) at ERBE-ADM solar zenith angles" ;
		MODTRAN6_SPECTRAL_FLUX_DNDIF_WVN_ERBE:description = "MODTRAN6 calculated spectrally-resolved for all wavenumbers (from 50 to 40000 cm^-1 at 15 cm^-1 resolution) level-by-level downwelling diffuse flux for ERBE-ADM solar geometries at each FV3 scene" ;
		MODTRAN6_SPECTRAL_FLUX_DNDIF_WVN_ERBE:units = "W CM-2 / CM-1" ;
		MODTRAN6_SPECTRAL_FLUX_DNDIF_WVN_ERBE:missing_value = 1.e+15 ;
	double MODTRAN6_SPECTRAL_FLUX_DNDIR_WVN_ERBE(erbe_solar_zenith_angle, Levels, wavenumber) ;
		MODTRAN6_SPECTRAL_FLUX_DNDIR_WVN_ERBE:long_name = "MODTRAN6 Spectrally-Resolved Downwelling Direct Flux for all wavenumbers (50-40000 cm^-1) at ERBE-ADM solar zenith angles" ;
		MODTRAN6_SPECTRAL_FLUX_DNDIR_WVN_ERBE:description = "MODTRAN6 calculated spectrally-resolved for all wavenumbers (from 50 to 40000 cm^-1 at 15 cm^-1 resolution) level-by-level downwelling diffuse flux for ERBE-ADM solar geometries at each FV3 scene" ;
		MODTRAN6_SPECTRAL_FLUX_DNDIR_WVN_ERBE:units = "W CM-2 / NM" ;
		MODTRAN6_SPECTRAL_FLUX_DNDIR_WVN_ERBE:missing_value = 1.e+15 ;
	double MODTRAN6_SPECTRAL_FLUX_UPDIF_SW_CERES_TRMM(ceres_trmm_solar_zenith_angle, Levels, wavelength_sw) ;
		MODTRAN6_SPECTRAL_FLUX_UPDIF_SW_CERES_TRMM:long_name = "MODTRAN6 Spectrally-Resolved Upwelling Diffuse Flux for shortwave (250-5000 nm) at CERES-TRMM-ADM solar zenith angles" ;
		MODTRAN6_SPECTRAL_FLUX_UPDIF_SW_CERES_TRMM:description = "MODTRAN6 calculated spectrally-resolved (at 2.5 nm from 250-5000 nm) level-by-level upwelling diffuse flux for CERES-TRMM-ADM solar geometries at each FV3 scene" ;
		MODTRAN6_SPECTRAL_FLUX_UPDIF_SW_CERES_TRMM:units = "W CM-2 / NM" ;
		MODTRAN6_SPECTRAL_FLUX_UPDIF_SW_CERES_TRMM:missing_value = 1.e+15 ;
	double MODTRAN6_SPECTRAL_FLUX_DNDIF_SW_CERES_TRMM(ceres_trmm_solar_zenith_angle, Levels, wavelength_sw) ;
		MODTRAN6_SPECTRAL_FLUX_DNDIF_SW_CERES_TRMM:long_name = "MODTRAN6 Spectrally-Resolved Downwelling Diffuse Flux for shortwave (250-5000 nm) at CERES-TRMM-ADM solar zenith angles" ;
		MODTRAN6_SPECTRAL_FLUX_DNDIF_SW_CERES_TRMM:description = "MODTRAN6 calculated spectrally-resolved (at 2.5 nm from 250-5000 nm) level-by-level downwelling diffuse flux for CERES-TRMM-ADM solar geometries at each FV3 scene" ;
		MODTRAN6_SPECTRAL_FLUX_DNDIF_SW_CERES_TRMM:units = "W CM-2 / NM" ;
		MODTRAN6_SPECTRAL_FLUX_DNDIF_SW_CERES_TRMM:missing_value = 1.e+15 ;
	double MODTRAN6_SPECTRAL_FLUX_DNDIR_SW_CERES_TRMM(ceres_trmm_solar_zenith_angle, Levels, wavelength_sw) ;
		MODTRAN6_SPECTRAL_FLUX_DNDIR_SW_CERES_TRMM:long_name = "MODTRAN6 Spectrally-Resolved Downwelling Direct Flux for shortwave (2.5 nm 250-5000 nm) at CERES-TRMM-ADM solar zenith angles" ;
		MODTRAN6_SPECTRAL_FLUX_DNDIR_SW_CERES_TRMM:description = "MODTRAN6 calculated spectrally-resolved shortwave (at 2.5 nm from 250-5000 nm) level-by-level downwelling direct flux for CERES-TRMM-ADM solar geometries at each FV3 scene" ;
		MODTRAN6_SPECTRAL_FLUX_DNDIR_SW_CERES_TRMM:units = "W CM-2 / NM" ;
		MODTRAN6_SPECTRAL_FLUX_DNDIR_SW_CERES_TRMM:missing_value = 1.e+15 ;
	double MODTRAN6_SPECTRAL_FLUX_UPDIF_LW_CERES_TRMM(ceres_trmm_solar_zenith_angle, Levels, wavelength_lw) ;
		MODTRAN6_SPECTRAL_FLUX_UPDIF_LW_CERES_TRMM:long_name = "MODTRAN6 Spectrally-Resolved Upwelling Diffuse Flux for longwave (5-200 um) at CERES-TRMM-ADM solar zenith angles" ;
		MODTRAN6_SPECTRAL_FLUX_UPDIF_LW_CERES_TRMM:description = "MODTRAN6 calculated spectrally-resolved longwave (at 0.5 um from 5-200 um) level-by-level upwelling diffuse flux for CERES-TRMM-ADM solar geometries at each FV3 scene" ;
		MODTRAN6_SPECTRAL_FLUX_UPDIF_LW_CERES_TRMM:units = "W CM-2 / NM" ;
		MODTRAN6_SPECTRAL_FLUX_UPDIF_LW_CERES_TRMM:missing_value = 1.e+15 ;
	double MODTRAN6_SPECTRAL_FLUX_DNDIF_LW_CERES_TRMM(ceres_trmm_solar_zenith_angle, Levels, wavelength_lw) ;
		MODTRAN6_SPECTRAL_FLUX_DNDIF_LW_CERES_TRMM:long_name = "MODTRAN6 Spectrally-Resolved Downwelling Diffuse Flux for longwave (5-200 um) at CERES-TRMM-ADM solar zenith angles" ;
		MODTRAN6_SPECTRAL_FLUX_DNDIF_LW_CERES_TRMM:description = "MODTRAN6 calculated spectrally-resolved longwave (at 0.5 um 5-200 um) level-by-level downwelling diffuse flux for CERES-TRMM-ADM solar geometries at each FV3 scene" ;
		MODTRAN6_SPECTRAL_FLUX_DNDIF_LW_CERES_TRMM:units = "W CM-2 / NM" ;
		MODTRAN6_SPECTRAL_FLUX_DNDIF_LW_CERES_TRMM:missing_value = 1.e+15 ;
	double MODTRAN6_SPECTRAL_FLUX_DNDIR_LW_CERES_TRMM(ceres_trmm_solar_zenith_angle, Levels, wavelength_lw) ;
		MODTRAN6_SPECTRAL_FLUX_DNDIR_LW_CERES_TRMM:long_name = "MODTRAN6 Spectrally-Resolved Downwelling Direct Flux for longwave (5-200 um) at CERES-TRMM-ADM solar zenith angles" ;
		MODTRAN6_SPECTRAL_FLUX_DNDIR_LW_CERES_TRMM:description = "MODTRAN6 calculated spectrally-resolved longwave (at 0.5 um from 5-200 um) level-by-level downwelling direct flux for CERES-TRMM-ADM solar geometries at each FV3 scene" ;
		MODTRAN6_SPECTRAL_FLUX_DNDIR_LW_CERES_TRMM:units = "W CM-2 / NM" ;
		MODTRAN6_SPECTRAL_FLUX_DNDIR_LW_CERES_TRMM:missing_value = 1.e+15 ;
	double MODTRAN6_SPECTRAL_FLUX_UPDIF_WVN_CERES_TRMM(ceres_trmm_solar_zenith_angle, Levels, wavenumber) ;
		MODTRAN6_SPECTRAL_FLUX_UPDIF_WVN_CERES_TRMM:long_name = "MODTRAN6 Spectrally-Resolved Upwelling Diffuse Flux for all wavenumbers (50-40000 cm^-1) at CERES-TRMM-ADM solar zenith angles" ;
		MODTRAN6_SPECTRAL_FLUX_UPDIF_WVN_CERES_TRMM:description = "MODTRAN6 calculated spectrally-resolved wavenumber (from 50 to 40000 cm^-1 at 15 cm^-1 resolution) level-by-level upwelling diffuse flux for CERES-TRMM-ADM solar geometries at each FV3 scene" ;
		MODTRAN6_SPECTRAL_FLUX_UPDIF_WVN_CERES_TRMM:units = "W CM-2 / CM-1" ;
		MODTRAN6_SPECTRAL_FLUX_UPDIF_WVN_CERES_TRMM:missing_value = 1.e+15 ;
	double MODTRAN6_SPECTRAL_FLUX_DNDIF_WVN_CERES_TRMM(ceres_trmm_solar_zenith_angle, Levels, wavenumber) ;
		MODTRAN6_SPECTRAL_FLUX_DNDIF_WVN_CERES_TRMM:long_name = "MODTRAN6 Spectrally-Resolved Downwelling Diffuse Flux for all wavenumbers (50-40000 cm^-1) at CERES-TRMM-ADM solar zenith angles" ;
		MODTRAN6_SPECTRAL_FLUX_DNDIF_WVN_CERES_TRMM:description = "MODTRAN6 calculated spectrally-resolved for all wavenumbers (from 50 to 40000 cm^-1 at 15 cm^-1 resolution) level-by-level downwelling diffuse flux for CERES-TRMM-ADM solar geometries at each FV3 scene" ;
		MODTRAN6_SPECTRAL_FLUX_DNDIF_WVN_CERES_TRMM:units = "W CM-2 / CM-1" ;
		MODTRAN6_SPECTRAL_FLUX_DNDIF_WVN_CERES_TRMM:missing_value = 1.e+15 ;
	double MODTRAN6_SPECTRAL_FLUX_DNDIR_WVN_CERES_TRMM(ceres_trmm_solar_zenith_angle, Levels, wavenumber) ;
		MODTRAN6_SPECTRAL_FLUX_DNDIR_WVN_CERES_TRMM:long_name = "MODTRAN6 Spectrally-Resolved Downwelling Direct Flux for all wavenumbers (50-40000 cm^-1) at CERES-TRMM-ADM solar zenith angles" ;
		MODTRAN6_SPECTRAL_FLUX_DNDIR_WVN_CERES_TRMM:description = "MODTRAN6 calculated spectrally-resolved for all wavenumbers (from 50 to 40000 cm^-1 at 15 cm^-1 resolution) level-by-level downwelling diffuse flux for CERES-TRMM-ADM solar geometries at each FV3 scene" ;
		MODTRAN6_SPECTRAL_FLUX_DNDIR_WVN_CERES_TRMM:units = "W CM-2 / NM" ;
		MODTRAN6_SPECTRAL_FLUX_DNDIR_WVN_CERES_TRMM:missing_value = 1.e+15 ;
	double MODTRAN6_VIS_RAD_TOA_ERBE(erbe_relative_azimuth_angle, erbe_solar_zenith_angle, erbe_viewing_zenith_angle) ;
		MODTRAN6_VIS_RAD_TOA_ERBE:long_name = "MODTRAN6 Visible Band Top-of-Atmosphere Radiance at ERBE ADM angles" ;
		MODTRAN6_VIS_RAD_TOA_ERBE:description = "MODTRAN6 calculated visible band-averaged (250-700 nm) top-of-atmosphere radiance for ERBE-ADM viewing/solar geometry at each FV3 scene" ;
		MODTRAN6_VIS_RAD_TOA_ERBE:units = "micro-W SR-1 CM-2" ;
		MODTRAN6_VIS_RAD_TOA_ERBE:missing_value = -9999. ;
	double MODTRAN6_VIS_FLX_UPDIF_ERBE(erbe_solar_zenith_angle, Levels) ;
		MODTRAN6_VIS_FLX_UPDIF_ERBE:long_name = "MODTRAN6 Visible Band Upwelling Diffuse Flux at ERBE SZA angles" ;
		MODTRAN6_VIS_FLX_UPDIF_ERBE:description = "MODTRAN6 calculated visible band-averaged (250-700 nm) hemispherically-integrated, vertically-resolved upwelling diffuse flux for ERBE-ADM solar geometry at each FV3 scene" ;
		MODTRAN6_VIS_FLX_UPDIF_ERBE:units = "W CM-2" ;
		MODTRAN6_VIS_FLX_UPDIF_ERBE:missing_value = -9999. ;
	double MODTRAN6_VIS_FLX_DNDIF_ERBE(erbe_solar_zenith_angle, Levels) ;
		MODTRAN6_VIS_FLX_DNDIF_ERBE:long_name = "MODTRAN6 Visible Band Downwelling Diffuse Flux at ERBE SZA angles" ;
		MODTRAN6_VIS_FLX_DNDIF_ERBE:description = "MODTRAN6 calculated visible band-averaged (250-700 nm) hemispherically-integrated, vertically-resolved downwelling diffuse flux for ERBE-ADM solar geometry at each FV3 scene" ;
		MODTRAN6_VIS_FLX_DNDIF_ERBE:units = "W CM-2" ;
		MODTRAN6_VIS_FLX_DNDIF_ERBE:missing_value = -9999. ;
	double MODTRAN6_VIS_FLX_DNDIR_ERBE(erbe_solar_zenith_angle, Levels) ;
		MODTRAN6_VIS_FLX_DNDIR_ERBE:long_name = "MODTRAN6 Visible Band Downwelling Direct Flux at ERBE SZA angles" ;
		MODTRAN6_VIS_FLX_DNDIR_ERBE:description = "MODTRAN6 calculated visible band-averaged (250-700 nm) hemispherically-integrated, vertically-resolved downwelling direct flux for ERBE-ADM solar geometry at each FV3 scene" ;
		MODTRAN6_VIS_FLX_DNDIR_ERBE:units = "W CM-2" ;
		MODTRAN6_VIS_FLX_DNDIR_ERBE:missing_value = -9999. ;
	double MODTRAN6_NIR_RAD_TOA_ERBE(erbe_relative_azimuth_angle, erbe_solar_zenith_angle, erbe_viewing_zenith_angle) ;
		MODTRAN6_NIR_RAD_TOA_ERBE:long_name = "MODTRAN6 Near-Infrared Band Top-of-Atmosphere Radiance at ERBE-ADM angles" ;
		MODTRAN6_NIR_RAD_TOA_ERBE:description = "MODTRAN6 calculated near-infrared band-averaged (700-5000 nm) top-of-atmosphere radiance for ERBE-ADM viewing/solar geometry for ERBE-ADM solar geometry at each FV3 scene" ;
		MODTRAN6_NIR_RAD_TOA_ERBE:units = "micro-W SR-1 CM-2" ;
		MODTRAN6_NIR_RAD_TOA_ERBE:missing_value = -9999. ;
	double MODTRAN6_NIR_FLX_UPDIF_ERBE(erbe_solar_zenith_angle, Levels) ;
		MODTRAN6_NIR_FLX_UPDIF_ERBE:long_name = "MODTRAN6 Near-Infrared Band Upwelling Diffuse Flux at ERBE SZA angles" ;
		MODTRAN6_NIR_FLX_UPDIF_ERBE:description = "MODTRAN6 calculated near-infrared band-averaged (700-5000 nm) hemispherically-integrated, vertically-resolved upwelling diffuse flux for ERBE-ADM solar geometry at each FV3 scene" ;
		MODTRAN6_NIR_FLX_UPDIF_ERBE:units = "W CM-2" ;
		MODTRAN6_NIR_FLX_UPDIF_ERBE:missing_value = -9999. ;
	double MODTRAN6_NIR_FLX_DNDIF_ERBE(erbe_solar_zenith_angle, Levels) ;
		MODTRAN6_NIR_FLX_DNDIF_ERBE:long_name = "MODTRAN6 Near-Infrared Band Downwelling Diffuse Flux at ERBE SZA angles" ;
		MODTRAN6_NIR_FLX_DNDIF_ERBE:description = "MODTRAN6 calculated near-infrared band-averaged (700-5000 nm) hemispherically-integrated, vertically-resolved downwelling diffuse flux for ERBE-ADM solar geometry at each FV3 scene" ;
		MODTRAN6_NIR_FLX_DNDIF_ERBE:units = "W CM-2" ;
		MODTRAN6_NIR_FLX_DNDIF_ERBE:missing_value = -9999. ;
	double MODTRAN6_NIR_FLX_DNDIR_ERBE(erbe_solar_zenith_angle, Levels) ;
		MODTRAN6_NIR_FLX_DNDIR_ERBE:long_name = "MODTRAN6 Near-Infrared Band Downwelling Direct Flux at ERBE SZA angles" ;
		MODTRAN6_NIR_FLX_DNDIR_ERBE:description = "MODTRAN6 calculated near-infrared band (700-5000 nm) hemispherically-integrated, vertically-resolved downwelling direct flux for ERBE-ADM solar geometry at each FV3 scene" ;
		MODTRAN6_NIR_FLX_DNDIR_ERBE:units = "W CM-2" ;
		MODTRAN6_NIR_FLX_DNDIR_ERBE:missing_value = -9999. ;
	double MODTRAN6_SW_RAD_TOA_ERBE(erbe_relative_azimuth_angle, erbe_solar_zenith_angle, erbe_viewing_zenith_angle) ;
		MODTRAN6_SW_RAD_TOA_ERBE:long_name = "MODTRAN6 Shortwave Band Top-of-Atmosphere Radiance at ERBE-ADM angles" ;
		MODTRAN6_SW_RAD_TOA_ERBE:description = "MODTRAN6 calculated shortwave total band-averaged (250-5000 nm) top-of-atmosphere radiance for ERBE-ADM viewing/solar geometry at each FV3 scene" ;
		MODTRAN6_SW_RAD_TOA_ERBE:units = "micro-W SR-1 CM-2" ;
		MODTRAN6_SW_RAD_TOA_ERBE:missing_value = -9999. ;
	double MODTRAN6_SW_FLX_UPDIF_ERBE(erbe_solar_zenith_angle, Levels) ;
		MODTRAN6_SW_FLX_UPDIF_ERBE:long_name = "MODTRAN6 Shortwave Band Upwelling Diffuse Flux at ERBE SZA angles" ;
		MODTRAN6_SW_FLX_UPDIF_ERBE:description = "MODTRAN6 calculated shortwave band (250-5000 nm) hemispherically-integrated, vertically-resolved upwelling diffuse flux for ERBE-ADM solar geometry at each FV3 scene" ;
		MODTRAN6_SW_FLX_UPDIF_ERBE:units = "W CM-2" ;
		MODTRAN6_SW_FLX_UPDIF_ERBE:missing_value = -9999. ;
	double MODTRAN6_SW_FLX_DNDIF_ERBE(erbe_solar_zenith_angle, Levels) ;
		MODTRAN6_SW_FLX_DNDIF_ERBE:long_name = "MODTRAN6 Shortwave Band Downwelling Diffuse Flux at ERBE SZA angles" ;
		MODTRAN6_SW_FLX_DNDIF_ERBE:description = "MODTRAN6 calculated shortwave band (250-5000 nm) hemispherically-integrated, vertically-resolved downwelling diffuse flux for ERBE-ADM solar geometry at each FV3 scene" ;
		MODTRAN6_SW_FLX_DNDIF_ERBE:units = "W CM-2" ;
		MODTRAN6_SW_FLX_DNDIF_ERBE:missing_value = -9999. ;
	double MODTRAN6_SW_FLX_DNDIR_ERBE(erbe_solar_zenith_angle, Levels) ;
		MODTRAN6_SW_FLX_DNDIR_ERBE:long_name = "MODTRAN6 Shortwave Band Downwelling Direct Flux at ERBE SZA angles" ;
		MODTRAN6_SW_FLX_DNDIR_ERBE:description = "MODTRAN6 calculated shortwave band (250-5000 nm) hemispherically-integrated, vertically-resolved downwelling direct flux for ERBE-ADM solar geometry at each FV3 scene" ;
		MODTRAN6_SW_FLX_DNDIR_ERBE:units = "W CM-2" ;
		MODTRAN6_SW_FLX_DNDIR_ERBE:missing_value = -9999. ;
	double MODTRAN6_LW_RAD_TOA_ERBE(erbe_relative_azimuth_angle, erbe_solar_zenith_angle, erbe_viewing_zenith_angle) ;
		MODTRAN6_LW_RAD_TOA_ERBE:long_name = "MODTRAN6 Longwave Band Top-of-Atmosphere Radiance at ERBE-ADM angles" ;
		MODTRAN6_LW_RAD_TOA_ERBE:description = "MODTRAN6 calculated longwave total band-averaged (5 - 200 um) top-of-atmosphere radiance for ERBE-ADM viewing/solar geometry at each FV3 scene" ;
		MODTRAN6_LW_RAD_TOA_ERBE:units = "micro-W SR-1 CM-2" ;
		MODTRAN6_LW_RAD_TOA_ERBE:missing_value = -9999. ;
	double MODTRAN6_LW_FLX_UPDIF_ERBE(erbe_solar_zenith_angle, Levels) ;
		MODTRAN6_LW_FLX_UPDIF_ERBE:long_name = "MODTRAN6 Longwave Band Upwelling Diffuse Flux at ERBE SZA angles" ;
		MODTRAN6_LW_FLX_UPDIF_ERBE:description = "MODTRAN6 calculated longwave band (5 - 200 um) hemispherically-integrated, vertically-resolved upwelling diffuse flux for ERBE-ADM solar geometry at each FV3 scene" ;
		MODTRAN6_LW_FLX_UPDIF_ERBE:units = "W CM-2" ;
		MODTRAN6_LW_FLX_UPDIF_ERBE:missing_value = -9999. ;
	double MODTRAN6_LW_FLX_DNDIF_ERBE(erbe_solar_zenith_angle, Levels) ;
		MODTRAN6_LW_FLX_DNDIF_ERBE:long_name = "MODTRAN6 Longwave Band Downwelling Diffuse Flux at ERBE SZA angles" ;
		MODTRAN6_LW_FLX_DNDIF_ERBE:description = "MODTRAN6 calculated longwave band (5 - 100 um) hemispherically-integrated, vertically-resolved downwelling diffuse flux for ERBE-ADM solar geometry at each FV3 scene" ;
		MODTRAN6_LW_FLX_DNDIF_ERBE:units = "W CM-2" ;
		MODTRAN6_LW_FLX_DNDIF_ERBE:missing_value = -9999. ;
	double MODTRAN6_LW_FLX_DNDIR_ERBE(erbe_solar_zenith_angle, Levels) ;
		MODTRAN6_LW_FLX_DNDIR_ERBE:long_name = "MODTRAN6 Longwave Band Downwelling Diffuse Flux at ERBE SZA angles" ;
		MODTRAN6_LW_FLX_DNDIR_ERBE:description = "MODTRAN6 calculated longwave band (5-200 um) hemispherically-integrated, vertically-resolved downwelling direct flux for ERBE-ADM solar geometry at each FV3 scene" ;
		MODTRAN6_LW_FLX_DNDIR_ERBE:units = "W CM-2" ;
		MODTRAN6_LW_FLX_DNDIR_ERBE:missing_value = -9999. ;
	double MODTRAN6_TOT_RAD_TOA_ERBE(erbe_relative_azimuth_angle, erbe_solar_zenith_angle, erbe_viewing_zenith_angle) ;
		MODTRAN6_TOT_RAD_TOA_ERBE:long_name = "MODTRAN6 Total Channel Band Top-of-Atmosphere Radiance at ERBE-ADM angles" ;
		MODTRAN6_TOT_RAD_TOA_ERBE:description = "MODTRAN6 calculated total total band-averaged (0.25 - 200 um) top-of-atmosphere radiance for ERBE-ADM viewing/solar geometry at each FV3 scene" ;
		MODTRAN6_TOT_RAD_TOA_ERBE:units = "micro-W SR-1 CM-2" ;
		MODTRAN6_TOT_RAD_TOA_ERBE:missing_value = -9999. ;
	double MODTRAN6_TOT_FLX_UPDIF_ERBE(erbe_solar_zenith_angle, Levels) ;
		MODTRAN6_TOT_FLX_UPDIF_ERBE:long_name = "MODTRAN6 Total Channel Band Upwelling Diffuse Flux at ERBE SZA angles" ;
		MODTRAN6_TOT_FLX_UPDIF_ERBE:description = "MODTRAN6 calculated total channel band (0.25 - 200 um) hemispherically-integrated, vertically-resolved upwelling diffuse flux for ERBE-ADM solar geometry at each FV3 scene" ;
		MODTRAN6_TOT_FLX_UPDIF_ERBE:units = "W CM-2" ;
		MODTRAN6_TOT_FLX_UPDIF_ERBE:missing_value = -9999. ;
	double MODTRAN6_TOT_FLX_DNDIF_ERBE(erbe_solar_zenith_angle, Levels) ;
		MODTRAN6_TOT_FLX_DNDIF_ERBE:long_name = "MODTRAN6 Total Channel Band Downwelling Diffuse Flux at ERBE SZA angles" ;
		MODTRAN6_TOT_FLX_DNDIF_ERBE:description = "MODTRAN6 calculated total channel band (0.25 - 200 um) hemispherically-integrated, vertically-resolved downwelling diffuse flux for ERBE-ADM solar geometry at each FV3 scene" ;
		MODTRAN6_TOT_FLX_DNDIF_ERBE:units = "W CM-2" ;
		MODTRAN6_TOT_FLX_DNDIF_ERBE:missing_value = -9999. ;
	double MODTRAN6_TOT_FLX_DNDIR_ERBE(erbe_solar_zenith_angle, Levels) ;
		MODTRAN6_TOT_FLX_DNDIR_ERBE:long_name = "MODTRAN6 Total Band Downwelling Diffuse Flux at ERBE SZA angles" ;
		MODTRAN6_TOT_FLX_DNDIR_ERBE:description = "MODTRAN6 calculated longwave band (0.25 - 200 um) hemispherically-integrated, vertically-resolved downwelling direct flux for ERBE-ADM solar geometry at each FV3 scene" ;
		MODTRAN6_TOT_FLX_DNDIR_ERBE:units = "W CM-2" ;
		MODTRAN6_TOT_FLX_DNDIR_ERBE:missing_value = -9999. ;
	double MODTRAN6_550NM_RAD_TOA_ERBE(erbe_relative_azimuth_angle, erbe_solar_zenith_angle, erbe_viewing_zenith_angle) ;
		MODTRAN6_550NM_RAD_TOA_ERBE:long_name = "MODTRAN6 550-nm Channel Top-of-Atmosphere Radiance at ERBE SZA angles" ;
		MODTRAN6_550NM_RAD_TOA_ERBE:description = "MODTRAN6 calculated 550-nm top-of-atmosphere radiance for ERBE-ADM viewing/solar geometry at each FV3 scene for ERBE-ADM for Libera WFOV camera" ;
		MODTRAN6_550NM_RAD_TOA_ERBE:units = "micro-W SR-1 CM-2/NM" ;
		MODTRAN6_550NM_RAD_TOA_ERBE:missing_value = -9999. ;
	double MODTRAN6_550NM_DNFLX_TOA_ERBE(erbe_solar_zenith_angle) ;
		MODTRAN6_550NM_DNFLX_TOA_ERBE:long_name = "MODTRAN6 550-nm Channel Top-of-Atmosphere Downwelling Solar Flux at ERBE SZA angles" ;
		MODTRAN6_550NM_DNFLX_TOA_ERBE:description = "MODTRAN6 calculated 550-nm top-of-atmosphere downwelling solar flux for ERBE-ADM viewing/solar geometry at each FV3 scene for Libera WFOV camera" ;
		MODTRAN6_550NM_DNFLX_TOA_ERBE:units = "W CM-2" ;
		MODTRAN6_550NM_DNFLX_TOA_ERBE:missing_value = -9999. ;
	double MODTRAN6_VIS_RAD_TOA_CERES_TRMM(ceres_trmm_relative_azimuth_angle, ceres_trmm_solar_zenith_angle, ceres_trmm_viewing_zenith_angle) ;
		MODTRAN6_VIS_RAD_TOA_CERES_TRMM:long_name = "MODTRAN6 Visible Band Top-of-Atmosphere Radiance at CERES-TRMM ADM angles" ;
		MODTRAN6_VIS_RAD_TOA_CERES_TRMM:description = "MODTRAN6 calculated visible band-averaged (250-700 nm) top-of-atmosphere radiance for CERES-TRMM-ADM viewing/solar geometry at each FV3 scene" ;
		MODTRAN6_VIS_RAD_TOA_CERES_TRMM:units = "micro-W SR-1 CM-2" ;
		MODTRAN6_VIS_RAD_TOA_CERES_TRMM:missing_value = -9999. ;
	double MODTRAN6_VIS_FLX_UPDIF_CERES_TRMM(ceres_trmm_solar_zenith_angle, Levels) ;
		MODTRAN6_VIS_FLX_UPDIF_CERES_TRMM:long_name = "MODTRAN6 Visible Band Upwelling Diffuse Flux at CERES-TRMM SZA angles" ;
		MODTRAN6_VIS_FLX_UPDIF_CERES_TRMM:description = "MODTRAN6 calculated visible band-averaged (250-700 nm) hemispherically-integrated, vertically-resolved upwelling diffuse flux for CERES-TRMM-ADM solar geometry at each FV3 scene" ;
		MODTRAN6_VIS_FLX_UPDIF_CERES_TRMM:units = "W CM-2" ;
		MODTRAN6_VIS_FLX_UPDIF_CERES_TRMM:missing_value = -9999. ;
	double MODTRAN6_VIS_FLX_DNDIF_CERES_TRMM(ceres_trmm_solar_zenith_angle, Levels) ;
		MODTRAN6_VIS_FLX_DNDIF_CERES_TRMM:long_name = "MODTRAN6 Visible Band Downwelling Diffuse Flux at CERES-TRMM SZA angles" ;
		MODTRAN6_VIS_FLX_DNDIF_CERES_TRMM:description = "MODTRAN6 calculated visible band-averaged (250-700 nm) hemispherically-integrated, vertically-resolved downwelling diffuse flux for CERES-TRMM-ADM solar geometry at each FV3 scene" ;
		MODTRAN6_VIS_FLX_DNDIF_CERES_TRMM:units = "W CM-2" ;
		MODTRAN6_VIS_FLX_DNDIF_CERES_TRMM:missing_value = -9999. ;
	double MODTRAN6_VIS_FLX_DNDIR_CERES_TRMM(ceres_trmm_solar_zenith_angle, Levels) ;
		MODTRAN6_VIS_FLX_DNDIR_CERES_TRMM:long_name = "MODTRAN6 Visible Band Downwelling Direct Flux at CERES-TRMM SZA angles" ;
		MODTRAN6_VIS_FLX_DNDIR_CERES_TRMM:description = "MODTRAN6 calculated visible band-averaged (250-700 nm) hemispherically-integrated, vertically-resolved downwelling direct flux for CERES-TRMM-ADM solar geometry at each FV3 scene" ;
		MODTRAN6_VIS_FLX_DNDIR_CERES_TRMM:units = "W CM-2" ;
		MODTRAN6_VIS_FLX_DNDIR_CERES_TRMM:missing_value = -9999. ;
	double MODTRAN6_NIR_RAD_TOA_CERES_TRMM(ceres_trmm_relative_azimuth_angle, ceres_trmm_solar_zenith_angle, ceres_trmm_viewing_zenith_angle) ;
		MODTRAN6_NIR_RAD_TOA_CERES_TRMM:long_name = "MODTRAN6 Near-Infrared Band Top-of-Atmosphere Radiance at CERES-TRMM-ADM angles" ;
		MODTRAN6_NIR_RAD_TOA_CERES_TRMM:description = "MODTRAN6 calculated near-infrared band-averaged (700-5000 nm) top-of-atmosphere radiance for CERES-TRMM-ADM viewing/solar geometry for CERES-TRMM-ADM solar geometry at each FV3 scene" ;
		MODTRAN6_NIR_RAD_TOA_CERES_TRMM:units = "micro-W SR-1 CM-2" ;
		MODTRAN6_NIR_RAD_TOA_CERES_TRMM:missing_value = -9999. ;
	double MODTRAN6_NIR_FLX_UPDIF_CERES_TRMM(ceres_trmm_solar_zenith_angle, Levels) ;
		MODTRAN6_NIR_FLX_UPDIF_CERES_TRMM:long_name = "MODTRAN6 Near-Infrared Band Upwelling Diffuse Flux at CERES-TRMM SZA angles" ;
		MODTRAN6_NIR_FLX_UPDIF_CERES_TRMM:description = "MODTRAN6 calculated near-infrared band-averaged (700-5000 nm) hemispherically-integrated, vertically-resolved upwelling diffuse flux for CERES-TRMM-ADM solar geometry at each FV3 scene" ;
		MODTRAN6_NIR_FLX_UPDIF_CERES_TRMM:units = "W CM-2" ;
		MODTRAN6_NIR_FLX_UPDIF_CERES_TRMM:missing_value = -9999. ;
	double MODTRAN6_NIR_FLX_DNDIF_CERES-TRMM(ceres_trmm_solar_zenith_angle, Levels) ;
		MODTRAN6_NIR_FLX_DNDIF_CERES-TRMM:long_name = "MODTRAN6 Near-Infrared Band Downwelling Diffuse Flux at CERES-TRMM SZA angles" ;
		MODTRAN6_NIR_FLX_DNDIF_CERES-TRMM:description = "MODTRAN6 calculated near-infrared band-averaged (700-5000 nm) hemispherically-integrated, vertically-resolved downwelling diffuse flux for CERES-TRMM-ADM solar geometry at each FV3 scene" ;
		MODTRAN6_NIR_FLX_DNDIF_CERES-TRMM:units = "W CM-2" ;
		MODTRAN6_NIR_FLX_DNDIF_CERES-TRMM:missing_value = -9999. ;
	double MODTRAN6_NIR_FLX_DNDIR_CERES-TRMM(ceres_trmm_solar_zenith_angle, Levels) ;
		MODTRAN6_NIR_FLX_DNDIR_CERES-TRMM:long_name = "MODTRAN6 Near-Infrared Band Downwelling Direct Flux at CERES-TRMM SZA angles" ;
		MODTRAN6_NIR_FLX_DNDIR_CERES-TRMM:description = "MODTRAN6 calculated near-infrared band (700-5000 nm) hemispherically-integrated, vertically-resolved downwelling direct flux for CERES-TRMM-ADM solar geometry at each FV3 scene" ;
		MODTRAN6_NIR_FLX_DNDIR_CERES-TRMM:units = "W CM-2" ;
		MODTRAN6_NIR_FLX_DNDIR_CERES-TRMM:missing_value = -9999. ;
	double MODTRAN6_SW_RAD_TOA_CERES-TRMM(ceres_trmm_relative_azimuth_angle, ceres_trmm_solar_zenith_angle, ceres_trmm_viewing_zenith_angle) ;
		MODTRAN6_SW_RAD_TOA_CERES-TRMM:long_name = "MODTRAN6 Shortwave Band Top-of-Atmosphere Radiance at CERES-TRMM-ADM angles" ;
		MODTRAN6_SW_RAD_TOA_CERES-TRMM:description = "MODTRAN6 calculated shortwave total band-averaged (250-5000 nm) top-of-atmosphere radiance for CERES-TRMM-ADM viewing/solar geometry at each FV3 scene" ;
		MODTRAN6_SW_RAD_TOA_CERES-TRMM:units = "micro-W SR-1 CM-2" ;
		MODTRAN6_SW_RAD_TOA_CERES-TRMM:missing_value = -9999. ;
	double MODTRAN6_SW_FLX_UPDIF_CERES-TRMM(ceres_trmm_solar_zenith_angle, Levels) ;
		MODTRAN6_SW_FLX_UPDIF_CERES-TRMM:long_name = "MODTRAN6 Shortwave Band Upwelling Diffuse Flux at CERES-TRMM SZA angles" ;
		MODTRAN6_SW_FLX_UPDIF_CERES-TRMM:description = "MODTRAN6 calculated shortwave band (250-5000 nm) hemispherically-integrated, vertically-resolved upwelling diffuse flux for CERES-TRMM-ADM solar geometry at each FV3 scene" ;
		MODTRAN6_SW_FLX_UPDIF_CERES-TRMM:units = "W CM-2" ;
		MODTRAN6_SW_FLX_UPDIF_CERES-TRMM:missing_value = -9999. ;
	double MODTRAN6_SW_FLX_DNDIF_CERES-TRMM(ceres_trmm_solar_zenith_angle, Levels) ;
		MODTRAN6_SW_FLX_DNDIF_CERES-TRMM:long_name = "MODTRAN6 Shortwave Band Downwelling Diffuse Flux at CERES-TRMM SZA angles" ;
		MODTRAN6_SW_FLX_DNDIF_CERES-TRMM:description = "MODTRAN6 calculated shortwave band (250-5000 nm) hemispherically-integrated, vertically-resolved downwelling diffuse flux for CERES-TRMM-ADM solar geometry at each FV3 scene" ;
		MODTRAN6_SW_FLX_DNDIF_CERES-TRMM:units = "W CM-2" ;
		MODTRAN6_SW_FLX_DNDIF_CERES-TRMM:missing_value = -9999. ;
	double MODTRAN6_SW_FLX_DNDIR_CERES-TRMM(ceres_trmm_solar_zenith_angle, Levels) ;
		MODTRAN6_SW_FLX_DNDIR_CERES-TRMM:long_name = "MODTRAN6 Shortwave Band Downwelling Direct Flux at CERES-TRMM SZA angles" ;
		MODTRAN6_SW_FLX_DNDIR_CERES-TRMM:description = "MODTRAN6 calculated shortwave band (250-5000 nm) hemispherically-integrated, vertically-resolved downwelling direct flux for CERES-TRMM-ADM solar geometry at each FV3 scene" ;
		MODTRAN6_SW_FLX_DNDIR_CERES-TRMM:units = "W CM-2" ;
		MODTRAN6_SW_FLX_DNDIR_CERES-TRMM:missing_value = -9999. ;
	double MODTRAN6_LW_RAD_TOA_CERES-TRMM(ceres_trmm_relative_azimuth_angle, ceres_trmm_solar_zenith_angle, ceres_trmm_viewing_zenith_angle) ;
		MODTRAN6_LW_RAD_TOA_CERES-TRMM:long_name = "MODTRAN6 Longwave Band Top-of-Atmosphere Radiance at CERES-TRMM-ADM angles" ;
		MODTRAN6_LW_RAD_TOA_CERES-TRMM:description = "MODTRAN6 calculated longwave total band-averaged (5-200 um) top-of-atmosphere radiance for CERES-TRMM-ADM viewing/solar geometry at each FV3 scene" ;
		MODTRAN6_LW_RAD_TOA_CERES-TRMM:units = "micro-W SR-1 CM-2" ;
		MODTRAN6_LW_RAD_TOA_CERES-TRMM:missing_value = -9999. ;
	double MODTRAN6_LW_FLX_UPDIF_CERES-TRMM(ceres_trmm_solar_zenith_angle, Levels) ;
		MODTRAN6_LW_FLX_UPDIF_CERES-TRMM:long_name = "MODTRAN6 Longwave Band Upwelling Diffuse Flux at CERES-TRMM SZA angles" ;
		MODTRAN6_LW_FLX_UPDIF_CERES-TRMM:description = "MODTRAN6 calculated longwave band (5-200 um) hemispherically-integrated, vertically-resolved upwelling diffuse flux for CERES-TRMM-ADM solar geometry at each FV3 scene" ;
		MODTRAN6_LW_FLX_UPDIF_CERES-TRMM:units = "W CM-2" ;
		MODTRAN6_LW_FLX_UPDIF_CERES-TRMM:missing_value = -9999. ;
	double MODTRAN6_LW_FLX_DNDIF_CERES-TRMM(ceres_trmm_solar_zenith_angle, Levels) ;
		MODTRAN6_LW_FLX_DNDIF_CERES-TRMM:long_name = "MODTRAN6 Longwave Band Downwelling Diffuse Flux at CERES-TRMM SZA angles" ;
		MODTRAN6_LW_FLX_DNDIF_CERES-TRMM:description = "MODTRAN6 calculated longwave band (5-200 um) hemispherically-integrated, vertically-resolved downwelling diffuse flux for CERES-TRMM-ADM solar geometry at each FV3 scene" ;
		MODTRAN6_LW_FLX_DNDIF_CERES-TRMM:units = "W CM-2" ;
		MODTRAN6_LW_FLX_DNDIF_CERES-TRMM:missing_value = -9999. ;
	double MODTRAN6_LW_FLX_DNDIR_CERES-TRMM(ceres_trmm_solar_zenith_angle, Levels) ;
		MODTRAN6_LW_FLX_DNDIR_CERES-TRMM:long_name = "MODTRAN6 Longwave Band Downwelling Direct Flux at CERES-TRMM SZA angles" ;
		MODTRAN6_LW_FLX_DNDIR_CERES-TRMM:description = "MODTRAN6 calculated longwave band (5-200 um) hemispherically-integrated, vertically-resolved downwelling direct flux for CERES-TRMM-ADM solar geometry at each FV3 scene" ;
		MODTRAN6_LW_FLX_DNDIR_CERES-TRMM:units = "W CM-2" ;
		MODTRAN6_LW_FLX_DNDIR_CERES-TRMM:missing_value = -9999. ;
	double MODTRAN6_TOT_RAD_TOA_CERES-TRMM(ceres_trmm_relative_azimuth_angle, ceres_trmm_solar_zenith_angle, ceres_trmm_viewing_zenith_angle) ;
		MODTRAN6_TOT_RAD_TOA_CERES-TRMM:long_name = "MODTRAN6 Total Band Top-of-Atmosphere Radiance at CERES-TRMM-ADM angles" ;
		MODTRAN6_TOT_RAD_TOA_CERES-TRMM:description = "MODTRAN6 calculated total channel total band-averaged (0.25-200 um) top-of-atmosphere radiance for CERES-TRMM-ADM viewing/solar geometry at each FV3 scene" ;
		MODTRAN6_TOT_RAD_TOA_CERES-TRMM:units = "micro-W SR-1 CM-2" ;
		MODTRAN6_TOT_RAD_TOA_CERES-TRMM:missing_value = -9999. ;
	double MODTRAN6_TOT_FLX_UPDIF_CERES-TRMM(ceres_trmm_solar_zenith_angle, Levels) ;
		MODTRAN6_TOT_FLX_UPDIF_CERES-TRMM:long_name = "MODTRAN6 Total Band Upwelling Diffuse Flux at CERES-TRMM SZA angles" ;
		MODTRAN6_TOT_FLX_UPDIF_CERES-TRMM:description = "MODTRAN6 calculated total band (0.25-200 um) hemispherically-integrated, vertically-resolved upwelling diffuse flux for CERES-TRMM-ADM solar geometry at each FV3 scene" ;
		MODTRAN6_TOT_FLX_UPDIF_CERES-TRMM:units = "W CM-2" ;
		MODTRAN6_TOT_FLX_UPDIF_CERES-TRMM:missing_value = -9999. ;
	double MODTRAN6_TOT_FLX_DNDIF_CERES-TRMM(ceres_trmm_solar_zenith_angle, Levels) ;
		MODTRAN6_TOT_FLX_DNDIF_CERES-TRMM:long_name = "MODTRAN6 Longwave Band Downwelling Diffuse Flux at CERES-TRMM SZA angles" ;
		MODTRAN6_TOT_FLX_DNDIF_CERES-TRMM:description = "MODTRAN6 calculated total band (0.25-200 um) hemispherically-integrated, vertically-resolved downwelling diffuse flux for CERES-TRMM-ADM solar geometry at each FV3 scene" ;
		MODTRAN6_TOT_FLX_DNDIF_CERES-TRMM:units = "W CM-2" ;
		MODTRAN6_TOT_FLX_DNDIF_CERES-TRMM:missing_value = -9999. ;
	double MODTRAN6_TOT_FLX_DNDIR_CERES-TRMM(ceres_trmm_solar_zenith_angle, Levels) ;
		MODTRAN6_TOT_FLX_DNDIR_CERES-TRMM:long_name = "MODTRAN6 Total Band Downwelling Direct Flux at CERES-TRMM SZA angles" ;
		MODTRAN6_TOT_FLX_DNDIR_CERES-TRMM:description = "MODTRAN6 calculated total band (0.25-200 um) hemispherically-integrated, vertically-resolved downwelling direct flux for CERES-TRMM-ADM solar geometry at each FV3 scene" ;
		MODTRAN6_TOT_FLX_DNDIR_CERES-TRMM:units = "W CM-2" ;
		MODTRAN6_TOT_FLX_DNDIR_CERES-TRMM:missing_value = -9999. ;
	double MODTRAN6_550NM_RAD_TOA_CERES-TRMM(ceres_trmm_relative_azimuth_angle, ceres_trmm_solar_zenith_angle, ceres_trmm_viewing_zenith_angle) ;
		MODTRAN6_550NM_RAD_TOA_CERES-TRMM:long_name = "MODTRAN6 550-nm Channel Top-of-Atmosphere Radiance at CERES-TRMM SZA angles" ;
		MODTRAN6_550NM_RAD_TOA_CERES-TRMM:description = "MODTRAN6 calculated 550-nm top-of-atmosphere radiance for CERES-TRMM-ADM viewing/solar geometry at each FV3 scene for CERES-TRMM-ADM for Libera WFOV camera" ;
		MODTRAN6_550NM_RAD_TOA_CERES-TRMM:units = "micro-W SR-1 CM-2/NM" ;
		MODTRAN6_550NM_RAD_TOA_CERES-TRMM:missing_value = -9999. ;
	double MODTRAN6_550NM_DNFLX_TOA_CERES-TRMM(ceres_trmm_solar_zenith_angle) ;
		MODTRAN6_550NM_DNFLX_TOA_CERES-TRMM:long_name = "MODTRAN6 550-nm Channel Top-of-Atmosphere Downwelling Solar Flux at CERES-TRMM SZA angles" ;
		MODTRAN6_550NM_DNFLX_TOA_CERES-TRMM:description = "MODTRAN6 calculated 550-nm top-of-atmosphere downwelling solar flux for CERES-TRMM-ADM viewing/solar geometry at each FV3 scene for Libera WFOV camera" ;
		MODTRAN6_550NM_DNFLX_TOA_CERES-TRMM:units = "W CM-2" ;
		MODTRAN6_550NM_DNFLX_TOA_CERES-TRMM:missing_value = -9999. ;

// global attributes:
		:Description = "Libera Modtran6 FV3 OSSE Inputs and Outputs for Single Day Output (08/01/2016). Version 0.1; Created by Dr. Daniel Feldman, Lawrence Berkeley National Laboratory, University of California" ;
		:Creation_Date = "26-Dec-2025 09:06:55" ;
}