netcdf CMIP_CAM6_radiation_average_v3_reformatted { dimensions: altitude = 70 ; altitude_int = 71 ; lat = 36 ; time = UNLIMITED ; // (12 currently) variables: double time(time) ; double date(time) ; date:_FillValue = -9999. ; int datesec(time) ; datesec:_FillValue = -9999 ; double altitude(altitude) ; altitude:units = "km" ; double altitude_int(altitude_int) ; altitude_int:units = "km" ; double lat(lat) ; lat:units = "degrees_north" ; double ext_sun1(time, altitude, lat) ; ext_sun1:units = "extinction coefficient of solar bands in 1/km" ; double ext_sun2(time, altitude, lat) ; ext_sun2:units = "extinction coefficient of solar bands in 1/km" ; double ext_sun3(time, altitude, lat) ; ext_sun3:units = "extinction coefficient of solar bands in 1/km" ; double ext_sun4(time, altitude, lat) ; ext_sun4:units = "extinction coefficient of solar bands in 1/km" ; double ext_sun5(time, altitude, lat) ; ext_sun5:units = "extinction coefficient of solar bands in 1/km" ; double ext_sun6(time, altitude, lat) ; ext_sun6:units = "extinction coefficient of solar bands in 1/km" ; double ext_sun7(time, altitude, lat) ; ext_sun7:units = "extinction coefficient of solar bands in 1/km" ; double ext_sun8(time, altitude, lat) ; ext_sun8:units = "extinction coefficient of solar bands in 1/km" ; double ext_sun9(time, altitude, lat) ; ext_sun9:units = "extinction coefficient of solar bands in 1/km" ; double ext_sun10(time, altitude, lat) ; ext_sun10:units = "extinction coefficient of solar bands in 1/km" ; double ext_sun11(time, altitude, lat) ; ext_sun11:units = "extinction coefficient of solar bands in 1/km" ; double ext_sun12(time, altitude, lat) ; ext_sun12:units = "extinction coefficient of solar bands in 1/km" ; double ext_sun13(time, altitude, lat) ; ext_sun13:units = "extinction coefficient of solar bands in 1/km" ; double ext_sun14(time, altitude, lat) ; ext_sun14:units = "extinction coefficient of solar bands in 1/km" ; double omega_sun1(time, altitude, lat) ; omega_sun1:units = "single scattering albedo of solar bands" ; double omega_sun2(time, altitude, lat) ; omega_sun2:units = "single scattering albedo of solar bands" ; double omega_sun3(time, altitude, lat) ; omega_sun3:units = "single scattering albedo of solar bands" ; double omega_sun4(time, altitude, lat) ; omega_sun4:units = "single scattering albedo of solar bands" ; double omega_sun5(time, altitude, lat) ; omega_sun5:units = "single scattering albedo of solar bands" ; double omega_sun6(time, altitude, lat) ; omega_sun6:units = "single scattering albedo of solar bands" ; double omega_sun7(time, altitude, lat) ; omega_sun7:units = "single scattering albedo of solar bands" ; double omega_sun8(time, altitude, lat) ; omega_sun8:units = "single scattering albedo of solar bands" ; double omega_sun9(time, altitude, lat) ; omega_sun9:units = "single scattering albedo of solar bands" ; double omega_sun10(time, altitude, lat) ; omega_sun10:units = "single scattering albedo of solar bands" ; double omega_sun11(time, altitude, lat) ; omega_sun11:units = "single scattering albedo of solar bands" ; double omega_sun12(time, altitude, lat) ; omega_sun12:units = "single scattering albedo of solar bands" ; double omega_sun13(time, altitude, lat) ; omega_sun13:units = "single scattering albedo of solar bands" ; double omega_sun14(time, altitude, lat) ; omega_sun14:units = "single scattering albedo of solar bands" ; double g_sun1(time, altitude, lat) ; g_sun1:units = "asymmetry factor of solar bands" ; double g_sun2(time, altitude, lat) ; g_sun2:units = "asymmetry factor of solar bands" ; double g_sun3(time, altitude, lat) ; g_sun3:units = "asymmetry factor of solar bands" ; double g_sun4(time, altitude, lat) ; g_sun4:units = "asymmetry factor of solar bands" ; double g_sun5(time, altitude, lat) ; g_sun5:units = "asymmetry factor of solar bands" ; double g_sun6(time, altitude, lat) ; g_sun6:units = "asymmetry factor of solar bands" ; double g_sun7(time, altitude, lat) ; g_sun7:units = "asymmetry factor of solar bands" ; double g_sun8(time, altitude, lat) ; g_sun8:units = "asymmetry factor of solar bands" ; double g_sun9(time, altitude, lat) ; g_sun9:units = "asymmetry factor of solar bands" ; double g_sun10(time, altitude, lat) ; g_sun10:units = "asymmetry factor of solar bands" ; double g_sun11(time, altitude, lat) ; g_sun11:units = "asymmetry factor of solar bands" ; double g_sun12(time, altitude, lat) ; g_sun12:units = "asymmetry factor of solar bands" ; double g_sun13(time, altitude, lat) ; g_sun13:units = "asymmetry factor of solar bands" ; double g_sun14(time, altitude, lat) ; g_sun14:units = "asymmetry factor of solar bands" ; double ext_earth1(time, altitude, lat) ; ext_earth1:units = "extinction coefficient of terrestrial bands in 1/km" ; double ext_earth2(time, altitude, lat) ; ext_earth2:units = "extinction coefficient of terrestrial bands in 1/km" ; double ext_earth3(time, altitude, lat) ; ext_earth3:units = "extinction coefficient of terrestrial bands in 1/km" ; double ext_earth4(time, altitude, lat) ; ext_earth4:units = "extinction coefficient of terrestrial bands in 1/km" ; double ext_earth5(time, altitude, lat) ; ext_earth5:units = "extinction coefficient of terrestrial bands in 1/km" ; double ext_earth6(time, altitude, lat) ; ext_earth6:units = "extinction coefficient of terrestrial bands in 1/km" ; double ext_earth7(time, altitude, lat) ; ext_earth7:units = "extinction coefficient of terrestrial bands in 1/km" ; double ext_earth8(time, altitude, lat) ; ext_earth8:units = "extinction coefficient of terrestrial bands in 1/km" ; double ext_earth9(time, altitude, lat) ; ext_earth9:units = "extinction coefficient of terrestrial bands in 1/km" ; double ext_earth10(time, altitude, lat) ; ext_earth10:units = "extinction coefficient of terrestrial bands in 1/km" ; double ext_earth11(time, altitude, lat) ; ext_earth11:units = "extinction coefficient of terrestrial bands in 1/km" ; double ext_earth12(time, altitude, lat) ; ext_earth12:units = "extinction coefficient of terrestrial bands in 1/km" ; double ext_earth13(time, altitude, lat) ; ext_earth13:units = "extinction coefficient of terrestrial bands in 1/km" ; double ext_earth14(time, altitude, lat) ; ext_earth14:units = "extinction coefficient of terrestrial bands in 1/km" ; double ext_earth15(time, altitude, lat) ; ext_earth15:units = "extinction coefficient of terrestrial bands in 1/km" ; double ext_earth16(time, altitude, lat) ; ext_earth16:units = "extinction coefficient of terrestrial bands in 1/km" ; double omega_earth1(time, altitude, lat) ; omega_earth1:units = "single scattering albedo of terrestrial bands" ; double omega_earth2(time, altitude, lat) ; omega_earth2:units = "single scattering albedo of terrestrial bands" ; double omega_earth3(time, altitude, lat) ; omega_earth3:units = "single scattering albedo of terrestrial bands" ; double omega_earth4(time, altitude, lat) ; omega_earth4:units = "single scattering albedo of terrestrial bands" ; double omega_earth5(time, altitude, lat) ; omega_earth5:units = "single scattering albedo of terrestrial bands" ; double omega_earth6(time, altitude, lat) ; omega_earth6:units = "single scattering albedo of terrestrial bands" ; double omega_earth7(time, altitude, lat) ; omega_earth7:units = "single scattering albedo of terrestrial bands" ; double omega_earth8(time, altitude, lat) ; omega_earth8:units = "single scattering albedo of terrestrial bands" ; double omega_earth9(time, altitude, lat) ; omega_earth9:units = "single scattering albedo of terrestrial bands" ; double omega_earth10(time, altitude, lat) ; omega_earth10:units = "single scattering albedo of terrestrial bands" ; double omega_earth11(time, altitude, lat) ; omega_earth11:units = "single scattering albedo of terrestrial bands" ; double omega_earth12(time, altitude, lat) ; omega_earth12:units = "single scattering albedo of terrestrial bands" ; double omega_earth13(time, altitude, lat) ; omega_earth13:units = "single scattering albedo of terrestrial bands" ; double omega_earth14(time, altitude, lat) ; omega_earth14:units = "single scattering albedo of terrestrial bands" ; double omega_earth15(time, altitude, lat) ; omega_earth15:units = "single scattering albedo of terrestrial bands" ; double omega_earth16(time, altitude, lat) ; omega_earth16:units = "single scattering albedo of terrestrial bands" ; double g_earth1(time, altitude, lat) ; g_earth1:units = "asymmetry factor of terrestrial bands" ; double g_earth2(time, altitude, lat) ; g_earth2:units = "asymmetry factor of terrestrial bands" ; double g_earth3(time, altitude, lat) ; g_earth3:units = "asymmetry factor of terrestrial bands" ; double g_earth4(time, altitude, lat) ; g_earth4:units = "asymmetry factor of terrestrial bands" ; double g_earth5(time, altitude, lat) ; g_earth5:units = "asymmetry factor of terrestrial bands" ; double g_earth6(time, altitude, lat) ; g_earth6:units = "asymmetry factor of terrestrial bands" ; double g_earth7(time, altitude, lat) ; g_earth7:units = "asymmetry factor of terrestrial bands" ; double g_earth8(time, altitude, lat) ; g_earth8:units = "asymmetry factor of terrestrial bands" ; double g_earth9(time, altitude, lat) ; g_earth9:units = "asymmetry factor of terrestrial bands" ; double g_earth10(time, altitude, lat) ; g_earth10:units = "asymmetry factor of terrestrial bands" ; double g_earth11(time, altitude, lat) ; g_earth11:units = "asymmetry factor of terrestrial bands" ; double g_earth12(time, altitude, lat) ; g_earth12:units = "asymmetry factor of terrestrial bands" ; double g_earth13(time, altitude, lat) ; g_earth13:units = "asymmetry factor of terrestrial bands" ; double g_earth14(time, altitude, lat) ; g_earth14:units = "asymmetry factor of terrestrial bands" ; double g_earth15(time, altitude, lat) ; g_earth15:units = "asymmetry factor of terrestrial bands" ; double g_earth16(time, altitude, lat) ; g_earth16:units = "asymmetry factor of terrestrial bands" ; data: time = 1850, 1850.08337402344, 1850.16662597656, 1850.25, 1850.33337402344, 1850.41662597656, 1850.5, 1850.58337402344, 1850.66662597656, 1850.75, 1850.83337402344, 1850.91662597656 ; date = 18500116, 18500216, 18500316, 18500416, 18500516, 18500616, 18500716, 18500816, 18500916, 18501016, 18501116, 18501216 ; datesec = 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0 ; }