netcdf classic (CDF-1) {
dimensions:
	event = UNLIMITED ; // (30 currently)
	altitude = 736 ;
	name_size = 300 ;
// global attributes:
		:Title = "SOFIE Level2" ;
		:DP_Type = "Level2" ;
		:Source = "SOFIE DPC" ;
		:Mission = "AIM" ;
		:DP_Version = "01.03" ;
		:PF_Version = "01.03" ;
		:SW_Version = "01.03" ;
		:SW_Name = "Sofie Level2" ;
		:Calib_Version = "01.03" ;
		:Description = "Sofie Level2 Data Product" ;
		:History = "" ;
		:Comments = "All precision values are the Jacobian diagonal value in units of change in retrieved  parameter per change in a signal amount equal to the measurement noise.  At PMC altitudes this is approximately (underestimated by up to 50%) the  retrieved parameter ra" ;
		:Gen_Date = "2010-11-29" ;
variables:
	int event(event) ;
		event:long_name = "Event_number" ;
		event:valid_min = "1" ;
		event:valid_max = "1000000" ;
	int Orbit(event) ;
		Orbit:long_name = "Orbit_number" ;
		Orbit:valid_min = "1" ;
		Orbit:valid_max = "500000" ;
	double Temperature_precision(event, altitude) ;
		Temperature_precision:Description = "Jacobian diagonal (see comments in global attributes)" ;
		Temperature_precision:units = "K" ;
	int Date(event) ;
		Date:long_name = "Date of occultation event" ;
		Date:units = "YYYYDDD" ;
	int Mode(event) ;
		Mode:long_name = "Spacecraft occultation mode, Rise or Set" ;
	double Latitude_83km(event) ;
		Latitude_83km:long_name = "geodetic latitude of 83 km tangent point" ;
		Latitude_83km:units = "deg" ;
		Latitude_83km:valid_min = "-90" ;
		Latitude_83km:valid_max = "90" ;
		Latitude_83km:missing_value = -1e+24 ;
		Latitude_83km:fill_value = -1e+24 ;
	double Longitude_83km(event) ;
		Longitude_83km:valid_min = "0" ;
		Longitude_83km:valid_max = "360" ;
		Longitude_83km:missing_value = -1e+24 ;
		Longitude_83km:fill_value = -1e+24 ;
		Longitude_83km:units = "Deg E" ;
	double Time_83km(event) ;
		Time_83km:long_name = "time of 83 km measurement, Seconds since Unix Epoch + MicroTime (milliseconds)" ;
		Time_83km:units = "msec" ;
		Time_83km:valid_min = "0" ;
		Time_83km:valid_max = "" ;
		Time_83km:missing_value = -1e+24 ;
		Time_83km:fill_value = -1e+24 ;
	double Pressure(event, altitude) ;
		Pressure:long_name = "atmospheric pressure at tangent point" ;
		Pressure:units = "mbar" ;
		Pressure:valid_min = "0" ;
		Pressure:valid_max = "2000" ;
		Pressure:missing_value = -1e+24 ;
		Pressure:fill_value = -1e+24 ;
	double Temperature(event, altitude) ;
		Temperature:long_name = "atmospheric temperature at tangent point" ;
		Temperature:units = "K" ;
		Temperature:valid_min = "0" ;
		Temperature:valid_max = "1000" ;
		Temperature:missing_value = -1e+24 ;
		Temperature:fill_value = -1e+24 ;
	double Altitude(altitude) ;
		Altitude:long_name = "geodetic altitude grid" ;
		Altitude:units = "km" ;
	double H2O_vmr(event, altitude) ;
		H2O_vmr:long_name = "water vapor volume mixing ratio at tangent point" ;
		H2O_vmr:units = "vmr" ;
		H2O_vmr:valid_min = "0" ;
		H2O_vmr:valid_max = "1" ;
		H2O_vmr:missing_value = -1e+24 ;
		H2O_vmr:fill_value = -1e+24 ;
	double Extinction_3186_precision(event, altitude) ;
		Extinction_3186_precision:Description = "Jacobian diagonal (see comments in global attributes)" ;
		Extinction_3186_precision:units = "1/km" ;
		Extinction_3186_precision:missing_value = -1e+24 ;
		Extinction_3186_precision:fill_value = -1e+24 ;
	double CO2_vmr(event, altitude) ;
		CO2_vmr:long_name = "carbon dioxide volume mixing ratio at tangent point" ;
		CO2_vmr:units = "vmr" ;
		CO2_vmr:valid_min = "0" ;
		CO2_vmr:valid_max = "1" ;
		CO2_vmr:missing_value = -1e+24 ;
		CO2_vmr:fill_value = -1e+24 ;
	double Extinction_3384_precision(event, altitude) ;
		Extinction_3384_precision:units = "1/km" ;
		Extinction_3384_precision:Description = "Jacobian diagonal (see comments in global attributes)" ;
	double CH4_vmr(event, altitude) ;
		CH4_vmr:long_name = "methane volume mixing ratio at tangent point" ;
		CH4_vmr:units = "vmr" ;
		CH4_vmr:valid_min = "0" ;
		CH4_vmr:valid_max = "1" ;
		CH4_vmr:missing_value = -1e+24 ;
		CH4_vmr:fill_value = -1e+24 ;
	double Extinction_3479_precision(event, altitude) ;
		Extinction_3479_precision:Description = "Jacobian diagonal (see comments in global attributes)" ;
		Extinction_3479_precision:units = "1/km" ;
		Extinction_3479_precision:missing_value = -1e+24 ;
		Extinction_3479_precision:fill_value = -1e+24 ;
	double O3_vmr(event, altitude) ;
		O3_vmr:long_name = "ozone volume mixing ratio at tangent point" ;
		O3_vmr:units = "vmr" ;
		O3_vmr:valid_min = "0" ;
		O3_vmr:valid_max = "1" ;
		O3_vmr:missing_value = -1e+24 ;
		O3_vmr:fill_value = -1e+24 ;
	double Extinction_3064_precision(event, altitude) ;
		Extinction_3064_precision:units = "1/km" ;
		Extinction_3064_precision:missing_value = -1e+24 ;
		Extinction_3064_precision:fill_value = -1e+24 ;
		Extinction_3064_precision:Description = "Jacobian diagonal (see comments in global attributes)" ;
	double NO_vmr(event, altitude) ;
		NO_vmr:long_name = "nitric oxide volume mixing ratio at tangent point" ;
		NO_vmr:units = "vmr" ;
		NO_vmr:valid_min = "0" ;
		NO_vmr:valid_max = "1" ;
		NO_vmr:missing_value = -1e+24 ;
		NO_vmr:fill_value = -1e+24 ;
	double Extinction_1037_precision(event, altitude) ;
		Extinction_1037_precision:units = "1/km" ;
		Extinction_1037_precision:missing_value = -1e+24 ;
		Extinction_1037_precision:fill_value = -1e+24 ;
		Extinction_1037_precision:Description = "Jacobian diagonal (see comments in global attributes)" ;
	double Extinction_0330(event, altitude) ;
		Extinction_0330:long_name = "extinction coefficient of tangent ray at the wavelength of this band" ;
		Extinction_0330:units = "1/km" ;
		Extinction_0330:valid_min = "0" ;
		Extinction_0330:valid_max = "1000" ;
		Extinction_0330:missing_value = -1e+24 ;
		Extinction_0330:fill_value = -1e+24 ;
	double Extinction_0867(event, altitude) ;
		Extinction_0867:long_name = "extinction coefficient of tangent ray at the wavelength of this band" ;
		Extinction_0867:units = "1/km" ;
		Extinction_0867:valid_min = "0" ;
		Extinction_0867:valid_max = "1000" ;
		Extinction_0867:missing_value = -1e+24 ;
		Extinction_0867:fill_value = -1e+24 ;
	double FOV_Lock(event) ;
		FOV_Lock:units = "arcmin" ;
		FOV_Lock:Description = "Field of view lockdown angle relative to the top edge." ;
	double Extinction_1037(event, altitude) ;
		Extinction_1037:long_name = "extinction coefficient of tangent ray at the wavelength of this band" ;
		Extinction_1037:units = "1/km" ;
		Extinction_1037:valid_min = "0" ;
		Extinction_1037:valid_max = "1000" ;
		Extinction_1037:missing_value = -1e+24 ;
		Extinction_1037:fill_value = -1e+24 ;
	double Extinction_2462(event, altitude) ;
		Extinction_2462:long_name = "extinction coefficient of tangent ray at the wavelength of this band" ;
		Extinction_2462:units = "1/km" ;
		Extinction_2462:valid_min = "0" ;
		Extinction_2462:valid_max = "1000" ;
		Extinction_2462:missing_value = -1e+24 ;
		Extinction_2462:fill_value = -1e+24 ;
	double Extinction_3064dv_precision(event, altitude) ;
		Extinction_3064dv_precision:units = "1/km" ;
		Extinction_3064dv_precision:Description = "Jacobian diagonal (see comments in global attributes)" ;
	double Extinction_2939(event, altitude) ;
		Extinction_2939:long_name = "extinction coefficient of tangent ray at the wavelength of this band" ;
		Extinction_2939:units = "1/km" ;
		Extinction_2939:valid_min = "0" ;
		Extinction_2939:valid_max = "1000" ;
		Extinction_2939:missing_value = -1e+24 ;
		Extinction_2939:fill_value = -1e+24 ;
	double Extinction_1037dv_precision(event, altitude) ;
		Extinction_1037dv_precision:units = "1/km" ;
		Extinction_1037dv_precision:Description = "Jacobian diagonal (see comments in global attributes)" ;
	double Extinction_3064(event, altitude) ;
		Extinction_3064:long_name = "extinction coefficient of tangent ray at the wavelength of this band" ;
		Extinction_3064:units = "1/km" ;
		Extinction_3064:valid_min = "0" ;
		Extinction_3064:valid_max = "1000" ;
		Extinction_3064:missing_value = -1e+24 ;
		Extinction_3064:fill_value = -1e+24 ;
	double Extinction_3186(event, altitude) ;
		Extinction_3186:long_name = "extinction coefficient of tangent ray at the wavelength of this band" ;
		Extinction_3186:units = "1/km" ;
		Extinction_3186:valid_min = "0" ;
		Extinction_3186:valid_max = "1000" ;
		Extinction_3186:missing_value = -1e+24 ;
		Extinction_3186:fill_value = -1e+24 ;
	double Extinction_3479(event, altitude) ;
		Extinction_3479:long_name = "extinction coefficient of tangent ray at the wavelength of this band" ;
		Extinction_3479:units = "1/km" ;
		Extinction_3479:valid_min = "0" ;
		Extinction_3479:valid_max = "1000" ;
		Extinction_3479:missing_value = -1e+24 ;
		Extinction_3479:fill_value = -1e+24 ;
	double Extinction_4646(event, altitude) ;
		Extinction_4646:long_name = "extinction coefficient of tangent ray at the wavelength of this band" ;
		Extinction_4646:units = "1/km" ;
		Extinction_4646:valid_min = "0" ;
		Extinction_4646:valid_max = "1000" ;
		Extinction_4646:missing_value = -1e+24 ;
		Extinction_4646:fill_value = -1e+24 ;
	double Extinction_5006(event, altitude) ;
		Extinction_5006:long_name = "extinction coefficient of tangent ray at the wavelength of this band" ;
		Extinction_5006:units = "1/km" ;
		Extinction_5006:valid_min = "0" ;
		Extinction_5006:valid_max = "1000" ;
		Extinction_5006:missing_value = -1e+24 ;
		Extinction_5006:fill_value = -1e+24 ;
	double Extinction_4646_precision(event, altitude) ;
		Extinction_4646_precision:Description = "Jacobian diagonal (see comments in global attributes)" ;
		Extinction_4646_precision:units = "1/km" ;
		Extinction_4646_precision:missing_value = -1e+24 ;
		Extinction_4646_precision:fill_value = -1e+24 ;
	double Extinction_2462_precision(event, altitude) ;
		Extinction_2462_precision:units = "1/km" ;
		Extinction_2462_precision:missing_value = -1e+24 ;
		Extinction_2462_precision:fill_value = -1e+24 ;
		Extinction_2462_precision:Description = "Jacobian diagonal (see comments in global attributes)" ;
	double Extinction_3384(event, altitude) ;
		Extinction_3384:units = "1/km" ;
		Extinction_3384:Description = "3.384 micron extinction" ;
		Extinction_3384:fill_value = -1e+24 ;
	double Extinction_1037dv(event, altitude) ;
		Extinction_1037dv:units = "1/km" ;
		Extinction_1037dv:Description = "1.037 micron extinction" ;
		Extinction_1037dv:fill_value = -1e+24 ;
	double O3_vmr_precision(event, altitude) ;
		O3_vmr_precision:missing_value = -1e+24 ;
		O3_vmr_precision:fill_value = -1e+24 ;
		O3_vmr_precision:Description = "Jacobian diagonal (see comments in global attributes)" ;
		O3_vmr_precision:units = "vmr" ;
	double H2O_vmr_precision(event, altitude) ;
		H2O_vmr_precision:missing_value = -1e+24 ;
		H2O_vmr_precision:fill_value = -1e+24 ;
		H2O_vmr_precision:Description = "Jacobian diagonal (see comments in global attributes)" ;
		H2O_vmr_precision:units = "vmr" ;
	double CH4_vmr_precision(event, altitude) ;
		CH4_vmr_precision:missing_value = -1e+24 ;
		CH4_vmr_precision:fill_value = -1e+24 ;
		CH4_vmr_precision:Description = "Jacobian diagonal (see comments in global attributes)" ;
		CH4_vmr_precision:units = "vmr" ;
	double Extinction_0330_precision(event, altitude) ;
		Extinction_0330_precision:units = "1/km" ;
		Extinction_0330_precision:missing_value = -1e+24 ;
		Extinction_0330_precision:fill_value = -1e+24 ;
		Extinction_0330_precision:Description = "Jacobian diagonal (see comments in global attributes)" ;
	double Extinction_2939_precision(event, altitude) ;
		Extinction_2939_precision:units = "1/km" ;
		Extinction_2939_precision:missing_value = -1e+24 ;
		Extinction_2939_precision:fill_value = -1e+24 ;
		Extinction_2939_precision:Description = "Jacobian diagonal (see comments in global attributes)" ;
	double Extinction_0867_precision(event, altitude) ;
		Extinction_0867_precision:units = "1/km" ;
		Extinction_0867_precision:missing_value = -1e+24 ;
		Extinction_0867_precision:fill_value = -1e+24 ;
		Extinction_0867_precision:Description = "Jacobian diagonal (see comments in global attributes)" ;
	double LOS_Bearing(event) ;
		LOS_Bearing:Description = "Line of Sight Bearing" ;
		LOS_Bearing:units = "deg E" ;
	double Sun_Sensor_O3(event, altitude) ;
		Sun_Sensor_O3:long_name = "sun sensor O3" ;
		Sun_Sensor_O3:units = "vmr" ;
		Sun_Sensor_O3:valid_min = "0" ;
		Sun_Sensor_O3:valid_max = "1" ;
		Sun_Sensor_O3:missing_value = -1e+24 ;
		Sun_Sensor_O3:fill_value = -1e+24 ;
// event: first 4566, last 4595, count 30
}