netcdf anxaerioe1turnM1.c1.20200520.000959 {
dimensions:
	time = UNLIMITED ; // (234 currently)
	height = 55 ;
	obs_dim = 366 ;
	gas_dim = 3 ;
	dfs_dim = 16 ;
	arb = 123 ;
	arb2 = 123 ;
	index_dim = 5 ;
	bound = 2 ;
variables:
	int base_time ;
		base_time:string = "2020-05-20 00:00:00 0:00" ;
		base_time:long_name = "Base time in Epoch" ;
		base_time:units = "seconds since 1970-1-1 0:00:00 0:00" ;
		base_time:ancillary_variables = "time_offset" ;
	double time_offset(time) ;
		time_offset:long_name = "Time offset from base_time" ;
		time_offset:units = "seconds since 2020-05-20 00:00:00 0:00" ;
		time_offset:ancillary_variables = "base_time" ;
	double time(time) ;
		time:long_name = "Time offset from midnight" ;
		time:units = "seconds since 2020-05-20 00:00:00 0:00" ;
		time:bounds = "time_bounds" ;
		time:standard_name = "time" ;
	double time_bounds(time, bound) ;
		time_bounds:long_name = "Time cell bounds" ;
	int aqc_flag(time) ;
		aqc_flag:long_name = "Manual QC flag" ;
		aqc_flag:units = "1" ;
		aqc_flag:comment = "value of 0 implies quality is OK; non-zero values indicate that the sample has suspect quality" ;
		aqc_flag:flag_method = "integer" ;
		aqc_flag:flag_values = 0, 1, 2, 3 ;
		aqc_flag:flag_meanings = "OK hatch_open did_not_converge rms_too_large" ;
		aqc_flag:flag_1_description = "Implies hatch was not open for full observing period" ;
		aqc_flag:flag_2_description = "Implies retrieval did not converge" ;
		aqc_flag:flag_3_description = "Implies retrieval converged but RMS between the observed and computed spectrum is too large" ;
		aqc_flag:RMS_threshold_used_for_QC = "6.000 [unitless]" ;
		aqc_flag:description = "This variable contains integer values indicating the results of a QC test on the data. Non-zero integers indicate the QC condition given in the description for those integers; a value of 0 indicates the data has not failed any QC tests." ;
		aqc_flag:flag_1_assessment = "Bad" ;
		aqc_flag:flag_2_assessment = "Bad" ;
		aqc_flag:flag_3_assessment = "Bad" ;
	float height(height) ;
		height:long_name = "Height" ;
		height:units = "km" ;
		height:bounds = "height_bounds" ;
		height:standard_name = "height" ;
	float height_bounds(height, bound) ;
		height_bounds:long_name = "Height cell bounds" ;
	float temperature(time, height) ;
		temperature:long_name = "Temperature" ;
		temperature:units = "degC" ;
		temperature:missing_value = -9999.f ;
		temperature:standard_name = "air_temperature" ;
		temperature:ancillary_variables = "aqc_flag" ;
	float waterVapor(time, height) ;
		waterVapor:long_name = "Water vapor mixing ratio" ;
		waterVapor:units = "g/kg" ;
		waterVapor:missing_value = -9999.f ;
		waterVapor:standard_name = "humidity_mixing_ratio" ;
		waterVapor:ancillary_variables = "aqc_flag" ;
	float lwp(time) ;
		lwp:long_name = "Liquid water path" ;
		lwp:units = "g/m2" ;
		lwp:missing_value = -9999.f ;
		lwp:standard_name = "atmosphere_mass_content_of_cloud_liquid_water" ;
		lwp:ancillary_variables = "aqc_flag" ;
	float lReff(time) ;
		lReff:long_name = "Liquid water effective radius" ;
		lReff:units = "um" ;
		lReff:missing_value = -9999.f ;
		lReff:standard_name = "effective_radius_of_cloud_liquid_water_particles" ;
		lReff:ancillary_variables = "aqc_flag" ;
	float iTau(time) ;
		iTau:long_name = "Ice cloud optical depth (geometric limit)" ;
		iTau:units = "1" ;
		iTau:missing_value = -9999.f ;
	float iReff(time) ;
		iReff:long_name = "Ice effective radius" ;
		iReff:units = "um" ;
		iReff:missing_value = -9999.f ;
	float co2(time, gas_dim) ;
		co2:long_name = "Carbon dioxide concentration" ;
		co2:units = "ppm" ;
	float ch4(time, gas_dim) ;
		ch4:long_name = "Methane concentration" ;
		ch4:units = "ppm" ;
		ch4:missing_value = -9999.f ;
	float n2o(time, gas_dim) ;
		n2o:long_name = "Nitrous oxide concentration" ;
		n2o:units = "ppm" ;
		n2o:missing_value = -9999.f ;
	float sigma_temperature(time, height) ;
		sigma_temperature:long_name = "1-sigma uncertainty in temperature" ;
		sigma_temperature:units = "degC" ;
		sigma_temperature:missing_value = -9999.f ;
	float sigma_waterVapor(time, height) ;
		sigma_waterVapor:long_name = "1-sigma uncertainty in water vapor mixing ratio" ;
		sigma_waterVapor:units = "g/kg" ;
		sigma_waterVapor:missing_value = -9999.f ;
	float sigma_lwp(time) ;
		sigma_lwp:long_name = "1-sigma uncertainty in liquid water path" ;
		sigma_lwp:units = "g/m2" ;
		sigma_lwp:missing_value = -9999.f ;
	float sigma_lReff(time) ;
		sigma_lReff:long_name = "1-sigma uncertainty in liquid water effective radius" ;
		sigma_lReff:units = "um" ;
		sigma_lReff:missing_value = -9999.f ;
	float sigma_iTau(time) ;
		sigma_iTau:long_name = "1-sigma uncertainty in ice cloud optical depth (geometric limit)" ;
		sigma_iTau:units = "1" ;
		sigma_iTau:missing_value = -9999.f ;
	float sigma_iReff(time) ;
		sigma_iReff:long_name = "1-sigma uncertainty in ice effective radius" ;
		sigma_iReff:units = "um" ;
		sigma_iReff:missing_value = -9999.f ;
	float sigma_co2(time, gas_dim) ;
		sigma_co2:long_name = "1-sigma uncertainty in carbon dioxide concentration" ;
		sigma_co2:units = "ppm" ;
		sigma_co2:missing_value = -9999.f ;
	float sigma_ch4(time, gas_dim) ;
		sigma_ch4:long_name = "1-sigma uncertainty in methane concentration" ;
		sigma_ch4:units = "ppm" ;
		sigma_ch4:missing_value = -9999.f ;
	float sigma_n2o(time, gas_dim) ;
		sigma_n2o:long_name = "1-sigma uncertainty in nitrous oxide concentration" ;
		sigma_n2o:units = "ppm" ;
		sigma_n2o:missing_value = -9999.f ;
	short converged_flag(time) ;
		converged_flag:long_name = "Convergence flag" ;
		converged_flag:units = "1" ;
		converged_flag:flag_values = 0s, 1s, 2s, 3s, 9s ;
		converged_flag:flag_meanings = "no_convergence di2m<<dimY best_rms max_iter found_NaN" ;
		converged_flag:flag_0_description = "Indicates no convergence" ;
		converged_flag:flag_1_description = "Indicates convergence in Rodger sense (i.e., di2m << dimY)" ;
		converged_flag:flag_2_description = "Indicates convergence (best rms after rms increased drastically)" ;
		converged_flag:flag_3_description = "Indicates convergence (best rms after max_iter)" ;
		converged_flag:flag_9_description = "Indicates found NaN in Xnp1" ;
		converged_flag:missing_value = -9999s ;
	float gamma(time) ;
		gamma:long_name = "Gamma parameter" ;
		gamma:units = "1" ;
		gamma:missing_value = -9999.f ;
	short n_iter(time) ;
		n_iter:long_name = "Number of iterations performed" ;
		n_iter:units = "1" ;
		n_iter:missing_value = -9999s ;
	float rmsr(time) ;
		rmsr:long_name = "Root mean square error between AERI obs in the observation vector and the forward calculation" ;
		rmsr:units = "1" ;
		rmsr:missing_value = -9999.f ;
		rmsr:comment1 = "Computed as sqrt( sum_over_i[ ((Y_i - F(Xn_i)) / Y_i)^2 ] / sizeY )" ;
		rmsr:comment2 = "Only AERI radiance observations in the observation vector are used" ;
	float rmsa(time) ;
		rmsa:long_name = "Root mean square error between observation vector and the forward calculation" ;
		rmsa:units = "1" ;
		rmsa:missing_value = -9999.f ;
		rmsa:comment1 = "Computed as sqrt( sum_over_i[ ((Y_i - F(Xn_i)) / Y_i)^2 ] / sizeY )" ;
		rmsa:comment2 = "Entire observation vector used in this calculation" ;
	float rmsp(time) ;
		rmsp:long_name = "Root mean square error between prior T/q profile and the retrieved T/q profile" ;
		rmsp:units = "1" ;
		rmsp:missing_value = -9999.f ;
		rmsp:comment1 = "Computed as sqrt( mean[ ((Xa - Xn) / sigma_Xa)^2 ] )" ;
		rmsp:comment2 = "Entire observation vector used in this calculation" ;
	float chi2(time) ;
		chi2:long_name = "Chi-square statistic of Y vs. F(Xn)" ;
		chi2:units = "1" ;
		chi2:missing_value = -9999.f ;
		chi2:comment = "Computed as sqrt( sum_over_i[ ((Y_i - F(Xn_i)) / sigmaY_i)^2 ] / sizeY )" ;
	float convergence_criteria(time) ;
		convergence_criteria:long_name = "Convergence criteria di^2" ;
		convergence_criteria:units = "1" ;
		convergence_criteria:missing_value = -9999.f ;
	float dfs(time, dfs_dim) ;
		dfs:long_name = "Degrees of freedom of signal" ;
		dfs:units = "1" ;
		dfs:missing_value = -9999.f ;
		dfs:comment = "total DFS, then DFS for each of temperature, waterVapor, LWP, L_Reff, I_tau, I_Reff, carbonDioxide, methane, nitrousOxide" ;
	float sic(time) ;
		sic:long_name = "Shannon information content" ;
		sic:units = "1" ;
		sic:missing_value = -9999.f ;
	float vres_temperature(time, height) ;
		vres_temperature:long_name = "Vertical resolution of the temperature profile" ;
		vres_temperature:units = "km" ;
		vres_temperature:missing_value = -9999.f ;
	float vres_waterVapor(time, height) ;
		vres_waterVapor:long_name = "Vertical resolution of the water vapor profile" ;
		vres_waterVapor:units = "km" ;
		vres_waterVapor:missing_value = -9999.f ;
	short hatchOpen(time) ;
		hatchOpen:long_name = "Flag indicating if the AERIs hatch was open" ;
		hatchOpen:units = "1" ;
		hatchOpen:flag_values = 0s, 1s ;
		hatchOpen:flag_meanings = "closed open" ;
		hatchOpen:flag_0_description = "Hatch closed" ;
		hatchOpen:flag_1_description = "Hatch open" ;
		hatchOpen:comment = "1 - hatch open, 0 - hatch closed, other values indicate hatch is either not working or indeterminant" ;
		hatchOpen:missing_value = -9999s ;
		hatchOpen:valid_range = 0s, 1s ;
	float cbh(time) ;
		cbh:long_name = "Cloud base height above ground level" ;
		cbh:units = "km" ;
		cbh:missing_value = -9999.f ;
	short cbh_flag(time) ;
		cbh_flag:long_name = "Flag indicating the source of the cloud base height" ;
		cbh_flag:units = "1" ;
		cbh_flag:flag_values = 0s, 1s, 2s, 3s ;
		cbh_flag:flag_meanings = "Clear_sky Inner_Window Outer_Window Default_CBH" ;
		cbh_flag:flag_0_description = "Clear_sky" ;
		cbh_flag:flag_1_description = "Inner_Window" ;
		cbh_flag:flag_2_description = "Outer_Window" ;
		cbh_flag:flag_3_description = "Default_CBH" ;
		cbh_flag:missing_value = -9999s ;
	float pressure(time, height) ;
		pressure:long_name = "Derived pressure" ;
		pressure:units = "mbar" ;
		pressure:comment = "Derived from AERI surface pressure observation and the hypsometric calculation using the thermodynamic profiles." ;
		pressure:missing_value = -9999.f ;
	float theta(time, height) ;
		theta:long_name = "Potential temperature" ;
		theta:units = "K" ;
		theta:missing_value = -9999.f ;
		theta:comment = "This field is derived from the retrieved fields" ;
	float thetae(time, height) ;
		thetae:long_name = "Equivalent potential temperature" ;
		thetae:units = "K" ;
		thetae:missing_value = -9999.f ;
		thetae:comment = "This field is derived from the retrieved fields" ;
	float rh(time, height) ;
		rh:long_name = "Relative humidity" ;
		rh:units = "%" ;
		rh:missing_value = -9999.f ;
		rh:comment = "This field is derived from the retrieved fields" ;
	float dewpt(time, height) ;
		dewpt:long_name = "Dew point temperature" ;
		dewpt:units = "degC" ;
		dewpt:missing_value = -9999.f ;
		dewpt:comment = "This field is derived from the retrieved fields" ;
	int index_dim(index_dim) ;
		index_dim:long_name = "Index dimension for derived indices" ;
		index_dim:units = "1" ;
		index_dim:flag_values = 0, 1, 2, 3, 4 ;
		index_dim:flag_meanings = "pwv pblh sbih sbim lcl" ;
		index_dim:flag_0_description = "pwv in [cm]" ;
		index_dim:flag_1_description = "pblh in [km AGL]" ;
		index_dim:flag_2_description = "sbih in [km AGL]" ;
		index_dim:flag_3_description = "sbim in [degC]" ;
		index_dim:flag_4_description = "lcl in [km AGL]" ;
	float dindices(time, index_dim) ;
		dindices:long_name = "Derived indices" ;
		dindices:units = "1" ;
		dindices:comment0 = "This field is derived from the retrieved fields" ;
		dindices:comment1 = "A value of -999 indicates that this index could not be computed (typically because the value was aphysical)" ;
		dindices:missing_value = -9999.f ;
	float sigma_dindices(time, index_dim) ;
		sigma_dindices:long_name = "1-sigma uncertainties in the derived indices" ;
		sigma_dindices:units = "1" ;
		sigma_dindices:comment1 = "This field is derived from the retrieved fields" ;
		sigma_dindices:comment2 = "The uncertainties were determined using a monte carlo sampling of the posterior covariance matrix" ;
		sigma_dindices:comment3 = "A value of -999 indicates that the uncertainty in this index could not be computed (typically because the values were all aphysical)" ;
		sigma_dindices:missing_value = -9999.f ;
	short obs_flag(obs_dim) ;
		obs_flag:long_name = "Flag indicating type of observation for each vector element" ;
		obs_flag:units = "1" ;
		obs_flag:flag_values = 1s, 2s, 3s, 4s, 5s, 6s, 7s, 8s, 9s, 10s ;
		obs_flag:flag_meanings = "wavenumber Tb_zenith rap_temp rap_wvap surf_temp surf_wvap not_used not_used not_used Tb_scan" ;
		obs_flag:flag_1_description = "wavenumber [cm-1]" ;
		obs_flag:flag_2_description = "Brightness temperature in degK from a zenith-pointing microwave radiometer" ;
		obs_flag:flag_3_description = "Temperature in degC from NWP model output from RUC/RAP (ARM)" ;
		obs_flag:flag_4_description = "Water vapor in g/kg from NWP model output from RUC/RAP (ARM)" ;
		obs_flag:flag_4_comment = "RAP location at  69.1413 degN,   15.6842 degE" ;
		obs_flag:flag_5_description = "Surface met temperature in degC from ARM met station" ;
		obs_flag:flag_5_comment = "Surface met station is 0 m above height=0 level" ;
		obs_flag:flag_6_description = "Surface met water vapor in g/kg from ARM met station" ;
		obs_flag:flag_7_description = "Not used" ;
		obs_flag:flag_8_description = "Not used" ;
		obs_flag:flag_9_description = "Not used" ;
		obs_flag:flag_10_description = "Brightness temperature in K from a scanning microwave radiometer" ;
		obs_flag:flag_10_comment = "Dimension is coded to be (frequency[GHz]*100)+(elevation_angle[deg]/1000)" ;
	double obs_dim(obs_dim) ;
		obs_dim:long_name = "Dimension of the observation vector" ;
		obs_dim:units = "1" ;
	float obs_vector(time, obs_dim) ;
		obs_vector:long_name = "Observation vector Y" ;
		obs_vector:units = "1" ;
		obs_vector:missing_value = -9999.f ;
	float obs_vector_uncertainty(time, obs_dim) ;
		obs_vector_uncertainty:long_name = "1-sigma uncertainty in the observation vector (sigY)" ;
		obs_vector_uncertainty:units = "1" ;
		obs_vector_uncertainty:missing_value = -9999.f ;
	float forward_calc(time, obs_dim) ;
		forward_calc:long_name = "Forward calculation from state vector (i.e., F(Xn))" ;
		forward_calc:units = "1" ;
		forward_calc:missing_value = -9999.f ;
	short arb(arb) ;
		arb:long_name = "Arbitrary dimension" ;
		arb:units = "1" ;
		arb:flag_values = 1s, 2s, 3s, 4s, 5s, 6s, 7s, 8s, 9s ;
		arb:flag_meanings = "temp_profile wvap_profile liq_cld_path liq_Reff ice_cld_od ice_cld_Reff co2 ch4 no2" ;
		arb:flag_1_description = "temperature profile" ;
		arb:flag_2_description = "water vapor profile" ;
		arb:flag_3_description = "liquid cloud path" ;
		arb:flag_4_description = "liquid water Reff" ;
		arb:flag_5_description = "ice cloud optical depth" ;
		arb:flag_6_description = "ice cloud Reff" ;
		arb:flag_7_description = "carbon dioxide" ;
		arb:flag_8_description = "methane" ;
		arb:flag_9_description = "nitrous oxide" ;
	float Xop(time, arb) ;
		Xop:long_name = "Optimal solution" ;
		Xop:units = "1" ;
		Xop:missing_value = -9999.f ;
		Xop:comment = "arb2 is identical to arb, used to represent NxN matrices" ;
	double Sop(time, arb, arb2) ;
		Sop:long_name = "Covariance matrix of the solution" ;
		Sop:units = "1" ;
		Sop:missing_value = -9999. ;
		Sop:comment = "arb2 is identical to arb, used to represent NxN matrices" ;
	float Akernal(time, arb, arb2) ;
		Akernal:long_name = "Averaging kernal" ;
		Akernal:units = "1" ;
		Akernal:missing_value = -9999.f ;
		Akernal:comment = "arb2 is identical to arb, used to represent NxN matrices" ;
	float Xa(arb) ;
		Xa:long_name = "Prior mean state" ;
		Xa:units = "1" ;
		Xa:missing_value = -9999.f ;
	double Sa(arb, arb2) ;
		Sa:long_name = "Prior covariance" ;
		Sa:units = "1" ;
		Sa:missing_value = -9999. ;
		Sa:comment = "arb2 is identical to arb, used to represent NxN matrices" ;
	float lat ;
		lat:long_name = "North latitude" ;
		lat:units = "degree_N" ;
		lat:standard_name = "latitude" ;
		lat:valid_min = -90.f ;
		lat:valid_max = 90.f ;
	float lon ;
		lon:long_name = "East longitude" ;
		lon:units = "degree_E" ;
		lon:standard_name = "longitude" ;
		lon:valid_min = -180.f ;
		lon:valid_max = 180.f ;
	float alt ;
		alt:long_name = "Altitude above mean sea level" ;
		alt:units = "m" ;
		alt:standard_name = "altitude" ;

// global attributes:
		:command_line = "aerioeag -s anx -f M1 -D 2 -R -b 20191118 -e 20200522" ;
		:Conventions = "ARM-1.3" ;
		:process_version = "vap-aerioeag-0.2-2.el7" ;
		:dod_version = "aerioe1turn-c1-1.2" ;
		:input_datastreams = "anxaerioe1turnM1.c0 : 1.4 : 20200520.000959-20200520.225959" ;
		:site_id = "anx" ;
		:Datafile_created_on_machine = "Linux 8ce5f4cdb3bb 4.14.273-207.502.amzn2.x86_64 #1 SMP Wed Mar 30 01:13:16 UTC 2022 x86_64 x86_64 x86_64 GNU/Linux" ;
		:platform_id = "aerioe1turn" ;
		:facility_id = "M1" ;
		:Prior_dataset_comment = "None" ;
		:data_level = "c1" ;
		:location_description = "Cold-Air Outbreaks in the Marine Boundary Layer Experiment (COMBLE), Andoy, Norway" ;
		:datastream = "anxaerioe1turnM1.c1" ;
		:doi = "10.5439/1483830" ;
		:Algorithm_code = "AERIoe Retrieval Code" ;
		:Algorithm_author = "Dave Turner, Earth System Research Laboratory / NOAA, dave.turner@noaa.gov" ;
		:Total_clock_execution_time_in_s = "1147" ;
		:Algorithm_version = "$Id: aerioe.pro,v 1.54 2018/07/02 18:45:51 dave.turner Release_2_8 $" ;
		:Algorithm_package = "AERIoe software running in stand-alone mode" ;
		:Algorithm_reference1 = "DD Turner and U Loehnert, Information Content and Uncertainties in Thermodynamic Profiles and Liquid Cloud Properties Retrieved from the Ground-Based Atmospheric Emitted Radiance Interferometer (AERI), J Appl Met Clim, vol 53, pp 752-771, 2014, doi:10.1175/JAMC-D-13-0126.1" ;
		:Algorithm_reference2 = "DD Turner and WG Blumberg, Improvements to the AERIoe thermodynamic profile retrieval algorithm. IEEE Selected Topics Appl. Earth Obs. Remote Sens., submitted Feb 2018" ;
		:VIP_aeri_calib_pres = "0, 1" ;
		:VIP_aeri_hatch_switch = "1" ;
		:VIP_mwr_rootname = "sgpmwr3cC1.b1" ;
		:Instrument = "ARM AERI" ;
		:Processing_comment = " Calculations done using ADI version on Stratus" ;
		:Prior_dataset_filename = "/apps/process/conf/vap/aerioe/prior_data/Xa_Sa_datafile.anx.55_levels_yearly.cdf" ;
		:Prior_dataset_number_profiles = 681 ;
		:Prior_dataset_T_inflation_factor = " 1.00 at the surface to 1.0 at  1.000 km AGL" ;
		:Prior_dataset_Q_inflation_factor = " 1.00 at the surface to 1.0 at  1.000 km AGL" ;
		:Prior_dataset_TQ_correlation_reduction_factor = " 1.00" ;
		:Retrieval_option_flags = "1,1,1,1,0,0,0,0,0" ;
		:VIP_tres = "0 minutes.  Note that the sample time corresponds to the center of the averaging interval.  A value of 0 implies that no averaging was performed" ;
		:VIP_aeri_type = "1" ;
		:VIP_aeri_fv = "0" ;
		:VIP_cbh_default_ht = "2" ;
		:VIP_mod_temp_prof_type = "0" ;
		:VIP_mod_wv_prof_type = "0" ;
		:VIP_ext_wv_prof_type = "6" ;
		:VIP_ext_wv_prof_minht = "4" ;
		:VIP_ext_wv_prof_maxht = "10" ;
		:VIP_aeri_fa = "0" ;
		:VIP_aeri_smooth_noise = "0 minutes" ;
		:VIP_ext_temp_prof_type = "6" ;
		:VIP_ext_temp_prof_minht = "4" ;
		:VIP_ext_temp_prof_maxht = "10" ;
		:VIP_ext_sfc_temp_type = "1" ;
		:VIP_ext_sfc_wv_type = "1" ;
		:VIP_mwr_type = "1" ;
		:VIP_mwr_elev_field = "elevation" ;
		:VIP_mwr_tb_bias_applied = "0.0,0.0" ;
		:VIP_mwr_n_tb_fields = "2" ;
		:VIP_mwr_tb_field_names = "tbsky23,tbsky30" ;
		:VIP_mwr_tb_field1_tbmax = "100" ;
		:VIP_mwr_tb_freqs = "23.834,30.0" ;
		:VIP_mwr_tb_replicate = "10" ;
		:VIP_mwr_pwv_field = "pwv" ;
		:VIP_mwr_pwv_scalar = "1" ;
		:VIP_mwr_lwp_field = "lwp" ;
		:VIP_mwr_lwp_scalar = "10000" ;
		:VIP_mwr_tb_noise = "0.4,0.4" ;
		:VIP_cbh_type = "1" ;
		:VIP_cbh_window_in = "20" ;
		:VIP_cbh_window_out = "180" ;
		:VIP_external_temp_profile_type = "6" ;
		:VIP_max_iterations = "10" ;
		:VIP_external_wv_profile_type = "6" ;
		:VIP_spectral_bands = "612, 618, 624, 660, 674, 713, 713, 722, 538, 588, 860, 864, 872, 877, 898, 905" ;
		:VIP_retrieve_ch4 = "0" ;
		:VIP_retrieve_n2o = "0" ;
		:VIP_retrieve_co2 = "0" ;
		:VIP_retrieve_lcloud = "1" ;
		:VIP_retrieve_icloud = "0" ;
		:VIP_prior_lwp_mn = "0" ;
		:VIP_prior_lwp_sd = "50" ;
		:VIP_prior_lReff_mn = "8" ;
		:VIP_prior_lReff_sd = "4" ;
		:VIP_prior_itau_mn = "0" ;
		:VIP_prior_itau_sd = "0" ;
		:VIP_prior_iReff_mn = "25" ;
		:VIP_prior_iReff_sd = "8" ;
		:VIP_mwr_tb_bias = "0.0,0.0" ;
		:VIP_lblrtm_home = "/data/tmp/lblrtm" ;
		:VIP_filename = "/tmp/vip_aerioe_is.new.txt" ;
		:VIP_lblrtm_tape3 = "tape3.data" ;
		:VIP_lblrtm_std_atmos = "6" ;
		:VIP_monortm_exec = "/data/tmp/bin/monortm_v5.2_linux_gnu_sgl" ;
		:VIP_monortm_spec = "/data/tmp/monortm_wrapper/1.0.0/TAPE3_spectral_lines.dat.0_55.v5.0_fast_ex" ;
		:VIP_lblrtm_jac_option = "3" ;
		:VIP_monortm_jac_option = "2" ;
		:VIP_jac_max_ht = " 8.000" ;
		:VIP_first_guess = "1" ;
		:VIP_superadiabatic_maxht = "300 m AGL" ;
		:VIP_chimney_height = "0 m AGL" ;
		:VIP_chimney_comment = "All T/q/theta/thetae/dewpt/RH data below chimney height were changed to -888" ;
		:aerioe1turn_c0_input_datastreams = "anxinterpolatedsondeM1.c1 : 6.6 : 20200520.000030\n",
			"anxaerich1nf1turnM1.c1 : 2.1 : 20200520.000419\n",
			"anxaeriengineerM1.b1 : 10.4 : 20200520.000419\n",
			"anxaerisummaryM1.b1 : 10.4 : 20200520.000419\n",
			"anxmetM1.b1 : 4.42 : 20200520.000000\n",
			"anxmwrlosM1.b1 : 2.3 : 20200520.000034\n",
			"anxmwr3cM1.b1 : 4.0 : 20200520.000000\n",
			"anxceilM1.b1 : 1.6 : 20200520.000009" ;
		:history = "created by user yamagata on machine jade.dmf.arm.gov at 2022-07-09 04:26:15, using vap-aerioeag-0.2-2.el7" ;
}