netcdf atmospheric-state_20190127_F02_L2B {
dimensions:
	Time = 12061 ;
	sps1 = 1 ;
variables:
	double Time(Time) ;
		Time:_FillValue = NaN ;
		Time:long_name = "time of measurement" ;
		Time:standard_name = "time" ;
		Time:units = "seconds since 1970-01-01 00:00:00.0 +0000" ;
		Time:strptime = "seconds since %F %T %z" ;
		Time:source = "NTP Server" ;
	double evel_NvFlx(Time, sps1) ;
		evel_NvFlx:_FillValue = -32767. ;
		evel_NvFlx:long_name = "East-West component of Aircraft Ground Velocity from Flexpack GPS" ;
		evel_NvFlx:units = "m/s" ;
		evel_NvFlx:sample_rate = "10" ;
		evel_NvFlx:sensor_location = "cabin" ;
		evel_NvFlx:sensor_model = "" ;
		evel_NvFlx:serial_number = "" ;
		evel_NvFlx:signal_type = "digital" ;
		evel_NvFlx:valid_range = -200, 200 ;
		evel_NvFlx:raw_name = "EWVEL-rt-corr_NvFlx-c" ;
		evel_NvFlx:status = "Computed in real-time" ;
		evel_NvFlx:data_source = "FRL DAS" ;
		evel_NvFlx:data_quality = "Good" ;
		evel_NvFlx:category = "Aircraft State" ;
		evel_NvFlx:missing_values = "NaN" ;
	double evel_hg(Time, sps1) ;
		evel_hg:_FillValue = -32767. ;
		evel_hg:long_name = "Honeywell IMU 1700 East-West Velocity" ;
		evel_hg:units = "m/s" ;
		evel_hg:sample_rate = "100" ;
		evel_hg:sensor_location = "cabin" ;
		evel_hg:sensor_model = "" ;
		evel_hg:serial_number = "" ;
		evel_hg:signal_type = "digital" ;
		evel_hg:valid_range = -200, 200 ;
		evel_hg:raw_name = "EWVEL-rt-corr_imuhg-c" ;
		evel_hg:status = "Computed in real-time using Kalman Filtering" ;
		evel_hg:data_source = "FRL DAS" ;
		evel_hg:data_quality = "Good" ;
		evel_hg:category = "Aircraft State" ;
		evel_hg:missing_values = "NaN" ;
	double evel_kvh(Time, sps1) ;
		evel_kvh:_FillValue = -32767. ;
		evel_kvh:long_name = "KVH1750 IMU East-West Velocity" ;
		evel_kvh:units = "m/s" ;
		evel_kvh:sample_rate = "100" ;
		evel_kvh:sensor_location = "cabin" ;
		evel_kvh:sensor_model = "" ;
		evel_kvh:serial_number = "" ;
		evel_kvh:signal_type = "digital" ;
		evel_kvh:valid_range = -200, 200 ;
		evel_kvh:raw_name = "EWVEL-pp-corr_imukvh-c" ;
		evel_kvh:status = "Postprocessed using Grafnav and Kalman Filtering" ;
		evel_kvh:data_source = "FRL DAS" ;
		evel_kvh:data_quality = "Good" ;
		evel_kvh:category = "Aircraft State" ;
		evel_kvh:missing_values = "NaN" ;
	double galt_NvFlx(Time, sps1) ;
		galt_NvFlx:_FillValue = -32767. ;
		galt_NvFlx:long_name = "Flexpack GPS Altitude" ;
		galt_NvFlx:units = "meters" ;
		galt_NvFlx:sample_rate = "10" ;
		galt_NvFlx:sensor_location = "cabin" ;
		galt_NvFlx:sensor_model = "" ;
		galt_NvFlx:serial_number = "" ;
		galt_NvFlx:signal_type = "digital" ;
		galt_NvFlx:valid_range = 0, 7500 ;
		galt_NvFlx:raw_name = "GALT-pp-corr_NvFlx-c" ;
		galt_NvFlx:status = "Post-processed using Grafnav" ;
		galt_NvFlx:data_source = "FRL DAS" ;
		galt_NvFlx:data_quality = "Good" ;
		galt_NvFlx:category = "Position" ;
		galt_NvFlx:missing_values = "NaN" ;
	double galt_hg(Time, sps1) ;
		galt_hg:_FillValue = -32767. ;
		galt_hg:long_name = "Honeywell IMU 1700 Altitude" ;
		galt_hg:units = "meters" ;
		galt_hg:sample_rate = "100" ;
		galt_hg:sensor_location = "cabin" ;
		galt_hg:sensor_model = "" ;
		galt_hg:serial_number = "" ;
		galt_hg:signal_type = "digital" ;
		galt_hg:valid_range = 0, 7500 ;
		galt_hg:raw_name = "GALT-rt-corr_imuhg-c" ;
		galt_hg:status = "Computed in real-time using Kalman Filtering" ;
		galt_hg:data_source = "FRL DAS" ;
		galt_hg:data_quality = "Good" ;
		galt_hg:category = "Position" ;
		galt_hg:missing_values = "NaN" ;
	double galt_kvh(Time, sps1) ;
		galt_kvh:_FillValue = -32767. ;
		galt_kvh:long_name = "KVH1750 IMU Altitude" ;
		galt_kvh:units = "meters" ;
		galt_kvh:sample_rate = "100" ;
		galt_kvh:sensor_location = "cabin" ;
		galt_kvh:sensor_model = "" ;
		galt_kvh:serial_number = "" ;
		galt_kvh:signal_type = "digital" ;
		galt_kvh:valid_range = 0, 7500 ;
		galt_kvh:raw_name = "GALT-pp-corr_imukvh-c" ;
		galt_kvh:status = "Postprocessed using Grafnav and Kalman Filtering" ;
		galt_kvh:data_source = "FRL DAS" ;
		galt_kvh:data_quality = "Good" ;
		galt_kvh:category = "Position" ;
		galt_kvh:missing_values = "NaN" ;
	double gspd_NvFlx(Time, sps1) ;
		gspd_NvFlx:_FillValue = -32767. ;
		gspd_NvFlx:long_name = "Flexpack GPS Ground Speed" ;
		gspd_NvFlx:units = "m/s" ;
		gspd_NvFlx:sample_rate = "10" ;
		gspd_NvFlx:sensor_location = "cabin" ;
		gspd_NvFlx:sensor_model = "" ;
		gspd_NvFlx:serial_number = "" ;
		gspd_NvFlx:signal_type = "digital" ;
		gspd_NvFlx:valid_range = 0, 200 ;
		gspd_NvFlx:raw_name = "GSPD-rt-corr_NvFlx-c" ;
		gspd_NvFlx:status = "Computed in real-time" ;
		gspd_NvFlx:data_source = "FRL DAS" ;
		gspd_NvFlx:data_quality = "Good" ;
		gspd_NvFlx:category = "Aircraft State" ;
		gspd_NvFlx:missing_values = "NaN" ;
	double hdg_hg(Time, sps1) ;
		hdg_hg:_FillValue = -32767. ;
		hdg_hg:long_name = "Honeywell IMU 1700 Heading" ;
		hdg_hg:units = "degrees" ;
		hdg_hg:sample_rate = "100" ;
		hdg_hg:sensor_location = "cabin" ;
		hdg_hg:sensor_model = "" ;
		hdg_hg:serial_number = "" ;
		hdg_hg:signal_type = "digital" ;
		hdg_hg:valid_range = 0, 360 ;
		hdg_hg:raw_name = "HDG-rt-corr_imuhg-c" ;
		hdg_hg:status = "Computed in real-time using Kalman Filtering" ;
		hdg_hg:data_source = "FRL DAS" ;
		hdg_hg:data_quality = "Good" ;
		hdg_hg:category = "Aircraft State" ;
		hdg_hg:missing_values = "NaN" ;
	double hdg_kvh(Time, sps1) ;
		hdg_kvh:_FillValue = -32767. ;
		hdg_kvh:long_name = "KVH1750 IMU Heading" ;
		hdg_kvh:units = "degrees" ;
		hdg_kvh:sample_rate = "100" ;
		hdg_kvh:sensor_location = "cabin" ;
		hdg_kvh:sensor_model = "" ;
		hdg_kvh:serial_number = "" ;
		hdg_kvh:signal_type = "digital" ;
		hdg_kvh:valid_range = 0, 360 ;
		hdg_kvh:raw_name = "HDG-pp-corr_imukvh-c" ;
		hdg_kvh:status = "Postprocessed using Grafnav and Kalman Filtering" ;
		hdg_kvh:data_source = "FRL DAS" ;
		hdg_kvh:data_quality = "Good" ;
		hdg_kvh:category = "Aircraft State" ;
		hdg_kvh:missing_values = "NaN" ;
	double roll_swt_aimms(Time, sps1) ;
		roll_swt_aimms:_FillValue = -32767. ;
		roll_swt_aimms:long_name = "AIMMS IMU roll" ;
		roll_swt_aimms:units = "degrees" ;
		roll_swt_aimms:sample_rate = "4" ;
		roll_swt_aimms:sensor_location = "cabin" ;
		roll_swt_aimms:sensor_model = "" ;
		roll_swt_aimms:serial_number = "" ;
		roll_swt_aimms:signal_type = "digital" ;
		roll_swt_aimms:valid_range = -50, 50 ;
		roll_swt_aimms:raw_name = "roll-rt-corr_aimms-swt" ;
		roll_swt_aimms:status = "Computed in real-time" ;
		roll_swt_aimms:data_source = "FRL DAS" ;
		roll_swt_aimms:data_quality = "Good" ;
		roll_swt_aimms:category = "Aircraft State" ;
		roll_swt_aimms:missing_values = "NaN" ;
	double pitch_swt_aimms(Time, sps1) ;
		pitch_swt_aimms:_FillValue = -32767. ;
		pitch_swt_aimms:long_name = "KVH1750 IMU pitch" ;
		pitch_swt_aimms:units = "degrees" ;
		pitch_swt_aimms:sample_rate = "4" ;
		pitch_swt_aimms:sensor_location = "cabin" ;
		pitch_swt_aimms:sensor_model = "" ;
		pitch_swt_aimms:serial_number = "" ;
		pitch_swt_aimms:signal_type = "digital" ;
		pitch_swt_aimms:valid_range = -10, 20 ;
		pitch_swt_aimms:raw_name = "pitch-rt-corr_aimms-swt" ;
		pitch_swt_aimms:status = "Computed in real-time" ;
		pitch_swt_aimms:data_source = "FRL DAS" ;
		pitch_swt_aimms:data_quality = "Good" ;
		pitch_swt_aimms:category = "Aircraft State" ;
		pitch_swt_aimms:missing_values = "NaN" ;
	double hdg_swt_aimms(Time, sps1) ;
		hdg_swt_aimms:_FillValue = -32767. ;
		hdg_swt_aimms:long_name = "AIMMS IMU Heading" ;
		hdg_swt_aimms:units = "degrees" ;
		hdg_swt_aimms:sample_rate = "4" ;
		hdg_swt_aimms:sensor_location = "cabin" ;
		hdg_swt_aimms:sensor_model = "" ;
		hdg_swt_aimms:serial_number = "" ;
		hdg_swt_aimms:signal_type = "digital" ;
		hdg_swt_aimms:valid_range = 0, 360 ;
		hdg_swt_aimms:raw_name = "HDG-rt-corr_aimms-swt" ;
		hdg_swt_aimms:status = "Computed in real-time" ;
		hdg_swt_aimms:data_source = "FRL DAS" ;
		hdg_swt_aimms:data_quality = "Good" ;
		hdg_swt_aimms:category = "Aircraft State" ;
		hdg_swt_aimms:missing_values = "NaN" ;
	double evel_swt_aimms(Time, sps1) ;
		evel_swt_aimms:_FillValue = -32767. ;
		evel_swt_aimms:long_name = "AIMMS IMU East-West Velocity" ;
		evel_swt_aimms:units = "m/s" ;
		evel_swt_aimms:sample_rate = "4" ;
		evel_swt_aimms:sensor_location = "cabin" ;
		evel_swt_aimms:sensor_model = "" ;
		evel_swt_aimms:serial_number = "" ;
		evel_swt_aimms:signal_type = "digital" ;
		evel_swt_aimms:valid_range = -200, 200 ;
		evel_swt_aimms:raw_name = "EWVEL-rt-corr_aimms-swt" ;
		evel_swt_aimms:status = "Computed in real-time" ;
		evel_swt_aimms:data_source = "FRL DAS" ;
		evel_swt_aimms:data_quality = "Good" ;
		evel_swt_aimms:category = "Aircraft State" ;
		evel_swt_aimms:missing_values = "NaN" ;
	double nvel_swt_aimms(Time, sps1) ;
		nvel_swt_aimms:_FillValue = -32767. ;
		nvel_swt_aimms:long_name = "AIMMS IMU North-South Velocity" ;
		nvel_swt_aimms:units = "m/s" ;
		nvel_swt_aimms:sample_rate = "4" ;
		nvel_swt_aimms:sensor_location = "cabin" ;
		nvel_swt_aimms:sensor_model = "" ;
		nvel_swt_aimms:serial_number = "" ;
		nvel_swt_aimms:signal_type = "digital" ;
		nvel_swt_aimms:valid_range = -200, 200 ;
		nvel_swt_aimms:raw_name = "NSVEL-rt-corr_aimms-swt" ;
		nvel_swt_aimms:status = "Computed in real-time" ;
		nvel_swt_aimms:data_source = "FRL DAS" ;
		nvel_swt_aimms:data_quality = "Good" ;
		nvel_swt_aimms:category = "Aircraft State" ;
		nvel_swt_aimms:missing_values = "NaN" ;
	double vvel_swt_aimms(Time, sps1) ;
		vvel_swt_aimms:_FillValue = -32767. ;
		vvel_swt_aimms:long_name = "AIMMS IMU Vertical Velocity" ;
		vvel_swt_aimms:units = "m/s" ;
		vvel_swt_aimms:sample_rate = "4" ;
		vvel_swt_aimms:sensor_location = "cabin" ;
		vvel_swt_aimms:sensor_model = "" ;
		vvel_swt_aimms:serial_number = "" ;
		vvel_swt_aimms:signal_type = "digital" ;
		vvel_swt_aimms:valid_range = -200, 200 ;
		vvel_swt_aimms:raw_name = "VVEL-rt-corr_aimms-swt" ;
		vvel_swt_aimms:status = "Computed in real-time" ;
		vvel_swt_aimms:data_source = "FRL DAS" ;
		vvel_swt_aimms:data_quality = "Good" ;
		vvel_swt_aimms:category = "Aircraft State" ;
		vvel_swt_aimms:missing_values = "NaN" ;
	double hrate_hg(Time, sps1) ;
		hrate_hg:_FillValue = -32767. ;
		hrate_hg:long_name = "Honeywell IMU 1700 Heading Rate" ;
		hrate_hg:units = "deg/s" ;
		hrate_hg:sample_rate = "100" ;
		hrate_hg:sensor_location = "cabin" ;
		hrate_hg:sensor_model = "" ;
		hrate_hg:serial_number = "" ;
		hrate_hg:signal_type = "digital" ;
		hrate_hg:valid_range = -10, 10 ;
		hrate_hg:raw_name = "hrate-rt-corr_imuhg-c" ;
		hrate_hg:status = "Computed in real-time using Kalman Filtering" ;
		hrate_hg:data_source = "FRL DAS" ;
		hrate_hg:data_quality = "Good" ;
		hrate_hg:category = "Aircraft State" ;
		hrate_hg:missing_values = "NaN" ;
	double lat_NvFlx(Time, sps1) ;
		lat_NvFlx:_FillValue = -32767. ;
		lat_NvFlx:long_name = "Flexpack GPS latitude" ;
		lat_NvFlx:units = "degrees North" ;
		lat_NvFlx:sample_rate = "10" ;
		lat_NvFlx:sensor_location = "cabin" ;
		lat_NvFlx:sensor_model = "" ;
		lat_NvFlx:serial_number = "" ;
		lat_NvFlx:signal_type = "digital" ;
		lat_NvFlx:valid_range = -90, 90 ;
		lat_NvFlx:raw_name = "LAT-pp-corr_NvFlx-c" ;
		lat_NvFlx:status = "Post-processed using Grafnav" ;
		lat_NvFlx:data_source = "FRL DAS" ;
		lat_NvFlx:data_quality = "Good" ;
		lat_NvFlx:category = "Position" ;
	double lat_hg(Time, sps1) ;
		lat_hg:_FillValue = -32767. ;
		lat_hg:long_name = "Honeywell IMU 1700 latitude" ;
		lat_hg:units = "degrees North" ;
		lat_hg:sample_rate = "100" ;
		lat_hg:sensor_location = "cabin" ;
		lat_hg:sensor_model = "" ;
		lat_hg:serial_number = "" ;
		lat_hg:signal_type = "digital" ;
		lat_hg:valid_range = -90, 90 ;
		lat_hg:raw_name = "LAT-rt-corr_imuhg-c" ;
		lat_hg:status = "Computed in real-time using Kalman Filtering" ;
		lat_hg:data_source = "FRL DAS" ;
		lat_hg:data_quality = "Good" ;
		lat_hg:category = "Position" ;
		lat_hg:missing_values = "NaN" ;
	double lat_kvh(Time, sps1) ;
		lat_kvh:_FillValue = -32767. ;
		lat_kvh:long_name = "KVH1750 IMU latitude" ;
		lat_kvh:units = "degrees North" ;
		lat_kvh:sample_rate = "100" ;
		lat_kvh:sensor_location = "cabin" ;
		lat_kvh:sensor_model = "" ;
		lat_kvh:serial_number = "" ;
		lat_kvh:signal_type = "digital" ;
		lat_kvh:valid_range = -90, 90 ;
		lat_kvh:raw_name = "LAT-pp-corr_imukvh-c" ;
		lat_kvh:status = "Postprocessed using Grafnav and Kalman Filtering" ;
		lat_kvh:data_source = "FRL DAS" ;
		lat_kvh:data_quality = "Good" ;
		lat_kvh:category = "Position" ;
		lat_kvh:missing_values = "NaN" ;
	double lon_NvFlx(Time, sps1) ;
		lon_NvFlx:_FillValue = -32767. ;
		lon_NvFlx:long_name = "Flexpack GPS longitude" ;
		lon_NvFlx:units = "degrees East" ;
		lon_NvFlx:sample_rate = "10" ;
		lon_NvFlx:sensor_location = "cabin" ;
		lon_NvFlx:sensor_model = "" ;
		lon_NvFlx:serial_number = "" ;
		lon_NvFlx:signal_type = "digital" ;
		lon_NvFlx:valid_range = -180, 180 ;
		lon_NvFlx:raw_name = "LON-pp-corr_NvFlx-c" ;
		lon_NvFlx:status = "Post-processed using Grafnav" ;
		lon_NvFlx:data_source = "FRL DAS" ;
		lon_NvFlx:data_quality = "Good" ;
		lon_NvFlx:category = "Position" ;
		lon_NvFlx:missing_values = "NaN" ;
	double lon_hg(Time, sps1) ;
		lon_hg:_FillValue = -32767. ;
		lon_hg:long_name = "Honeywell IMU 1700 longitude" ;
		lon_hg:units = "degrees East" ;
		lon_hg:sample_rate = "100" ;
		lon_hg:sensor_location = "cabin" ;
		lon_hg:sensor_model = "" ;
		lon_hg:serial_number = "" ;
		lon_hg:signal_type = "digital" ;
		lon_hg:valid_range = -180, 180 ;
		lon_hg:raw_name = "LON-rt-corr_imuhg-c" ;
		lon_hg:status = "Computed in real-time using Kalman Filtering" ;
		lon_hg:data_source = "FRL DAS" ;
		lon_hg:data_quality = "Good" ;
		lon_hg:category = "Position" ;
		lon_hg:missing_values = "NaN" ;
	double lon_kvh(Time, sps1) ;
		lon_kvh:_FillValue = -32767. ;
		lon_kvh:long_name = "KVH1750 IMU longitude" ;
		lon_kvh:units = "degrees East" ;
		lon_kvh:sample_rate = "100" ;
		lon_kvh:sensor_location = "cabin" ;
		lon_kvh:sensor_model = "" ;
		lon_kvh:serial_number = "" ;
		lon_kvh:signal_type = "digital" ;
		lon_kvh:valid_range = -180, 180 ;
		lon_kvh:raw_name = "LON-pp-corr_imukvh-c" ;
		lon_kvh:status = "Postprocessed using Grafnav and Kalman Filtering" ;
		lon_kvh:data_source = "FRL DAS" ;
		lon_kvh:data_quality = "Good" ;
		lon_kvh:category = "Position" ;
		lon_kvh:missing_values = "NaN" ;
	double nvel_NvFlx(Time, sps1) ;
		nvel_NvFlx:_FillValue = -32767. ;
		nvel_NvFlx:long_name = "North-South component of Aircraft Ground Velocity from Flexpack GPS" ;
		nvel_NvFlx:units = "m/s" ;
		nvel_NvFlx:sample_rate = "10" ;
		nvel_NvFlx:sensor_location = "cabin" ;
		nvel_NvFlx:sensor_model = "" ;
		nvel_NvFlx:serial_number = "" ;
		nvel_NvFlx:signal_type = "digital" ;
		nvel_NvFlx:valid_range = -200, 200 ;
		nvel_NvFlx:raw_name = "NSVEL-rt-corr_NvFlx-c" ;
		nvel_NvFlx:status = "Computed in real-time" ;
		nvel_NvFlx:data_source = "FRL DAS" ;
		nvel_NvFlx:data_quality = "Good" ;
		nvel_NvFlx:category = "Aircraft State" ;
		nvel_NvFlx:missing_values = "NaN" ;
	double nvel_hg(Time, sps1) ;
		nvel_hg:_FillValue = -32767. ;
		nvel_hg:long_name = "Honeywell IMU 1700 North-South Velocity" ;
		nvel_hg:units = "m/s" ;
		nvel_hg:sample_rate = "100" ;
		nvel_hg:sensor_location = "cabin" ;
		nvel_hg:sensor_model = "" ;
		nvel_hg:serial_number = "" ;
		nvel_hg:signal_type = "digital" ;
		nvel_hg:valid_range = -200, 200 ;
		nvel_hg:raw_name = "NSVEL-rt-corr_imuhg-c" ;
		nvel_hg:status = "Computed in real-time using Kalman Filtering" ;
		nvel_hg:data_source = "FRL DAS" ;
		nvel_hg:data_quality = "Good" ;
		nvel_hg:category = "Aircraft State" ;
		nvel_hg:missing_values = "NaN" ;
	double nvel_kvh(Time, sps1) ;
		nvel_kvh:_FillValue = -32767. ;
		nvel_kvh:long_name = "KVH1750 IMU North-South Velocity" ;
		nvel_kvh:units = "m/s" ;
		nvel_kvh:sample_rate = "100" ;
		nvel_kvh:sensor_location = "cabin" ;
		nvel_kvh:sensor_model = "" ;
		nvel_kvh:serial_number = "" ;
		nvel_kvh:signal_type = "digital" ;
		nvel_kvh:valid_range = -200, 200 ;
		nvel_kvh:raw_name = "NSVEL-pp-corr_imukvh-c" ;
		nvel_kvh:status = "Postprocessed using Grafnav and Kalman Filtering" ;
		nvel_kvh:data_source = "FRL DAS" ;
		nvel_kvh:data_quality = "Good" ;
		nvel_kvh:category = "Aircraft State" ;
		nvel_kvh:missing_values = "NaN" ;
	double pitch_hg(Time, sps1) ;
		pitch_hg:_FillValue = -32767. ;
		pitch_hg:long_name = "Honeywell IMU 1700 pitch" ;
		pitch_hg:units = "degrees" ;
		pitch_hg:sample_rate = "10" ;
		pitch_hg:sensor_location = "cabin" ;
		pitch_hg:sensor_model = "" ;
		pitch_hg:serial_number = "" ;
		pitch_hg:signal_type = "digital" ;
		pitch_hg:valid_range = -10, 20 ;
		pitch_hg:raw_name = "pitch-rt-corr_imuhg-c" ;
		pitch_hg:status = "Computed in real-time using Kalman Filtering" ;
		pitch_hg:data_source = "FRL DAS" ;
		pitch_hg:data_quality = "Good" ;
		pitch_hg:category = "Aircraft State" ;
		pitch_hg:missing_values = "NaN" ;
	double pitch_kvh(Time, sps1) ;
		pitch_kvh:_FillValue = -32767. ;
		pitch_kvh:long_name = "KVH1750 IMU pitch" ;
		pitch_kvh:units = "degrees" ;
		pitch_kvh:sample_rate = "100" ;
		pitch_kvh:sensor_location = "cabin" ;
		pitch_kvh:sensor_model = "" ;
		pitch_kvh:serial_number = "" ;
		pitch_kvh:signal_type = "digital" ;
		pitch_kvh:valid_range = -10, 20 ;
		pitch_kvh:raw_name = "pitch-pp-corr_imukvh-c" ;
		pitch_kvh:status = "Postprocessed using Grafnav and Kalman Filtering" ;
		pitch_kvh:data_source = "FRL DAS" ;
		pitch_kvh:data_quality = "Good" ;
		pitch_kvh:category = "Aircraft State" ;
		pitch_kvh:missing_values = "NaN" ;
	double prate_hg(Time, sps1) ;
		prate_hg:_FillValue = -32767. ;
		prate_hg:long_name = "Honeywell IMU 1700 pitch Rate" ;
		prate_hg:units = "deg/s" ;
		prate_hg:sample_rate = "100" ;
		prate_hg:sensor_location = "cabin" ;
		prate_hg:sensor_model = "" ;
		prate_hg:serial_number = "" ;
		prate_hg:signal_type = "digital" ;
		prate_hg:valid_range = -10, 10 ;
		prate_hg:raw_name = "prate-rt-corr_imuhg-c" ;
		prate_hg:status = "Computed in real-time using Kalman Filtering" ;
		prate_hg:data_source = "FRL DAS" ;
		prate_hg:data_quality = "Good" ;
		prate_hg:category = "Aircraft State" ;
		prate_hg:missing_values = "NaN" ;
	double roll_hg(Time, sps1) ;
		roll_hg:_FillValue = -32767. ;
		roll_hg:long_name = "Honeywell IMU 1700 roll" ;
		roll_hg:units = "degrees" ;
		roll_hg:sample_rate = "100" ;
		roll_hg:sensor_location = "cabin" ;
		roll_hg:sensor_model = "" ;
		roll_hg:serial_number = "" ;
		roll_hg:signal_type = "digital" ;
		roll_hg:valid_range = -50, 50 ;
		roll_hg:raw_name = "roll-rt-corr_imuhg-c" ;
		roll_hg:status = "Computed in real-time using Kalman Filtering" ;
		roll_hg:data_source = "FRL DAS" ;
		roll_hg:data_quality = "Good" ;
		roll_hg:category = "Aircraft State" ;
		roll_hg:missing_values = "NaN" ;
	double roll_kvh(Time, sps1) ;
		roll_kvh:_FillValue = -32767. ;
		roll_kvh:long_name = "KVH1750 IMU roll" ;
		roll_kvh:units = "degrees" ;
		roll_kvh:sample_rate = "100" ;
		roll_kvh:sensor_location = "cabin" ;
		roll_kvh:sensor_model = "" ;
		roll_kvh:serial_number = "" ;
		roll_kvh:signal_type = "digital" ;
		roll_kvh:valid_range = -50, 50 ;
		roll_kvh:raw_name = "roll-pp-corr_imukvh-c" ;
		roll_kvh:status = "Postprocessed using Grafnav and Kalman Filtering" ;
		roll_kvh:data_source = "FRL DAS" ;
		roll_kvh:data_quality = "Good" ;
		roll_kvh:category = "Aircraft State" ;
		roll_kvh:missing_values = "NaN" ;
	double rrate_hg(Time, sps1) ;
		rrate_hg:_FillValue = -32767. ;
		rrate_hg:long_name = "Honeywell IMU 1700 roll Rate" ;
		rrate_hg:units = "deg/s" ;
		rrate_hg:sample_rate = "100" ;
		rrate_hg:sensor_location = "cabin" ;
		rrate_hg:sensor_model = "" ;
		rrate_hg:serial_number = "" ;
		rrate_hg:signal_type = "digital" ;
		rrate_hg:valid_range = -10, 10 ;
		rrate_hg:raw_name = "rrate-rt-corr_imuhg-c" ;
		rrate_hg:status = "Computed in real-time using Kalman Filtering" ;
		rrate_hg:data_source = "FRL DAS" ;
		rrate_hg:data_quality = "Good" ;
		rrate_hg:category = "Aircraft State" ;
		rrate_hg:missing_values = "NaN" ;
	double trk_NvFlx(Time, sps1) ;
		trk_NvFlx:_FillValue = -32767. ;
		trk_NvFlx:long_name = "Flexpack GPS Aircraft Track Angle" ;
		trk_NvFlx:units = "degrees" ;
		trk_NvFlx:sample_rate = "10" ;
		trk_NvFlx:sensor_location = "cabin" ;
		trk_NvFlx:sensor_model = "" ;
		trk_NvFlx:serial_number = "" ;
		trk_NvFlx:signal_type = "digital" ;
		trk_NvFlx:valid_range = 0, 360 ;
		trk_NvFlx:raw_name = "HDG-rt-corr_NvFlx-c" ;
		trk_NvFlx:status = "Computed in real-time" ;
		trk_NvFlx:data_source = "FRL DAS" ;
		trk_NvFlx:data_quality = "Good" ;
		trk_NvFlx:category = "Aircraft State" ;
		trk_NvFlx:missing_values = "NaN" ;
	double vvel_NvFlx(Time, sps1) ;
		vvel_NvFlx:_FillValue = -32767. ;
		vvel_NvFlx:long_name = "Flexpack GPS Vertical Velocity" ;
		vvel_NvFlx:units = "m/s" ;
		vvel_NvFlx:sample_rate = "10" ;
		vvel_NvFlx:sensor_location = "cabin" ;
		vvel_NvFlx:sensor_model = "" ;
		vvel_NvFlx:serial_number = "" ;
		vvel_NvFlx:signal_type = "digital" ;
		vvel_NvFlx:valid_range = -20, 20 ;
		vvel_NvFlx:raw_name = "VVEL-rt-corr_NvFlx-c" ;
		vvel_NvFlx:status = "Computed in real-time" ;
		vvel_NvFlx:data_source = "FRL DAS" ;
		vvel_NvFlx:data_quality = "Good" ;
		vvel_NvFlx:category = "Aircraft State" ;
		vvel_NvFlx:missing_values = "NaN" ;
	double vvel_hg(Time, sps1) ;
		vvel_hg:_FillValue = -32767. ;
		vvel_hg:long_name = "Honeywell IMU 1700 Vertical Velocity" ;
		vvel_hg:units = "m/s" ;
		vvel_hg:sample_rate = "100" ;
		vvel_hg:sensor_location = "cabin" ;
		vvel_hg:sensor_model = "" ;
		vvel_hg:serial_number = "" ;
		vvel_hg:signal_type = "digital" ;
		vvel_hg:valid_range = -20, 20 ;
		vvel_hg:raw_name = "VVEL-rt-corr_imuhg-c" ;
		vvel_hg:status = "Computed in real-time using Kalman Filtering" ;
		vvel_hg:data_source = "FRL DAS" ;
		vvel_hg:data_quality = "Good" ;
		vvel_hg:category = "Aircraft State" ;
		vvel_hg:missing_values = "NaN" ;
	double vvel_kvh(Time, sps1) ;
		vvel_kvh:_FillValue = -32767. ;
		vvel_kvh:long_name = "KVH1750 IMU Vertical Velocity" ;
		vvel_kvh:units = "m/s" ;
		vvel_kvh:sample_rate = "100" ;
		vvel_kvh:sensor_location = "cabin" ;
		vvel_kvh:sensor_model = "" ;
		vvel_kvh:serial_number = "" ;
		vvel_kvh:signal_type = "digital" ;
		vvel_kvh:valid_range = -20, 20 ;
		vvel_kvh:raw_name = "VVEL-pp-corr_imukvh-c" ;
		vvel_kvh:status = "Postprocessed using Grafnav and Kalman Filtering" ;
		vvel_kvh:data_source = "FRL DAS" ;
		vvel_kvh:data_quality = "Good" ;
		vvel_kvh:category = "Aircraft State" ;
		vvel_kvh:missing_values = "NaN" ;
	double Pdc_psb_aero(Time, sps1) ;
		Pdc_psb_aero:_FillValue = NaN ;
		Pdc_psb_aero:long_name = "Aeroprobe Corrected Dynamic Pressure" ;
		Pdc_psb_aero:units = "hPa" ;
		Pdc_psb_aero:sample_rate = "32" ;
		Pdc_psb_aero:sensor_model = "Aeroprobe Pegasus" ;
		Pdc_psb_aero:serial_number = "140-021-012-1118-0032" ;
		Pdc_psb_aero:signal_type = "Analog" ;
		Pdc_psb_aero:valid_range = 0, 100 ;
		Pdc_psb_aero:raw_name = "Pd-pp-corr_aero-psb" ;
		Pdc_psb_aero:status = "corrected" ;
		Pdc_psb_aero:data_source = "FRL DAS" ;
		Pdc_psb_aero:data_quality = "Good" ;
		Pdc_psb_aero:dependencies = "ps: Psc_psb_aero\n        pd: Pdc_psb_aero\n        " ;
		Pdc_psb_aero:category = "Atmospheric State" ;
		Pdc_psb_aero:missing_values = "NaN" ;
	double Pdc_sf_hg(Time, sps1) ;
		Pdc_sf_hg:_FillValue = NaN ;
		Pdc_sf_hg:long_name = "Honeywell PPT2 Corrected Dynamic Pressure" ;
		Pdc_sf_hg:units = "hPa" ;
		Pdc_sf_hg:sample_rate = "50" ;
		Pdc_sf_hg:sensor_model = "Honeywell PPT2-0015AKN2VS-B-F" ;
		Pdc_sf_hg:serial_number = "" ;
		Pdc_sf_hg:signal_type = "digital" ;
		Pdc_sf_hg:valid_range = 0, 100 ;
		Pdc_sf_hg:raw_name = "Pd-pp-corr_hgppt2-sf" ;
		Pdc_sf_hg:status = "corrected" ;
		Pdc_sf_hg:data_source = "FRL DAS" ;
		Pdc_sf_hg:data_quality = "Good" ;
		Pdc_sf_hg:dependencies = "ps: Psc_sf_hg\n        pd: Pdc_sf_hg\n        " ;
		Pdc_sf_hg:category = "Atmospheric State" ;
		Pdc_sf_hg:missing_values = "NaN" ;
	double Pdc_sol_rmnt858(Time, sps1) ;
		Pdc_sol_rmnt858:_FillValue = NaN ;
		Pdc_sol_rmnt858:long_name = "Rosemount 858 Corrected Dynamic Pressure" ;
		Pdc_sol_rmnt858:units = "hPa" ;
		Pdc_sol_rmnt858:sample_rate = "32" ;
		Pdc_sol_rmnt858:sensor_model = "Honeywell, PPT-0001DXX5VB-B" ;
		Pdc_sol_rmnt858:serial_number = "45185" ;
		Pdc_sol_rmnt858:signal_type = "Analog" ;
		Pdc_sol_rmnt858:valid_range = 0, 100 ;
		Pdc_sol_rmnt858:raw_name = "Pd-pp-corr_rmnt858-sol" ;
		Pdc_sol_rmnt858:status = "corrected" ;
		Pdc_sol_rmnt858:data_source = "FRL DAS" ;
		Pdc_sol_rmnt858:data_quality = "Good" ;
		Pdc_sol_rmnt858:dependencies = "ps: Psc_sol_rmnt858\n        pd: Pdc_sol_rmnt858\n        " ;
		Pdc_sol_rmnt858:category = "Atmospheric State" ;
		Pdc_sol_rmnt858:missing_values = "NaN" ;
	double Pdc_ssb_rmntpitot(Time, sps1) ;
		Pdc_ssb_rmntpitot:_FillValue = NaN ;
		Pdc_ssb_rmntpitot:long_name = "Rosemount Pitot Corrected Static Pressure" ;
		Pdc_ssb_rmntpitot:units = "hPa" ;
		Pdc_ssb_rmntpitot:sample_rate = "32" ;
		Pdc_ssb_rmntpitot:sensor_model = "Honeywell, 142PC15AW" ;
		Pdc_ssb_rmntpitot:serial_number = "" ;
		Pdc_ssb_rmntpitot:signal_type = "Analog" ;
		Pdc_ssb_rmntpitot:valid_range = 0, 100 ;
		Pdc_ssb_rmntpitot:raw_name = "Pd-pp-corr_rmntpitot-ssb" ;
		Pdc_ssb_rmntpitot:status = "corrected" ;
		Pdc_ssb_rmntpitot:data_source = "FRL DAS" ;
		Pdc_ssb_rmntpitot:data_quality = "Good" ;
		Pdc_ssb_rmntpitot:dependencies = "ps: Psc_ssb_rmntpitot\n        pd: Pdc_ssb_rmntpitot\n        " ;
		Pdc_ssb_rmntpitot:category = "Atmospheric State" ;
		Pdc_ssb_rmntpitot:missing_values = "NaN" ;
	double Psc_psb_aero(Time, sps1) ;
		Psc_psb_aero:_FillValue = NaN ;
		Psc_psb_aero:long_name = "Aeroprobe Corrected Static Pressure" ;
		Psc_psb_aero:units = "hPa" ;
		Psc_psb_aero:sample_rate = "32" ;
		Psc_psb_aero:sensor_model = "" ;
		Psc_psb_aero:serial_number = "" ;
		Psc_psb_aero:signal_type = "Analog" ;
		Psc_psb_aero:valid_range = 100, 1100 ;
		Psc_psb_aero:raw_name = "Ps-pp-corr_aero-psb" ;
		Psc_psb_aero:status = "corrected" ;
		Psc_psb_aero:data_source = "FRL DAS" ;
		Psc_psb_aero:data_quality = "Good" ;
		Psc_psb_aero:dependencies = "ps: Psc_psb_aero\n        pd: Pdc_psb_aero\n        " ;
		Psc_psb_aero:category = "Atmospheric State" ;
		Psc_psb_aero:missing_values = "NaN" ;
	double Psc_sf_hg(Time, sps1) ;
		Psc_sf_hg:_FillValue = NaN ;
		Psc_sf_hg:long_name = "Honeywell PPT2 Corrected Static Pressure" ;
		Psc_sf_hg:units = "hPa" ;
		Psc_sf_hg:sample_rate = "50" ;
		Psc_sf_hg:sensor_model = "Honeywell PPT2-0015AKN2VS-B-F" ;
		Psc_sf_hg:serial_number = "" ;
		Psc_sf_hg:signal_type = "digital" ;
		Psc_sf_hg:valid_range = 100, 1100 ;
		Psc_sf_hg:raw_name = "Ps-pp-corr_hgppt2-sf" ;
		Psc_sf_hg:status = "corrected" ;
		Psc_sf_hg:data_source = "FRL DAS" ;
		Psc_sf_hg:data_quality = "Good" ;
		Psc_sf_hg:dependencies = "ps: Psc_sf_hg\n        pd: Pdc_sf_hg\n        " ;
		Psc_sf_hg:category = "Atmospheric State" ;
		Psc_sf_hg:missing_values = "NaN" ;
	double Psc_sol_rmnt858(Time, sps1) ;
		Psc_sol_rmnt858:_FillValue = NaN ;
		Psc_sol_rmnt858:long_name = "Rosemount 858 Corrected Static Pressure" ;
		Psc_sol_rmnt858:units = "hPa" ;
		Psc_sol_rmnt858:sample_rate = "32" ;
		Psc_sol_rmnt858:sensor_model = "Honeywell, PPT-0001DXX5VB-B" ;
		Psc_sol_rmnt858:serial_number = "45185" ;
		Psc_sol_rmnt858:signal_type = "Analog" ;
		Psc_sol_rmnt858:valid_range = 100, 1100 ;
		Psc_sol_rmnt858:raw_name = "Ps-pp-corr_rmnt858-sol" ;
		Psc_sol_rmnt858:status = "corrected" ;
		Psc_sol_rmnt858:data_source = "FRL DAS" ;
		Psc_sol_rmnt858:data_quality = "Good" ;
		Psc_sol_rmnt858:dependencies = "ps: Psc_sol_rmnt858\n        pd: Pdc_sol_rmnt858\n        " ;
		Psc_sol_rmnt858:category = "Atmospheric State" ;
		Psc_sol_rmnt858:missing_values = "NaN" ;
	double Psc_ssb_rmntpitot(Time, sps1) ;
		Psc_ssb_rmntpitot:_FillValue = NaN ;
		Psc_ssb_rmntpitot:long_name = "Rosemount Pitot Corrected Static Pressure" ;
		Psc_ssb_rmntpitot:units = "hPa" ;
		Psc_ssb_rmntpitot:sample_rate = "32" ;
		Psc_ssb_rmntpitot:sensor_model = "Honeywell, 142PC15AW" ;
		Psc_ssb_rmntpitot:serial_number = "" ;
		Psc_ssb_rmntpitot:signal_type = "Analog" ;
		Psc_ssb_rmntpitot:valid_range = 100, 1100 ;
		Psc_ssb_rmntpitot:raw_name = "Ps-pp-corr_rmntpitot-ssb" ;
		Psc_ssb_rmntpitot:status = "corrected" ;
		Psc_ssb_rmntpitot:data_source = "FRL DAS" ;
		Psc_ssb_rmntpitot:data_quality = "Good" ;
		Psc_ssb_rmntpitot:dependencies = "ps: Psc_ssb_rmntpitot\n        pd: Pdc_ssb_rmntpitot\n        " ;
		Psc_ssb_rmntpitot:category = "Atmospheric State" ;
		Psc_ssb_rmntpitot:missing_values = "NaN" ;
	double Psc_swt_aimms(Time, sps1) ;
		Psc_swt_aimms:_FillValue = -32767. ;
		Psc_swt_aimms:long_name = "AIMMS Corrected Static Pressure" ;
		Psc_swt_aimms:units = "hPa" ;
		Psc_swt_aimms:sample_rate = "32" ;
		Psc_swt_aimms:sensor_model = "ADPCANV1-001" ;
		Psc_swt_aimms:serial_number = "ADP021301" ;
		Psc_swt_aimms:signal_type = "Analog" ;
		Psc_swt_aimms:valid_range = 100, 1100 ;
		Psc_swt_aimms:raw_name = "Ps-rt-corr_aimms-swt" ;
		Psc_swt_aimms:status = "corrected" ;
		Psc_swt_aimms:data_source = "FRL DAS" ;
		Psc_swt_aimms:data_quality = "Good" ;
		Psc_swt_aimms:category = "Atmospheric State" ;
		Psc_swt_aimms:missing_values = "NaN" ;
	double aoa_psb_aero(Time, sps1) ;
		aoa_psb_aero:_FillValue = NaN ;
		aoa_psb_aero:long_name = "Aeroprobe Corrected Angle of Attack" ;
		aoa_psb_aero:units = "degrees" ;
		aoa_psb_aero:sample_rate = "32" ;
		aoa_psb_aero:sensor_model = "Aeroprobe Pegasus" ;
		aoa_psb_aero:serial_number = "140-021-012-1118-0032" ;
		aoa_psb_aero:signal_type = "Analog" ;
		aoa_psb_aero:valid_range = -5, 10 ;
		aoa_psb_aero:raw_name = "AOA-pp-corr_aero-psb" ;
		aoa_psb_aero:status = "corrected" ;
		aoa_psb_aero:data_source = "FRL DAS" ;
		aoa_psb_aero:data_quality = "Good" ;
		aoa_psb_aero:dependencies = "pd: Pdc_psb_aero\n        aoa: aoa_psb_aero\n        " ;
		aoa_psb_aero:category = "Atmospheric State" ;
		aoa_psb_aero:missing_values = "NaN" ;
	double aoa_sol_rmnt858(Time, sps1) ;
		aoa_sol_rmnt858:_FillValue = NaN ;
		aoa_sol_rmnt858:long_name = "Rosemount 858 Corrected Angle of Attack" ;
		aoa_sol_rmnt858:units = "degrees" ;
		aoa_sol_rmnt858:sample_rate = "32" ;
		aoa_sol_rmnt858:sensor_model = "Honeywell, PPT-0001DXX5VB-B" ;
		aoa_sol_rmnt858:serial_number = "45185" ;
		aoa_sol_rmnt858:signal_type = "Analog" ;
		aoa_sol_rmnt858:valid_range = -5, 10 ;
		aoa_sol_rmnt858:raw_name = "AOA-pp-corr_rmnt858-sol" ;
		aoa_sol_rmnt858:status = "corrected" ;
		aoa_sol_rmnt858:data_source = "FRL DAS" ;
		aoa_sol_rmnt858:data_quality = "Good" ;
		aoa_sol_rmnt858:dependencies = "pd: Pdc_sol_rmnt858\n        aoa: aoa_sol_rmnt858\n        " ;
		aoa_sol_rmnt858:category = "Atmospheric State" ;
		aoa_sol_rmnt858:missing_values = "NaN" ;
	double aoa_swt_aimms(Time, sps1) ;
		aoa_swt_aimms:_FillValue = -32767. ;
		aoa_swt_aimms:long_name = "AIMMS Corrected Angle of Attack" ;
		aoa_swt_aimms:units = "degrees" ;
		aoa_swt_aimms:sample_rate = "32" ;
		aoa_swt_aimms:sensor_model = "ADPCANV1-001" ;
		aoa_swt_aimms:serial_number = "ADP021301" ;
		aoa_swt_aimms:signal_type = "Analog" ;
		aoa_swt_aimms:valid_range = -5, 10 ;
		aoa_swt_aimms:raw_name = "AOA-rt-corr_aimms-swt" ;
		aoa_swt_aimms:status = "corrected" ;
		aoa_swt_aimms:data_source = "FRL DAS" ;
		aoa_swt_aimms:data_quality = "Good" ;
		aoa_swt_aimms:category = "Atmospheric State" ;
		aoa_swt_aimms:missing_values = "NaN" ;
	double aos_psb_aero(Time, sps1) ;
		aos_psb_aero:_FillValue = NaN ;
		aos_psb_aero:long_name = "Aeroprobe Corrected Angle of Sideslip" ;
		aos_psb_aero:units = "degrees" ;
		aos_psb_aero:sample_rate = "32" ;
		aos_psb_aero:sensor_model = "Aeroprobe Pegasus" ;
		aos_psb_aero:serial_number = "140-021-012-1118-0032" ;
		aos_psb_aero:signal_type = "Analog" ;
		aos_psb_aero:valid_range = -5, 10 ;
		aos_psb_aero:raw_name = "AOS-pp-corr_aero-psb" ;
		aos_psb_aero:status = "corrected" ;
		aos_psb_aero:data_source = "FRL DAS" ;
		aos_psb_aero:data_quality = "Good" ;
		aos_psb_aero:dependencies = "pd: Pdc_psb_aero\n        aos: aos_psb_aero\n        " ;
		aos_psb_aero:category = "Atmospheric State" ;
		aos_psb_aero:missing_values = "NaN" ;
	double aos_sol_rmnt858(Time, sps1) ;
		aos_sol_rmnt858:_FillValue = NaN ;
		aos_sol_rmnt858:long_name = "Rosemount 858 Corrected Angle of Sideslip" ;
		aos_sol_rmnt858:units = "degrees" ;
		aos_sol_rmnt858:sample_rate = "32" ;
		aos_sol_rmnt858:sensor_model = "Honeywell, PPT-0001DXX5VB-B" ;
		aos_sol_rmnt858:serial_number = "45185" ;
		aos_sol_rmnt858:signal_type = "Analog" ;
		aos_sol_rmnt858:valid_range = -5, 10 ;
		aos_sol_rmnt858:raw_name = "AOS-pp-corr_rmnt858-sol" ;
		aos_sol_rmnt858:status = "corrected" ;
		aos_sol_rmnt858:data_source = "FRL DAS" ;
		aos_sol_rmnt858:data_quality = "Good" ;
		aos_sol_rmnt858:dependencies = "pd: Pdc_sol_rmnt858\n        aos: aos_sol_rmnt858\n        " ;
		aos_sol_rmnt858:category = "Atmospheric State" ;
		aos_sol_rmnt858:missing_values = "NaN" ;
	double aos_swt_aimms(Time, sps1) ;
		aos_swt_aimms:_FillValue = -32767. ;
		aos_swt_aimms:long_name = "AIMMS Corrected Angle of Sideslip" ;
		aos_swt_aimms:units = "degrees" ;
		aos_swt_aimms:sample_rate = "32" ;
		aos_swt_aimms:sensor_model = "ADPCANV1-001" ;
		aos_swt_aimms:serial_number = "ADP021301" ;
		aos_swt_aimms:signal_type = "Analog" ;
		aos_swt_aimms:valid_range = -5, 10 ;
		aos_swt_aimms:raw_name = "AOS-rt-corr_aimms-swt" ;
		aos_swt_aimms:status = "corrected" ;
		aos_swt_aimms:data_source = "FRL DAS" ;
		aos_swt_aimms:data_quality = "Good" ;
		aos_swt_aimms:category = "Atmospheric State" ;
		aos_swt_aimms:missing_values = "NaN" ;
	double TAT_psb(Time, sps1) ;
		TAT_psb:_FillValue = -32767. ;
		TAT_psb:long_name = "Total Air Temperature from Port Scalar Boom" ;
		TAT_psb:units = "degC" ;
		TAT_psb:sample_rate = "32" ;
		TAT_psb:sensor_location = "Port Scalar Boom" ;
		TAT_psb:sensor_model = "Rosemount 102AU1AG" ;
		TAT_psb:serial_number = "B61008" ;
		TAT_psb:signal_type = "Analog" ;
		TAT_psb:valid_range = -60, 40 ;
		TAT_psb:raw_name = "TAT-rt-raw_rmnttat-psb" ;
		TAT_psb:status = "Raw" ;
		TAT_psb:data_source = "FRL DAS" ;
		TAT_psb:data_quality = "Good" ;
		TAT_psb:category = "Atmospheric State" ;
		TAT_psb:missing_values = "NaN" ;
	double TAT_psb_R105(Time, sps1) ;
		TAT_psb_R105:_FillValue = -32767. ;
		TAT_psb_R105:long_name = "Total Air Temperature from Port Scalar Boom" ;
		TAT_psb_R105:units = "degC" ;
		TAT_psb_R105:sample_rate = "32" ;
		TAT_psb_R105:sensor_location = "Port Scalar Boom" ;
		TAT_psb_R105:sensor_model = "Rosemount 0105B1AA-AU1AG" ;
		TAT_psb_R105:serial_number = "prototype" ;
		TAT_psb_R105:signal_type = "Analog" ;
		TAT_psb_R105:valid_range = -60, 40 ;
		TAT_psb_R105:raw_name = "TAT-rt-raw_rmnttatproto-psb" ;
		TAT_psb_R105:status = "Raw" ;
		TAT_psb_R105:data_source = "FRL DAS" ;
		TAT_psb_R105:data_quality = "Good" ;
		TAT_psb_R105:category = "Atmospheric State" ;
		TAT_psb_R105:missing_values = "NaN" ;
	double TAT_puw(Time, sps1) ;
		TAT_puw:_FillValue = -32767. ;
		TAT_puw:long_name = "Total Air Temperature from Port Underwing" ;
		TAT_puw:units = "degC" ;
		TAT_puw:sample_rate = "32" ;
		TAT_puw:sensor_location = "Port Underwing" ;
		TAT_puw:sensor_model = "Rosemount 102AU1AG" ;
		TAT_puw:serial_number = "A81896" ;
		TAT_puw:signal_type = "Analog" ;
		TAT_puw:valid_range = -60, 40 ;
		TAT_puw:raw_name = "TAT-rt-raw_rmnttat-puw" ;
		TAT_puw:status = "Raw" ;
		TAT_puw:data_source = "FRL DAS" ;
		TAT_puw:data_quality = "Good" ;
		TAT_puw:category = "Atmospheric State" ;
		TAT_puw:missing_values = "NaN" ;
	double TAT_puw_revflow(Time, sps1) ;
		TAT_puw_revflow:_FillValue = NaN ;
		TAT_puw_revflow:long_name = "Total Air Temperature from Port Underwing Reverse Flow" ;
		TAT_puw_revflow:units = "degC" ;
		TAT_puw_revflow:sample_rate = "32" ;
		TAT_puw_revflow:sensor_location = "Port Underwing" ;
		TAT_puw_revflow:sensor_model = "Rosemount 102AU1AG" ;
		TAT_puw_revflow:serial_number = "A81896" ;
		TAT_puw_revflow:signal_type = "Analog" ;
		TAT_puw_revflow:valid_range = -60, 40 ;
		TAT_puw_revflow:status = "Raw" ;
		TAT_puw_revflow:data_source = "FRL DAS" ;
		TAT_puw_revflow:data_quality = "Good" ;
		TAT_puw_revflow:category = "Atmospheric State" ;
		TAT_puw_revflow:missing_values = "NaN" ;
	double TAT_ssb(Time, sps1) ;
		TAT_ssb:_FillValue = -32767. ;
		TAT_ssb:long_name = "Total Air Temperature from Starboard Scalar Boom" ;
		TAT_ssb:units = "degC" ;
		TAT_ssb:sample_rate = "32" ;
		TAT_ssb:sensor_location = "Starboard Scalar Boom" ;
		TAT_ssb:sensor_model = "Rosemount 102AU1AG" ;
		TAT_ssb:serial_number = "A81669" ;
		TAT_ssb:signal_type = "Analog" ;
		TAT_ssb:valid_range = -60, 40 ;
		TAT_ssb:raw_name = "TAT-rt-raw_rmnttat-ssb" ;
		TAT_ssb:status = "Raw" ;
		TAT_ssb:data_source = "FRL DAS" ;
		TAT_ssb:data_quality = "Good" ;
		TAT_ssb:category = "Atmospheric State" ;
		TAT_ssb:missing_values = "NaN" ;
	double Ts_swt_aimms(Time, sps1) ;
		Ts_swt_aimms:_FillValue = -32767. ;
		Ts_swt_aimms:long_name = "Static Air Temperature from AIMMS20 Starboard Wingtip" ;
		Ts_swt_aimms:units = "degC" ;
		Ts_swt_aimms:sample_rate = "32" ;
		Ts_swt_aimms:sensor_location = "Starboard Wingtip" ;
		Ts_swt_aimms:sensor_model = "ADPCANV1-001" ;
		Ts_swt_aimms:serial_number = "ADP021301" ;
		Ts_swt_aimms:signal_type = "digital" ;
		Ts_swt_aimms:valid_range = -60, 40 ;
		Ts_swt_aimms:raw_name = "Ts-rt-corr_aimms-swt" ;
		Ts_swt_aimms:status = "" ;
		Ts_swt_aimms:data_source = "FRL DAS" ;
		Ts_swt_aimms:data_quality = "Good" ;
		Ts_swt_aimms:category = "Atmospheric State" ;
		Ts_swt_aimms:missing_values = "NaN" ;
	double TAS_swt_aimms(Time, sps1) ;
		TAS_swt_aimms:_FillValue = -32767. ;
		TAS_swt_aimms:long_name = "True Airspeed from AIMMS-20" ;
		TAS_swt_aimms:units = "m/s" ;
		TAS_swt_aimms:sample_rate = "4" ;
		TAS_swt_aimms:sensor_location = "Starboard Wingtip" ;
		TAS_swt_aimms:sensor_model = "Aventech AIMMS-20" ;
		TAS_swt_aimms:serial_number = "" ;
		TAS_swt_aimms:signal_type = "digital" ;
		TAS_swt_aimms:valid_range = 0, 150 ;
		TAS_swt_aimms:raw_name = "TAS-rt-corr_aimms-swt" ;
		TAS_swt_aimms:status = "Good" ;
		TAS_swt_aimms:data_source = "FRL DAS" ;
		TAS_swt_aimms:data_quality = "Good" ;
		TAS_swt_aimms:category = "Atmospheric State" ;
		TAS_swt_aimms:missing_values = "NaN" ;
	double Td_CM(Time, sps1) ;
		Td_CM:_FillValue = -32767. ;
		Td_CM:long_name = "LiCor 840a Dew Point Temperature" ;
		Td_CM:units = "degC" ;
		Td_CM:sample_rate = "1" ;
		Td_CM:sensor_location = "Cabin" ;
		Td_CM:sensor_model = "Li840a" ;
		Td_CM:serial_number = "" ;
		Td_CM:signal_type = "digital" ;
		Td_CM:valid_range = -60, 40 ;
		Td_CM:raw_name = "Td-rt-corr_CM-c" ;
		Td_CM:status = "corrected" ;
		Td_CM:data_source = "FRL DAS" ;
		Td_CM:data_quality = "Final" ;
		Td_CM:category = "Atmospheric State" ;
		Td_CM:missing_values = "NaN" ;
	double CO2conc_L7000(Time, sps1) ;
		CO2conc_L7000:_FillValue = NaN ;
		CO2conc_L7000:long_name = "Licor 7000 CO2Conc Concentration" ;
		CO2conc_L7000:units = "umol/mol" ;
		CO2conc_L7000:sample_rate = "32" ;
		CO2conc_L7000:sensor_model = "Li7000" ;
		CO2conc_L7000:serial_number = "" ;
		CO2conc_L7000:signal_type = "digital" ;
		CO2conc_L7000:valid_range = 0, 3000 ;
		CO2conc_L7000:raw_name = "CO2-pp-corr_L7000-c" ;
		CO2conc_L7000:status = "corrected" ;
		CO2conc_L7000:data_source = "FRL DAS" ;
		CO2conc_L7000:data_quality = "Good" ;
		CO2conc_L7000:category = "Atmospheric State" ;
		CO2conc_L7000:missing_values = "NaN" ;
	double CO2conc_L840a(Time, sps1) ;
		CO2conc_L840a:_FillValue = -32767. ;
		CO2conc_L840a:long_name = "Licor 840a CO2Conc Concentration" ;
		CO2conc_L840a:units = "umol/mol" ;
		CO2conc_L840a:sample_rate = "1" ;
		CO2conc_L840a:sensor_model = "Li840a" ;
		CO2conc_L840a:serial_number = "" ;
		CO2conc_L840a:signal_type = "digital" ;
		CO2conc_L840a:valid_range = 0, 3000 ;
		CO2conc_L840a:raw_name = "CO2-rt-raw_L840a-c" ;
		CO2conc_L840a:status = "corrected" ;
		CO2conc_L840a:data_source = "FRL DAS" ;
		CO2conc_L840a:data_quality = "Good" ;
		CO2conc_L840a:category = "Atmospheric State" ;
		CO2conc_L840a:missing_values = "NaN" ;
	double H2Oconc_L7000(Time, sps1) ;
		H2Oconc_L7000:_FillValue = -32767. ;
		H2Oconc_L7000:long_name = "Licor 7000 H2O Concentration" ;
		H2Oconc_L7000:units = "mmol/mol" ;
		H2Oconc_L7000:sample_rate = "32" ;
		H2Oconc_L7000:sensor_model = "Li7000" ;
		H2Oconc_L7000:serial_number = "" ;
		H2Oconc_L7000:signal_type = "digital" ;
		H2Oconc_L7000:valid_range = 0, 60 ;
		H2Oconc_L7000:raw_name = "H2O-pp-corr_L7000-c" ;
		H2Oconc_L7000:status = "corrected" ;
		H2Oconc_L7000:data_source = "FRL DAS" ;
		H2Oconc_L7000:data_quality = "Good" ;
		H2Oconc_L7000:category = "Atmospheric State" ;
		H2Oconc_L7000:missing_values = "NaN" ;
	double H2Oconc_L840a(Time, sps1) ;
		H2Oconc_L840a:_FillValue = -32767. ;
		H2Oconc_L840a:long_name = "Licor 840a H2O Concentration" ;
		H2Oconc_L840a:units = "mmol/mol" ;
		H2Oconc_L840a:sample_rate = "1" ;
		H2Oconc_L840a:sensor_model = "Li840a" ;
		H2Oconc_L840a:serial_number = "" ;
		H2Oconc_L840a:signal_type = "digital" ;
		H2Oconc_L840a:valid_range = 0, 60 ;
		H2Oconc_L840a:raw_name = "H2O-rt-raw_L840a-c" ;
		H2Oconc_L840a:status = "corrected" ;
		H2Oconc_L840a:data_source = "FRL DAS" ;
		H2Oconc_L840a:data_quality = "Good" ;
		H2Oconc_L840a:category = "Atmospheric State" ;
		H2Oconc_L840a:missing_values = "NaN" ;
	double Pcell_L7000(Time, sps1) ;
		Pcell_L7000:_FillValue = NaN ;
		Pcell_L7000:long_name = "Licor 7000 Cell Pressure" ;
		Pcell_L7000:units = "hPa" ;
		Pcell_L7000:sample_rate = "32" ;
		Pcell_L7000:sensor_model = "Li7000" ;
		Pcell_L7000:serial_number = "" ;
		Pcell_L7000:signal_type = "digital" ;
		Pcell_L7000:valid_range = 0, 2000 ;
		Pcell_L7000:raw_name = "PsCell-pp-corr_L7000-c" ;
		Pcell_L7000:status = "corrected" ;
		Pcell_L7000:data_source = "FRL DAS" ;
		Pcell_L7000:data_quality = "Good" ;
		Pcell_L7000:category = "Instrumentation State" ;
		Pcell_L7000:missing_values = "NaN" ;
	double Pcell_L840a(Time, sps1) ;
		Pcell_L840a:_FillValue = -32767. ;
		Pcell_L840a:long_name = "Licor 840a Cell Pressure" ;
		Pcell_L840a:units = "hPa" ;
		Pcell_L840a:sample_rate = "1" ;
		Pcell_L840a:sensor_model = "Li840a" ;
		Pcell_L840a:serial_number = "" ;
		Pcell_L840a:signal_type = "digital" ;
		Pcell_L840a:valid_range = 0, 2000 ;
		Pcell_L840a:raw_name = "PsCell-rt-raw_L840a-c" ;
		Pcell_L840a:status = "corrected" ;
		Pcell_L840a:data_source = "FRL DAS" ;
		Pcell_L840a:data_quality = "Good" ;
		Pcell_L840a:category = "Instrumentation Status" ;
		Pcell_L840a:missing_values = "NaN" ;
	double Tcell_L7000(Time, sps1) ;
		Tcell_L7000:_FillValue = NaN ;
		Tcell_L7000:long_name = "Licor 7000 Cell Temperature" ;
		Tcell_L7000:units = "degC" ;
		Tcell_L7000:sample_rate = "32" ;
		Tcell_L7000:sensor_model = "Li7000" ;
		Tcell_L7000:serial_number = "" ;
		Tcell_L7000:signal_type = "digital" ;
		Tcell_L7000:valid_range = -60, 40 ;
		Tcell_L7000:raw_name = "TsCell-pp-corr_L7000-c" ;
		Tcell_L7000:status = "corrected" ;
		Tcell_L7000:data_source = "FRL DAS" ;
		Tcell_L7000:data_quality = "Good" ;
		Tcell_L7000:category = "Instrumentation State" ;
		Tcell_L7000:missing_values = "NaN" ;
	double Tcell_L840a(Time, sps1) ;
		Tcell_L840a:_FillValue = -32767. ;
		Tcell_L840a:long_name = "Licor 840a Cell Temperature" ;
		Tcell_L840a:units = "degC" ;
		Tcell_L840a:sample_rate = "1" ;
		Tcell_L840a:sensor_model = "Li840a" ;
		Tcell_L840a:serial_number = "" ;
		Tcell_L840a:signal_type = "digital" ;
		Tcell_L840a:valid_range = -60, 40 ;
		Tcell_L840a:raw_name = "TsCell-rt-raw_L840a-c" ;
		Tcell_L840a:status = "corrected" ;
		Tcell_L840a:data_source = "FRL DAS" ;
		Tcell_L840a:data_quality = "Good" ;
		Tcell_L840a:category = "Instrumentation Status" ;
		Tcell_L840a:missing_values = "NaN" ;
	double Td_L7000(Time, sps1) ;
		Td_L7000:_FillValue = NaN ;
		Td_L7000:long_name = "LiCor 7000 Dew Point" ;
		Td_L7000:units = "degC" ;
		Td_L7000:sample_rate = "32" ;
		Td_L7000:sensor_model = "Li7000" ;
		Td_L7000:serial_number = "" ;
		Td_L7000:signal_type = "digital" ;
		Td_L7000:valid_range = -60, 40 ;
		Td_L7000:raw_name = "DewPoint-pp-corr_L7000-c" ;
		Td_L7000:status = "corrected" ;
		Td_L7000:data_source = "FRL DAS" ;
		Td_L7000:data_quality = "Good" ;
		Td_L7000:dependencies = "H2Oconc:H2Oconc_L7000\nPsc:Psc_sf_hg" ;
		Td_L7000:category = "Atmospheric State" ;
		Td_L7000:missing_values = "NaN" ;
	double Td_L840a(Time, sps1) ;
		Td_L840a:_FillValue = -32767. ;
		Td_L840a:long_name = "LiCor 840a Dew Point Temperature" ;
		Td_L840a:units = "degC" ;
		Td_L840a:sample_rate = "1" ;
		Td_L840a:sensor_model = "Li840a" ;
		Td_L840a:serial_number = "" ;
		Td_L840a:signal_type = "digital" ;
		Td_L840a:valid_range = -60, 40 ;
		Td_L840a:raw_name = "DewPoint-rt-raw_L840a-c" ;
		Td_L840a:status = "corrected" ;
		Td_L840a:data_source = "FRL DAS" ;
		Td_L840a:data_quality = "Final" ;
		Td_L840a:dependencies = "H2Oconc:H2Oconc_L840a\nPsc:Psc_sf_hg" ;
		Td_L840a:category = "Atmospheric State" ;
		Td_L840a:missing_values = "NaN" ;
	double RHw_swt_aimms(Time, sps1) ;
		RHw_swt_aimms:_FillValue = -32767. ;
		RHw_swt_aimms:long_name = "Aventech AIMMS20 Relative Humidity over water" ;
		RHw_swt_aimms:units = "percentage" ;
		RHw_swt_aimms:sample_rate = "1" ;
		RHw_swt_aimms:sensor_model = "AIMMS20" ;
		RHw_swt_aimms:serial_number = "" ;
		RHw_swt_aimms:signal_type = "digital" ;
		RHw_swt_aimms:valid_range = 0., 100. ;
		RHw_swt_aimms:raw_name = "RH-rt-corr_aimms-swt" ;
		RHw_swt_aimms:data_source = "FRL DAS" ;
		RHw_swt_aimms:data_quality = "Final" ;
		RHw_swt_aimms:category = "Atmospheric State" ;
		RHw_swt_aimms:missing_values = "NaN" ;
	double mso_psb(Time, sps1) ;
		mso_psb:_FillValue = -32767. ;
		mso_psb:long_name = "RMNT 087D5FT Magnetostrictive Oscillator (MSO) frequency" ;
		mso_psb:units = "hz" ;
		mso_psb:sample_rate = "" ;
		mso_psb:sensor_location = "Port Scalarboom" ;
		mso_psb:sensor_model = "Rosemount 087D5FT Icing Detector" ;
		mso_psb:serial_number = "" ;
		mso_psb:signal_type = "Analog" ;
		mso_psb:valid_range = 39600, 40200 ;
		mso_psb:raw_name = "MSO-rt-raw_087ND5FT-psb" ;
		mso_psb:data_source = "FRL DAS" ;
		mso_psb:data_quality = "Good" ;
		mso_psb:category = "Atmospheric State" ;
	double mso_suw(Time, sps1) ;
		mso_suw:_FillValue = -32767. ;
		mso_suw:long_name = "RMNT 087L1M5 Magnetostrictive Oscillator (MSO) frequency" ;
		mso_suw:units = "hz" ;
		mso_suw:sample_rate = "" ;
		mso_suw:sensor_location = "Starboard Underwing" ;
		mso_suw:sensor_model = "Rosemount 087L1M5 Icing Detector" ;
		mso_suw:serial_number = "" ;
		mso_suw:signal_type = "Analog" ;
		mso_suw:valid_range = 39600, 40200 ;
		mso_suw:raw_name = "MSO-rt-raw_R0871LM5-suw" ;
		mso_suw:data_source = "FRL DAS" ;
		mso_suw:data_quality = "Good" ;
		mso_suw:category = "Atmospheric State" ;
	double Ts_ssb(Time, sps1) ;
		Ts_ssb:_FillValue = NaN ;
		Ts_ssb:long_name = "Static Air Temperature from Starboard Scalar Boom" ;
		Ts_ssb:units = "degC" ;
		Ts_ssb:sample_rate = "32" ;
		Ts_ssb:sensor_location = "Starboard Scalar Boom" ;
		Ts_ssb:sensor_model = "Rosemount 102AU1AG" ;
		Ts_ssb:serial_number = "A81669" ;
		Ts_ssb:signal_type = "Analog" ;
		Ts_ssb:valid_range = -60, 40 ;
		Ts_ssb:status = "Calibrated with recovery factor correction" ;
		Ts_ssb:data_source = "FRL DAS" ;
		Ts_ssb:data_quality = "Good" ;
		Ts_ssb:dependencies = "ps: Psc_sf_hg\n        pd: Pdc_sf_hg\n        tat: TAT_ssb\n        " ;
		Ts_ssb:category = "Atmospheric State" ;
		Ts_ssb:missing_values = "NaN" ;
	double Ts_puw(Time, sps1) ;
		Ts_puw:_FillValue = NaN ;
		Ts_puw:long_name = "Static Air Temperature from Port Underwing Rosemount 102 TAT sensor" ;
		Ts_puw:units = "degC" ;
		Ts_puw:sample_rate = "32" ;
		Ts_puw:sensor_location = "Port Underwing" ;
		Ts_puw:sensor_model = "Rosemount 102AU1AG" ;
		Ts_puw:serial_number = "" ;
		Ts_puw:signal_type = "Analog" ;
		Ts_puw:valid_range = -60, 40 ;
		Ts_puw:status = "" ;
		Ts_puw:data_source = "FRL DAS" ;
		Ts_puw:data_quality = "Good" ;
		Ts_puw:dependencies = "ps: Psc_sf_hg\n        pd: Pdc_sf_hg\n        tat: TAT_puw\n        " ;
		Ts_puw:category = "Atmospheric State" ;
		Ts_puw:missing_values = "NaN" ;
	double Ts_psb(Time, sps1) ;
		Ts_psb:_FillValue = NaN ;
		Ts_psb:long_name = "Static Air Temperature from Starboard Scalar Boom" ;
		Ts_psb:units = "degC" ;
		Ts_psb:sample_rate = "32" ;
		Ts_psb:sensor_location = "Port Scalar Boom" ;
		Ts_psb:sensor_model = "Rosemount 102AU1AG" ;
		Ts_psb:serial_number = "B61008" ;
		Ts_psb:signal_type = "Analog" ;
		Ts_psb:valid_range = -60, 40 ;
		Ts_psb:status = "Calibrated with recovery factor correction" ;
		Ts_psb:data_source = "FRL DAS" ;
		Ts_psb:data_quality = "Good" ;
		Ts_psb:dependencies = "ps: Psc_sf_hg\n        pd: Pdc_sf_hg\n        tat: TAT_psb\n        " ;
		Ts_psb:category = "Atmospheric State" ;
		Ts_psb:missing_values = "NaN" ;
	double Ts_psb_R105(Time, sps1) ;
		Ts_psb_R105:_FillValue = NaN ;
		Ts_psb_R105:long_name = "Static Air Temperature from Port Scalar Boom" ;
		Ts_psb_R105:units = "degC" ;
		Ts_psb_R105:sample_rate = "32" ;
		Ts_psb_R105:sensor_location = "Port Scalar Boom" ;
		Ts_psb_R105:sensor_model = "Rosemount 105AU1AG" ;
		Ts_psb_R105:serial_number = "" ;
		Ts_psb_R105:signal_type = "Analog" ;
		Ts_psb_R105:valid_range = -60, 40 ;
		Ts_psb_R105:status = "Calibrated with recovery factor correction" ;
		Ts_psb_R105:data_source = "FRL DAS" ;
		Ts_psb_R105:data_quality = "Good" ;
		Ts_psb_R105:dependencies = "ps: Psc_sf_hg\n        pd: Pdc_sf_hg\n        tat: TAT_psb_R105\n        " ;
		Ts_psb_R105:category = "Atmospheric State" ;
		Ts_psb_R105:missing_values = "NaN" ;
	double TAS_sf_hg(Time, sps1) ;
		TAS_sf_hg:_FillValue = NaN ;
		TAS_sf_hg:long_name = "True Airspeed from Starboard Fuselage" ;
		TAS_sf_hg:units = "degC" ;
		TAS_sf_hg:sample_rate = "50" ;
		TAS_sf_hg:sensor_location = "Starboard Fuselage" ;
		TAS_sf_hg:sensor_model = "" ;
		TAS_sf_hg:serial_number = "" ;
		TAS_sf_hg:signal_type = "" ;
		TAS_sf_hg:valid_range = 0, 150 ;
		TAS_sf_hg:status = "Good" ;
		TAS_sf_hg:data_source = "FRL DAS" ;
		TAS_sf_hg:data_quality = "Good" ;
		TAS_sf_hg:dependencies = "ps: Psc_sf_hg\npd: Pdc_sf_hg\nts: Ts_ssb\n" ;
		TAS_sf_hg:category = "Atmospheric State" ;
		TAS_sf_hg:missing_values = "NaN" ;
	double TAS_sol_rmnt858(Time, sps1) ;
		TAS_sol_rmnt858:_FillValue = NaN ;
		TAS_sol_rmnt858:long_name = "True Airspeed from Starboard Outer Lower Pylon Rosemount 858 sensor" ;
		TAS_sol_rmnt858:units = "m/s" ;
		TAS_sol_rmnt858:sample_rate = "32" ;
		TAS_sol_rmnt858:sensor_location = "Starboard Outer Lower Pylon" ;
		TAS_sol_rmnt858:sensor_model = "" ;
		TAS_sol_rmnt858:serial_number = "" ;
		TAS_sol_rmnt858:signal_type = "" ;
		TAS_sol_rmnt858:valid_range = 0, 150 ;
		TAS_sol_rmnt858:status = "Good" ;
		TAS_sol_rmnt858:data_source = "FRL DAS" ;
		TAS_sol_rmnt858:data_quality = "Good" ;
		TAS_sol_rmnt858:dependencies = "ps: Psc_sol_rmnt858\npd: Pdc_sol_rmnt858\nts: Ts_ssb\n" ;
		TAS_sol_rmnt858:category = "Atmospheric State" ;
		TAS_sol_rmnt858:missing_values = "NaN" ;
	double TAS_psb_aero(Time, sps1) ;
		TAS_psb_aero:_FillValue = NaN ;
		TAS_psb_aero:long_name = "True Airspeed from Port Scalar Boom Aeroprobe" ;
		TAS_psb_aero:units = "m/s" ;
		TAS_psb_aero:sample_rate = "32" ;
		TAS_psb_aero:sensor_location = "Port Scalar Boom" ;
		TAS_psb_aero:sensor_model = "" ;
		TAS_psb_aero:serial_number = "" ;
		TAS_psb_aero:signal_type = "" ;
		TAS_psb_aero:valid_range = 0, 150 ;
		TAS_psb_aero:status = "Good" ;
		TAS_psb_aero:data_source = "FRL DAS" ;
		TAS_psb_aero:data_quality = "Good" ;
		TAS_psb_aero:dependencies = "ps: Psc_psb_aero\npd: Pdc_psb_aero\nts: Ts_ssb\n" ;
		TAS_psb_aero:category = "Atmospheric State" ;
		TAS_psb_aero:missing_values = "NaN" ;
	double TAS_ssb_rmntpitot(Time, sps1) ;
		TAS_ssb_rmntpitot:_FillValue = NaN ;
		TAS_ssb_rmntpitot:long_name = "True Airspeed from Starboard Scalar Boom Rosemount Pitot Sensor" ;
		TAS_ssb_rmntpitot:units = "m/s" ;
		TAS_ssb_rmntpitot:sample_rate = "32" ;
		TAS_ssb_rmntpitot:sensor_location = "Starboard Scalar Boom" ;
		TAS_ssb_rmntpitot:sensor_model = "" ;
		TAS_ssb_rmntpitot:serial_number = "" ;
		TAS_ssb_rmntpitot:signal_type = "" ;
		TAS_ssb_rmntpitot:valid_range = 0, 150 ;
		TAS_ssb_rmntpitot:status = "Good" ;
		TAS_ssb_rmntpitot:data_source = "FRL DAS" ;
		TAS_ssb_rmntpitot:data_quality = "Good" ;
		TAS_ssb_rmntpitot:dependencies = "ps: Psc_ssb_rmntpitot\npd: Pdc_ssb_rmntpitot\nts: Ts_ssb\n" ;
		TAS_ssb_rmntpitot:category = "Atmospheric State" ;
		TAS_ssb_rmntpitot:missing_values = "NaN" ;
	double Ts_puw_revflow(Time, sps1) ;
		Ts_puw_revflow:_FillValue = NaN ;
		Ts_puw_revflow:long_name = "Static Air Temperature from Port Underwing" ;
		Ts_puw_revflow:units = "degC" ;
		Ts_puw_revflow:sample_rate = "32" ;
		Ts_puw_revflow:sensor_location = "Port Underwing" ;
		Ts_puw_revflow:sensor_model = "Rosemount 102AU1AG" ;
		Ts_puw_revflow:serial_number = "" ;
		Ts_puw_revflow:signal_type = "Analog" ;
		Ts_puw_revflow:valid_range = -60, 40 ;
		Ts_puw_revflow:status = "" ;
		Ts_puw_revflow:data_source = "FRL DAS" ;
		Ts_puw_revflow:data_quality = "Good" ;
		Ts_puw_revflow:category = "Atmospheric State" ;
		Ts_puw_revflow:missing_values = "NaN" ;
	double nwnd_sol_rmnt858(Time, sps1) ;
		nwnd_sol_rmnt858:_FillValue = NaN ;
		nwnd_sol_rmnt858:long_name = "North Wind from Rosemount 858 at Starboard Outer Lower Pylon" ;
		nwnd_sol_rmnt858:units = "m/s" ;
		nwnd_sol_rmnt858:sensor_location = "Starboard Outer Lower Pylon" ;
		nwnd_sol_rmnt858:data_quality = "Good" ;
		nwnd_sol_rmnt858:dependencies = "\n        tas: TAS_sf_hg\n        aoa: aoa_sol_rmnt858\n        aos: aos_sol_rmnt858\n        roll: roll_kvh\n        pitch: pitch_kvh\n        heading: hdg_kvh\n        roll_rate: rrate_hg\n        pitch_rate: prate_hg\n        heading_rate: hrate_hg\n        nsvel: nvel_kvh\n        ewvel: evel_kvh\n        vvel: vvel_kvh\n        " ;
		nwnd_sol_rmnt858:category = "Atmospheric State" ;
	double ewnd_sol_rmnt858(Time, sps1) ;
		ewnd_sol_rmnt858:_FillValue = NaN ;
		ewnd_sol_rmnt858:long_name = "East Wind from Rosemount 858 at Starboard Outer Lower Pylon" ;
		ewnd_sol_rmnt858:units = "m/s" ;
		ewnd_sol_rmnt858:sensor_location = "Starboard Outer Lower Pylon" ;
		ewnd_sol_rmnt858:data_quality = "Good" ;
		ewnd_sol_rmnt858:dependencies = "\n        tas: TAS_sf_hg\n        aoa: aoa_sol_rmnt858\n        aos: aos_sol_rmnt858\n        roll: roll_kvh\n        pitch: pitch_kvh\n        heading: hdg_kvh\n        roll_rate: rrate_hg\n        pitch_rate: prate_hg\n        heading_rate: hrate_hg\n        nsvel: nvel_kvh\n        ewvel: evel_kvh\n        vvel: vvel_kvh\n        " ;
		ewnd_sol_rmnt858:category = "Atmospheric State" ;
	double vwnd_sol_rmnt858(Time, sps1) ;
		vwnd_sol_rmnt858:_FillValue = NaN ;
		vwnd_sol_rmnt858:long_name = "Vertical Wind from Rosemount 858 at Starboard Outer Lower Pylon" ;
		vwnd_sol_rmnt858:units = "m/s" ;
		vwnd_sol_rmnt858:sensor_location = "Starboard Outer Lower Pylon" ;
		vwnd_sol_rmnt858:data_quality = "Good" ;
		vwnd_sol_rmnt858:dependencies = "\n        tas: TAS_sf_hg\n        aoa: aoa_sol_rmnt858\n        aos: aos_sol_rmnt858\n        roll: roll_kvh\n        pitch: pitch_kvh\n        heading: hdg_kvh\n        roll_rate: rrate_hg\n        pitch_rate: prate_hg\n        heading_rate: hrate_hg\n        nsvel: nvel_kvh\n        ewvel: evel_kvh\n        vvel: vvel_kvh\n        " ;
		vwnd_sol_rmnt858:category = "Atmospheric State" ;
		vwnd_sol_rmnt858:comments = "Removed and offset of 0.6210452728293999" ;
	double hwdir_sol_rmnt858(Time, sps1) ;
		hwdir_sol_rmnt858:_FillValue = NaN ;
		hwdir_sol_rmnt858:long_name = "Horizontal Wind Direction from Rosemount 858 at Starboard Outer Lower Pylon" ;
		hwdir_sol_rmnt858:units = "degrees" ;
		hwdir_sol_rmnt858:sensor_location = "Starboard Outer Lower Pylon" ;
		hwdir_sol_rmnt858:data_quality = "Good" ;
		hwdir_sol_rmnt858:dependencies = "\n        tas: TAS_sf_hg\n        aoa: aoa_sol_rmnt858\n        aos: aos_sol_rmnt858\n        roll: roll_kvh\n        pitch: pitch_kvh\n        heading: hdg_kvh\n        roll_rate: rrate_hg\n        pitch_rate: prate_hg\n        heading_rate: hrate_hg\n        nsvel: nvel_kvh\n        ewvel: evel_kvh\n        vvel: vvel_kvh\n        " ;
		hwdir_sol_rmnt858:category = "Atmospheric State" ;
	double hwspd_sol_rmnt858(Time, sps1) ;
		hwspd_sol_rmnt858:_FillValue = NaN ;
		hwspd_sol_rmnt858:long_name = "Horizontal Wind Speed from Rosemount 858 at Starboard Outer Lower Pylon" ;
		hwspd_sol_rmnt858:units = "m/s" ;
		hwspd_sol_rmnt858:sensor_location = "Starboard Outer Lower Pylon" ;
		hwspd_sol_rmnt858:data_quality = "Good" ;
		hwspd_sol_rmnt858:dependencies = "\n        tas: TAS_sf_hg\n        aoa: aoa_sol_rmnt858\n        aos: aos_sol_rmnt858\n        roll: roll_kvh\n        pitch: pitch_kvh\n        heading: hdg_kvh\n        roll_rate: rrate_hg\n        pitch_rate: prate_hg\n        heading_rate: hrate_hg\n        nsvel: nvel_kvh\n        ewvel: evel_kvh\n        vvel: vvel_kvh\n        " ;
		hwspd_sol_rmnt858:category = "Atmospheric State" ;
	double nwnd_psb_aero(Time, sps1) ;
		nwnd_psb_aero:_FillValue = NaN ;
		nwnd_psb_aero:long_name = "North Wind from Aeroprobe at Port Scalar Boom" ;
		nwnd_psb_aero:units = "m/s" ;
		nwnd_psb_aero:sensor_location = "Port Scalar Boom" ;
		nwnd_psb_aero:data_quality = "Good" ;
		nwnd_psb_aero:dependencies = "\n        tas: TAS_sf_hg\n        aoa: aoa_psb_aero\n        aos: aos_psb_aero\n        roll: roll_kvh\n        pitch: pitch_kvh\n        heading: hdg_kvh\n        roll_rate: rrate_hg\n        pitch_rate: prate_hg\n        heading_rate: hrate_hg\n        nsvel: nvel_kvh\n        ewvel: evel_kvh\n        vvel: vvel_kvh\n        " ;
		nwnd_psb_aero:category = "Atmospheric State" ;
	double ewnd_psb_aero(Time, sps1) ;
		ewnd_psb_aero:_FillValue = NaN ;
		ewnd_psb_aero:long_name = "East Wind from Aeroprobe at Port Scalar Boom" ;
		ewnd_psb_aero:units = "m/s" ;
		ewnd_psb_aero:sensor_location = "Port Scalar Boom" ;
		ewnd_psb_aero:data_quality = "Good" ;
		ewnd_psb_aero:dependencies = "\n        tas: TAS_sf_hg\n        aoa: aoa_psb_aero\n        aos: aos_psb_aero\n        roll: roll_kvh\n        pitch: pitch_kvh\n        heading: hdg_kvh\n        roll_rate: rrate_hg\n        pitch_rate: prate_hg\n        heading_rate: hrate_hg\n        nsvel: nvel_kvh\n        ewvel: evel_kvh\n        vvel: vvel_kvh\n        " ;
		ewnd_psb_aero:category = "Atmospheric State" ;
	double vwnd_psb_aero(Time, sps1) ;
		vwnd_psb_aero:_FillValue = NaN ;
		vwnd_psb_aero:long_name = "Vertical Wind from Aeroprobe at Port Scalar Boom" ;
		vwnd_psb_aero:units = "m/s" ;
		vwnd_psb_aero:sensor_location = "Port Scalar Boom" ;
		vwnd_psb_aero:data_quality = "Good" ;
		vwnd_psb_aero:dependencies = "\n        tas: TAS_sf_hg\n        aoa: aoa_psb_aero\n        aos: aos_psb_aero\n        roll: roll_kvh\n        pitch: pitch_kvh\n        heading: hdg_kvh\n        roll_rate: rrate_hg\n        pitch_rate: prate_hg\n        heading_rate: hrate_hg\n        nsvel: nvel_kvh\n        ewvel: evel_kvh\n        vvel: vvel_kvh\n        " ;
		vwnd_psb_aero:category = "Atmospheric State" ;
		vwnd_psb_aero:comments = "Removed and offset of -0.48399566047335274" ;
	double hwdir_psb_aero(Time, sps1) ;
		hwdir_psb_aero:_FillValue = NaN ;
		hwdir_psb_aero:long_name = "Horizontal Wind Direction from Aeroprobe at Port Scalar Boom" ;
		hwdir_psb_aero:units = "degrees" ;
		hwdir_psb_aero:sensor_location = "Port Scalar Boom" ;
		hwdir_psb_aero:data_quality = "Good" ;
		hwdir_psb_aero:dependencies = "\n        tas: TAS_sf_hg\n        aoa: aoa_psb_aero\n        aos: aos_psb_aero\n        roll: roll_kvh\n        pitch: pitch_kvh\n        heading: hdg_kvh\n        roll_rate: rrate_hg\n        pitch_rate: prate_hg\n        heading_rate: hrate_hg\n        nsvel: nvel_kvh\n        ewvel: evel_kvh\n        vvel: vvel_kvh\n        " ;
		hwdir_psb_aero:category = "Atmospheric State" ;
	double hwspd_psb_aero(Time, sps1) ;
		hwspd_psb_aero:_FillValue = NaN ;
		hwspd_psb_aero:long_name = "Horizontal Wind Speed from Aeroprobe at Port Scalar Boom" ;
		hwspd_psb_aero:units = "m/s" ;
		hwspd_psb_aero:sensor_location = "Port Scalarboom" ;
		hwspd_psb_aero:data_quality = "Good" ;
		hwspd_psb_aero:dependencies = "\n        tas: TAS_sf_hg\n        aoa: aoa_psb_aero\n        aos: aos_psb_aero\n        roll: roll_kvh\n        pitch: pitch_kvh\n        heading: hdg_kvh\n        roll_rate: rrate_hg\n        pitch_rate: prate_hg\n        heading_rate: hrate_hg\n        nsvel: nvel_kvh\n        ewvel: evel_kvh\n        vvel: vvel_kvh\n        " ;
		hwspd_psb_aero:category = "Atmospheric State" ;
	double nwnd_swt_aimms(Time, sps1) ;
		nwnd_swt_aimms:_FillValue = NaN ;
		nwnd_swt_aimms:long_name = "North Wind from AIMMS at Starboard Wingtip" ;
		nwnd_swt_aimms:units = "m/s" ;
		nwnd_swt_aimms:sensor_location = "Starboard Wingtip" ;
		nwnd_swt_aimms:data_quality = "Good" ;
		nwnd_swt_aimms:dependencies = "\n        tas: TAS_sf_hg\n        aoa: aoa_swt_aimms\n        aos: aos_swt_aimms\n        roll: roll_kvh\n        pitch: pitch_kvh\n        heading: hdg_kvh\n        roll_rate: rrate_hg\n        pitch_rate: prate_hg\n        heading_rate: hrate_hg\n        nsvel: nvel_kvh\n        ewvel: evel_kvh\n        vvel: vvel_kvh\n        " ;
		nwnd_swt_aimms:category = "Atmospheric State" ;
	double ewnd_swt_aimms(Time, sps1) ;
		ewnd_swt_aimms:_FillValue = NaN ;
		ewnd_swt_aimms:long_name = "East Wind from AIMMS at Starboard Wingtip" ;
		ewnd_swt_aimms:units = "m/s" ;
		ewnd_swt_aimms:sensor_location = "Starboard Wingtip" ;
		ewnd_swt_aimms:data_quality = "Good" ;
		ewnd_swt_aimms:dependencies = "\n        tas: TAS_sf_hg\n        aoa: aoa_swt_aimms\n        aos: aos_swt_aimms\n        roll: roll_kvh\n        pitch: pitch_kvh\n        heading: hdg_kvh\n        roll_rate: rrate_hg\n        pitch_rate: prate_hg\n        heading_rate: hrate_hg\n        nsvel: nvel_kvh\n        ewvel: evel_kvh\n        vvel: vvel_kvh\n        " ;
		ewnd_swt_aimms:category = "Atmospheric State" ;
	double vwnd_swt_aimms(Time, sps1) ;
		vwnd_swt_aimms:_FillValue = NaN ;
		vwnd_swt_aimms:long_name = "Vertical Wind from AIMMS at Starboard Wingtip" ;
		vwnd_swt_aimms:units = "m/s" ;
		vwnd_swt_aimms:sensor_location = "Starboard Wingtip" ;
		vwnd_swt_aimms:data_quality = "Good" ;
		vwnd_swt_aimms:dependencies = "\n        tas: TAS_sf_hg\n        aoa: aoa_swt_aimms\n        aos: aos_swt_aimms\n        roll: roll_kvh\n        pitch: pitch_kvh\n        heading: hdg_kvh\n        roll_rate: rrate_hg\n        pitch_rate: prate_hg\n        heading_rate: hrate_hg\n        nsvel: nvel_kvh\n        ewvel: evel_kvh\n        vvel: vvel_kvh\n        " ;
		vwnd_swt_aimms:category = "Atmospheric State" ;
		vwnd_swt_aimms:comments = "Removed and offset of -0.48399566047335274" ;
	double hwdir_swt_aimms(Time, sps1) ;
		hwdir_swt_aimms:_FillValue = NaN ;
		hwdir_swt_aimms:long_name = "Horizontal Wind Direction from AIMMS at Starboard Wingtip" ;
		hwdir_swt_aimms:units = "degrees" ;
		hwdir_swt_aimms:sensor_location = "Starboard Wingtip" ;
		hwdir_swt_aimms:data_quality = "Good" ;
		hwdir_swt_aimms:dependencies = "\n        tas: TAS_sf_hg\n        aoa: aoa_swt_aimms\n        aos: aos_swt_aimms\n        roll: roll_kvh\n        pitch: pitch_kvh\n        heading: hdg_kvh\n        roll_rate: rrate_hg\n        pitch_rate: prate_hg\n        heading_rate: hrate_hg\n        nsvel: nvel_kvh\n        ewvel: evel_kvh\n        vvel: vvel_kvh\n        " ;
		hwdir_swt_aimms:category = "Atmospheric State" ;
	double hwspd_swt_aimms(Time, sps1) ;
		hwspd_swt_aimms:_FillValue = NaN ;
		hwspd_swt_aimms:long_name = "Horizontal Wind Speed from AIMMS at Starboard Wingtip" ;
		hwspd_swt_aimms:units = "m/s" ;
		hwspd_swt_aimms:sensor_location = "Starboard Wingtip" ;
		hwspd_swt_aimms:data_quality = "Good" ;
		hwspd_swt_aimms:dependencies = "\n        tas: TAS_sf_hg\n        aoa: aoa_swt_aimms\n        aos: aos_swt_aimms\n        roll: roll_kvh\n        pitch: pitch_kvh\n        heading: hdg_kvh\n        roll_rate: rrate_hg\n        pitch_rate: prate_hg\n        heading_rate: hrate_hg\n        nsvel: nvel_kvh\n        ewvel: evel_kvh\n        vvel: vvel_kvh\n        " ;
		hwspd_swt_aimms:category = "Atmospheric State" ;
	double Tf_L840a(Time, sps1) ;
		Tf_L840a:_FillValue = NaN ;
		Tf_L840a:long_name = "LiCor 840a Frost Point Temperature" ;
		Tf_L840a:units = "degC" ;
		Tf_L840a:sample_rate = "32" ;
		Tf_L840a:sensor_model = "Li840a" ;
		Tf_L840a:serial_number = "" ;
		Tf_L840a:signal_type = "digital" ;
		Tf_L840a:valid_range = -60, 40 ;
		Tf_L840a:status = "corrected" ;
		Tf_L840a:data_source = "FRL DAS" ;
		Tf_L840a:data_quality = "Final" ;
		Tf_L840a:dependencies = "H2Oconc:H2Oconc_L840a\nPsc:Psc_sf_hg" ;
		Tf_L840a:category = "Atmospheric State" ;
		Tf_L840a:missing_values = "NaN" ;
	double Tf_L7000(Time, sps1) ;
		Tf_L7000:_FillValue = NaN ;
		Tf_L7000:long_name = "LiCor 7000 Frost Point" ;
		Tf_L7000:units = "degC" ;
		Tf_L7000:sample_rate = "32" ;
		Tf_L7000:sensor_model = "Li7000" ;
		Tf_L7000:serial_number = "" ;
		Tf_L7000:signal_type = "digital" ;
		Tf_L7000:valid_range = -60, 40 ;
		Tf_L7000:status = "corrected" ;
		Tf_L7000:data_source = "FRL DAS" ;
		Tf_L7000:data_quality = "Good" ;
		Tf_L7000:dependencies = "H2Oconc:H2Oconc_L7000\nPsc:Psc_sf_hg" ;
		Tf_L7000:category = "Atmospheric State" ;
		Tf_L7000:missing_values = "NaN" ;
	double RHw_L840a(Time, sps1) ;
		RHw_L840a:_FillValue = NaN ;
		RHw_L840a:long_name = "Licor 840a Relative Humidity over water" ;
		RHw_L840a:units = "percentage" ;
		RHw_L840a:sample_rate = "1" ;
		RHw_L840a:sensor_model = "Licor 840a" ;
		RHw_L840a:serial_number = "" ;
		RHw_L840a:signal_type = "digital" ;
		RHw_L840a:valid_range = 0., 100. ;
		RHw_L840a:data_source = "FRL DAS" ;
		RHw_L840a:data_quality = "Final" ;
		RHw_L840a:dependencies = "H2Oconc:H2Oconc_L840a\nPsc:Psc_sf_hg\nTs:Ts_puw\nTd:Td_L840a" ;
		RHw_L840a:category = "Atmospheric State" ;
		RHw_L840a:missing_values = "NaN" ;
	double RHi_L840a(Time, sps1) ;
		RHi_L840a:_FillValue = NaN ;
		RHi_L840a:long_name = "Licor 840a Relative Humidity over ice" ;
		RHi_L840a:units = "percentage" ;
		RHi_L840a:sample_rate = "1" ;
		RHi_L840a:sensor_model = "Licor 840a" ;
		RHi_L840a:serial_number = "" ;
		RHi_L840a:signal_type = "digital" ;
		RHi_L840a:valid_range = 0., 100. ;
		RHi_L840a:data_source = "FRL DAS" ;
		RHi_L840a:data_quality = "Final" ;
		RHi_L840a:dependencies = "H2Oconc:H2Oconc_L840a\nPsc:Psc_sf_hg\nTs:Ts_puw\nTd:Td_L840a" ;
		RHi_L840a:category = "Atmospheric State" ;
		RHi_L840a:missing_values = "NaN" ;
	double RHw_L7000(Time, sps1) ;
		RHw_L7000:_FillValue = NaN ;
		RHw_L7000:long_name = "Licor 7000 Relative Humidity over water" ;
		RHw_L7000:units = "percentage" ;
		RHw_L7000:sample_rate = "1" ;
		RHw_L7000:sensor_model = "Licor 7000" ;
		RHw_L7000:serial_number = "" ;
		RHw_L7000:signal_type = "digital" ;
		RHw_L7000:valid_range = 0., 100. ;
		RHw_L7000:data_source = "FRL DAS" ;
		RHw_L7000:data_quality = "Final" ;
		RHw_L7000:dependencies = "H2Oconc:H2Oconc_L7000\nPsc:Psc_sf_hg\nTs:Ts_puw\nTd:Td_L7000" ;
		RHw_L7000:category = "Atmospheric State" ;
		RHw_L7000:missing_values = "NaN" ;
	double RHi_L7000(Time, sps1) ;
		RHi_L7000:_FillValue = NaN ;
		RHi_L7000:long_name = "Licor 7000 Relative Humidity over ice" ;
		RHi_L7000:units = "percentage" ;
		RHi_L7000:sample_rate = "1" ;
		RHi_L7000:sensor_model = "Licor 7000" ;
		RHi_L7000:serial_number = "" ;
		RHi_L7000:signal_type = "digital" ;
		RHi_L7000:valid_range = 0., 100. ;
		RHi_L7000:data_source = "FRL DAS" ;
		RHi_L7000:data_quality = "Final" ;
		RHi_L7000:dependencies = "H2Oconc:H2Oconc_L7000\nPsc:Psc_sf_hg\nTs:Ts_puw\nTd:Td_L7000" ;
		RHi_L7000:category = "Atmospheric State" ;
		RHi_L7000:missing_values = "NaN" ;
	double RHw_CM(Time, sps1) ;
		RHw_CM:_FillValue = NaN ;
		RHw_CM:long_name = "Chilled Mirror Relative Humidity over water" ;
		RHw_CM:units = "percentage" ;
		RHw_CM:sample_rate = "1" ;
		RHw_CM:sensor_model = "Edgetech Chilled Mirror Hygrometer" ;
		RHw_CM:serial_number = "" ;
		RHw_CM:signal_type = "digital" ;
		RHw_CM:valid_range = 0., 100. ;
		RHw_CM:data_source = "FRL DAS" ;
		RHw_CM:data_quality = "Final" ;
		RHw_CM:dependencies = "H2Oconc:H2Oconc_L840a\nPsc:Psc_sf_hg\nTs:Ts_puw\nTd:Td_CM" ;
		RHw_CM:category = "Atmospheric State" ;
		RHw_CM:missing_values = "NaN" ;
	double RHi_CM(Time, sps1) ;
		RHi_CM:_FillValue = NaN ;
		RHi_CM:long_name = "Chilled Mirror Relative Humidity over ice" ;
		RHi_CM:units = "percentage" ;
		RHi_CM:sample_rate = "1" ;
		RHi_CM:sensor_model = "Edgetech Chilled Mirror Hygrometer" ;
		RHi_CM:serial_number = "" ;
		RHi_CM:signal_type = "digital" ;
		RHi_CM:valid_range = 0., 100. ;
		RHi_CM:data_source = "FRL DAS" ;
		RHi_CM:data_quality = "Final" ;
		RHi_CM:dependencies = "H2Oconc:H2Oconc_L840a\nPsc:Psc_sf_hg\nTs:Ts_puw\nTd:Td_CM" ;
		RHi_CM:category = "Atmospheric State" ;
		RHi_CM:missing_values = "NaN" ;
	double seconds(Time, sps1) ;
		seconds:_FillValue = NaN ;
		seconds:long_name = "Time from start of flightday" ;
		seconds:units = "seconds" ;
	double evel_NvFlx_FLAG(Time, sps1) ;
		evel_NvFlx_FLAG:_FillValue = NaN ;
		evel_NvFlx_FLAG:units = "#" ;
		evel_NvFlx_FLAG:long_name = "evel_NvFlx Flag" ;
	double evel_hg_FLAG(Time, sps1) ;
		evel_hg_FLAG:_FillValue = NaN ;
		evel_hg_FLAG:units = "#" ;
		evel_hg_FLAG:long_name = "evel_hg Flag" ;
	double evel_kvh_FLAG(Time, sps1) ;
		evel_kvh_FLAG:_FillValue = NaN ;
		evel_kvh_FLAG:units = "#" ;
		evel_kvh_FLAG:long_name = "evel_kvh Flag" ;
	double galt_NvFlx_FLAG(Time, sps1) ;
		galt_NvFlx_FLAG:_FillValue = NaN ;
		galt_NvFlx_FLAG:units = "#" ;
		galt_NvFlx_FLAG:long_name = "galt_NvFlx Flag" ;
	double galt_hg_FLAG(Time, sps1) ;
		galt_hg_FLAG:_FillValue = NaN ;
		galt_hg_FLAG:units = "#" ;
		galt_hg_FLAG:long_name = "galt_hg Flag" ;
	double galt_kvh_FLAG(Time, sps1) ;
		galt_kvh_FLAG:_FillValue = NaN ;
		galt_kvh_FLAG:units = "#" ;
		galt_kvh_FLAG:long_name = "galt_kvh Flag" ;
	double gspd_NvFlx_FLAG(Time, sps1) ;
		gspd_NvFlx_FLAG:_FillValue = NaN ;
		gspd_NvFlx_FLAG:units = "#" ;
		gspd_NvFlx_FLAG:long_name = "gspd_NvFlx Flag" ;
	double hdg_hg_FLAG(Time, sps1) ;
		hdg_hg_FLAG:_FillValue = NaN ;
		hdg_hg_FLAG:units = "#" ;
		hdg_hg_FLAG:long_name = "hdg_hg Flag" ;
	double hdg_kvh_FLAG(Time, sps1) ;
		hdg_kvh_FLAG:_FillValue = NaN ;
		hdg_kvh_FLAG:units = "#" ;
		hdg_kvh_FLAG:long_name = "hdg_kvh Flag" ;
	double roll_swt_aimms_FLAG(Time, sps1) ;
		roll_swt_aimms_FLAG:_FillValue = NaN ;
		roll_swt_aimms_FLAG:units = "#" ;
		roll_swt_aimms_FLAG:long_name = "roll_swt_aimms Flag" ;
	double pitch_swt_aimms_FLAG(Time, sps1) ;
		pitch_swt_aimms_FLAG:_FillValue = NaN ;
		pitch_swt_aimms_FLAG:units = "#" ;
		pitch_swt_aimms_FLAG:long_name = "pitch_swt_aimms Flag" ;
	double hdg_swt_aimms_FLAG(Time, sps1) ;
		hdg_swt_aimms_FLAG:_FillValue = NaN ;
		hdg_swt_aimms_FLAG:units = "#" ;
		hdg_swt_aimms_FLAG:long_name = "hdg_swt_aimms Flag" ;
	double evel_swt_aimms_FLAG(Time, sps1) ;
		evel_swt_aimms_FLAG:_FillValue = NaN ;
		evel_swt_aimms_FLAG:units = "#" ;
		evel_swt_aimms_FLAG:long_name = "evel_swt_aimms Flag" ;
	double nvel_swt_aimms_FLAG(Time, sps1) ;
		nvel_swt_aimms_FLAG:_FillValue = NaN ;
		nvel_swt_aimms_FLAG:units = "#" ;
		nvel_swt_aimms_FLAG:long_name = "nvel_swt_aimms Flag" ;
	double vvel_swt_aimms_FLAG(Time, sps1) ;
		vvel_swt_aimms_FLAG:_FillValue = NaN ;
		vvel_swt_aimms_FLAG:units = "#" ;
		vvel_swt_aimms_FLAG:long_name = "vvel_swt_aimms Flag" ;
	double hrate_hg_FLAG(Time, sps1) ;
		hrate_hg_FLAG:_FillValue = NaN ;
		hrate_hg_FLAG:units = "#" ;
		hrate_hg_FLAG:long_name = "hrate_hg Flag" ;
	double lat_NvFlx_FLAG(Time, sps1) ;
		lat_NvFlx_FLAG:_FillValue = NaN ;
		lat_NvFlx_FLAG:units = "#" ;
		lat_NvFlx_FLAG:long_name = "lat_NvFlx Flag" ;
	double lat_hg_FLAG(Time, sps1) ;
		lat_hg_FLAG:_FillValue = NaN ;
		lat_hg_FLAG:units = "#" ;
		lat_hg_FLAG:long_name = "lat_hg Flag" ;
	double lat_kvh_FLAG(Time, sps1) ;
		lat_kvh_FLAG:_FillValue = NaN ;
		lat_kvh_FLAG:units = "#" ;
		lat_kvh_FLAG:long_name = "lat_kvh Flag" ;
	double lon_NvFlx_FLAG(Time, sps1) ;
		lon_NvFlx_FLAG:_FillValue = NaN ;
		lon_NvFlx_FLAG:units = "#" ;
		lon_NvFlx_FLAG:long_name = "lon_NvFlx Flag" ;
	double lon_hg_FLAG(Time, sps1) ;
		lon_hg_FLAG:_FillValue = NaN ;
		lon_hg_FLAG:units = "#" ;
		lon_hg_FLAG:long_name = "lon_hg Flag" ;
	double lon_kvh_FLAG(Time, sps1) ;
		lon_kvh_FLAG:_FillValue = NaN ;
		lon_kvh_FLAG:units = "#" ;
		lon_kvh_FLAG:long_name = "lon_kvh Flag" ;
	double nvel_NvFlx_FLAG(Time, sps1) ;
		nvel_NvFlx_FLAG:_FillValue = NaN ;
		nvel_NvFlx_FLAG:units = "#" ;
		nvel_NvFlx_FLAG:long_name = "nvel_NvFlx Flag" ;
	double nvel_hg_FLAG(Time, sps1) ;
		nvel_hg_FLAG:_FillValue = NaN ;
		nvel_hg_FLAG:units = "#" ;
		nvel_hg_FLAG:long_name = "nvel_hg Flag" ;
	double nvel_kvh_FLAG(Time, sps1) ;
		nvel_kvh_FLAG:_FillValue = NaN ;
		nvel_kvh_FLAG:units = "#" ;
		nvel_kvh_FLAG:long_name = "nvel_kvh Flag" ;
	double pitch_hg_FLAG(Time, sps1) ;
		pitch_hg_FLAG:_FillValue = NaN ;
		pitch_hg_FLAG:units = "#" ;
		pitch_hg_FLAG:long_name = "pitch_hg Flag" ;
	double pitch_kvh_FLAG(Time, sps1) ;
		pitch_kvh_FLAG:_FillValue = NaN ;
		pitch_kvh_FLAG:units = "#" ;
		pitch_kvh_FLAG:long_name = "pitch_kvh Flag" ;
	double prate_hg_FLAG(Time, sps1) ;
		prate_hg_FLAG:_FillValue = NaN ;
		prate_hg_FLAG:units = "#" ;
		prate_hg_FLAG:long_name = "prate_hg Flag" ;
	double roll_hg_FLAG(Time, sps1) ;
		roll_hg_FLAG:_FillValue = NaN ;
		roll_hg_FLAG:units = "#" ;
		roll_hg_FLAG:long_name = "roll_hg Flag" ;
	double roll_kvh_FLAG(Time, sps1) ;
		roll_kvh_FLAG:_FillValue = NaN ;
		roll_kvh_FLAG:units = "#" ;
		roll_kvh_FLAG:long_name = "roll_kvh Flag" ;
	double rrate_hg_FLAG(Time, sps1) ;
		rrate_hg_FLAG:_FillValue = NaN ;
		rrate_hg_FLAG:units = "#" ;
		rrate_hg_FLAG:long_name = "rrate_hg Flag" ;
	double trk_NvFlx_FLAG(Time, sps1) ;
		trk_NvFlx_FLAG:_FillValue = NaN ;
		trk_NvFlx_FLAG:units = "#" ;
		trk_NvFlx_FLAG:long_name = "trk_NvFlx Flag" ;
	double vvel_NvFlx_FLAG(Time, sps1) ;
		vvel_NvFlx_FLAG:_FillValue = NaN ;
		vvel_NvFlx_FLAG:units = "#" ;
		vvel_NvFlx_FLAG:long_name = "vvel_NvFlx Flag" ;
	double vvel_hg_FLAG(Time, sps1) ;
		vvel_hg_FLAG:_FillValue = NaN ;
		vvel_hg_FLAG:units = "#" ;
		vvel_hg_FLAG:long_name = "vvel_hg Flag" ;
	double vvel_kvh_FLAG(Time, sps1) ;
		vvel_kvh_FLAG:_FillValue = NaN ;
		vvel_kvh_FLAG:units = "#" ;
		vvel_kvh_FLAG:long_name = "vvel_kvh Flag" ;
	double Psc_psb_aero_FLAG(Time, sps1) ;
		Psc_psb_aero_FLAG:_FillValue = NaN ;
		Psc_psb_aero_FLAG:units = "#" ;
		Psc_psb_aero_FLAG:long_name = "Psc_psb_aero Flag" ;
	double Psc_sf_hg_FLAG(Time, sps1) ;
		Psc_sf_hg_FLAG:_FillValue = NaN ;
		Psc_sf_hg_FLAG:units = "#" ;
		Psc_sf_hg_FLAG:long_name = "Psc_sf_hg Flag" ;
	double Psc_sol_rmnt858_FLAG(Time, sps1) ;
		Psc_sol_rmnt858_FLAG:_FillValue = NaN ;
		Psc_sol_rmnt858_FLAG:units = "#" ;
		Psc_sol_rmnt858_FLAG:long_name = "Psc_sol_rmnt858 Flag" ;
	double Psc_ssb_rmntpitot_FLAG(Time, sps1) ;
		Psc_ssb_rmntpitot_FLAG:_FillValue = NaN ;
		Psc_ssb_rmntpitot_FLAG:units = "#" ;
		Psc_ssb_rmntpitot_FLAG:long_name = "Psc_ssb_rmntpitot Flag" ;
	double Psc_swt_aimms_FLAG(Time, sps1) ;
		Psc_swt_aimms_FLAG:_FillValue = NaN ;
		Psc_swt_aimms_FLAG:units = "#" ;
		Psc_swt_aimms_FLAG:long_name = "Psc_swt_aimms Flag" ;
	double TAT_psb_FLAG(Time, sps1) ;
		TAT_psb_FLAG:_FillValue = NaN ;
		TAT_psb_FLAG:units = "#" ;
		TAT_psb_FLAG:long_name = "TAT_psb Flag" ;
	double TAT_psb_R105_FLAG(Time, sps1) ;
		TAT_psb_R105_FLAG:_FillValue = NaN ;
		TAT_psb_R105_FLAG:units = "#" ;
		TAT_psb_R105_FLAG:long_name = "TAT_psb_R105 Flag" ;
	double TAT_puw_FLAG(Time, sps1) ;
		TAT_puw_FLAG:_FillValue = NaN ;
		TAT_puw_FLAG:units = "#" ;
		TAT_puw_FLAG:long_name = "TAT_puw Flag" ;
	double TAT_puw_revflow_FLAG(Time, sps1) ;
		TAT_puw_revflow_FLAG:_FillValue = NaN ;
		TAT_puw_revflow_FLAG:units = "#" ;
		TAT_puw_revflow_FLAG:long_name = "TAT_puw_revflow Flag" ;
	double TAT_ssb_FLAG(Time, sps1) ;
		TAT_ssb_FLAG:_FillValue = NaN ;
		TAT_ssb_FLAG:units = "#" ;
		TAT_ssb_FLAG:long_name = "TAT_ssb Flag" ;
	double Ts_swt_aimms_FLAG(Time, sps1) ;
		Ts_swt_aimms_FLAG:_FillValue = NaN ;
		Ts_swt_aimms_FLAG:units = "#" ;
		Ts_swt_aimms_FLAG:long_name = "Ts_swt_aimms Flag" ;
	double TAS_swt_aimms_FLAG(Time, sps1) ;
		TAS_swt_aimms_FLAG:_FillValue = NaN ;
		TAS_swt_aimms_FLAG:units = "#" ;
		TAS_swt_aimms_FLAG:long_name = "TAS_swt_aimms Flag" ;
	double RHw_swt_aimms_FLAG(Time, sps1) ;
		RHw_swt_aimms_FLAG:_FillValue = NaN ;
		RHw_swt_aimms_FLAG:units = "#" ;
		RHw_swt_aimms_FLAG:long_name = "RHw_swt_aimms Flag" ;
	double mso_psb_FLAG(Time, sps1) ;
		mso_psb_FLAG:_FillValue = NaN ;
		mso_psb_FLAG:units = "#" ;
		mso_psb_FLAG:long_name = "mso_psb Flag" ;
	double mso_suw_FLAG(Time, sps1) ;
		mso_suw_FLAG:_FillValue = NaN ;
		mso_suw_FLAG:units = "#" ;
		mso_suw_FLAG:long_name = "mso_suw Flag" ;
	double Ts_ssb_FLAG(Time, sps1) ;
		Ts_ssb_FLAG:_FillValue = NaN ;
		Ts_ssb_FLAG:units = "#" ;
		Ts_ssb_FLAG:long_name = "Ts_ssb Flag" ;
	double Ts_puw_FLAG(Time, sps1) ;
		Ts_puw_FLAG:_FillValue = NaN ;
		Ts_puw_FLAG:units = "#" ;
		Ts_puw_FLAG:long_name = "Ts_puw Flag" ;
	double Ts_psb_FLAG(Time, sps1) ;
		Ts_psb_FLAG:_FillValue = NaN ;
		Ts_psb_FLAG:units = "#" ;
		Ts_psb_FLAG:long_name = "Ts_psb Flag" ;
	double Ts_psb_R105_FLAG(Time, sps1) ;
		Ts_psb_R105_FLAG:_FillValue = NaN ;
		Ts_psb_R105_FLAG:units = "#" ;
		Ts_psb_R105_FLAG:long_name = "Ts_psb_R105 Flag" ;
	double TAS_sf_hg_FLAG(Time, sps1) ;
		TAS_sf_hg_FLAG:_FillValue = NaN ;
		TAS_sf_hg_FLAG:units = "#" ;
		TAS_sf_hg_FLAG:long_name = "TAS_sf_hg Flag" ;
	double TAS_sol_rmnt858_FLAG(Time, sps1) ;
		TAS_sol_rmnt858_FLAG:_FillValue = NaN ;
		TAS_sol_rmnt858_FLAG:units = "#" ;
		TAS_sol_rmnt858_FLAG:long_name = "TAS_sol_rmnt858 Flag" ;
	double TAS_psb_aero_FLAG(Time, sps1) ;
		TAS_psb_aero_FLAG:_FillValue = NaN ;
		TAS_psb_aero_FLAG:units = "#" ;
		TAS_psb_aero_FLAG:long_name = "TAS_psb_aero Flag" ;
	double TAS_ssb_rmntpitot_FLAG(Time, sps1) ;
		TAS_ssb_rmntpitot_FLAG:_FillValue = NaN ;
		TAS_ssb_rmntpitot_FLAG:units = "#" ;
		TAS_ssb_rmntpitot_FLAG:long_name = "TAS_ssb_rmntpitot Flag" ;
	double Ts_puw_revflow_FLAG(Time, sps1) ;
		Ts_puw_revflow_FLAG:_FillValue = NaN ;
		Ts_puw_revflow_FLAG:units = "#" ;
		Ts_puw_revflow_FLAG:long_name = "Ts_puw_revflow Flag" ;
	double nwnd_sol_rmnt858_FLAG(Time, sps1) ;
		nwnd_sol_rmnt858_FLAG:_FillValue = NaN ;
		nwnd_sol_rmnt858_FLAG:units = "#" ;
		nwnd_sol_rmnt858_FLAG:long_name = "nwnd_sol_rmnt858 Flag" ;
	double ewnd_sol_rmnt858_FLAG(Time, sps1) ;
		ewnd_sol_rmnt858_FLAG:_FillValue = NaN ;
		ewnd_sol_rmnt858_FLAG:units = "#" ;
		ewnd_sol_rmnt858_FLAG:long_name = "ewnd_sol_rmnt858 Flag" ;
	double vwnd_sol_rmnt858_FLAG(Time, sps1) ;
		vwnd_sol_rmnt858_FLAG:_FillValue = NaN ;
		vwnd_sol_rmnt858_FLAG:units = "#" ;
		vwnd_sol_rmnt858_FLAG:long_name = "vwnd_sol_rmnt858 Flag" ;
	double hwdir_sol_rmnt858_FLAG(Time, sps1) ;
		hwdir_sol_rmnt858_FLAG:_FillValue = NaN ;
		hwdir_sol_rmnt858_FLAG:units = "#" ;
		hwdir_sol_rmnt858_FLAG:long_name = "hwdir_sol_rmnt858 Flag" ;
	double hwspd_sol_rmnt858_FLAG(Time, sps1) ;
		hwspd_sol_rmnt858_FLAG:_FillValue = NaN ;
		hwspd_sol_rmnt858_FLAG:units = "#" ;
		hwspd_sol_rmnt858_FLAG:long_name = "hwspd_sol_rmnt858 Flag" ;
	double nwnd_psb_aero_FLAG(Time, sps1) ;
		nwnd_psb_aero_FLAG:_FillValue = NaN ;
		nwnd_psb_aero_FLAG:units = "#" ;
		nwnd_psb_aero_FLAG:long_name = "nwnd_psb_aero Flag" ;
	double ewnd_psb_aero_FLAG(Time, sps1) ;
		ewnd_psb_aero_FLAG:_FillValue = NaN ;
		ewnd_psb_aero_FLAG:units = "#" ;
		ewnd_psb_aero_FLAG:long_name = "ewnd_psb_aero Flag" ;
	double vwnd_psb_aero_FLAG(Time, sps1) ;
		vwnd_psb_aero_FLAG:_FillValue = NaN ;
		vwnd_psb_aero_FLAG:units = "#" ;
		vwnd_psb_aero_FLAG:long_name = "vwnd_psb_aero Flag" ;
	double hwdir_psb_aero_FLAG(Time, sps1) ;
		hwdir_psb_aero_FLAG:_FillValue = NaN ;
		hwdir_psb_aero_FLAG:units = "#" ;
		hwdir_psb_aero_FLAG:long_name = "hwdir_psb_aero Flag" ;
	double hwspd_psb_aero_FLAG(Time, sps1) ;
		hwspd_psb_aero_FLAG:_FillValue = NaN ;
		hwspd_psb_aero_FLAG:units = "#" ;
		hwspd_psb_aero_FLAG:long_name = "hwspd_psb_aero Flag" ;
	double nwnd_swt_aimms_FLAG(Time, sps1) ;
		nwnd_swt_aimms_FLAG:_FillValue = NaN ;
		nwnd_swt_aimms_FLAG:units = "#" ;
		nwnd_swt_aimms_FLAG:long_name = "nwnd_swt_aimms Flag" ;
	double ewnd_swt_aimms_FLAG(Time, sps1) ;
		ewnd_swt_aimms_FLAG:_FillValue = NaN ;
		ewnd_swt_aimms_FLAG:units = "#" ;
		ewnd_swt_aimms_FLAG:long_name = "ewnd_swt_aimms Flag" ;
	double vwnd_swt_aimms_FLAG(Time, sps1) ;
		vwnd_swt_aimms_FLAG:_FillValue = NaN ;
		vwnd_swt_aimms_FLAG:units = "#" ;
		vwnd_swt_aimms_FLAG:long_name = "vwnd_swt_aimms Flag" ;
	double hwdir_swt_aimms_FLAG(Time, sps1) ;
		hwdir_swt_aimms_FLAG:_FillValue = NaN ;
		hwdir_swt_aimms_FLAG:units = "#" ;
		hwdir_swt_aimms_FLAG:long_name = "hwdir_swt_aimms Flag" ;
	double hwspd_swt_aimms_FLAG(Time, sps1) ;
		hwspd_swt_aimms_FLAG:_FillValue = NaN ;
		hwspd_swt_aimms_FLAG:units = "#" ;
		hwspd_swt_aimms_FLAG:long_name = "hwspd_swt_aimms Flag" ;
	double seconds_FLAG(Time, sps1) ;
		seconds_FLAG:_FillValue = NaN ;
		seconds_FLAG:units = "#" ;
		seconds_FLAG:long_name = "seconds Flag" ;

// global attributes:
		:FlightDate = "2019/01/27" ;
		:FlightNumber = "F02" ;
		:Aircraft = "NRC Convair-580C" ;
		:DataSystems = "FRL, KVHIMU, HGIMU, FlexGPS" ;
		:Project = "ICICLE" ;
		:ProjectLocation = "Rockford, IL, USA" ;
		:NRCProjectPI = "Dr. Mengistu Wolde" ;
		:NRCDataAuthors = "Mr. Kenny Bala, Dr. Mengistu Wolde, Mr. Matthew Bastian and Mrs. Natalia Bliankinshtein" ;
		:Address = "Flight Research Laboratory, NRC, Bldg. U61, 1925 Research Road, ON K1V 1J8" ;
		:ProjectFlightEndDate = "03/08/2019" ;
		:geospatial_lat_min = "42.196117895448296" ;
		:geospatial_lat_max = "45.3789807703847" ;
		:geospatial_lon_min = "-89.1034557579957" ;
		:geospatial_lon_max = "-75.6455222462589" ;
		:CenterCoordLat = "44.061765419001475" ;
		:CenterCoordLon = "-82.05098084565455" ;
		:Categories = "Position, Aircraft State, Atmospheric State" ;
		:DataFlags = "0 - GOOD; 1 - CALIBRATION_CYCLE; 2 - MINOR_ISSUE; 3 - MAJOR_ISSUE; 4 - UNUSABLE; 5 - MISSING" ;
		:DateProcessed = "2020/09/20" ;
		:Conventions = "NCAR-RAF/nimbus" ;
		:TimeInterval = "18:04:00-21:25:00" ;
		:time_coverage_start = "2019-01-27T18:04:00" ;
		:time_coverage_end = "2019-01-27T21:25:00" ;
}