netcdf template {
dimensions:
	time = UNLIMITED ;  // (0 currently)
variables:
	double time(time) ;
		time:units = "s" ;
		time:long_name = "Time since start of occultation" ;
		time:valid_range = 0., 240. ;
		time:_FillValue = -999. ;
	float caL1Snr(time) ;
		caL1Snr:units = "none" ;
		caL1Snr:long_name = "Signal to Noise Ratio on the L1 channel, CA code" ;
		caL1Snr:valid_range = 0.f, 65535.f ;
		caL1Snr:_FillValue = -999.f ;
	float pL1Snr(time) ;
		pL1Snr:units = "none" ;
		pL1Snr:long_name = "Signal to Noise Ratio on the L1 channel, P code" ;
		pL1Snr:valid_range = 0.f, 65535.f ;
		pL1Snr:_FillValue = -999.f ;
	float pL2Snr(time) ;
		pL2Snr:units = "none" ;
		pL2Snr:long_name = "Signal to Noise Ratio on the L2 channel, P code" ;
		pL2Snr:valid_range = 0.f, 65535.f ;
		pL2Snr:_FillValue = -999.f ;
	double xLeo(time) ;
		xLeo:units = "km" ;
		xLeo:long_name = "LEO X position (ECI)" ;
		xLeo:valid_range = -7378., 7378. ;
		xLeo:_FillValue = -999. ;
	double yLeo(time) ;
		yLeo:units = "km" ;
		yLeo:long_name = "LEO Y position (ECI)" ;
		yLeo:valid_range = -7378., 7378. ;
		yLeo:_FillValue = -999. ;
	double zLeo(time) ;
		zLeo:units = "km" ;
		zLeo:long_name = "LEO Z position (ECI)" ;
		zLeo:valid_range = -7378., 7378. ;
		zLeo:_FillValue = -999. ;
	double xdLeo(time) ;
		xdLeo:units = "km/s" ;
		xdLeo:long_name = "LEO X velocity (ECI)" ;
		xdLeo:valid_range = -8., 8. ;
		xdLeo:_FillValue = -999. ;
	double ydLeo(time) ;
		ydLeo:units = "km/s" ;
		ydLeo:long_name = "LEO Y velocity (ECI)" ;
		ydLeo:valid_range = -8., 8. ;
		ydLeo:_FillValue = -999. ;
	double zdLeo(time) ;
		zdLeo:units = "km/s" ;
		zdLeo:long_name = "LEO Z velocity (ECI)" ;
		zdLeo:valid_range = -8., 8. ;
		zdLeo:_FillValue = -999. ;
	double xGps(time) ;
		xGps:units = "km" ;
		xGps:long_name = "GPS X position (ECI)" ;
		xGps:valid_range = -26564., 26564. ;
		xGps:_FillValue = -999. ;
	double yGps(time) ;
		yGps:units = "km" ;
		yGps:long_name = "GPS Y position (ECI)" ;
		yGps:valid_range = -26564., 26564. ;
		yGps:_FillValue = -999. ;
	double zGps(time) ;
		zGps:units = "km" ;
		zGps:long_name = "GPS Z position (ECI)" ;
		zGps:valid_range = -26564., 26564. ;
		zGps:_FillValue = -999. ;
	double xdGps(time) ;
		xdGps:units = "km/s" ;
		xdGps:long_name = "GPS X velocity (ECI)" ;
		xdGps:valid_range = -5., 5. ;
		xdGps:_FillValue = -999. ;
	double ydGps(time) ;
		ydGps:units = "km/s" ;
		ydGps:long_name = "GPS Y velocity (ECI)" ;
		ydGps:valid_range = -5., 5. ;
		ydGps:_FillValue = -999. ;
	double zdGps(time) ;
		zdGps:units = "km/s" ;
		zdGps:long_name = "GPS Z velocity (ECI)" ;
		zdGps:valid_range = -5., 5. ;
		zdGps:_FillValue = -999. ;
	double exL1(time) ;
		exL1:units = "m" ;
		exL1:long_name = "Excess Phase on L1 channel" ;
		exL1:valid_range = -5000., 5000. ;
		exL1:_FillValue = -999. ;
	double exL2(time) ;
		exL2:units = "m" ;
		exL2:long_name = "Excess Phase on L2 channel" ;
		exL2:valid_range = -5000., 5000. ;
		exL2:_FillValue = -999. ;
	double exLC(time) ;
		exLC:units = "m" ;
		exLC:long_name = "Excess Phase (ionosphere corrected)" ;
		exLC:valid_range = -5000., 5000. ;
		exLC:_FillValue = -999. ;
	double xmdl(time) ;
		xmdl:units = "m" ;
		xmdl:long_name = "OpenLoop Phase Model" ;
		xmdl:valid_range = -5000., 5000. ;
		xmdl:_FillValue = -999. ;
	double xmdldd(time) ;
		xmdldd:units = "m" ;
		xmdldd:long_name = "OpenLoop Phase Model (DD)" ;
		xmdldd:valid_range = -5000., 5000. ;
		xmdldd:_FillValue = -999. ;
	double xrng(time) ;
		xrng:units = "m" ;
		xrng:long_name = "OpenLoop Range Model" ;
		xrng:valid_range = -5000., 5000. ;
		xrng:_FillValue = -999. ;
	double xmdl2(time) ;
		xmdl2:units = "m" ;
		xmdl2:long_name = "L2CA OpenLoop Phase Model" ;
		xmdl2:valid_range = -5000., 5000. ;
		xmdl2:_FillValue = -999. ;
	double xmdldd2(time) ;
		xmdldd2:units = "m" ;
		xmdldd2:long_name = "L2CA OpenLoop Phase Model (DD)" ;
		xmdldd2:valid_range = -5000., 5000. ;
		xmdldd2:_FillValue = -999. ;
	double xrng2(time) ;
		xrng2:units = "m" ;
		xrng2:long_name = "L2CA OpenLoop Range Model" ;
		xrng2:valid_range = -5000., 5000. ;
		xrng2:_FillValue = -999. ;

// global attributes:
                :processingType = 1 ;
                :processingHistory = "MATLAB" ;
                :timeOfProcessing = "20150902:000843.654:-0600" ;
                :subType = 2014 ;
                :version = 2860 ;
                :missionId = "SPIRE" ;
                :trkStatus = 2 ;
                :leoId = 5 ;
                :dumpId = 1 ;
                :occId = 1 ;
                :setting = 0 ;
                :conId = "G" ;
                :occfreq1 = 1575420000. ;
                :occfreq2 = 1227600000. ;
		:Obs_type_L1 = "" ;
                :Obs_type_L2 = "" ;
                :refsatId = 9 ;
                :occsatId = 21 ;
                :ismtL4n = 100 ;
                :iRefOutlier = 0 ;
                :iRefOutEpo = 0 ;
                :iHasGap = 0 ;
                :FirstGap = 0. ;
                :iTotGap = 0 ;
                :rmsGapL1 = 0. ;
                :rmsGapL2 = 0. ;
                :fidName = "" ;
                :startTime = 1117193183. ;
                :stopTime = 1117193268.46491 ;
                :year = 2015 ;
                :month = 6 ;
                :day = 1 ;
                :hour = 11 ;
                :minute = 26 ;
                :second = 23.f ;
                :dayOfYear = 152 ;
                :intref = 0 ;
                :hrstato = 1b ;
                :hrstatr = 0b ;
                :refrms = 0.002096429f ;
                :refmax = 0.0101242f ;
                :fidoccrms = 0.f ;
                :fidoccmax = 0.f ;
                :fidrefrms = 0.f ;
                :fidrefmax = 0.f ;
                :l2min = 186.f ;
                :l2max = 232.f ;
                :fileStamp = "C005.2015.152.11.28.G21" ;
                :parmsfile = "processOcc5.parms8" ;
                :center = "UMD/ESSIC/CISESS" ;
                :bad = "0" ;
                :errstr = "OK" ;
}