netcdf classic (CDF-1) {
dimensions:
	time = UNLIMITED ; // (1 currently)
	lon = 72 ;
	lat = 36 ;
	lev = 29 ;
	mlon = 81 ;
	mlat = 97 ;
	mlev = 32 ;
	magphrlon = 40 ;
	magphrlat = 31 ;
	mtime = 3 ;
	latlon = 2 ;
	dtidedim = 2 ;
	sdtidedim = 10 ;
// global attributes:
		:rundate = "02/20/08 09:37:12" ;
		:logname = "lqian" ;
		:host = "ln0324en" ;
		:system = "LINUX" ;
		:model_name = "tiegcm" ;
		:model_version = "tiegcm1.8" ;
		:mss_path = "/hao/lqian/tiegcm1.8_euvac/syr365.nc" ;
		:history_type = "secondary" ;
		:mss_source = "/ptmp/lqian/tiegcm1.8_data/pyr320_euvac.nc (initial)" ;
		:initial_year = 2003 ;
		:initial_day = 320 ;
		:initial_mtime = 320, 0, 0 ;
		:missing_value = 1e+36 ;
		:lev_to_mb = "p0*e(-lev(k))*1.e-3" ;
		:nhist = 1 ;
		:delhist_mins = 1440 ;
		:potential_model = "HEELIS" ;
		:sd_ncfile = "[none]" ;
		:contents = "03365 365  0  0 to 03365 365  0  0 by 1440 tiegcm1.8 secondary" ;
		:contents_desc = "yyddd day hour min to yyddd day hour min by delta_mins" ;
variables:
	double lon(lon) ;
		lon:long_name = "geographic longitude (-west, +east)" ;
		lon:units = "degrees_east" ;
	double lat(lat) ;
		lat:long_name = "geographic latitude (-south, +north)" ;
		lat:units = "degrees_north" ;
	double lev(lev) ;
		lev:long_name = "log pressure levels" ;
		lev:units = "ln(p0/p)" ;
	double mlon(mlon) ;
		mlon:long_name = "magnetic longitude (-west, +east)" ;
	double mlat(mlat) ;
		mlat:long_name = "magnetic latitude (-south, +north)" ;
		mlat:units = "degrees_north" ;
	double mlev(mlev) ;
		mlev:long_name = "log pressure levels (magnetic grid)" ;
		mlev:units = "ln(p0/p)" ;
	double maglon(magphrlon) ;
		maglon:long_name = "magnetospheric longitude (-west, +east)" ;
		maglon:units = "degrees" ;
	double magphrlat(magphrlat) ;
		magphrlat:long_name = "magnetospheric latitude (-south, +north)" ;
		magphrlat:units = "degrees" ;
	double time(time) ;
		time:long_name = "time" ;
		time:units = "minutes since 2003-11-16 0:0:0" ;
		time:initial_year = 2003 ;
		time:initial_day = 320 ;
		time:initial_mtime = 320, 0, 0 ;
		time:source_mtime = 320, 0, 0 ;
	int mtime(time, mtime) ;
		mtime:long_name = "model times (day, hour, minute)" ;
		mtime:units = "day, hour, minute" ;
	int year(time) ;
		year:long_name = "calendar year" ;
	int day(time) ;
		day:long_name = "calendar day" ;
	int iter(time) ;
		iter:long_name = "number of time steps from model time 0,0,0" ;
	double ut(time) ;
		ut:long_name = "universal time (from model time hour and minute)" ;
		ut:units = "hours" ;
	int timestep ;
		timestep:long_name = "timestep" ;
		timestep:units = "seconds" ;
	double f107d(time) ;
		f107d:long_name = "Daily 10.7 cm solar flux" ;
		f107d:units = "W/m^2Hz*1.e-22" ;
	double f107a(time) ;
		f107a:long_name = "81-day average 10.7 cm solar flux" ;
		f107a:units = "W/m^2Hz*1.e-22" ;
	double hpower(time) ;
		hpower:long_name = "Hemispheric power" ;
		hpower:units = "Gw" ;
	double ctpoten(time) ;
		ctpoten:long_name = "Cross-tail potential" ;
		ctpoten:units = "Volts" ;
	double byimf(time) ;
		byimf:long_name = "BY component of IMF" ;
	double colfac(time) ;
		colfac:long_name = "ion/neutral collision factor" ;
	double dtide(time, dtidedim) ;
		dtide:long_name = "amplitude and phase of diurnal tide" ;
	double sdtide(time, sdtidedim) ;
		sdtide:long_name = "amplitude and phase of semi-diurnal tide" ;
	int ncep(time) ;
		ncep:long_name = "NCEP/NMC flag (1 if using ncep boundaries for t and z)" ;
	int gpi(time) ;
		gpi:long_name = "GPI flag (1 if using geophysical indices database for f107d, f107a, hpower, and ctpoten)" ;
	int gswmdi(time) ;
		gswmdi:long_name = "GSWMDI flag (1 if using GSWM diurnal tides as boundary for Z,TN,UN,VN)" ;
	int gswmsdi(time) ;
		gswmsdi:long_name = "GSWMSDI flag (1 if using GSWM semidiurnal tides as boundary for Z,TN,UN,VN)" ;
	int gswmnmdi(time) ;
		gswmnmdi:long_name = "GSWMNMDI flag (1 if using GSWM nonmigrating diurnal tides as boundary for Z,TN,UN,VN)" ;
	int gswmnmsdi(time) ;
		gswmnmsdi:long_name = "GSWMNMSDI flag (1 if using GSWM nonmigrating semidiurnal tides as boundary for Z,TN,UN,VN)" ;
	double alfa30(time) ;
		alfa30:long_name = "Characteristic energy of high-energy auroral electrons" ;
		alfa30:units = "KeV" ;
	double e30(time) ;
		e30:long_name = "Energy flux of high-energy auroral electrons" ;
		e30:units = "ergs/cm2/s" ;
	double alfad2(time) ;
		alfad2:long_name = "Characteristic energy of solar protons in the polar cap" ;
		alfad2:units = "KeV" ;
	double ed2(time) ;
		ed2:long_name = "Energy flux of solar protons in the polar cap" ;
		ed2:units = "ergs/cm2/s" ;
	double mag(latlon, latlon) ;
		mag:long_name = "lat,lon coordinates of S,N magnetic poles" ;
		mag:units = "degrees" ;
	double p0 ;
		p0:long_name = "Standard pressure" ;
	int nflds ;
		nflds:long_name = "number of 3-d model fields" ;
	double NO(time, lev, lat, lon) ;
		NO:long_name = "NITRIC OXIDE" ;
		NO:units = "MMR" ;
	double NO_COOL(time, lev, lat, lon) ;
	double CO2_COOL(time, lev, lat, lon) ;
	double Q1(time, lev, lat, lon) ;
	double Q2(time, lev, lat, lon) ;
	double Q(time, lev, lat, lon) ;
	double TN(time, lev, lat, lon) ;
		TN:long_name = "NEUTRAL TEMPERATURE" ;
		TN:units = "K" ;
	double O2(time, lev, lat, lon) ;
		O2:long_name = "MOLECULAR OXYGEN" ;
		O2:units = "MMR" ;
	double O1(time, lev, lat, lon) ;
		O1:long_name = "ATOMIC OXYGEN" ;
		O1:units = "MMR" ;
	double Z(time, lev, lat, lon) ;
		Z:long_name = "GEOPOTENTIAL HEIGHT" ;
		Z:units = "CM" ;
	double ZMAG(time, mlev, mlat, mlon) ;
		ZMAG:long_name = "ZMAG" ;
		ZMAG:units = "CM" ;
// lon: first -180.0, last 175.0, count 72
// lat: first -87.5, last 87.5, count 36
// lev: first -7.0, last 7.0, count 29
// mlon: first -180.0, last 180.0, count 81
// mlat: first -90.0, last 89.99999999999999, count 97
// mlev: first -8.5, last 7.0, count 32
// magphrlat: first 71.97, last 10.140000000000116, count 31
// time: first 64800.0, last 64800.0, count 1
}