netcdf classic (CDF-1) {
dimensions:
	y_rho = 64 ;
	y_u = 64 ;
	y_v = 63 ;
	x_rho = 73 ;
	x_u = 72 ;
	x_v = 73 ;
	one = 1 ;
	time = UNLIMITED ; // (18 currently)
// global attributes:
		:type = "ROMS surface forcing netCDF file" ;
		:title = "cbofs surface forcing netCDF file" ;
		:source = "NCEP NAM operational products" ;
		:grib2_file = "Grib2 file: cbofs_NAM.grib2" ;
		:grid_info = "On native NAM grid, No spatial interpolation" ;
		:model_grid_file = "Ocean Model grid file: nos.cbofs.romsgrid.nc" ;
		:history = "Created at time 01:05  08/15/2015" ;
		:reference = "Created by Aijun Zhang, OD/CO-OPS/NOS/NOAA" ;
variables:
	float frc_time(time) ;
		frc_time:long_name = "surface forcing time" ;
		frc_time:units = "days since 2009-01-01 00:00:00" ;
		frc_time:field = "surface forcing time,scalar, series" ;
	float lon_native(y_rho, x_rho) ;
		lon_native:corners = -133.459, -65.1255569, -49.4160004, -152.878601 ;
		lon_native:long_name = "longitude on native grid" ;
		lon_native:grid_type = "Lambert Conformal (secant, tangent, conical or bipolar)" ;
		lon_native:units = "degree_east" ;
		lon_native:field = "lon, scalar" ;
		lon_native:Latin1 = 25.0 ;
		lon_native:Latin2 = 25.0 ;
		lon_native:Dx = 12.191 ;
		lon_native:Dy = 12.191 ;
		lon_native:LoV = 265.0 ;
		lon_native:Lo1 = 226.541 ;
		lon_native:La1 = 12.1899996 ;
	float lat_native(y_rho, x_rho) ;
		lat_native:corners = 12.1899996, 14.3420897, 57.3284302, 54.5653381 ;
		lat_native:long_name = "latitude on native grid" ;
		lat_native:grid_type = "Lambert Conformal (secant, tangent, conical or bipolar)" ;
		lat_native:units = "degrees_north" ;
		lat_native:field = "lat, scalar" ;
		lat_native:Latin1 = 25.0 ;
		lat_native:Latin2 = 25.0 ;
		lat_native:Dx = 12.191 ;
		lat_native:Dy = 12.191 ;
		lat_native:LoV = 265.0 ;
		lat_native:Lo1 = 226.541 ;
		lat_native:La1 = 12.1899996 ;
	float Uwind(time, y_rho, x_rho) ;
		Uwind:production_status = "Operational products" ;
		Uwind:long_name = "u-component of 10m surface wind" ;
		Uwind:units = "meter second-1" ;
		Uwind:time = "frc_time" ;
		Uwind:coordinates = "lon_native lat_native" ;
		Uwind:field = "Uwind, scalar, series" ;
	float Vwind(time, y_rho, x_rho) ;
		Vwind:production_status = "Operational products" ;
		Vwind:long_name = "v-component of 10m surface wind" ;
		Vwind:units = "meter second-1" ;
		Vwind:time = "frc_time" ;
		Vwind:coordinates = "lon_native lat_native" ;
		Vwind:field = "Vwind, scalar, series" ;
	float Pair(time, y_rho, x_rho) ;
		Pair:production_status = "Operational products" ;
		Pair:long_name = "surface air pressure" ;
		Pair:units = "milibar" ;
		Pair:time = "frc_time" ;
		Pair:coordinates = "lon_native lat_native" ;
		Pair:field = "Pair, scalar, series" ;
	float Tair(time, y_rho, x_rho) ;
		Tair:production_status = "Operational products" ;
		Tair:long_name = "surface air temperature" ;
		Tair:units = "Celsius" ;
		Tair:time = "frc_time" ;
		Tair:coordinates = "lon_native lat_native" ;
		Tair:field = "Tair, scalar, series" ;
	float Qair(time, y_rho, x_rho) ;
		Qair:production_status = "Operational products" ;
		Qair:long_name = "surface air relative humidity" ;
		Qair:units = "percentage" ;
		Qair:time = "frc_time" ;
		Qair:coordinates = "lon_native lat_native" ;
		Qair:field = "Qair, scalar, series" ;
	float swrad(time, y_rho, x_rho) ;
		swrad:production_status = "Operational products" ;
		swrad:long_name = "Net solar shortwave radiation flux" ;
		swrad:units = "Watts meter-2" ;
		swrad:time = "frc_time" ;
		swrad:coordinates = "lon_native lat_native" ;
		swrad:field = "swrad, scalar, series" ;
		swrad:positive = "downward flux, heating" ;
		swrad:negative = "upward flux, cooling" ;
	float lwrad_down(time, y_rho, x_rho) ;
		lwrad_down:production_status = "Operational products" ;
		lwrad_down:long_name = "downward solar longwave radiation flux" ;
		lwrad_down:units = "Watts meter-2" ;
		lwrad_down:time = "frc_time" ;
		lwrad_down:coordinates = "lon_native lat_native" ;
		lwrad_down:field = "lwrad, scalar, series" ;
		lwrad_down:positive = "downward flux, heating" ;
		lwrad_down:negative = "upward flux, cooling" ;
}