netcdf classic (CDF-1) {
dimensions:
	prob = 4 ;
	forecast_time0 = 4 ;
	g0_lat_1 = 73 ;
	g0_lon_2 = 144 ;
// global attributes:
		:hindcast_start_year = "1993" ;
		:hindcast_end_year = "2009" ;
		:title = "Probabilistic Forecast" ;
		:model = "CMCC, CPTEC, ECMWF, Exeter, Melbourne, Montreal, Moscow, Offenbach, Seoul, Tokyo, Toulouse, Washington" ;
		:wgts = "7.0711,3.8730,7.1414,6.4807,3.3166,6.3246,6.4031,7.0711,9.1652,7.0711,7.1414,6.3246" ;
		:creation_date = "Thu Aug  20 09:25:56 KST 2026" ;
variables:
	float g0_lat_1(g0_lat_1) ;
		g0_lat_1:long_name = "latitude" ;
		g0_lat_1:map_projection = "Cylindrical Equidistant Projection Grid" ;
		g0_lat_1:units = "degrees_north" ;
		g0_lat_1:Dj = "2.5" ;
		g0_lat_1:Di = "2.5" ;
		g0_lat_1:Lo2 = "357.5" ;
		g0_lat_1:La2 = "90" ;
		g0_lat_1:Lo1 = "0" ;
		g0_lat_1:La1 = "-90" ;
	float g0_lon_2(g0_lon_2) ;
		g0_lon_2:long_name = "longitude" ;
		g0_lon_2:map_projection = "Cylindrical Equidistant Projection Grid" ;
		g0_lon_2:units = "degrees_east" ;
		g0_lon_2:Dj = "2.5" ;
		g0_lon_2:Di = "2.5" ;
		g0_lon_2:Lo2 = "357.5" ;
		g0_lon_2:La2 = "90" ;
		g0_lon_2:Lo1 = "0" ;
		g0_lon_2:La1 = "-90" ;
	int forecast_time0(forecast_time0) ;
		forecast_time0:long_name = "Forecast offset from initial time" ;
		forecast_time0:units = "months" ;
		forecast_time0:Month = "SEP,OCT,NOV,SON" ;
	int prob(prob) ;
		prob:long_name = "Probabilitic Categories" ;
		prob:Categories = "below_normal, near_normal, above_normal, combined" ;
	float prec(prob, forecast_time0, g0_lat_1, g0_lon_2) ;
		prec:_FillValue = 9.99900026e+20 ;
		prec:long_name = "Total precipitation" ;
		prec:units = "kg/m^2" ;
		prec:initial_time = "01/08/2026  (00.00)" ;
	float mslp(prob, forecast_time0, g0_lat_1, g0_lon_2) ;
		mslp:_FillValue = 9.99900026e+20 ;
		mslp:long_name = "Mean Sea Level Pressure" ;
		mslp:units = "Pa" ;
		mslp:initial_time = "01/08/2026  (00.00)" ;
	float t02m(prob, forecast_time0, g0_lat_1, g0_lon_2) ;
		t02m:_FillValue = 9.99900026e+20 ;
		t02m:long_name = "Temperature at 2 meter above ground" ;
		t02m:units = "K" ;
		t02m:initial_time = "01/08/2026  (00.00)" ;
	float t850(prob, forecast_time0, g0_lat_1, g0_lon_2) ;
		t850:_FillValue = 9.99900026e+20 ;
		t850:long_name = "Temperature at 850hPa" ;
		t850:units = "K" ;
		t850:initial_time = "01/08/2026  (00.00)" ;
	float h500(prob, forecast_time0, g0_lat_1, g0_lon_2) ;
		h500:_FillValue = 9.99900026e+20 ;
		h500:long_name = "Geopotential height at 500hPa" ;
		h500:units = "gpm" ;
		h500:initial_time = "01/08/2026  (00.00)" ;
	float sst(prob, forecast_time0, g0_lat_1, g0_lon_2) ;
		sst:_FillValue = 9.99900026e+20 ;
		sst:long_name = "Sea surface temperature" ;
		sst:units = "K" ;
		sst:initial_time = "01/08/2026  (00.00)" ;
// g0_lat_1: first -90.0, last 90.0, count 73
// g0_lon_2: first 0.0, last 357.5, count 144
// forecast_time0: first 1, last 4, count 4
// prob: first 1, last 4, count 4
}