netcdf GPM2Ku6_uw3_WCC_mod_tab_202005_AFC {
dimensions:
	case = 72 ;
	date_len = 8 ;
	time_len = 6 ;
	orbit_len = 6 ;
variables:
	char orbit(case, orbit_len) ;
		orbit:units = "none" ;
		orbit:long_name = "orbit number" ;
	char date(case, date_len) ;
		date:units = "YYYYMMDD" ;
		date:long_name = "date" ;
	char time(case, time_len) ;
		time:units = "hhmmss" ;
		time:long_name = "UTC time" ;
	int core_id(case) ;
		core_id:units = "none" ;
		core_id:long_name = "core id" ;
	float core_lon(case) ;
		core_lon:units = "degrees" ;
		core_lon:long_name = "longitude of core centroid" ;
	float core_lat(case) ;
		core_lat:units = "degrees" ;
		core_lat:long_name = "latitude of core centroid" ;
	float core_area(case) ;
		core_area:units = "km^2" ;
		core_area:long_name = "core area" ;
	float core_top_ht(case) ;
		core_top_ht:units = "km" ;
		core_top_ht:long_name = "top height of core" ;
	float core_bot_ht(case) ;
		core_bot_ht:units = "km" ;
		core_bot_ht:long_name = "bottom height of core" ;
	float core_dim_x(case) ;
		core_dim_x:units = "degrees" ;
		core_dim_x:long_name = "max x-dimension of core" ;
	float core_dim_y(case) ;
		core_dim_y:units = "degrees" ;
		core_dim_y:long_name = "max y-dimension of core" ;
	float core_ter_ht(case) ;
		core_ter_ht:units = "m" ;
		core_ter_ht:long_name = "terrain height at [core_lon,core_lat]" ;
	int core_ocean_land_flag(case) ;
		core_ocean_land_flag:units = "none" ;
		core_ocean_land_flag:long_name = "terrain type at [core_lon,core_lat]" ;
		core_ocean_land_flag:ocean = "0" ;
		core_ocean_land_flag:land = "1" ;
	float core_rain_rate_mean(case) ;
		core_rain_rate_mean:units = "mm/hr" ;
		core_rain_rate_mean:long_name = "mean rain rate of core" ;
	float core_rain_rate_std_dev(case) ;
		core_rain_rate_std_dev:units = "mm/hr" ;
		core_rain_rate_std_dev:long_name = "standard deviation of core rain rate" ;
	float core_rain_rate_max(case) ;
		core_rain_rate_max:units = "mm/hr" ;
		core_rain_rate_max:long_name = "max core rain rate" ;
	float core_rain_rate_min(case) ;
		core_rain_rate_min:units = "mm/hr" ;
		core_rain_rate_min:long_name = "min core rain rate" ;
	int core_rain_pix_all(case) ;
		core_rain_pix_all:units = "none" ;
		core_rain_pix_all:long_name = "total number of pixels in core" ;
	int core_rain_pix_stra(case) ;
		core_rain_pix_stra:units = "none" ;
		core_rain_pix_stra:long_name = "number of stratiform pixels in core" ;
	int core_rain_pix_conv(case) ;
		core_rain_pix_conv:units = "none" ;
		core_rain_pix_conv:long_name = "number of convective pixels in core" ;
	float core_rain_rate_mean_all(case) ;
		core_rain_rate_mean_all:units = "mm/hr" ;
		core_rain_rate_mean_all:long_name = "mean rain rate of all core precip" ;
	float core_rain_rate_mean_stra(case) ;
		core_rain_rate_mean_stra:units = "mm/hr" ;
		core_rain_rate_mean_stra:long_name = "mean rain rate of stratiform core precip" ;
	float core_rain_rate_mean_conv(case) ;
		core_rain_rate_mean_conv:units = "mm/hr" ;
		core_rain_rate_mean_conv:long_name = "mean rain rate of convective core precip" ;
	float core_rain_vol_all(case) ;
		core_rain_vol_all:units = "10^6 kg/s" ;
		core_rain_vol_all:long_name = "volume of all core precip" ;
	float core_rain_vol_stra(case) ;
		core_rain_vol_stra:units = "10^6 kg/s" ;
		core_rain_vol_stra:long_name = "volume of stratiform core precip" ;
	float core_rain_vol_conv(case) ;
		core_rain_vol_conv:units = "10^6 kg/s" ;
		core_rain_vol_conv:long_name = "volume of convective core precip" ;
	float storm_lon(case) ;
		storm_lon:units = "degrees" ;
		storm_lon:long_name = "longitude of storm centroid" ;
	float storm_lat(case) ;
		storm_lat:units = "degrees" ;
		storm_lat:long_name = "latitude of storm centroid" ;
	float storm_area(case) ;
		storm_area:units = "km^2" ;
		storm_area:long_name = "storm area" ;
	float storm_top_ht(case) ;
		storm_top_ht:units = "km" ;
		storm_top_ht:long_name = "top height of storm" ;
	float storm_bot_ht(case) ;
		storm_bot_ht:units = "km" ;
		storm_bot_ht:long_name = "bottom height of storm" ;
	float storm_dim_x(case) ;
		storm_dim_x:units = "degrees" ;
		storm_dim_x:long_name = "max x-dimension of storm" ;
	float storm_dim_y(case) ;
		storm_dim_y:units = "degrees" ;
		storm_dim_y:long_name = "max y-dimension of storm" ;
	float storm_ter_ht(case) ;
		storm_ter_ht:units = "m" ;
		storm_ter_ht:long_name = "terrain height at [storm_lon,storm_lat]" ;
	int storm_ocean_land_flag(case) ;
		storm_ocean_land_flag:units = "none" ;
		storm_ocean_land_flag:long_name = "terrain type at [storm_lon,storm_lat]" ;
		storm_ocean_land_flag:ocean = "0" ;
		storm_ocean_land_flag:land = "1" ;
	float storm_rain_mean(case) ;
		storm_rain_mean:units = "mm/hr" ;
		storm_rain_mean:long_name = "mean rain rate of storm" ;
	float storm_rain_rate_std_dev(case) ;
		storm_rain_rate_std_dev:units = "mm/hr" ;
		storm_rain_rate_std_dev:long_name = "standard deviation of storm rain rate" ;
	float storm_rain_rate_max(case) ;
		storm_rain_rate_max:units = "mm/hr" ;
		storm_rain_rate_max:long_name = "max storm rain rate" ;
	float storm_rain_rate_min(case) ;
		storm_rain_rate_min:units = "mm/hr" ;
		storm_rain_rate_min:long_name = "min storm rain rate" ;
	int storm_rain_pix_all(case) ;
		storm_rain_pix_all:units = "none" ;
		storm_rain_pix_all:long_name = "total number of pixels in storm (stra, conv, other, anvil, etc)" ;
	int storm_rain_pix_stra(case) ;
		storm_rain_pix_stra:units = "none" ;
		storm_rain_pix_stra:long_name = "total number of stratiform pixels in storm" ;
	int storm_rain_pix_conv(case) ;
		storm_rain_pix_conv:units = "none" ;
		storm_rain_pix_conv:long_name = "total number of convective pixels in storm" ;
	float storm_rain_rate_mean_all(case) ;
		storm_rain_rate_mean_all:units = "mm/hr" ;
		storm_rain_rate_mean_all:long_name = "mean rain rate of all storm precip" ;
	float storm_rain_rate_mean_stra(case) ;
		storm_rain_rate_mean_stra:units = "mm/hr" ;
		storm_rain_rate_mean_stra:long_name = "mean rain rate of stratiform storm precip" ;
	float storm_rain_rate_mean_conv(case) ;
		storm_rain_rate_mean_conv:units = "mm/hr" ;
		storm_rain_rate_mean_conv:long_name = "mean rain rate of convective storm precip" ;
	float storm_rain_vol_all(case) ;
		storm_rain_vol_all:units = "10^6 kg/s" ;
		storm_rain_vol_all:long_name = "volume of all storm precip" ;
	float storm_rain_vol_stra(case) ;
		storm_rain_vol_stra:units = "10^6 kg/s" ;
		storm_rain_vol_stra:long_name = "volume of stratiform storm precip" ;
	float storm_rain_vol_conv(case) ;
		storm_rain_vol_conv:units = "10^6 kg/s" ;
		storm_rain_vol_conv:long_name = "volume of convective storm precip" ;

// global attributes:
		:Title = "WideConvective Cases Based on GPM 2Ku /NS/SLV/precipRateNearSurface Using Moderate (Ocean) Thresholds" ;
		:WideConvective_Criterion = "30dBZ echos with horiz dim at some alt > 800km^2" ;
		:source_uw = "Created by the Mesoscale Group, University of Washington" ;
		:source_nasa = "Original data obtained from NASA Goddard Earth Sciences http://pmm.nasa.gov/" ;
		:reference = "Methodology described in Houze et al. 2015 (Reviews of Geophysics)" ;
		:data_location = "http://gpm.atmos.washington.edu" ;
		:region = "AFC Africa" ;
		:lon_min = -30. ;
		:lon_max = 60. ;
		:lat_min = -40. ;
		:lat_max = 40. ;
}