netcdf classic (CDF-1) {
dimensions:
	time = 1 ;
	lon = 17 ;
	lat = 21 ;
	z = 1 ;
	time_string = 20 ;
// global attributes:
		:title = "Hourly Surface Currents from WERA" ;
		:institution = "Rosenstiel School for Marine and Atmospheric Sciences - University of Miami" ;
		:institution_code = "umiami" ;
		:institution_url = "http://iwave.rsmas.miami.edu/wera" ;
		:institution_dods_url = "http://hfrnet-dp.rsmas.miami.edu/cgi-bin/nph-dods/wera" ;
		:contact = "nshay@rsmas.miami.edu" ;
		:Convention = "CF-1.0" ;
		:format_category_code = "fixed-map" ;
		:data_in_average = "20141902130_efsn.cur_asc (20141902130_stf.RAD and 20141902120_vir.RAD); 20141902120_efsn.cur_asc (20141902120_vir.RAD and 20141902110_stf.RAD); 20141902110_efsn.cur_asc (20141902110_stf.RAD and 20141902100_vir.RAD); 20141902100_efsn.cur_asc (20141902100_vir.RAD and 20141902050_stf.RAD); 20141902050_efsn.cur_asc (20141902050_stf.RAD and 20141902040_vir.RAD); 20141902040_efsn.cur_asc (20141902040_vir.RAD and 20141902030_stf.RAD); " ;
		:_FillValue = -999.900024 ;
		:platform_code = "um_weranet" ;
		:package_code = "wera_hf_radar" ;
variables:
	int time(time) ;
		time:long_name = "Sample Time" ;
		time:standard_name = "time" ;
		time:units = "sec since 1970-1-1 00:00:00" ;
		time:axis = "T" ;
	char time_string(time, time_string) ;
		time_string:long_name = "Sample Time String UTC" ;
		time_string:standard_name = "datetime UTC" ;
		time_string:units = "string YYYY-MM-DD hh:mm:ss UTC" ;
		time_string:c_format = "%4d-%2d-%2d %2d:%2d:%2d" ;
	float lat(lat) ;
		lat:long_name = "Latitude in decimal degrees" ;
		lat:standard_name = "latitude" ;
		lat:units = "degrees_north" ;
		lat:axis = "Y" ;
		lat:reference = "geographical coordinates" ;
		lat:valid_range = -180.0, 180.0 ;
	float lon(lon) ;
		lon:long_name = "Longitude in decimal degrees" ;
		lon:standard_name = "longitude" ;
		lon:units = "degrees_east" ;
		lon:axis = "Y" ;
		lon:reference = "geographical coordinates" ;
		lon:valid_range = -180.0, 180.0 ;
	float z(z) ;
		z:long_name = "Height" ;
		z:standard_name = "height" ;
		z:units = "m" ;
		z:axis = "Z" ;
		z:reference = "mean sea level (MSL)" ;
		z:positive = "up" ;
	float eastward_current(time, lon, lat) ;
		eastward_current:long_name = "eastward surface_current" ;
		eastward_current:standard_name = "eastward_current" ;
		eastward_current:units = "cm/s" ;
		eastward_current:valid_min = -300.0 ;
		eastward_current:valid_max = 300.0 ;
	float northward_current(time, lon, lat) ;
		northward_current:long_name = "northward surface current" ;
		northward_current:standard_name = "northward_current" ;
		northward_current:units = "cm/s" ;
		northward_current:valid_min = -300.0 ;
		northward_current:valid_max = 300.0 ;
	float eastward_current_accuracy(time, lon, lat) ;
		eastward_current_accuracy:long_name = "accuracy of eastward surface current" ;
		eastward_current_accuracy:standard_name = "surface current accuracy u" ;
		eastward_current_accuracy:units = "cm/s" ;
		eastward_current_accuracy:valid_min = -300.0 ;
		eastward_current_accuracy:valid_max = 300.0 ;
	float northward_current_accuracy(time, lon, lat) ;
		northward_current_accuracy:long_name = "accuracy of northward surface current" ;
		northward_current_accuracy:standard_name = "surface current accuracy v" ;
		northward_current_accuracy:units = "cm/s" ;
		northward_current_accuracy:valid_min = -300.0 ;
		northward_current_accuracy:valid_max = 300.0 ;
// time: first 1404939600, last 1404939600, count 1
// lat: first 25.5199432, last 26.1138954, count 21
// lon: first -79.5522308, last -80.0317917, count 17
// z: first 0.0, last 0.0, count 1
}