out_new.cdf

netcdf SSM_v43_2018_0001 {
dimensions:
	nele = 25019 ;
	node = 16012 ;
	siglay = 10 ;
	siglev = 11 ;
	three = 3 ;
	time = UNLIMITED ; // (24 currently)
	DateStrLen = 26 ;
	maxnode = 12 ;
	maxelem = 10 ;
	four = 4 ;
	nobc = 87 ;
variables:
	int nprocs ;
		nprocs:long_name = "number of processors" ;
	int partition(nele) ;
		partition:long_name = "partition" ;
	float x(node) ;
		x:long_name = "nodal x-coordinate" ;
		x:units = "meters" ;
	float y(node) ;
		y:long_name = "nodal y-coordinate" ;
		y:units = "meters" ;
	float lon(node) ;
		lon:long_name = "nodal longitude" ;
		lon:standard_name = "longitude" ;
		lon:units = "degrees_east" ;
	float lat(node) ;
		lat:long_name = "nodal latitude" ;
		lat:standard_name = "latitude" ;
		lat:units = "degrees_north" ;
	float xc(nele) ;
		xc:long_name = "zonal x-coordinate" ;
		xc:units = "meters" ;
	float yc(nele) ;
		yc:long_name = "zonal y-coordinate" ;
		yc:units = "meters" ;
	float lonc(nele) ;
		lonc:long_name = "zonal longitude" ;
		lonc:standard_name = "longitude" ;
		lonc:units = "degrees_east" ;
	float latc(nele) ;
		latc:long_name = "zonal latitude" ;
		latc:standard_name = "latitude" ;
		latc:units = "degrees_north" ;
	float siglay_matrix(siglay, node) ;
		siglay_matrix:long_name = "Sigma Layers" ;
		siglay_matrix:standard_name = "ocean_sigma/general_coordinate" ;
		siglay_matrix:positive = "up" ;
		siglay_matrix:valid_min = -1.f ;
		siglay_matrix:valid_max = 0.f ;
		siglay_matrix:formula_terms = "sigma: siglay eta: zeta depth: h" ;
	float siglev_matrix(siglev, node) ;
		siglev_matrix:long_name = "Sigma Levels" ;
		siglev_matrix:standard_name = "ocean_sigma/general_coordinate" ;
		siglev_matrix:positive = "up" ;
		siglev_matrix:valid_min = -1.f ;
		siglev_matrix:valid_max = 0.f ;
		siglev_matrix:formula_terms = "sigma:siglay eta: zeta depth: h" ;
	float siglay_center(siglay, nele) ;
		siglay_center:long_name = "Sigma Layers" ;
		siglay_center:standard_name = "ocean_sigma/general_coordinate" ;
		siglay_center:positive = "up" ;
		siglay_center:valid_min = -1.f ;
		siglay_center:valid_max = 0.f ;
		siglay_center:formula_terms = "sigma: siglay_center eta: zeta_center depth: h_center" ;
	float siglev_center(siglev, nele) ;
		siglev_center:long_name = "Sigma Levels" ;
		siglev_center:standard_name = "ocean_sigma/general_coordinate" ;
		siglev_center:positive = "up" ;
		siglev_center:valid_min = -1.f ;
		siglev_center:valid_max = 0.f ;
		siglev_center:formula_terms = "sigma:siglay_center eta: zeta_center depth: h_center" ;
	float h_center(nele) ;
		h_center:long_name = "Bathymetry" ;
		h_center:standard_name = "sea_floor_depth_below_geoid" ;
		h_center:units = "m" ;
		h_center:positive = "down" ;
		h_center:grid = "grid1 grid3" ;
		h_center:coordinates = "latc lonc" ;
		h_center:grid_location = "center" ;
	float h(node) ;
		h:long_name = "Bathymetry" ;
		h:standard_name = "sea_floor_depth_below_geoid" ;
		h:units = "m" ;
		h:positive = "down" ;
		h:grid = "Bathymetry_Mesh" ;
		h:coordinates = "x y" ;
		h:type = "data" ;
	int nv(three, nele) ;
		nv:long_name = "nodes surrounding element" ;
	int iint(time) ;
		iint:long_name = "internal mode iteration number" ;
	float time_vector(time) ;
		time_vector:long_name = "time" ;
		time_vector:units = "days since 1858-11-17 00:00:00" ;
		time_vector:format = "modified julian day (MJD)" ;
		time_vector:time_zone = "UTC" ;
	int Itime(time) ;
		Itime:units = "days since 1858-11-17 00:00:00" ;
		Itime:format = "modified julian day (MJD)" ;
		Itime:time_zone = "UTC" ;
	int Itime2(time) ;
		Itime2:units = "msec since 00:00:00" ;
		Itime2:time_zone = "UTC" ;
	char Times(time, DateStrLen) ;
		Times:time_zone = "PST" ;
	float zeta(time, node) ;
		zeta:long_name = "Water Surface Elevation" ;
		zeta:units = "meters" ;
		zeta:positive = "up" ;
		zeta:standard_name = "sea_surface_height_above_geoid" ;
		zeta:grid = "Bathymetry_Mesh" ;
		zeta:coordinates = "time lat lon" ;
		zeta:type = "data" ;
		zeta:location = "node" ;
	float dtfa(time, node) ;
		dtfa:long_name = "FSH + Water Height" ;
		dtfa:units = "meters" ;
		dtfa:positive = "down" ;
		dtfa:grid = "Bathymetry_Mesh" ;
		dtfa:coordinates = "time lat lon" ;
		dtfa:type = "data" ;
		dtfa:location = "node" ;
	float wts(time, siglev, node) ;
		wts:long_name = "Vertical Sigma Coordinate Velocity" ;
		wts:units = "s -1" ;
		wts:type = "data" ;
		wts:grid = "fvcom_grid" ;
	int nbe(three, nele) ;
		nbe:long_name = "elements surrounding each element" ;
	int ntsn(node) ;
		ntsn:long_name = "#nodes surrounding each node" ;
	int nbsn(maxnode, node) ;
		nbsn:long_name = "nodes surrounding each node" ;
	int ntve(node) ;
		ntve:long_name = "#elems surrounding each node" ;
	int nbve(maxelem, node) ;
		nbve:long_name = "elems surrounding each node" ;
	float a1u(four, nele) ;
		a1u:long_name = "a1u" ;
	float a2u(four, nele) ;
		a2u:long_name = "a2u" ;
	float aw0(three, nele) ;
		aw0:long_name = "aw0" ;
	float awx(three, nele) ;
		awx:long_name = "awx" ;
	float awy(three, nele) ;
		awy:long_name = "awy" ;
	float art2(node) ;
		art2:long_name = "Area of elements around a node" ;
	float art1(node) ;
		art1:long_name = "Area of Node-Base Control volume" ;
	float u(time, siglay, nele) ;
		u:long_name = "Eastward Water Velocity" ;
		u:standard_name = "eastward_sea_water_velocity" ;
		u:units = "meters s-1" ;
		u:grid = "fvcom_grid" ;
		u:type = "data" ;
		u:coordinates = "time siglay latc lonc" ;
		u:mesh = "fvcom_mesh" ;
		u:location = "face" ;
	float v(time, siglay, nele) ;
		v:long_name = "Northward Water Velocity" ;
		v:standard_name = "Northward_sea_water_velocity" ;
		v:units = "meters s-1" ;
		v:grid = "fvcom_grid" ;
		v:type = "data" ;
		v:coordinates = "time siglay latc lonc" ;
		v:mesh = "fvcom_mesh" ;
		v:location = "face" ;
	float tauc(time, nele) ;
		tauc:long_name = "bed stress magnitude from currents" ;
		tauc:note1 = "this stress is bottom boundary condtion on velocity field" ;
		tauc:note2 = "dimensions are stress/rho" ;
		tauc:units = "m^2 s^-2" ;
		tauc:grid = "fvcom_grid" ;
		tauc:type = "data" ;
		tauc:coordinates = "time latc lonc" ;
		tauc:mesh = "fvcom_mesh" ;
		tauc:location = "face" ;
	float uard_obcn(time, nobc) ;
		uard_obcn:long_name = "UARD at OBC" ;
		uard_obcn:units = "meters s-1" ;
		uard_obcn:grid = "fvcom_grid" ;
		uard_obcn:type = "data" ;
		uard_obcn:coordinates = "time obc" ;
		uard_obcn:mesh = "fvcom_mesh" ;
		uard_obcn:location = "obc" ;
	float xflux_obc(time, siglay, nobc) ;
		xflux_obc:long_name = "Xflux at OBC" ;
		xflux_obc:units = "tracer unit * m+3 s-1" ;
		xflux_obc:grid = "fvcom_grid" ;
		xflux_obc:type = "data" ;
		xflux_obc:coordinates = "time siglay obc" ;
		xflux_obc:mesh = "fvcom_mesh" ;
		xflux_obc:location = "obc" ;
	float ua(time, nele) ;
		ua:long_name = "Vertically Averaged x-velocity" ;
		ua:units = "meters s-1" ;
		ua:grid = "fvcom_grid" ;
		ua:type = "data" ;
	float va(time, nele) ;
		va:long_name = "Vertically Averaged y-velocity" ;
		va:units = "meters s-1" ;
		va:grid = "fvcom_grid" ;
		va:type = "data" ;
	float temp(time, siglay, node) ;
		temp:long_name = "temperature" ;
		temp:standard_name = "sea_water_temperature" ;
		temp:units = "degrees_C" ;
		temp:grid = "fvcom_grid" ;
		temp:coordinates = "time siglay lat lon" ;
		temp:type = "data" ;
		temp:mesh = "fvcom_mesh" ;
		temp:location = "node" ;
	float salinity(time, siglay, node) ;
		salinity:long_name = "salinity" ;
		salinity:standard_name = "sea_water_salinity" ;
		salinity:units = "1e-3" ;
		salinity:grid = "fvcom_grid" ;
		salinity:coordinates = "time siglay lat lon" ;
		salinity:type = "data" ;
		salinity:mesh = "fvcom_mesh" ;
		salinity:location = "node" ;
	float viscofm(time, siglay, nele) ;
		viscofm:long_name = "Horizontal Turbulent Eddy Viscosity For Momentum" ;
		viscofm:units = "m 2 s-1" ;
		viscofm:grid = "fvcom_grid" ;
		viscofm:coordinates = "x y" ;
		viscofm:type = "data" ;
	float viscofh(time, siglay, node) ;
		viscofh:long_name = "Horizontal Turbulent Eddy Viscosity For Scalars" ;
		viscofh:units = "m 2 s-1" ;
		viscofh:grid = "fvcom_grid" ;
		viscofh:coordinates = "x y" ;
		viscofh:type = "data" ;
	float km(time, siglev, node) ;
		km:long_name = "Turbulent Eddy Viscosity For Momentum" ;
		km:units = "m 2 s-1" ;
		km:grid = "fvcom_grid" ;
		km:coordinates = "x y" ;
		km:type = "data" ;
	float kh(time, siglev, node) ;
		kh:long_name = "Turbulent Eddy Viscosity For Scalars" ;
		kh:units = "m 2 s-1" ;
		kh:grid = "fvcom_grid" ;
		kh:coordinates = "x y" ;
		kh:type = "data" ;
	float kq(time, siglev, node) ;
		kq:long_name = "Turbulent Eddy Viscosity For Q2/Q2L" ;
		kq:units = "m 2 s-1" ;
		kq:grid = "fvcom_grid" ;
		kq:coordinates = "x y" ;
		kq:type = "data" ;
	float q2(time, siglev, node) ;
		q2:long_name = "Turbulent Kinetic Energy" ;
		q2:units = "m2 s-2" ;
		q2:grid = "fvcom_grid" ;
		q2:coordinates = "x y" ;
		q2:type = "data" ;
	float q2l(time, siglev, node) ;
		q2l:long_name = "Turbulent Kinetic Energy X Turbulent Macroscale" ;
		q2l:units = "m3 s-2" ;
		q2l:grid = "fvcom_grid" ;
		q2l:coordinates = "x y" ;
		q2l:type = "data" ;
	float l(time, siglev, node) ;
		l:long_name = "Turbulent Macroscale" ;
		l:units = "m3 s-2" ;
		l:grid = "fvcom_grid" ;
		l:coordinates = "x y" ;
		l:type = "data" ;
	int wet_nodes(time, node) ;
		wet_nodes:long_name = "Wet_Nodes" ;
		wet_nodes:grid = "fvcom_grid" ;
		wet_nodes:type = "data" ;
		wet_nodes:coordinates = "time lat lon" ;
		wet_nodes:mesh = "fvcom_mesh" ;
		wet_nodes:location = "node" ;
	int wet_cells(time, nele) ;
		wet_cells:long_name = "Wet_Cells" ;
		wet_cells:grid = "fvcom_grid" ;
		wet_cells:type = "data" ;
		wet_cells:coordinates = "time latc lonc" ;
		wet_cells:mesh = "fvcom_mesh" ;
		wet_cells:location = "face" ;
	int wet_nodes_prev_int(time, node) ;
		wet_nodes_prev_int:long_name = "Wet_Nodes_At_Previous_Internal_Step" ;
		wet_nodes_prev_int:grid = "fvcom_grid" ;
		wet_nodes_prev_int:type = "data" ;
		wet_nodes_prev_int:coordinates = "time lat lon" ;
		wet_nodes_prev_int:mesh = "fvcom_mesh" ;
		wet_nodes_prev_int:location = "node" ;
	int wet_cells_prev_int(time, nele) ;
		wet_cells_prev_int:long_name = "Wet_Cells_At_Previous_Internal_Step" ;
		wet_cells_prev_int:grid = "fvcom_grid" ;
		wet_cells_prev_int:type = "data" ;
		wet_cells_prev_int:coordinates = "time latc lonc" ;
		wet_cells_prev_int:mesh = "fvcom_mesh" ;
		wet_cells_prev_int:location = "face" ;
	int wet_cells_prev_ext(time, nele) ;
		wet_cells_prev_ext:long_name = "Wet_Cells_At_Previous_External_Step" ;
		wet_cells_prev_ext:grid = "fvcom_grid" ;
		wet_cells_prev_ext:type = "data" ;

// global attributes:
		:title = "SSM_2018_286_Riv_HRRR_dist_HSW_0.80_HCM_z0_0.6" ;
		:institution = "School for Marine Science and Technology" ;
		:source = "FVCOM_4.3" ;
		:history = "Tue Jul 11 15:02:15 2023: ncrename -v time,time_vector SSM_v43_2018_0001.nc\n",
			"Tue Jul 11 14:05:47 2023: ncrename -v siglev,siglev_matrix SSM_v43_2018_0001.nc\n",
			"model started at: 05/10/2022   20:02" ;
		:references = "http://fvcom.smast.umassd.edu, http://codfish.smast.umassd.edu" ;
		:Conventions = "CF-1.0" ;
		:CoordinateSystem = "Cartesian" ;
		:CoordinateProjection = "proj=utm +ellps=WGS84 +zone=10" ;
		:Tidal_Forcing = "Tidal Forcing Time Series Title: SSM tidal elevation (NAVD88)" ;
		:River_Forcing = "THERE ARE 286 RIVERS IN THIS MODEL.\n",
			"RIVER INFLOW IS ON THE nodes WHERE TEMPERATURE AND SALINITY ARE calculated IN THE MODEL.\n",
			"THE FOLLOWING RIVER NAMES ARE USED:\n",
			"Agate_East\n",
			"Agate_West\n",
			"Anderson_east\n",
			"Anderson_west\n",
			"Artondale\n",
			"Burley_Cr\n",
			"Butler_Cr\n",
			"Campbell_Cr\n",
			"Chambers_Cr\n",
			"Coulter_Cr\n",
			"Cranberry_Cr\n",
			"Dana_Passage_North\n",
			"Dana_Passage_South\n",
			"Deer_Cr\n",
			"Capitol_Lake\n",
			"Capitol_Lake1\n",
			"Dutcher_Cove\n",
			"Ellis_Mission_Cr\n",
			"Filucy_Bay\n",
			"Fox_Island\n",
			"Frye_Cove\n",
			"Gallagher_Cove\n",
			"Glen_Cove\n",
			"Goldsborough_Cr\n",
			"McCormick_Cr\n",
			"Grant_East\n",
			"Grant_West\n",
			"Green_Cove\n",
			"Gull_Harbor\n",
			"Hale_Passage\n",
			"Henderson_Inlet\n",
			"Herron\n",
			"Hope_Island\n",
			"Jarrel_Cove\n",
			"Johns_Cr\n",
			"Kennedy_Schneider\n",
			"Kennedy_Schneider1\n",
			"Ketron\n",
			"Ketron_Island\n",
			"Mable_Taylor_Cr\n",
			"Mayo_Cove\n",
			"McAllister_Cr\n",
			"McAllister_Cr1\n",
			"McLane_Cove\n",
			"McLane_Cr\n",
			"McNeil_Isl\n",
			"Mill_Cr\n",
			"Minter_Cr\n",
			"Moxlie_Cr\n",
			"Nisqually_R\n",
			"Nisqually_R1\n",
			"Peale_Passage\n",
			"Perry_Cr\n",
			"Purdy_Cr\n",
			"Rocky_Cr\n",
			"Rosedale\n",
			"Schneider_Cr\n",
			"Sequalitchew_Cr\n",
			"Sherwood_Cr\n",
			"Skookum_Cr\n",
			"Snodgrass_Cr\n",
			"Squaxin_Island_East\n",
			"Squaxin_Island_West\n",
			"Sun_Pt\n",
			"Tolmie\n",
			"Van_Gelden\n",
			"Vaughn\n",
			"Whitman_Cove\n",
			"Wilson_Pt\n",
			"Woodard_Cr\n",
			"Woodland_Cr\n",
			"Young_Cove\n",
			"Hylebos_Cr\n",
			"Puyallup_R\n",
			"Puyallup_R1\n",
			"Bainbridge_Island_West\n",
			"Blackjack_Cr\n",
			"Chico_Cr\n",
			"Dyes_Inlet\n",
			"Gorst_Cr\n",
			"Liberty_Bay\n",
			"Miller_Bay\n",
			"Green_R\n",
			"Green_R1\n",
			"Bainbridge_Island_East\n",
			"Blake_Island\n",
			"Buenna\n",
			"Green_Valley_Cr\n",
			"Curley_Cr\n",
			"Des_Moines_Cr\n",
			"Ellisport\n",
			"Federal_Way\n",
			"Gig_Harbor\n",
			"Judd_Cr\n",
			"Kitsap_NE\n",
			"Lake_Washington\n",
			"Lake_Washington1\n",
			"Magnolia_Bch\n",
			"Maury_Island\n",
			"Miller_Cr\n",
			"Olalla_Cr\n",
			"Saltwater_St_Pk\n",
			"Shingle_Mill_Cr\n",
			"South_Snohomish\n",
			"Tahlequah\n",
			"University_Place\n",
			"Dabob_Bay\n",
			"Dosewallips_R\n",
			"Dosewallips_R1\n",
			"Duckabush_R\n",
			"Duckabush_R1\n",
			"Hamma_Hamma_R\n",
			"Hamma_Hamma_R1\n",
			"Kitsap_Hood\n",
			"Lynch_Cove\n",
			"Lynch_Cove1\n",
			"NW_Hood\n",
			"Port_Gamble\n",
			"Quilcene\n",
			"Quilcene1\n",
			"Skokomish_R\n",
			"Skokomish_R1\n",
			"Tahuya\n",
			"Tahuya1\n",
			"Skagit_R\n",
			"Skagit_R1\n",
			"Snohomish_R\n",
			"Snohomish_R1\n",
			"Stillaguamish_R\n",
			"Stillaguamish_R1\n",
			"Whidbey_east\n",
			"Port_Townsend\n",
			"Whidbey_west\n",
			"Birch_Bay\n",
			"Lopez_Island\n",
			"Nooksack_R\n",
			"Nooksack_R1\n",
			"Orcas_Island\n",
			"Samish_Bell_south\n",
			"Samish_Bell_south1\n",
			"San_Juan_Island\n",
			"Whatcom_Bell_north\n",
			"Clallam_Bay\n",
			"Discovery_Bay\n",
			"Dungeness_R\n",
			"Dungeness_R1\n",
			"Elwha_R\n",
			"Elwha_R1\n",
			"North_Olympic\n",
			"Port_Angeles\n",
			"Sequim_Bay\n",
			"Fraser_R\n",
			"Fraser_R1\n",
			"Howe_Sound\n",
			"Sunshine_Coast\n",
			"Vancouver_Isl_C\n",
			"Vancouver_Isl_N\n",
			"Vancouver_Isl_S\n",
			"Victoria_SJdF\n",
			"Boston_Harbor\n",
			"Carlyon\n",
			"Chambers_Creek\n",
			"Fort_Lewis\n",
			"Hartstene\n",
			"LOTT\n",
			"McNeil_Is\n",
			"Rustlewood\n",
			"Seashore_Villa\n",
			"Shelton\n",
			"Tamoshan\n",
			"Taylor_Bay\n",
			"Puyallup\n",
			"Tacoma_Central\n",
			"Tacoma_North\n",
			"US_Oil_&_Refining\n",
			"West_Rock\n",
			"Bainbridge_Kitsap_Co_7\n",
			"Bremerton\n",
			"Central_Kitsap\n",
			"Port_Orchard\n",
			"Suquamish\n",
			"Alderwood\n",
			"Bainbridge_Island_City\n",
			"Brightwater\n",
			"Edmonds\n",
			"Gig_Harbor\n",
			"Kitsap_Co_Kingston\n",
			"Lakota\n",
			"Lynnwood\n",
			"Manchester\n",
			"Messenger_House\n",
			"Midway\n",
			"Miller_Creek\n",
			"Redondo\n",
			"Salmon_Creek\n",
			"South_King\n",
			"Vashon\n",
			"West_Point\n",
			"Alderbrook\n",
			"Port_Gamble\n",
			"Coupeville\n",
			"Everett_Snohomish\n",
			"Kimberly_Clark\n",
			"La_Conner\n",
			"Lake_Stevens_001\n",
			"Lake_Stevens_002\n",
			"Langley\n",
			"Marysville\n",
			"Mt_Vernon\n",
			"Mukilteo\n",
			"Oak_Harbor_Lagoon\n",
			"Oak_Harbor_RBC\n",
			"OF100\n",
			"Penn_Cove\n",
			"Skagit_County_2_Big_Lake\n",
			"Snohomish\n",
			"Stanwood\n",
			"Swinomish\n",
			"Tulalip\n",
			"Warm_Beach_Campground\n",
			"Port_Ludlow\n",
			"Port_Townsend\n",
			"Port_Townsend_Paper\n",
			"Anacortes\n",
			"Bellingham\n",
			"Birch_Bay\n",
			"Blaine\n",
			"BP_Cherry_Point\n",
			"Conoco_Phillips\n",
			"Eastsound_Orcas_Village\n",
			"Eastsound_Water_District\n",
			"Fisherman_Bay\n",
			"Friday_Harbor\n",
			"Intalco\n",
			"Larrabee_State_Park\n",
			"Lummi_Goose_Pt\n",
			"Lummi_Sandy_Pt\n",
			"Makah\n",
			"Roche_Harbor\n",
			"Rosario_Utilities\n",
			"Shell_Oil\n",
			"Tesoro\n",
			"Whidbey_Naval_Station\n",
			"Clallam_Bay_POTW\n",
			"Clallam_DOC\n",
			"Nippon_Paper\n",
			"Port_Angeles\n",
			"Sekiu\n",
			"Sequim\n",
			"Annacis\n",
			"Iona\n",
			"Lions_Gate\n",
			"Lulu\n",
			"NW_Langley\n",
			"Clover_Point\n",
			"Gulf_Islands\n",
			"Macaulay\n",
			"Saanich\n",
			"Cushman_No_2\n",
			"Chehalis_R\n",
			"Chehalis_R1\n",
			"Willapa_R\n",
			"Willapa_R1\n",
			"Columbia_R\n",
			"Columbia_R1\n",
			"Willamette_R\n",
			"Willamette_R1\n",
			"Holberg\n",
			"North_East_Vancouver_Island\n",
			"Brooks_Peninsula\n",
			"Tahsis\n",
			"Nimpkish_River\n",
			"Tsitika_River\n",
			"Gold_River\n",
			"Salmon_River\n",
			"Clayoquot\n",
			"Campbell_River\n",
			"Quadra_Islands\n",
			"Alberni_Inlet\n",
			"Owikeno_Lake\n",
			"Homathco_River\n",
			"Klinaklini_River\n",
			"Seymour_Inlet\n",
			"Knight_Inlet\n",
			"Toba_Inlet\n",
			"Neil_Creek" ;
		:GroundWater_Forcing = "GROUND WATER FORCING IS OFF!" ;
		:Surface_Heat_Forcing = "FVCOM variable surface heat forcing file:\n",
			"FILE NAME:ssm_HSHORTDist_dist_hfx_2018.nc\n",
			"SOURCE:FVCOM grid (unstructured) surface forcing\n",
			"Unknown start date meta data format" ;
		:Surface_Wind_Forcing = "FVCOM variable surface Wind forcing:\n",
			"FILE NAME:ssm_HSHORTDist_dist_hfx_2018.nc\n",
			"SOURCE:FVCOM grid (unstructured) surface forcing\n",
			"Unknown start date meta data format" ;
		:Surface_PrecipEvap_Forcing = "SURFACE PRECIPITATION FORCING IS OFF" ;
		:NCO = "netCDF Operators version 4.9.1 (Homepage = http://nco.sf.net, Code = http://github.com/nco/nco)" ;
}