netcdf nyc.static {
dimensions:
	StrLen = 64 ;
	Time = UNLIMITED ; // (1 currently)
	nCells = 27862 ;
	nEdges = 84247 ;
	nVertices = 56386 ;
	TWO = 2 ;
	maxEdges = 6 ;
	maxEdges2 = 12 ;
	vertexDegree = 3 ;
	R3 = 3 ;
	nMonths = 12 ;
	nSoilComps = 8 ;
	FIFTEEN = 15 ;
variables:
	char xtime(Time, StrLen) ;
		xtime:units = "YYYY-MM-DD_hh:mm:ss" ;
		xtime:long_name = "Model valid time" ;
	float Time(Time) ;
		Time:units = "seconds since 2010-10-23 00:00:00" ;
		Time:long_name = "CF-compliant valid time" ;
		Time:standard_name = "time" ;
	float latCell(nCells) ;
		latCell:units = "rad" ;
		latCell:long_name = "Latitude of cells" ;
	float lonCell(nCells) ;
		lonCell:units = "rad" ;
		lonCell:long_name = "Longitude of cells" ;
	float xCell(nCells) ;
		xCell:units = "m" ;
		xCell:long_name = "Cartesian x-coordinate of cells" ;
	float yCell(nCells) ;
		yCell:units = "m" ;
		yCell:long_name = "Cartesian y-coordinate of cells" ;
	float zCell(nCells) ;
		zCell:units = "m" ;
		zCell:long_name = "Cartesian z-coordinate of cells" ;
	int indexToCellID(nCells) ;
		indexToCellID:units = "-" ;
		indexToCellID:long_name = "Mapping from local array index to global cell ID" ;
	float latEdge(nEdges) ;
		latEdge:units = "rad" ;
		latEdge:long_name = "Latitude of edges" ;
	float lonEdge(nEdges) ;
		lonEdge:units = "rad" ;
		lonEdge:long_name = "Longitude of edges" ;
	float xEdge(nEdges) ;
		xEdge:units = "m" ;
		xEdge:long_name = "Cartesian x-coordinate of edges" ;
	float yEdge(nEdges) ;
		yEdge:units = "m" ;
		yEdge:long_name = "Cartesian y-coordinate of edges" ;
	float zEdge(nEdges) ;
		zEdge:units = "m" ;
		zEdge:long_name = "Cartesian z-coordinate of edges" ;
	int indexToEdgeID(nEdges) ;
		indexToEdgeID:units = "-" ;
		indexToEdgeID:long_name = "Mapping from local array index to global edge ID" ;
	float latVertex(nVertices) ;
		latVertex:units = "rad" ;
		latVertex:long_name = "Latitude of vertices" ;
	float lonVertex(nVertices) ;
		lonVertex:units = "rad" ;
		lonVertex:long_name = "Longitude of vertices" ;
	float xVertex(nVertices) ;
		xVertex:units = "m" ;
		xVertex:long_name = "Cartesian x-coordinate of vertices" ;
	float yVertex(nVertices) ;
		yVertex:units = "m" ;
		yVertex:long_name = "Cartesian y-coordinate of vertices" ;
	float zVertex(nVertices) ;
		zVertex:units = "m" ;
		zVertex:long_name = "Cartesian z-coordinate of vertices" ;
	int indexToVertexID(nVertices) ;
		indexToVertexID:units = "-" ;
		indexToVertexID:long_name = "Mapping from local array index to global vertex ID" ;
	int cellsOnEdge(nEdges, TWO) ;
		cellsOnEdge:units = "-" ;
		cellsOnEdge:long_name = "IDs of cells divided by an edge" ;
	int nEdgesOnCell(nCells) ;
		nEdgesOnCell:units = "-" ;
		nEdgesOnCell:long_name = "Number of edges forming the boundary of a cell" ;
	int nEdgesOnEdge(nEdges) ;
		nEdgesOnEdge:units = "-" ;
		nEdgesOnEdge:long_name = "Number of edges involved in reconstruction of tangential velocity for an edge" ;
	int edgesOnCell(nCells, maxEdges) ;
		edgesOnCell:units = "-" ;
		edgesOnCell:long_name = "IDs of edges forming the boundary of a cell" ;
	int edgesOnEdge(nEdges, maxEdges2) ;
		edgesOnEdge:units = "-" ;
		edgesOnEdge:long_name = "IDs of edges involved in reconstruction of tangential velocity for an edge" ;
	float weightsOnEdge(nEdges, maxEdges2) ;
		weightsOnEdge:units = "-" ;
		weightsOnEdge:long_name = "Weights used in reconstruction of tangential velocity for an edge" ;
	float dvEdge(nEdges) ;
		dvEdge:units = "-" ;
		dvEdge:long_name = "Spherical distance between vertex endpoints of an edge" ;
	float dcEdge(nEdges) ;
		dcEdge:units = "m" ;
		dcEdge:long_name = "Spherical distance between cells separated by an edge" ;
	float angleEdge(nEdges) ;
		angleEdge:units = "rad" ;
		angleEdge:long_name = "Angle between local north and the positive tangential direction of an edge" ;
	float areaCell(nCells) ;
		areaCell:units = "m^2" ;
		areaCell:long_name = "Spherical area of a Voronoi cell" ;
	float areaTriangle(nVertices) ;
		areaTriangle:units = "m^2" ;
		areaTriangle:long_name = "Spherical area of a Delaunay triangle" ;
	int cellsOnCell(nCells, maxEdges) ;
		cellsOnCell:units = "-" ;
		cellsOnCell:long_name = "IDs of cells neighboring a cell" ;
	int verticesOnCell(nCells, maxEdges) ;
		verticesOnCell:units = "-" ;
		verticesOnCell:long_name = "IDs of vertices (corner points) of a cell" ;
	int verticesOnEdge(nEdges, TWO) ;
		verticesOnEdge:units = "-" ;
		verticesOnEdge:long_name = "IDs of the two vertex endpoints of an edge" ;
	int edgesOnVertex(nVertices, vertexDegree) ;
		edgesOnVertex:units = "-" ;
		edgesOnVertex:long_name = "IDs of the edges that meet at a vertex" ;
	int cellsOnVertex(nVertices, vertexDegree) ;
		cellsOnVertex:units = "-" ;
		cellsOnVertex:long_name = "IDs of the cells that meet at a vertex" ;
	float kiteAreasOnVertex(nVertices, vertexDegree) ;
		kiteAreasOnVertex:units = "m^2" ;
		kiteAreasOnVertex:long_name = "Intersection areas between primal (Voronoi) and dual (triangular) mesh cells" ;
	float meshDensity(nCells) ;
		meshDensity:units = "unitless" ;
		meshDensity:long_name = "Mesh density function (used when generating the mesh) evaluated at a cell" ;
	float nominalMinDc ;
		nominalMinDc:units = "m" ;
		nominalMinDc:long_name = "Nominal minimum dcEdge value where meshDensity == 1.0" ;
	int bdyMaskCell(nCells) ;
		bdyMaskCell:units = "-" ;
		bdyMaskCell:long_name = "Indicator of whether a cell is an interior cell, a relaxation-zone cell, or a specified-zone cell" ;
	int bdyMaskEdge(nEdges) ;
		bdyMaskEdge:units = "-" ;
		bdyMaskEdge:long_name = "Indicator of whether an edge is an interior edge, a relaxation-zone edge, or a specified-zone edge" ;
	int bdyMaskVertex(nVertices) ;
		bdyMaskVertex:units = "-" ;
		bdyMaskVertex:long_name = "Indicator of whether an vertex is an interior vertex, a relaxation-zone vertex, or a specified-zone vertex" ;
	float edgeNormalVectors(nEdges, R3) ;
		edgeNormalVectors:units = "unitless" ;
		edgeNormalVectors:long_name = "Cartesian components of the vector normal to an edge and tangential to the surface of the sphere" ;
	float localVerticalUnitVectors(nCells, R3) ;
		localVerticalUnitVectors:units = "unitless" ;
		localVerticalUnitVectors:long_name = "Cartesian components of the vector pointing in the local vertical direction for a cell" ;
	float cellTangentPlane(nCells, TWO, R3) ;
		cellTangentPlane:units = "unitless" ;
		cellTangentPlane:long_name = "Components of a pair of vectors defining the tangent plane at a cell" ;
	float fEdge(nEdges) ;
		fEdge:units = "unitless" ;
		fEdge:long_name = "Coriolis parameter at an edge" ;
	float fVertex(nVertices) ;
		fVertex:units = "unitless" ;
		fVertex:long_name = "Coriolis parameter at a vertex" ;
	float ter(nCells) ;
		ter:units = "m" ;
		ter:long_name = "terrain height" ;
	int landmask(nCells) ;
		landmask:units = "unitless" ;
		landmask:long_name = "land-ocean mask (1=land ; 0=ocean)" ;
	char mminlu(StrLen) ;
		mminlu:units = "unitless" ;
		mminlu:long_name = "land use classification" ;
	int isice_lu ;
		isice_lu:units = "unitless" ;
		isice_lu:long_name = "Index category for snow/ice" ;
	int iswater_lu ;
		iswater_lu:units = "unitless" ;
		iswater_lu:long_name = "Index category for water" ;
	int ivgtyp(nCells) ;
		ivgtyp:units = "unitless" ;
		ivgtyp:long_name = "dominant vegetation category" ;
	int isltyp(nCells) ;
		isltyp:units = "unitless" ;
		isltyp:long_name = "dominate soil category" ;
	float snoalb(nCells) ;
		snoalb:units = "unitless" ;
		snoalb:long_name = "annual maximum snow albedo" ;
	float soiltemp(nCells) ;
		soiltemp:units = "K" ;
		soiltemp:long_name = "annual mean deep soil temperature" ;
	float greenfrac(nCells, nMonths) ;
		greenfrac:units = "unitless" ;
		greenfrac:long_name = "monthly-mean climatological greeness fraction" ;
	float shdmin(nCells) ;
		shdmin:units = "unitless" ;
		shdmin:long_name = "minimum fractional coverage of annual green vegetation fraction" ;
	float shdmax(nCells) ;
		shdmax:units = "unitless" ;
		shdmax:long_name = "maximum fractional coverage of annual green vegetation fraction" ;
	float albedo12m(nCells, nMonths) ;
		albedo12m:units = "unitless" ;
		albedo12m:long_name = "monthly-mean climatological surface albedo" ;
	float soilcomp(nCells, nSoilComps) ;
		soilcomp:units = "percent" ;
		soilcomp:long_name = "soil composition needed as input in the NOAH-MP land surface model" ;
	float soilcl1(nCells) ;
		soilcl1:units = "unitless" ;
		soilcl1:long_name = "soil texture class level 1 needed as input for the NOAH-MP land surface model" ;
	float soilcl2(nCells) ;
		soilcl2:units = "unitless" ;
		soilcl2:long_name = "soil texture class level 2 needed as input for the NOAH-MP land surface model" ;
	float soilcl3(nCells) ;
		soilcl3:units = "unitless" ;
		soilcl3:long_name = "soil texture class level 3 needed as input for the NOAH-MP land surface model" ;
	float soilcl4(nCells) ;
		soilcl4:units = "unitless" ;
		soilcl4:long_name = "soil texture class level 4 needed as input for the NOAH-MP land surface model" ;
	float var2d(nCells) ;
		var2d:units = "m" ;
		var2d:long_name = "standard deviation of subgrid-scale orography" ;
	float con(nCells) ;
		con:units = "unitless" ;
		con:long_name = "orographic convexity" ;
	float oa1(nCells) ;
		oa1:units = "unitless" ;
		oa1:long_name = "asymmetry of subgrid-scale orography for westerly flow" ;
	float oa2(nCells) ;
		oa2:units = "unitless" ;
		oa2:long_name = "asymmetry of subgrid-scale orography for southerly flow" ;
	float oa3(nCells) ;
		oa3:units = "unitless" ;
		oa3:long_name = "asymmetry of subgrid-scale orography for south-westerly flow" ;
	float oa4(nCells) ;
		oa4:units = "unitless" ;
		oa4:long_name = "asymmetry of subgrid-scale orography for north-westerly flow" ;
	float ol1(nCells) ;
		ol1:units = "unitless" ;
		ol1:long_name = "effective orographic length for westerly flow" ;
	float ol2(nCells) ;
		ol2:units = "unitless" ;
		ol2:long_name = "effective orographic length for southerly flow" ;
	float ol3(nCells) ;
		ol3:units = "unitles" ;
		ol3:long_name = "effective orographic length for south-westerly flow" ;
	float ol4(nCells) ;
		ol4:units = "unitless" ;
		ol4:long_name = "effective orographic length for north-westerly flow" ;
	float deriv_two(nEdges, TWO, FIFTEEN) ;
		deriv_two:units = "unitless" ;
		deriv_two:long_name = "weights for cell-centered second derivative, normal to edge, for transport scheme" ;
	float defc_a(nCells, maxEdges) ;
		defc_a:units = "unitless" ;
		defc_a:long_name = "Coefficients for computing the off-diagonal components of the horizontal deformation" ;
	float defc_b(nCells, maxEdges) ;
		defc_b:units = "unitless" ;
		defc_b:long_name = "Coefficients for computing the diagonal components of the horizontal deformation" ;
	float cell_gradient_coef_x(nCells, maxEdges) ;
		cell_gradient_coef_x:units = "m^-1" ;
		cell_gradient_coef_x:long_name = "Coefficients for computing the x (zonal) derivative of a cell-centered variable" ;
	float cell_gradient_coef_y(nCells, maxEdges) ;
		cell_gradient_coef_y:units = "m^-1" ;
		cell_gradient_coef_y:long_name = "Coefficients for computing the y (meridional) derivative of a cell-centered variable" ;
	float coeffs_reconstruct(nCells, maxEdges, R3) ;
		coeffs_reconstruct:units = "unitless" ;
		coeffs_reconstruct:long_name = "Coefficients to reconstruct velocity vectors at cell centers" ;

// global attributes:
		:model_name = "mpas" ;
		:core_name = "init_atmosphere" ;
		:source = "MPAS" ;
		:Conventions = "MPAS" ;
		:git_version = "v8.2.1" ;
		:on_a_sphere = "YES" ;
		:sphere_radius = 6371229.f ;
		:is_periodic = "NO" ;
		:x_period = 0.f ;
		:y_period = 0.f ;
		:history = "mpirun -n 1 ./init_atmosphere_model" ;
		:parent_id = "" ;
		:mesh_spec = "0.0" ;
		:config_init_case = 7 ;
		:config_calendar_type = "gregorian" ;
		:config_start_time = "2010-10-23_00:00:00" ;
		:config_stop_time = "2010-10-23_00:00:00" ;
		:config_theta_adv_order = 3 ;
		:config_coef_3rd_order = 0.25f ;
		:config_num_halos = 2 ;
		:config_interface_projection = "linear_interpolation" ;
		:config_nvertlevels = 55 ;
		:config_nsoillevels = 4 ;
		:config_nfglevels = 38 ;
		:config_nfgsoillevels = 4 ;
		:config_gocartlevels = 30 ;
		:config_months = 12 ;
		:config_geog_data_path = "/media/jhbravo/satelite/WPS_GEOG/" ;
		:config_met_prefix = "CFSR" ;
		:config_sfc_prefix = "SST" ;
		:config_fg_interval = 86400 ;
		:config_landuse_data = "MODIFIED_IGBP_MODIS_NOAH" ;
		:config_topo_data = "GMTED2010" ;
		:config_vegfrac_data = "MODIS" ;
		:config_albedo_data = "MODIS" ;
		:config_maxsnowalbedo_data = "MODIS" ;
		:config_supersample_factor = 3 ;
		:config_30s_supersample_factor = 1 ;
		:config_use_spechumd = "NO" ;
		:config_ztop = 30000.f ;
		:config_nsmterrain = 1 ;
		:config_smooth_surfaces = "YES" ;
		:config_dzmin = 0.3f ;
		:config_nsm = 30 ;
		:config_tc_vertical_grid = "YES" ;
		:config_specified_zeta_levels = "" ;
		:config_blend_bdy_terrain = "NO" ;
		:config_extrap_airtemp = "lapse-rate" ;
		:config_static_interp = "YES" ;
		:config_native_gwd_static = "YES" ;
		:config_gwd_cell_scaling = 1.f ;
		:config_vertical_grid = "NO" ;
		:config_met_interp = "NO" ;
		:config_input_sst = "NO" ;
		:config_frac_seaice = "NO" ;
		:config_tsk_seaice_threshold = 100.f ;
		:config_pio_num_iotasks = 0 ;
		:config_pio_stride = 1 ;
		:config_block_decomp_file_prefix = "x1.40962.graph.info.part." ;
		:config_number_of_blocks = 0 ;
		:config_explicit_proc_decomp = "NO" ;
		:config_proc_decomp_file_prefix = "graph.info.part." ;
		:file_id = "y04qn54xp7" ;
}