x1.642.grid.header

netcdf x1.642.grid {
dimensions:
	nCells = 642 ;
	nEdges = 1920 ;
	nVertices = 1280 ;
	maxEdges = 10 ;
	maxEdges2 = 20 ;
	TWO = 2 ;
	vertexDegree = 3 ;
	nVertLevels = 1 ;
	nTracers = 1 ;
	Time = UNLIMITED ; // (1 currently)
variables:
	double latCell(nCells) ;
	double lonCell(nCells) ;
	double xCell(nCells) ;
	double yCell(nCells) ;
	double zCell(nCells) ;
	int indexToCellID(nCells) ;
	double latEdge(nEdges) ;
	double lonEdge(nEdges) ;
	double xEdge(nEdges) ;
	double yEdge(nEdges) ;
	double zEdge(nEdges) ;
	int indexToEdgeID(nEdges) ;
	double latVertex(nVertices) ;
	double lonVertex(nVertices) ;
	double xVertex(nVertices) ;
	double yVertex(nVertices) ;
	double zVertex(nVertices) ;
	int indexToVertexID(nVertices) ;
	int cellsOnEdge(nEdges, TWO) ;
	int nEdgesOnCell(nCells) ;
	int nEdgesOnEdge(nEdges) ;
	int edgesOnCell(nCells, maxEdges) ;
	int edgesOnEdge(nEdges, maxEdges2) ;
	double weightsOnEdge(nEdges, maxEdges2) ;
	double dvEdge(nEdges) ;
	double dv1Edge(nEdges) ;
	double dv2Edge(nEdges) ;
	double dcEdge(nEdges) ;
	double angleEdge(nEdges) ;
	double areaCell(nCells) ;
	double areaTriangle(nVertices) ;
	int cellsOnCell(nCells, maxEdges) ;
	int verticesOnCell(nCells, maxEdges) ;
	int verticesOnEdge(nEdges, TWO) ;
	int edgesOnVertex(nVertices, vertexDegree) ;
	int cellsOnVertex(nVertices, vertexDegree) ;
	double kiteAreasOnVertex(nVertices, vertexDegree) ;
	double fEdge(nEdges) ;
	double fVertex(nVertices) ;
	double h_s(nCells) ;
	double u(Time, nEdges, nVertLevels) ;
	double v(Time, nEdges, nVertLevels) ;
	double h(Time, nCells, nVertLevels) ;
	double vh(Time, nEdges, nVertLevels) ;
	double circulation(Time, nVertices, nVertLevels) ;
	double vorticity(Time, nVertices, nVertLevels) ;
	double ke(Time, nCells, nVertLevels) ;
	double tracers(Time, nCells, nVertLevels, nTracers) ;

// global attributes:
		:np = 642 ;
		:n_scvt_iterations = 10000000 ;
		:eps = 1.e-09 ;
		:c_lat = 30. ;
		:c_lon = 270. ;
		:width = 0.15 ;
		:trans_center = 30. ;
		:min_val = 1. ;
		:Convergence = "L2" ;
		:Scale_eps = "No" ;
		:DensityFunction = "density_for_point = ((tanh((trans_center*pi-r)*(1.0/width))+1.0)/2)/norm + min_val" ;
		:scaled_eps = 3.94668518981929e-11 ;
}