xugrid.UgridDatasetAccessor#

class xugrid.UgridDatasetAccessor(obj: Dataset, grids: Sequence[Type[AbstractUgrid]])[source]#

__init__(obj: Dataset, grids: Sequence[Type[AbstractUgrid]])[source]#

Methods

`__init__`(obj, grids)
`assign_edge_coords`()	Assign edge coordinates from the grid to the object.
`assign_face_coords`()	Assign face coordinates from the grid to the object.
`assign_node_coords`()	Assign node coordinates from the grid to the object.
`clip_box`(xmin, ymin, xmax, ymax)	Clip the DataArray or Dataset by a bounding box.
`intersect_line`(start, end)	Intersect a line with the grid of this data, and fetch the values of the intersected faces.
`intersect_linestring`(linestring)	Intersect the grid along a collection of linestrings.
`partition`(n_part)	Partition a grid into a given number of parts.
`partition_by_label`(labels)	Partition a grid by labels.
`rasterize`(resolution)	Rasterize all face data on 2D unstructured grids by sampling.
`rasterize_like`(other)	Rasterize unstructured all face data on 2D unstructured grids by sampling on the x and y coordinates of `other`.
`reindex_like`(other[, tolerance])	Conform this object to match the topology of another object.
`rename`(new_name_or_name_dict)	Give a new name to the UGRID topology and update the associated coordinate and dimension names in the Dataset.
`sel`([x, y])
`sel_points`(x, y)	Select points in the unstructured grid.
`set_crs`([crs, epsg, allow_override, topology])	Set the Coordinate Reference System (CRS) of a UGRID topology.
`set_node_coords`(node_x, node_y[, topology])	Given names of x and y coordinates of the nodes of an object, set them as the coordinates in the grid.
`to_crs`([crs, epsg, topology])	Transform geometries to a new coordinate reference system.
`to_dataset`([optional_attributes])	Convert this UgridDataset into a standard xarray.Dataset.
`to_geodataframe`([dim_order])	Convert data and topology of one facet (node, edge, face) of the grid to a geopandas GeoDataFrame.
`to_netcdf`(args, *kwargs)	Write dataset contents to a UGRID compliant netCDF file.
`to_nonperiodic`(xmax)	Convert the grid from a periodic grid (where the rightmost boundary shares its nodes with the leftmost boundary) to an aperiodic grid, where the leftmost nodes are separate from the rightmost nodes.
`to_periodic`()	Convert every grid to a periodic grid, where the rightmost boundary shares its nodes with the leftmost boundary.
`to_zarr`(args, *kwargs)	Write dataset contents to a UGRID compliant Zarr file.

Attributes

`bounds`	Mapping from grid name to tuple containing `minx, miny, maxx, maxy` values of the grid's node coordinates for every grid in the dataset.
`crs`	The Coordinate Reference System (CRS) represented as a `pyproj.CRS` object.
`grid`	Returns the single UGRID topology in this dataset.
`name`	Returns name of the single UGRID topology in this dataset.
`names`	Names of all the UGRID topologies in the dataset.
`topology`	Mapping from names to UGRID topologies.
`total_bounds`	Returns a tuple containing `minx, miny, maxx, maxy` values for the bounds of the dataset as a whole.