pyinterp.reduced_gaussian.Grid

class pyinterp.reduced_gaussian.Grid(self, mesh: pyinterp.core.reduced_gaussian.Mesh, fields: dict, zone: pyinterp.core.reduced_gaussian.Zone | None = None, a: numpy.ndarray[dtype = float64, shape=(*), order='C'] | None = None, b: numpy.ndarray[dtype = float64, shape=(*), order='C'] | None = None)

Bases: object

The fields of one time step on a mesh or a zone of it. The arrays are read without copy.

Build a grid from a dict of C-contiguous float32/float64 arrays of shape (points,) or (points, levels), with one row per point of the zone (or of the mesh without zone).

Attributes

a	(self) -> object
b	(self) -> object
field_names	(self) -> list[str]
fields	(self) -> dict
mesh	(self) -> pyinterp.core.reduced_gaussian.Mesh
zone	(self) -> pyinterp.core.reduced_gaussian.Zone

Special Methods

__new__(*args, **kwargs)