RadiationVector

class pyarts.arts.RadiationVector

Contains the radiation vector as a function of frequency

This type is related to TransmissionMatrix

The stokes dimensionality translates directly to the size of the vector

Internally, this holds an efficiently packed list of these vectors

This is often used in combination with TransmissionMatrix to compute the radiative transfer through the atmosphere

It holds information about the radiance, unlike its cousin StokesVector, which holds information about the vector absorption/emission

Workspace methods that can generate RadiationVector

RadiationVectorCreate() RadiationVectorSet()

Workspace methods that require RadiationVector

RadiationVectorSet()

__init__(*args, **kwargs)

Overloaded function.

1. __init__(self: pyarts.arts.RadiationVector, nf: int = 0, ns: int = 1) -> None

Init by frequency size and stokes dimensionality

2. __init__(self: pyarts.arts.RadiationVector, val: pyarts.arts.RadiationVector) -> None

Copy instance

3. __init__(self: pyarts.arts.RadiationVector, wsv: pyarts.arts.WorkspaceVariable) -> None

Automatic conversion from a workspace variable

Methods

__init__(*args, **kwargs)	Overloaded function.
flatten(self)	As for numpy.ndarray
fromxml(file)	Create RadiationVector from file
readxml(self, file)	Read RadiationVector from file
savexml(self, file[, type, clobber])	Saves RadiationVector to file

Attributes

dtype	As for numpy.ndarray
ndim	As for numpy.ndarray
shape	As for numpy.ndarray
size	As for numpy.ndarray
value	ndarray Data array