AbsorptionLines

class pyarts.arts.AbsorptionLines

Contains line-by-line absorption information for a number of related absorption lines

Workspace methods that can generate AbsorptionLines

AbsorptionLinesCreate() AbsorptionLinesSet()

Workspace methods that require AbsorptionLines

AbsorptionLinesSet()

__init__(*args, **kwargs)

Overloaded function.

1. __init__(self: pyarts.arts.AbsorptionLines, selfbroadening: bool = False, bathbroadening: bool = False, cutoff: pyarts.arts.options.AbsorptionCutoffType = None, mirroring: pyarts.arts.options.AbsorptionMirroringType = None, population: pyarts.arts.options.AbsorptionPopulationType = LTE, normalization: pyarts.arts.options.AbsorptionNormalizationType = None, lineshapetype: pyarts.arts.options.LineShapeType = DP, T0: float = 296, cutofffreq: float = -1, linemixinglimit: float = -1, quantumidentity: pyarts.arts.QuantumIdentifier = H2O-161 , broadeningspecies: pyarts.arts.ArrayOfSpecies = , lines: pyarts.arts.ArrayOfAbsorptionSingleLine = ) -> None

From values

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

Copy instance

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

Automatic conversion from a workspace variable

Methods

LineShapeOutput(self, line, T, P, VMR)	Computes the line shape paramters for the given atmospheric state
__init__(*args, **kwargs)	Overloaded function.
fromxml(file)	Create AbsorptionLines from file
readxml(self, file)	Read AbsorptionLines from file
savexml(self, file[, type, clobber])	Saves AbsorptionLines to file

Attributes

T0	float Reference temperature for all parameters of the lines
bathbroadening	bool Does the line broadening have bath broadening?
broadeningspecies	ArrayOfSpecies A list of broadening specie
cutoff	AbsorptionCutoffType Cutoff type
cutofffreq	float Cutoff frequency
linemixinglimit	float Linemixing limit
lines	AbsorptionSingleLine A list of individual lines
lineshapetype	LineShapeType Line shape type
meta_data	String Catalog meta data string
mirroring	AbsorptionMirroringype Mirroring type
normalization	AbsorptionNormalizationType Normalization type
ok	bool If False, the catalog cannot be used for any calculations
population	AbsorptionPopulationType Line population distribution
quantumidentity	QuantumIdentifier Catalog ID
selfbroadening	bool Does the line broadening have self broadening?