LineShapeCalculator

class pyarts.arts.LineShapeCalculator

Class to compute the line shape

Note that the normalization assumes sum(VMR) is 1 for good results but does not enforce it.

__init__(self: pyarts.arts.LineShapeCalculator, band: pyarts.arts.AbsorptionLines, line: int, T: float, P: float, VMR: pyarts.arts.Vector, zeeman: pyarts.arts.ZeemanPolarization = None, H: float = 0, iz: int = 0) → None

By values

Methods

F(*args, **kwargs)	Overloaded function.
__init__(self, band, line, T, P, VMR[, ...])	By values
dFdD0(self, d)	Derivative of line shape wrt line shape model parameter
dFdD2(self, d)	Derivative of line shape wrt line shape model parameter
dFdDV(self, d)	Derivative of line shape wrt line shape model parameter
dFdETA(self, d)	Derivative of line shape wrt line shape model parameter
dFdF0(self)	Derivative of line shape wrt line frequency
dFdFVC(self, d)	Derivative of line shape wrt line shape model parameter
dFdG0(self, d)	Derivative of line shape wrt line shape model parameter
dFdG2(self, d)	Derivative of line shape wrt line shape model parameter
dFdH(self, dfdH)	Derivative of line shape wrt magnetic magnitude
dFdT(self, dXdT, T)	Derivative of line shape wrt temperature
dFdVMR(self, dXdVMR)	Derivative of line shape wrt VMR
dFdf(self)	Derivative of line shape wrt frequency