spectral_radStepByStepEmission

Workspace.spectral_radStepByStepEmission(self, spectral_rad: StokvecVector = self.spectral_rad, spectral_rad_jac_path: StokvecTensor3 = self.spectral_rad_jac_path, spectral_tramat_path: TransmittanceMatrix = self.spectral_tramat_path, spectral_rad_srcvec_path: SourceVector = self.spectral_rad_srcvec_path, spectral_rad_bkg: StokvecVector = self.spectral_rad_bkg) → None

Gets the spectral radiance from the path.

This uses a step-by-step solver to propagate background radiation along the path.

Author: Richard Larsson

Used by wrapper methods

spectral_radClearskyEmission() spectral_radClearskyRayleighScattering() spectral_radClearskyScattering()

Parameters:

• spectral_rad (~pyarts3.arts.StokvecVector, optional) – A spectral radiance vector. Defaults to self.spectral_rad. [OUT]

• spectral_rad_jac_path (~pyarts3.arts.StokvecTensor3, optional) – Spectral radiance derivative along the propagation path. Defaults to self.spectral_rad_jac_path. [OUT]

• spectral_tramat_path (~pyarts3.arts.TransmittanceMatrix, optional) – Transmission matrices and derivatives along the propagation path. Defaults to self.spectral_tramat_path. [IN]

• spectral_rad_srcvec_path (~pyarts3.arts.SourceVector, optional) – Source vectors along the propagation path. Defaults to self.spectral_rad_srcvec_path. [IN]

• spectral_rad_bkg (~pyarts3.arts.StokvecVector, optional) – Spectral radiance from the background. Defaults to self.spectral_rad_bkg. [IN]