spectral_rad_observer_agendaSet

Workspace.spectral_rad_observer_agendaSet(self, spectral_rad_observer_agenda: pyarts3.arts.Agenda | None = None, option: pyarts3.arts.String | None = None) → None

Set spectral_rad_observer_agenda to a specific predefined option

Author: Automatically Generated

Parameters:

  • spectral_rad_observer_agenda (Agenda, optional) – Computes spectral radiance as seen from the input position and environment. See spectral_rad_observer_agenda, defaults to self.spectral_rad_observer_agenda [OUT]

  • option (String, optional) – Choice of generated agenda. Defaults to "Emission" [IN]

Valid options

These are the valid options for the spectral_rad_observer_agendaSet method. The listed method calls describe the order of the agenda calls for each option.

spectral_rad_observer_agendaSet(option="Emission")

  • Shares the global measurement_sensor

  • Shares the global ray_path_observer_agenda

  • Shares the global rte_option

  • Shares the global spectral_propmat_and_atm_path_agenda

  • Shares the global spectral_rad_observer_agenda

  • Shares the global spectral_rad_space_agenda

  • Shares the global spectral_rad_surface_agenda

  • ray_path_observer_agendaExecute()

  • hse_derivative = 0

  • spectral_radClearskyEmission()

  • spectral_rad_jacAddSensorJacobianPerturbations()

spectral_rad_observer_agendaSet(option="EmissionAdaptiveHalfsteps")

  • Shares the global max_stepsize

  • Shares the global measurement_sensor

  • Shares the global ray_path_observer_agenda

  • Shares the global spectral_propmat_agenda

  • Shares the global spectral_rad_observer_agenda

  • Shares the global spectral_rad_space_agenda

  • Shares the global spectral_rad_surface_agenda

  • ray_path_observer_agendaExecute()

  • ray_pointBackground()

  • spectral_rad_bkgAgendasAtEndOfPath()

  • atm_pathFromPath()

  • freq_grid_pathFromPath()

  • spectral_propmat_pathFromPath()

  • max_tau = 0.1

  • cutoff_tau = 3

  • spectral_propmat_pathAddAdaptiveHalfPath()

  • spectral_radSetToBackground()

  • hse_derivative = 0

  • spectral_radSinglePathEmissionFrequencyLoop()

  • spectral_rad_jacAddSensorJacobianPerturbations()

spectral_rad_observer_agendaSet(option="EmissionNoSensor")

  • Shares the global ray_path_observer_agenda

  • Shares the global rte_option

  • Shares the global spectral_propmat_and_atm_path_agenda

  • Shares the global spectral_rad_space_agenda

  • Shares the global spectral_rad_surface_agenda

  • ray_path_observer_agendaExecute()

  • hse_derivative = 0

  • spectral_radClearskyEmission()

spectral_rad_observer_agendaSet(option="MonteCarlo")

  • Shares the global measurement_sensor

  • Shares the global ray_path_observer_agenda

  • Shares the global scat_species

  • Shares the global spectral_propmat_agenda

  • Shares the global spectral_rad_observer_agenda

  • Shares the global spectral_rad_space_agenda

  • Shares the global spectral_rad_surface_agenda

  • mc_seed = 0

  • mc_min_iter = 100

  • mc_max_iter = 10000

  • mc_max_scatorder = 20

  • mc_std_err = 0

  • mc_max_time = 0

  • spectral_radMonteCarlo()

  • spectral_rad_jacAddSensorJacobianPerturbations()