propagation_matrix_scattering_spectral_agenda
=============================================

.. currentmodule:: pyarts3.workspace

.. attribute:: Workspace.propagation_matrix_scattering_spectral_agenda
   :type: ~pyarts3.arts.Agenda
   
   Get the scattering propagation matrix, the scattering absorption vector, and the scattering spectral phase matrix.
   
   It is possible to execute :attr:`~pyarts3.workspace.Workspace.propagation_matrix_scattering_spectral_agenda` directly from the workspace by calling :func:`~pyarts3.workspace.Workspace.propagation_matrix_scattering_spectral_agendaExecute`.
   
   As all agendas in ARTS, :attr:`~pyarts3.workspace.Workspace.propagation_matrix_scattering_spectral_agenda` is also customizable via its operator helper class: :class:`~pyarts3.arts.propagation_matrix_scattering_spectral_agendaOperator`.
   See it, :func:`~pyarts3.workspace.Workspace.propagation_matrix_scattering_spectral_agendaSetOperator`, and :func:`~pyarts3.workspace.Workspace.propagation_matrix_scattering_spectral_agendaExecuteOperator` for more details.
   
   :attr:`~pyarts3.workspace.Workspace.propagation_matrix_scattering_spectral_agenda` have these constraints ():
   
   #. On output, :attr:`~pyarts3.workspace.Workspace.propagation_matrix_scattering` has the size of :attr:`~pyarts3.workspace.Workspace.frequency_grid`.
   #. On output, :attr:`~pyarts3.workspace.Workspace.absorption_vector_scattering` has the size of :attr:`~pyarts3.workspace.Workspace.frequency_grid`.
   #. On output, :attr:`~pyarts3.workspace.Workspace.phase_matrix_scattering_spectral` has the shape of <:attr:`~pyarts3.workspace.Workspace.legendre_degree` + 1> times the size of :attr:`~pyarts3.workspace.Workspace.frequency_grid`.
   
   
   
   
   Parameters
   ----------
   propagation_matrix_scattering : ~pyarts3.arts.PropmatVector
       The propgation matrix of totally random orientation particles at a single point along a path using spectral representation. See :attr:`~pyarts3.workspace.Workspace.propagation_matrix_scattering` **[OUT]**
   absorption_vector_scattering : ~pyarts3.arts.StokvecVector
       The absorption vector of totally random orientation particles at a single point along a path using spectral representation. See :attr:`~pyarts3.workspace.Workspace.absorption_vector_scattering` **[OUT]**
   phase_matrix_scattering_spectral : ~pyarts3.arts.SpecmatMatrix
       The spectral phase matrix of totally random orientation particles at a single point along a path using spectral representation. See :attr:`~pyarts3.workspace.Workspace.phase_matrix_scattering_spectral` **[OUT]**
   frequency_grid : ~pyarts3.arts.AscendingGrid
       A single frequency grid. See :attr:`~pyarts3.workspace.Workspace.frequency_grid` **[IN]**
   atmospheric_point : ~pyarts3.arts.AtmPoint
       An atmospheric point in ARTS. See :attr:`~pyarts3.workspace.Workspace.atmospheric_point` **[IN]**
   legendre_degree : ~pyarts3.arts.Index
       The degree of a Legendre polynimial. See :attr:`~pyarts3.workspace.Workspace.legendre_degree` **[IN]**
   
   
   
   .. rubric:: Default value
   
   #. :func:`~pyarts3.workspace.Workspace.propagation_matrix_scatteringSpectralInit`
   #. :func:`~pyarts3.workspace.Workspace.propagation_matrix_scatteringAddSpectralScatteringSpeciesTRO`
   
   
   
   
   .. rubric:: Input to workspace methods
   
   .. hlist::
       :columns: 1
   
       * :func:`~pyarts3.workspace.Workspace.propagation_matrix_scattering_spectral_agendaExecute` 
       * :func:`~pyarts3.workspace.Workspace.ray_path_propagation_matrix_scatteringFromSpectralAgenda`
   
   
   .. rubric:: Output from workspace methods
   
   .. hlist::
       :columns: 1
   
       * :func:`~pyarts3.workspace.Workspace.propagation_matrix_scattering_spectral_agendaSet` 
       * :func:`~pyarts3.workspace.Workspace.propagation_matrix_scattering_spectral_agendaSetOperator`
   
   
   .. rubric:: Related workspace variables
   
   .. hlist::
       :columns: 2
   
       * :attr:`~pyarts3.workspace.Workspace.absorption_vector_scattering` 
       * :attr:`~pyarts3.workspace.Workspace.phase_matrix_scattering_spectral` 
       * :attr:`~pyarts3.workspace.Workspace.propagation_matrix` 
       * :attr:`~pyarts3.workspace.Workspace.propagation_matrix_agenda` 
       * :attr:`~pyarts3.workspace.Workspace.propagation_matrix_jacobian` 
       * :attr:`~pyarts3.workspace.Workspace.propagation_matrix_scattering` 
       * :attr:`~pyarts3.workspace.Workspace.propagation_matrix_scattering_agenda` 
       * :attr:`~pyarts3.workspace.Workspace.propagation_matrix_source_vector_nonlte` 
       * :attr:`~pyarts3.workspace.Workspace.propagation_matrix_source_vector_nonlte_jacobian` 
       * :attr:`~pyarts3.workspace.Workspace.ray_path_absorption_vector_scattering` 
       * :attr:`~pyarts3.workspace.Workspace.ray_path_phase_matrix_scattering_spectral` 
       * :attr:`~pyarts3.workspace.Workspace.ray_path_propagation_matrix` 
       * :attr:`~pyarts3.workspace.Workspace.ray_path_propagation_matrix_jacobian` 
       * :attr:`~pyarts3.workspace.Workspace.ray_path_propagation_matrix_scattering` 
       * :attr:`~pyarts3.workspace.Workspace.ray_path_propagation_matrix_source_vector_nonlte` 
       * :attr:`~pyarts3.workspace.Workspace.ray_path_propagation_matrix_source_vector_nonlte_jacobian` 
       * :attr:`~pyarts3.workspace.Workspace.ray_path_spectral_radiance_scattering` 
       * :attr:`~pyarts3.workspace.Workspace.scattering_species`
   
   .. :class:`~pyarts3.arts.Agenda`