pyarts3.arts.vdisort
====================

.. toctree::
  :hidden:

  pyarts3.arts.vdisort.ArrayOfBDRF
  pyarts3.arts.vdisort.DeltaMTransportData
  pyarts3.arts.vdisort.combine_beam_phase_matrices
  pyarts3.arts.vdisort.combine_fourier_modes
  pyarts3.arts.vdisort.combine_phase_matrices
  pyarts3.arts.vdisort.cox_munk_fourier_modes
  pyarts3.arts.vdisort.cox_munk_lambertian_fourier_modes
  pyarts3.arts.vdisort.cox_munk_reflection
  pyarts3.arts.vdisort.delta_m_preprocess
  pyarts3.arts.vdisort.fresnel_fourier_modes
  pyarts3.arts.vdisort.fresnel_lambertian_fourier_modes
  pyarts3.arts.vdisort.fresnel_reflection
  pyarts3.arts.vdisort.hapke_fourier_modes
  pyarts3.arts.vdisort.lambertian_fourier_modes
  pyarts3.arts.vdisort.ross_li_fourier_modes
  pyarts3.arts.vdisort.rpv_fourier_modes

.. automodule:: pyarts3.arts.vdisort


.. rubric:: Classes


.. list-table::

  * - :class:`~pyarts3.arts.vdisort.ArrayOfBDRF`
    - An array of polarized BDRF Fourier modes
  * - :class:`~pyarts3.arts.vdisort.DeltaMTransportData`
    - Solver-ready result of an explicitly specified polarized delta-M transform

.. rubric:: Functions


.. list-table:: 

  * - :func:`~pyarts3.arts.vdisort.combine_beam_phase_matrices`
    - Convert ordinary cosine/sine beam phase coefficients to the combined VDISORT representation.
  * - :func:`~pyarts3.arts.vdisort.combine_fourier_modes`
    - Form a weighted sum of two polarized Fourier-mode surface models
  * - :func:`~pyarts3.arts.vdisort.combine_phase_matrices`
    - Convert ordinary cosine/sine phase coefficients to the combined VDISORT representation.
  * - :func:`~pyarts3.arts.vdisort.cox_munk_fourier_modes`
    - Construct VDISORT-ready combined Fourier modes for a polarized Cox-Munk ocean
  * - :func:`~pyarts3.arts.vdisort.cox_munk_lambertian_fourier_modes`
    - Construct a rough Fresnel Cox-Munk/depolarizing-Lambertian VDISORT mixture
  * - :func:`~pyarts3.arts.vdisort.cox_munk_reflection`
    - Evaluate the raw polarized Cox-Munk BPrDF in the ARTS Stokes basis
  * - :func:`~pyarts3.arts.vdisort.delta_m_preprocess`
    - Apply a caller-defined polarized delta-M split and return solver-ready transport inputs
  * - :func:`~pyarts3.arts.vdisort.fresnel_fourier_modes`
    - Construct quadrature-normalized VDISORT Fourier modes for an ideal Fresnel surface
  * - :func:`~pyarts3.arts.vdisort.fresnel_lambertian_fourier_modes`
    - Construct an ideal Fresnel/depolarizing-Lambertian VDISORT mixture
  * - :func:`~pyarts3.arts.vdisort.fresnel_reflection`
    - Evaluate the polarized Fresnel reflection matrix of a flat dielectric interface
  * - :func:`~pyarts3.arts.vdisort.hapke_fourier_modes`
    - Construct fully depolarizing Hapke VDISORT Fourier modes
  * - :func:`~pyarts3.arts.vdisort.lambertian_fourier_modes`
    - Construct exact fully depolarizing Lambertian VDISORT Fourier modes
  * - :func:`~pyarts3.arts.vdisort.ross_li_fourier_modes`
    - Construct fully depolarizing Ross-Li VDISORT Fourier modes
  * - :func:`~pyarts3.arts.vdisort.rpv_fourier_modes`
    - Construct fully depolarizing RPV VDISORT Fourier modes

.. rubric:: Static Data


.. list-table::

    * - ``pyarts3.arts.vdisort.cosine_mode``
      - :class:`~int`
      - 0
    * - ``pyarts3.arts.vdisort.sine_mode``
      - :class:`~int`
      - 1
    * - ``pyarts3.arts.vdisort.stokes_dimension``
      - :class:`~int`
      - 4