pyarts3.arts.tmatrix
====================

.. toctree::
  :hidden:

  pyarts3.arts.tmatrix.FixedResult
  pyarts3.arts.tmatrix.RandomResult
  pyarts3.arts.tmatrix.available
  pyarts3.arts.tmatrix.extended_precision
  pyarts3.arts.tmatrix.fixed
  pyarts3.arts.tmatrix.fixed_batch
  pyarts3.arts.tmatrix.random

.. automodule:: pyarts3.arts.tmatrix


.. rubric:: Classes


.. list-table::

  * - :class:`~pyarts3.arts.tmatrix.FixedResult`
    - Fixed form results of T-matrix evaluation for one geometry
  * - :class:`~pyarts3.arts.tmatrix.RandomResult`
    - Random form results of T-matrix evaluation for one distribution

.. rubric:: Functions


.. list-table:: 

  * - :func:`~pyarts3.arts.tmatrix.available`
    - Whether the Fortran backend is enabled.
  * - :func:`~pyarts3.arts.tmatrix.extended_precision`
    - Whether the selected backend uses extended-precision internals.
  * - :func:`~pyarts3.arts.tmatrix.fixed`
    - Compute a T-matrix and evaluate one geometry. radius_ratio=1 selects equal-volume radius; any other positive value selects equal-surface-area radius for spheroids/cylinders. shape=-1 selects a spheroid, -2 a cylinder. aspect_ratio is horizontal/rotational axis for spheroids, diameter/length for cylinders. alpha and beta specify the particle Euler angles.
  * - :func:`~pyarts3.arts.tmatrix.fixed_batch`
    - Compute one T-matrix and evaluate multiple geometries.
  * - :func:`~pyarts3.arts.tmatrix.random`
    - Compute a randomly oriented particle size distribution.