bluemira.radiation_transport.flux_surfaces_maker
================================================

.. py:module:: bluemira.radiation_transport.flux_surfaces_maker

.. autoapi-nested-parse::

   A simplified 2-D solver for calculating charged particle heat loads.



Functions
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.. autoapisummary::

   bluemira.radiation_transport.flux_surfaces_maker.analyse_first_wall_flux_surfaces


Module Contents
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.. py:function:: analyse_first_wall_flux_surfaces(equilibrium: bluemira.equilibria.equilibrium.Equilibrium, first_wall: bluemira.geometry.coordinates.Coordinates, dx_mp: float = 0.001, source_sol_dl: float | None = None) -> tuple[numpy.typing.NDArray[float], numpy.typing.NDArray[float] | None, list[bluemira.equilibria.flux_surfaces.PartialOpenFluxSurface], float, float | None]

   A simplified charged particle transport model along open field lines.

   :param equilibrium: The equilibrium defining flux surfaces.
   :param first_wall: the first wall to analyse
   :param dx_mp: The midplane spatial resolution between flux surfaces [m]
   :param source_sol_dl: source scrape off layer discretisation (approximate)

   :returns: * *dx_omp* -- The midplane spatial resolution between flux surfaces at the outboard [m]
             * *dx_imp* -- The midplane spatial resolution between flux surfaces at the inboard [m]
             * *flux_surfaces* -- list of flux surfaces, all of which terminating at the first walls.
             * *x_sep_omp* -- intersection between the separatrix outboard and mid-plane.
             * *x_sep_imp* -- intersection between the separatrix inboard and mid-plane.