pencil.ism_dyn.ism_sedov_taylor
===============================

.. py:module:: pencil.ism_dyn.ism_sedov_taylor


Classes
-------

.. autoapisummary::

   pencil.ism_dyn.ism_sedov_taylor.SedovTaylor


Functions
---------

.. autoapisummary::

   pencil.ism_dyn.ism_sedov_taylor.sedov_taylor


Module Contents
---------------

.. py:function:: sedov_taylor(*args, **kwargs)

   Compute analytic radial time evolution of SN blast waves for
   comparison with numerical results

   *t_sedov*:
     Time_series object read from the simulation sn_series.dat

   *par*:
     Param object containing the simulation parameters

   *time*:
     list of time in code units

   *nt*:
     Integer size of analytic arrays

   *endt*
     Real end time in code units for the time series

   *dims*:
     Dimension of the simulation default 3D

   *rho0*:
     Ambient ISM density


.. py:class:: SedovTaylor

   Bases: :py:obj:`object`


   SedovTaylor -- holds blast wave parameters and radial profiles.

   Fill members with default values.


   .. py:attribute:: t
      :value: []



   .. py:attribute:: keys
      :value: []



   .. py:method:: get_st(t_sedov=None, par=list(), time=list(), nt=5000, startt=0.0, endt=0.005, dims=3, quiet=True, rho0=None, M0=10, lsnowplough=True, lcioffi=True)

      Compute analytic radial time evolution of SN blast waves for
      comparison with numerical results

      *t_sedov*:
        Time_series object read from the simulation sn_series.dat

      *par*:
        Param object containing the simulation parameters

      *time*:
        list of time in code units

      *nt*:
        Integer size of analytic arrays

      *endt*
        Real end time in code units for the time series

      *dims*:
        Dimension of the simulation default 3D

      *rho0*:
        Ambient ISM density

      *lsnowplough:
        Include original snowplough profile

      *lcioffi:
        Include Cioffi et al profile