ttim.kuhlman_invlap
===================

.. py:module:: ttim.kuhlman_invlap


Attributes
----------

.. autoapisummary::

   ttim.kuhlman_invlap._fixed_talbot
   ttim.kuhlman_invlap._stehfest
   ttim.kuhlman_invlap._de_hoog


Classes
-------

.. autoapisummary::

   ttim.kuhlman_invlap.InverseLaplaceTransform
   ttim.kuhlman_invlap.FixedTalbot
   ttim.kuhlman_invlap.Stehfest
   ttim.kuhlman_invlap.deHoog


Functions
---------

.. autoapisummary::

   ttim.kuhlman_invlap.invertlaplace
   ttim.kuhlman_invlap.invlaptalbot
   ttim.kuhlman_invlap.invlapstehfest
   ttim.kuhlman_invlap.invlapdehoog


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

.. py:class:: InverseLaplaceTransform

   Bases: :py:obj:`object`


   .. py:attribute:: talbot_cache


   .. py:attribute:: stehfest_cache


   .. py:method:: clear()


   .. py:method:: calc_laplace_parameter(t, **kwargs)
      :abstractmethod:



   .. py:method:: calc_time_domain_solution(fp)
      :abstractmethod:



.. py:class:: FixedTalbot

   Bases: :py:obj:`InverseLaplaceTransform`


   .. py:method:: calc_laplace_parameter(t, **kwargs)


   .. py:method:: calc_time_domain_solution(fp, t)


.. py:class:: Stehfest

   Bases: :py:obj:`InverseLaplaceTransform`


   .. py:method:: calc_laplace_parameter(t, **kwargs)


   .. py:method:: _coeff()

      
      Compute the Salzer summation weights.

      Salzer summation weights (aka, "Stehfest coefficients") only depends on the
      approximation order (M) and the precision.















      ..
          !! processed by numpydoc !!


   .. py:method:: calc_time_domain_solution(fp, t)


.. py:class:: deHoog

   Bases: :py:obj:`InverseLaplaceTransform`


   .. py:method:: calc_laplace_parameter(t, **kwargs)


   .. py:method:: calc_time_domain_solution(fp, t)


.. py:data:: _fixed_talbot

.. py:data:: _stehfest

.. py:data:: _de_hoog

.. py:function:: invertlaplace(f, t, **kwargs)

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

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

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