hermess.run
===========

.. py:module:: hermess.run


Functions
---------

.. autoapisummary::

   hermess.run.warn_filter_network_mismatch
   hermess.run.run
   hermess.run.fplot
   hermess.run.clear_module


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

.. py:function:: warn_filter_network_mismatch(device_list, line_dyn: bool) -> None

   Warn (but continue) when an inverter's output-filter realization is
   physically incoherent with the network model.

   A quasi-static filter (``LCL_static``, the six filter quantities as algebraic
   variables) zeroes the fast LCL dynamics and presumes a quasi-static network
   (``line_dyn=False``); a dynamic filter (``LCL``, those quantities as
   differential states) presumes a dynamic network (``line_dyn=True``). The
   crossed pairings are physically incoherent and flagged.

   The filter realization is read from the filter strategy's own ``algebs()``:
   a quasi-static realization declares its quantities as private algebraics, a
   dynamic one declares none. Non-inverter devices have no ``_filter`` and are
   skipped.


.. py:function:: run(config: hermess.config.Config) -> hermess.system.DaeSim

   Initialize and run the dynamic simulation.


.. py:function:: fplot(config: hermess.config.Config)

   Plot voltage and differential states from the simulation.


.. py:function:: clear_module(module_name)

   Remove all attributes from a module, preparing it for a clean reload.