:py:mod:`FELiCS.Equation.dependentVariables.equationOfStateHandler`
===================================================================

.. py:module:: FELiCS.Equation.dependentVariables.equationOfStateHandler


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

Classes
~~~~~~~

.. autoapisummary::

   FELiCS.Equation.dependentVariables.equationOfStateHandler.equationOfStateHandler




Attributes
~~~~~~~~~~

.. autoapisummary::

   FELiCS.Equation.dependentVariables.equationOfStateHandler.logger


.. py:data:: logger

   

.. py:class:: equationOfStateHandler


   Handles the thermodynamic relationships between temperature, pressure,
   and density using different forms of the Equation of State (EoS),
   including linearized and mean-flow versions.

   This class links flow variables based on the chosen EoS, which may
   be either `IdealGas` or `Low-Mach`. It ensures that, given any two
   of the three thermodynamic quantities (pressure, temperature, and
   density), the third can be deduced according to the selected EoS.

   It is primarily intended to support FELiCS simulations by connecting
   transported fluctuation variables with background mean fields.

   **Initialize the equationOfStateHandler object**

   :param None:

   :ivar _fieldDict: Stores fluctuation variables computed from EoS.
   :vartype _fieldDict: :py:class:`dict`
   :ivar _param: Reference to the FELiCS parameter configuration.
   :vartype _param: :py:class:`object`
   :ivar _mean: Reference to the FELiCS mean flow object.
   :vartype _mean: :py:class:`object`
   :ivar _isSolution: Indicates if the current instance deals with a fluctuation solution.

   :vartype _isSolution: :py:class:`bool`