Quick Start
-----------

The easy way to run this module is through `GUI <https://musesframework.io>`_ or the MUSES calculation engine
interface. The MUSES Calculation Engine Tutorial provides a detailed
explanation for running the calculation engine. Once one opens the JupyterHub
interface, one can define the following workflow and run the module:

.. code-block:: python

   wf_config = yaml.safe_load('''
       processes:
         - name: holography
           module: holographic_eos
           config:
               model_type: polynomial_hyperbolic
               eos_options:
                 eos_stages:
                   interpolate_points: true
                   maxwell_construction: true
                 temperature_options:
                   T_max: 420
                   T_min: 20
                   T_step: 10
                   N_phi0_lines: 40
                 chemical_potential_options:
                   mu_B_max: 400
                   mu_B_min: 0
                   mu_B_step: 10.0
                   N_Phi1_lines: 40
               transport_options:
                 transport_coefficient: true
                 velocity: 0.5
       components:
         - type: group
           name: run_holography_test
           group:
             - holography
   ''')



One can also choose to run the module by pulling the Docker
image and running the module locally.

Units
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

All thermodynamic variables are in the natural units, where everything is
in powers of MeV. The thermodynamic derivatives such as susceptibility are
dimensionless. Furthermore, all transport coefficients and energy loss observables
are also dimensionless. The units are also denoted in the header of the output files,
if one set the table format to be "legacy".