model.ClusterModel
==================

.. currentmodule:: model

.. autoclass:: ClusterModel

   

   
   .. rubric:: Methods

   .. autosummary::
      :toctree:
      :recursive:
   
      ~ClusterModel.__init__
      ~ClusterModel.check_dm_virial
      ~ClusterModel.check_hse
      ~ClusterModel.check_star_virial
      ~ClusterModel.correct
      ~ClusterModel.create_dataset
      ~ClusterModel.find_field_at_radius
      ~ClusterModel.find_radius_for_density
      ~ClusterModel.from_arrays
      ~ClusterModel.from_dens_and_entr
      ~ClusterModel.from_dens_and_tden
      ~ClusterModel.from_dens_and_temp
      ~ClusterModel.from_h5_file
      ~ClusterModel.generate_dm_particles
      ~ClusterModel.generate_gas_particles
      ~ClusterModel.generate_star_particles
      ~ClusterModel.generate_tracer_particles
      ~ClusterModel.items
      ~ClusterModel.keys
      ~ClusterModel.mass_in_radius
      ~ClusterModel.no_gas
      ~ClusterModel.panel_plot
      ~ClusterModel.plot
      ~ClusterModel.set_field
      ~ClusterModel.set_magnetic_field_from_beta
      ~ClusterModel.set_magnetic_field_from_density
      ~ClusterModel.set_rmax
      ~ClusterModel.values
      ~ClusterModel.write_model_to_ascii
      ~ClusterModel.write_model_to_binary
      ~ClusterModel.write_model_to_h5
   
   

   
   
   .. rubric:: Attributes

   .. autosummary::
      :toctree:
      :recursive:
   
      ~ClusterModel.default_fields
      ~ClusterModel.dm_virial
      ~ClusterModel.is_physical
      ~ClusterModel.properties
      ~ClusterModel.star_virial
      ~ClusterModel.fields
      ~ClusterModel.num_elements