Plasma3D
========

.. currentmodule:: plasmapy.plasma.sources.plasma3d

.. autoclass:: Plasma3D
   :show-inheritance:

   
     
   

   
   

   .. rubric:: Attributes Summary

   .. autosummary::
   
      ~Plasma3D.alfven_speed
      ~Plasma3D.density
      ~Plasma3D.domain_shape
      ~Plasma3D.electric_field
      ~Plasma3D.electric_field_strength
      ~Plasma3D.grid
      ~Plasma3D.magnetic_field
      ~Plasma3D.magnetic_field_strength
      ~Plasma3D.momentum
      ~Plasma3D.pressure
      ~Plasma3D.velocity
      ~Plasma3D.x
      ~Plasma3D.y
      ~Plasma3D.z

   
   

   
   

   .. rubric:: Methods Summary

   .. autosummary::
   
      ~Plasma3D.add_magnetostatic
      ~Plasma3D.average_ionization
      ~Plasma3D.electron_density
      ~Plasma3D.electron_temperature
      ~Plasma3D.ion_density
      ~Plasma3D.ion_temperature
      ~Plasma3D.is_datasource_for

   
   

   
   

   .. rubric:: Attributes Documentation

   
   .. autoattribute:: alfven_speed
   .. autoattribute:: density
   .. autoattribute:: domain_shape
   .. autoattribute:: electric_field
   .. autoattribute:: electric_field_strength
   .. autoattribute:: grid
   .. autoattribute:: magnetic_field
   .. autoattribute:: magnetic_field_strength
   .. autoattribute:: momentum
   .. autoattribute:: pressure
   .. autoattribute:: velocity
   .. autoattribute:: x
   .. autoattribute:: y
   .. autoattribute:: z

   
   

   
   

   .. rubric:: Methods Documentation

   
   .. automethod:: add_magnetostatic
   .. automethod:: average_ionization
   .. automethod:: electron_density
   .. automethod:: electron_temperature
   .. automethod:: ion_density
   .. automethod:: ion_temperature
   .. automethod:: is_datasource_for