:mod:`ocelot.utils.section_track`
=================================

.. py:module:: ocelot.utils.section_track

.. autoapi-nested-parse::

   Section class for s2e tracking.
   S.Tomin. XFEL/DESY. 2017



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

Classes
~~~~~~~

.. autoapisummary::

   ocelot.utils.section_track.SectionLattice
   ocelot.utils.section_track.SectionTrack



.. py:class:: SectionLattice(sequence, tws0=None, data_dir='.', *args, **kwargs)

   High level class to work with SectionTrack()

   .. method:: initialize(self, tws0=None, *args, **kwargs)


   .. method:: init_sections(self, *args, **kwargs)

      Method initiates section and return dictionary with initialized sections

      :return: self.dict_sections - dictionary


   .. method:: calculate_twiss(self, tws0=None)

      Method calculates twiss parameters for whole lattice [sequence of lattices]
      and assigns for each section initial Twiss() - section.tws0

      :param tws0: Twiss() - initial twiss parameters
      :return: return list of Twiss()


   .. method:: update_sections(self, sections, config=None, coupler_kick=False)


   .. method:: track_sections(self, sections, p_array, config=None, force_ext_p_array=False, coupler_kick=False, verbose=True)


   .. method:: load_twiss_track(self, sections)



.. py:class:: SectionTrack(data_dir, *args, **kwargs)

   .. method:: remove_coupler_kicks(self)


   .. method:: apply_matching(self, bounds=None)


   .. method:: bc_analysis(self)


   .. method:: get_bc_shoulders(self)


   .. method:: change_bc_shoulders(self, drift)


   .. method:: update_bunch_compressor(self, rho)


   .. method:: update_cavity(self, phi, v)


   .. method:: init_navigator(self)


   .. method:: add_physics_process(self, physics_process, start, stop)


   .. method:: read_beam_file(self)


   .. method:: folder_check_create(self, filename)


   .. method:: save_beam_file(self, particles)


   .. method:: save_twiss_file(self, twiss_list)


   .. method:: load_twiss_file(self)


   .. method:: get_tws_list(self)


   .. method:: tracking(self, particles=None)