menus.run_viewer
================

.. py:module:: menus.run_viewer


Classes
-------

.. autoapisummary::

   menus.run_viewer.RunViewer


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

.. py:class:: RunViewer

   Bases: :py:obj:`qtpy.QtWidgets.QGroupBox`


   A widget for viewing in progress or completed runs, including
   the progress of the solver and the parameters.
   Output tracks and segmentation are visualized separately in napari layers.


   .. py:attribute:: edit_run


   .. py:attribute:: run
      :type:  motile_tracker.motile.backend.MotileRun | None
      :value: None



   .. py:attribute:: params_widget


   .. py:attribute:: solver_label
      :type:  qtpy.QtWidgets.QLabel


   .. py:attribute:: gap_plot
      :type:  pyqtgraph.PlotWidget


   .. py:method:: update_run(run: motile_tracker.motile.backend.MotileRun)

      Update the run being viewed. Changes the title, solver status and
      gap plot, and parameters being displayed.

      Args:
          run (MotileRun): The new run to display



   .. py:method:: _back_to_edit_widget() -> qtpy.QtWidgets.QWidget

      Create a widget for navigating back to the run editor with different
      parameters.

      Returns:
          QWidget: A widget with two buttons: one for navigating back to the
              previous run editor state, and one for populating the run
              editor with the currently viewed run's parameters.



   .. py:method:: _emit_run()

      Emit the edit_run signal with the current run. Used to populate
      the run editor with the current run's parameters.



   .. py:method:: _progress_widget() -> qtpy.QtWidgets.QWidget

      Create a widget containing solver progress and status.

      Returns:
          QWidget: A widget with a label indicating solver status and
              a collapsible graph of the solver gap.



   .. py:method:: _plot_widget() -> pyqtgraph.PlotWidget

      Returns:
          pg.PlotWidget: a widget containg an (empty) plot of the solver gap



   .. py:method:: _set_solver_label(status: str)


   .. py:method:: solver_event_update()


   .. py:method:: reset_progress()