geoprob_pipe.visualizations.graphs
==================================

.. py:module:: geoprob_pipe.visualizations.graphs


Submodules
----------

.. toctree::
   :maxdepth: 1

   /autoapi/geoprob_pipe/visualizations/graphs/betrouwbaarheidsindex/index
   /autoapi/geoprob_pipe/visualizations/graphs/hfreq/index
   /autoapi/geoprob_pipe/visualizations/graphs/invloedsfactoren/index
   /autoapi/geoprob_pipe/visualizations/graphs/overview_alpha/index
   /autoapi/geoprob_pipe/visualizations/graphs/phreatic_waterline/index
   /autoapi/geoprob_pipe/visualizations/graphs/physical_values_along_levee/index
   /autoapi/geoprob_pipe/visualizations/graphs/river_waterlevel/index


Classes
-------

.. autoapisummary::

   geoprob_pipe.visualizations.graphs.GraphBetaValuesSingleInteractive
   geoprob_pipe.visualizations.graphs.GraphHFreqSingleInteractive
   geoprob_pipe.visualizations.graphs.Graphs


Functions
---------

.. autoapisummary::

   geoprob_pipe.visualizations.graphs.physical_values_buitenwaterstand_and_top_zand
   geoprob_pipe.visualizations.graphs.invloedsfactoren
   geoprob_pipe.visualizations.graphs.phreatic_waterline
   geoprob_pipe.visualizations.graphs.overview_alpha
   geoprob_pipe.visualizations.graphs.river_waterlevel


Package Contents
----------------

.. py:class:: GraphBetaValuesSingleInteractive(geoprob_pipe, export = True)

   .. py:attribute:: geoprob_pipe


   .. py:attribute:: fig


   .. py:attribute:: gdf_uittredepunten


   .. py:attribute:: gdf_vakken


   .. py:attribute:: m_start


   .. py:attribute:: m_end


   .. py:attribute:: beta_min


   .. py:attribute:: beta_max


   .. py:method:: _add_backgrond()


   .. py:method:: _add_beta_per_scenario()


   .. py:method:: _add_beta_per_uittredepunt()


   .. py:method:: _add_beta_per_vak()


   .. py:method:: _update_layout()


   .. py:method:: _optionally_export(export = False, add_timestamp = False)


.. py:class:: GraphHFreqSingleInteractive(geoprob_pipe, export = False)

   .. py:attribute:: max_level
      :type:  float
      :value: -999



   .. py:attribute:: min_level
      :type:  float
      :value: 999



   .. py:attribute:: max_p
      :type:  float
      :value: 0.0



   .. py:attribute:: min_p
      :type:  float
      :value: 1.0



   .. py:attribute:: geoprob_pipe


   .. py:attribute:: df_parameter_input_expanded
      :type:  pandas.DataFrame


   .. py:attribute:: df_fragility_ref_data
      :type:  pandas.DataFrame


   .. py:attribute:: fig


   .. py:method:: _collect_fragility_ref_data()


   .. py:method:: _collect_used_fragility_refs()


   .. py:method:: _add_ondergrens()


   .. py:method:: _add_signaleringswaarde()


   .. py:method:: _add_dummy_physical_value_legend_marker()


   .. py:method:: _get_fragility_values_ref_data(ref)


   .. py:method:: _add_overschrijdingsfrequentielijnen()


   .. py:method:: _add_physical_values()


   .. py:method:: _yticks()


   .. py:method:: _update_layout()


   .. py:method:: _optionally_export(export = False, add_timestamp = False)


.. py:function:: physical_values_buitenwaterstand_and_top_zand(geoprob_pipe, export = False)

.. py:function:: invloedsfactoren(geoprob_pipe, export = False)

.. py:function:: phreatic_waterline(geoprob_pipe, export = False)

.. py:function:: overview_alpha(geoprob_pipe, export = False)

.. py:function:: river_waterlevel(geoprob_pipe, export = False)

.. py:class:: Graphs(app_obj)

   .. py:attribute:: geoprob_pipe


   .. py:property:: export_dir
      :type: str



   .. py:method:: hfreq_graph_in_single_interactive(export = False)


   .. py:method:: invloedsfactoren(export = False)


   .. py:method:: physical_values_buitenwaterstand_and_top_zand(export = False)


   .. py:method:: beta_value_in_single_interactive(export = False)


   .. py:method:: phreatic_waterline()


   .. py:method:: overview_alpha()


   .. py:method:: river_waterlevel()


   .. py:method:: export_graphs()