geoprob_pipe.results.alphas_and_physical_values
===============================================

.. py:module:: geoprob_pipe.results.alphas_and_physical_values


Functions
---------

.. autoapisummary::

   geoprob_pipe.results.alphas_and_physical_values.collect_stochast_values
   geoprob_pipe.results.alphas_and_physical_values._combine_stochast_values
   geoprob_pipe.results.alphas_and_physical_values.calculate_derived_values
   geoprob_pipe.results.alphas_and_physical_values._combine_derived_values
   geoprob_pipe.results.alphas_and_physical_values.construct_df


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

.. py:function:: collect_stochast_values(calc, df_scenario_final)

   Collects all Alphas, Influence factors and Physical values of the stochast input parameters.


.. py:function:: _combine_stochast_values(calc_results)

.. py:function:: calculate_derived_values(df_scenarios_final, geohydrologisch_model)

   Re-calculates all derived physical values, i.e. intermediate values that were calculated inside the limit state
   functions. These are not returned by the probabilistic library, hence we need to re-calculate them.


.. py:function:: _combine_derived_values(calc_results)

.. py:function:: construct_df(geoprob_pipe)