GDP\_LDSDA\_Solver
==================

(class from :py:mod:`pyomo.contrib.gdpopt.ldsda`)

.. testsetup:: *

   # import everything from the module containing this class so that
   # doctests for the class docstrings see the correct environment
   from pyomo.contrib.gdpopt.ldsda import *
   try:
       from pyomo.contrib.gdpopt.ldsda import _autosummary_doctest_setup
       _autosummary_doctest_setup()
   except ImportError:
       pass

.. currentmodule:: pyomo.contrib.gdpopt.ldsda



.. autoclass:: pyomo.contrib.gdpopt.ldsda::GDP_LDSDA_Solver
   :members:
   :show-inheritance:
   :inherited-members:

   
   .. automethod:: __init__

   
   .. rubric:: Methods

   .. autosummary::
   
      ~GDP_LDSDA_Solver.__init__
      ~GDP_LDSDA_Solver.any_termination_criterion_met
      ~GDP_LDSDA_Solver.available
      ~GDP_LDSDA_Solver.bounds_converged
      ~GDP_LDSDA_Solver.fix_disjunctions_with_external_var
      ~GDP_LDSDA_Solver.get_external_information
      ~GDP_LDSDA_Solver.license_is_valid
      ~GDP_LDSDA_Solver.line_search
      ~GDP_LDSDA_Solver.neighbor_search
      ~GDP_LDSDA_Solver.primal_bound
      ~GDP_LDSDA_Solver.reached_iteration_limit
      ~GDP_LDSDA_Solver.reached_time_limit
      ~GDP_LDSDA_Solver.relative_gap
      ~GDP_LDSDA_Solver.solve
      ~GDP_LDSDA_Solver.update_incumbent
      ~GDP_LDSDA_Solver.version
   
   

   
   
   .. rubric:: Attributes

   .. autosummary::
   
      ~GDP_LDSDA_Solver.CONFIG
      ~GDP_LDSDA_Solver.algorithm
      ~GDP_LDSDA_Solver.objective_sense
   
   

   .. rubric:: Member Documentation