DomainPartitioningMethod
========================

(enum from :py:mod:`pyomo.contrib.piecewise.transform.nonlinear_to_pwl`)

.. testsetup:: *

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

.. currentmodule:: pyomo.contrib.piecewise.transform.nonlinear_to_pwl

.. autoenum:: pyomo.contrib.piecewise.transform.nonlinear_to_pwl::DomainPartitioningMethod
   :members:
   :inherited-members:
   :undoc-members:
   :show-inheritance:

   
   
   .. rubric:: Enum Members

   Member type: :py:class:`int`

   .. autosummary::
      
      ~DomainPartitioningMethod.RANDOM_GRID
      ~DomainPartitioningMethod.UNIFORM_GRID
      ~DomainPartitioningMethod.LINEAR_MODEL_TREE_UNIFORM
      ~DomainPartitioningMethod.LINEAR_MODEL_TREE_RANDOM
   
   

   
   
   .. rubric:: Methods

   .. autosummary::
      
      ~DomainPartitioningMethod.conjugate
      ~DomainPartitioningMethod.bit_length
      ~DomainPartitioningMethod.bit_count
      ~DomainPartitioningMethod.to_bytes
      ~DomainPartitioningMethod.from_bytes
      ~DomainPartitioningMethod.as_integer_ratio
      ~DomainPartitioningMethod.is_integer
      ~DomainPartitioningMethod.__init__
   
   

   
   
   .. rubric:: Attributes

   .. autosummary::
      
      ~DomainPartitioningMethod.real
      ~DomainPartitioningMethod.imag
      ~DomainPartitioningMethod.numerator
      ~DomainPartitioningMethod.denominator
   
   

   .. rubric:: Member Documentation