sbol3.combderiv
===============

.. py:module:: sbol3.combderiv


Classes
-------

.. autoapisummary::

   sbol3.combderiv.CombinatorialDerivation


Functions
---------

.. autoapisummary::

   sbol3.combderiv.build_combinatorial_derivation


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

.. py:class:: CombinatorialDerivation(identity: str, template: Union[Component, str], *, strategy: Optional[str] = None, variable_features: List[str] = None, namespace: str = None, attachments: List[str] = None, name: str = None, description: str = None, derived_from: List[str] = None, generated_by: List[str] = None, measures: List[SBOLObject] = None, type_uri: str = SBOL_COMBINATORIAL_DERIVATION)

   Bases: :py:obj:`TopLevel`


   The purpose of the CombinatorialDerivation class is to specify
   combinatorial biological designs without having to specify every
   possible design variant. For example, a CombinatorialDerivation
   can be used to specify a library of reporter gene variants that
   include different promoters and RBSs without having to specify a
   Component for every possible combination of promoter, RBS, and CDS
   in the library. Component objects that realize a
   CombinatorialDerivation can be derived in accordance with the
   class properties template, hasVariableFeature, and strategy.



   .. py:method:: accept(visitor: Any) -> Any

      Invokes `visit_combinatorial_derivation` on `visitor` with `self`
      as the only argument.

      :param visitor: The visitor instance
      :type visitor: Any
      :raises AttributeError: If visitor lacks a visit_combinatorial_derivation
                              method
      :return: Whatever `visitor.visit_combinatorial_derivation` returns
      :rtype: Any




   .. py:attribute:: strategy


   .. py:attribute:: template


   .. py:method:: validate(report: ValidationReport = None) -> ValidationReport


   .. py:attribute:: variable_features


.. py:function:: build_combinatorial_derivation(identity: str, *, type_uri: str = SBOL_COMBINATORIAL_DERIVATION)