Typedef
=======

.. toctree::
   :hidden:
   :maxdepth: 2

Frame
-----

.. currentmodule:: fastobo.typedef
.. automodule:: fastobo.typedef

``TypedefFrame``
^^^^^^^^^^^^^^^^

.. autoclass:: TypedefFrame(AbstractEntityFrame)
   :members:
   :special-members:


Clauses
-------

``BaseTypedefClause``
^^^^^^^^^^^^^^^^^^^^^

.. autoclass:: BaseTypedefClause(AbstractEntityClause)
   :members:
   :special-members:


``AltIdClause``
^^^^^^^^^^^^^^^

.. autoclass:: AltIdClause(BaseTypedefClause)
  :members:
  :special-members:

``BuiltinClause``
^^^^^^^^^^^^^^^^^

.. autoclass:: BuiltinClause(BaseTypedefClause)
  :members:
  :special-members:

``CommentClause``
^^^^^^^^^^^^^^^^^

.. autoclass:: CommentClause(BaseTypedefClause)
  :members:
  :special-members:

``ConsiderClause``
^^^^^^^^^^^^^^^^^^

.. autoclass:: ConsiderClause(BaseTypedefClause)
  :members:
  :special-members:

``CreatedByClause``
^^^^^^^^^^^^^^^^^^^

.. autoclass:: CreatedByClause(BaseTypedefClause)
  :members:
  :special-members:

``CreationDateClause``
^^^^^^^^^^^^^^^^^^^^^^

.. autoclass:: CreationDateClause(BaseTypedefClause)
  :members:
  :special-members:

``DefClause``
^^^^^^^^^^^^^

.. autoclass:: DefClause(BaseTypedefClause)
  :members:
  :special-members:

``DisjointFromClause``
^^^^^^^^^^^^^^^^^^^^^^

.. autoclass:: DisjointFromClause(BaseTypedefClause)
  :members:
  :special-members:

``DisjointOverClause``
^^^^^^^^^^^^^^^^^^^^^^

.. autoclass:: DisjointOverClause(BaseTypedefClause)
  :members:
  :special-members:


``DomainClause``
^^^^^^^^^^^^^^^^

.. autoclass:: DomainClause(BaseTypedefClause)
  :members:
  :special-members:

``EquivalentToClause``
^^^^^^^^^^^^^^^^^^^^^^

.. autoclass:: EquivalentToChainClause(BaseTypedefClause)
  :members:
  :special-members:

``EquivalentToClause``
^^^^^^^^^^^^^^^^^^^^^^

.. autoclass:: EquivalentToClause(BaseTypedefClause)
  :members:
  :special-members:

``ExpandAssertionToClause``
^^^^^^^^^^^^^^^^^^^^^^^^^^^

.. autoclass:: ExpandAssertionToClause(BaseTypedefClause)
  :members:
  :special-members:

``ExpandExpressionToClause``
^^^^^^^^^^^^^^^^^^^^^^^^^^^^

.. autoclass:: ExpandExpressionToClause(BaseTypedefClause)
  :members:
  :special-members:

``HoldsOverChainClause``
^^^^^^^^^^^^^^^^^^^^^^^^

.. autoclass:: HoldsOverChainClause(BaseTypedefClause)
  :members:
  :special-members:

``IntersectionOfClause``
^^^^^^^^^^^^^^^^^^^^^^^^

.. autoclass:: IntersectionOfClause(BaseTypedefClause)
  :members:
  :special-members:

``InverseOfClause``
^^^^^^^^^^^^^^^^^^^

.. autoclass:: InverseOfClause(BaseTypedefClause)
  :members:
  :special-members:

``IsAClause``
^^^^^^^^^^^^^

.. autoclass:: IsAClause(BaseTypedefClause)
  :members:
  :special-members:

``IsAnonymousClause``
^^^^^^^^^^^^^^^^^^^^^

.. autoclass:: IsAnonymousClause(BaseTypedefClause)
  :members:
  :special-members:

``IsAntiSymmetricClause``
^^^^^^^^^^^^^^^^^^^^^^^^^

.. autoclass:: IsAntiSymmetricClause(BaseTypedefClause)
  :members:
  :special-members:

``IsAsymmetricClause``
^^^^^^^^^^^^^^^^^^^^^^

.. autoclass:: IsAsymmetricClause(BaseTypedefClause)
  :members:
  :special-members:

``IsClassLevelClause``
^^^^^^^^^^^^^^^^^^^^^^

.. autoclass:: IsClassLevelClause(BaseTypedefClause)
  :members:
  :special-members:

``IsCyclicClause``
^^^^^^^^^^^^^^^^^^

.. autoclass:: IsCyclicClause(BaseTypedefClause)
  :members:
  :special-members:

``IsFunctionalClause``
^^^^^^^^^^^^^^^^^^^^^^

.. autoclass:: IsFunctionalClause(BaseTypedefClause)
  :members:
  :special-members:

``IsInverseFunctionalClause``
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^

.. autoclass:: IsInverseFunctionalClause(BaseTypedefClause)
  :members:
  :special-members:

``IsMetadataTagClause``
^^^^^^^^^^^^^^^^^^^^^^^

.. autoclass:: IsMetadataTagClause(BaseTypedefClause)
  :members:
  :special-members:

``IsObsoleteClause``
^^^^^^^^^^^^^^^^^^^^

.. autoclass:: IsObsoleteClause(BaseTypedefClause)
  :members:
  :special-members:

``IsReflexiveClause``
^^^^^^^^^^^^^^^^^^^^^

.. autoclass:: IsReflexiveClause(BaseTypedefClause)
  :members:
  :special-members:

``IsSymmetricClause``
^^^^^^^^^^^^^^^^^^^^^

.. autoclass:: IsSymmetricClause(BaseTypedefClause)
  :members:
  :special-members:

``IsTransitiveClause``
^^^^^^^^^^^^^^^^^^^^^^

.. autoclass:: IsTransitiveClause(BaseTypedefClause)
  :members:
  :special-members:

``NameClause``
^^^^^^^^^^^^^^

.. autoclass:: NameClause(BaseTypedefClause)
  :members:
  :special-members:

``NamespaceClause``
^^^^^^^^^^^^^^^^^^^

.. autoclass:: NamespaceClause(BaseTypedefClause)
  :members:
  :special-members:

``PropertyValueClause``
^^^^^^^^^^^^^^^^^^^^^^^

.. autoclass:: PropertyValueClause(BaseTypedefClause)
  :members:
  :special-members:

``RangeClause``
^^^^^^^^^^^^^^^

.. autoclass:: RangeClause(BaseTypedefClause)
  :members:
  :special-members:

``RelationshipClause``
^^^^^^^^^^^^^^^^^^^^^^

.. autoclass:: RelationshipClause(BaseTypedefClause)
  :members:
  :special-members:

``ReplacedByClause``
^^^^^^^^^^^^^^^^^^^^

.. autoclass:: ReplacedByClause(BaseTypedefClause)
  :members:
  :special-members:

``SubsetClause``
^^^^^^^^^^^^^^^^

.. autoclass:: SubsetClause(BaseTypedefClause)
  :members:
  :special-members:

``SynonymClause``
^^^^^^^^^^^^^^^^^

.. autoclass:: SynonymClause(BaseTypedefClause)
  :members:
  :special-members:

``TransitiveOverClause``
^^^^^^^^^^^^^^^^^^^^^^^^

.. autoclass:: TransitiveOverClause(BaseTypedefClause)
  :members:
  :special-members:

``UnionOfClause``
^^^^^^^^^^^^^^^^^

.. autoclass:: UnionOfClause(BaseTypedefClause)
  :members:
  :special-members:

``XrefClause``
^^^^^^^^^^^^^^

.. autoclass:: XrefClause(BaseTypedefClause)
  :members:
  :special-members: