O
- the type of ontology in which the axioms for classes will be applied.J
- the type of the described class.Y
- the type of restriction that define the class.
(it represents the of Semantic.Axioms
managed by this Semantic.Descriptor
.public static interface Concept.Define<O,J,Y> extends Concept<O,J>
Semantic.Descriptor
for the definition of an ontological class.
This Semantic.Descriptor
synchronises the definition of a specific class
(i.e.: the Semantic.Ground.getGroundInstance()
).
Definition is defined as conjunction of restriction properties that
creates super class (i.e.: sub class of) of the described ontological class.
More in details, such a restriction can be of the type:
some
), universal (all
), minimal, maximal and exact.some
), universal (all
), minimal, maximal and exact.build
them) since their are not entities that fall back in the Semantic
representations.
Concept.Classify<O,J,Y,D extends Individual<O,Y>>, Concept.Define<O,J,Y>, Concept.Disjoint<O,J,D extends Concept<O,J>>, Concept.Equivalent<O,J,D extends Concept<O,J>>, Concept.Sub<O,J,D extends Concept<O,J>>, Concept.Super<O,J,D extends Concept<O,J>>
Semantic.Axioms<Y>, Semantic.Descriptor<O,J>, Semantic.Ground<O,J>, Semantic.MappingIntent<I extends Semantic.Ground,C>, Semantic.SemanticAxiom<S,Y>, Semantic.SemanticAxioms<F extends Semantic.SemanticAxiom<?,Y>,Y>
Modifier and Type | Method and Description |
---|---|
Semantic.Axioms<Y> |
getDefinitionConcept()
Returns the
Semantic.Axioms that describes all the definition restriction of
this Concept from a no OOP point of view. |
Semantic.Axioms<Y> |
queryDefinitionConcept()
Queries to the OWL representation for the definition of
this class. |
default java.util.List<Semantic.MappingIntent> |
readSemantic()
This method is used to synchronise specific
Semantic.Axioms (or Semantic.SemanticAxioms )
from the ontology. |
default Semantic.Axioms.SynchronisationIntent<Y> |
synchroniseDefinitionConceptFromSemantic()
It calls
Semantic.Axioms.synchroniseFrom(Axioms) with queryDefinitionConcept()
as input parameter. |
default Semantic.Axioms.SynchronisationIntent<Y> |
synchroniseDefinitionConceptToSemantic()
It calls
Semantic.Axioms.synchroniseTo(Axioms) with queryDefinitionConcept()
as input parameter. |
getChangingIntent, getGround, getInstance, getIntent, getOntology, groundReason, writeSemantic, writeSemanticInconsistencySafe, writeSemanticInconsistencySafe
default java.util.List<Semantic.MappingIntent> readSemantic()
Semantic.Descriptor
Semantic.Axioms
(or Semantic.SemanticAxioms
)
from the ontology. It manipulates the OWLLOOP representation to be
equal to the queried OWL structure. It is based on Axioms#synchroniseFrom(Axioms)
.readSemantic
in interface Semantic.Descriptor<O,J>
Semantic.Axioms
during the reading.
Those objects may not have the Semantic.MappingIntent.getOntologyChanges()
field
initialised (i.e.: Void
).Semantic.Axioms<Y> getDefinitionConcept()
Semantic.Axioms
that describes all the definition restriction of
this
Concept
from a no OOP point of view.this
class.Semantic.Axioms<Y> queryDefinitionConcept()
this
class.Semantic.Axioms
contained the class definition to
the OWL structure of Semantic.Descriptor.getInstance()
.default Semantic.Axioms.SynchronisationIntent<Y> synchroniseDefinitionConceptToSemantic()
Semantic.Axioms.synchroniseTo(Axioms)
with queryDefinitionConcept()
as input parameter. This computes the changes to be performed in the OWL representation
for synchronise it with respect to getDefinitionConcept()
. This should
be done by Semantic.Descriptor.writeSemantic()
.this
structure with
the class definition of an OWL class.default Semantic.Axioms.SynchronisationIntent<Y> synchroniseDefinitionConceptFromSemantic()
Semantic.Axioms.synchroniseFrom(Axioms)
with queryDefinitionConcept()
as input parameter. This computes the changes to be performed into the getDefinitionConcept()
in order to synchronise it with respect to an OWL representation. This is
be done by readSemantic()
.this
structure.