Enum Axiom 

pub enum Axiom<L = OwlLiteral, B = BlankNodeId> {
    Declaration {
        entity: Entity,
        annotations: AxiomAnnotations<L, B>,
    },
    SubClassOf {
        sub_class: ClassExpression,
        super_class: ClassExpression,
        annotations: AxiomAnnotations<L, B>,
    },
    EquivalentClasses {
        classes: Vec<ClassExpression>,
        annotations: AxiomAnnotations<L, B>,
    },
    DisjointClasses {
        classes: Vec<ClassExpression>,
        annotations: AxiomAnnotations<L, B>,
    },
    ObjectPropertyDomain {
        property: ObjectPropertyExpression,
        domain: ClassExpression,
        annotations: AxiomAnnotations<L, B>,
    },
    SubObjectPropertyOf {
        sub_property: SubObjectPropertyExpression,
        super_property: ObjectPropertyExpression,
        annotations: AxiomAnnotations<L, B>,
    },
    FunctionalObjectProperty {
        property: ObjectPropertyExpression,
        annotations: AxiomAnnotations<L, B>,
    },
    InverseFunctionalObjectProperty {
        property: ObjectPropertyExpression,
        annotations: AxiomAnnotations<L, B>,
    },
    ReflexiveObjectProperty {
        property: ObjectPropertyExpression,
        annotations: AxiomAnnotations<L, B>,
    },
    IrreflexiveObjectProperty {
        property: ObjectPropertyExpression,
        annotations: AxiomAnnotations<L, B>,
    },
    SymmetricObjectProperty {
        property: ObjectPropertyExpression,
        annotations: AxiomAnnotations<L, B>,
    },
    AsymmetricObjectProperty {
        property: ObjectPropertyExpression,
        annotations: AxiomAnnotations<L, B>,
    },
    TransitiveObjectProperty {
        property: ObjectPropertyExpression,
        annotations: AxiomAnnotations<L, B>,
    },
    FunctionalDataProperty {
        property: Iri<String>,
        annotations: AxiomAnnotations<L, B>,
    },
    EquivalentObjectProperties {
        properties: Vec<ObjectPropertyExpression>,
        annotations: AxiomAnnotations<L, B>,
    },
    DisjointObjectProperties {
        properties: Vec<ObjectPropertyExpression>,
        annotations: AxiomAnnotations<L, B>,
    },
    InverseObjectProperties {
        first: ObjectPropertyExpression,
        second: ObjectPropertyExpression,
        annotations: AxiomAnnotations<L, B>,
    },
    ObjectPropertyRange {
        property: ObjectPropertyExpression,
        range: ClassExpression,
        annotations: AxiomAnnotations<L, B>,
    },
    SubDataPropertyOf {
        sub_property: Iri<String>,
        super_property: Iri<String>,
        annotations: AxiomAnnotations<L, B>,
    },
    EquivalentDataProperties {
        properties: Vec<Iri<String>>,
        annotations: AxiomAnnotations<L, B>,
    },
    DisjointDataProperties {
        properties: Vec<Iri<String>>,
        annotations: AxiomAnnotations<L, B>,
    },
    DataPropertyDomain {
        property: Iri<String>,
        domain: ClassExpression,
        annotations: AxiomAnnotations<L, B>,
    },
    DataPropertyRange {
        property: Iri<String>,
        range: DataRange<L>,
        annotations: AxiomAnnotations<L, B>,
    },
    DatatypeDefinition {
        datatype: Iri<String>,
        range: DataRange<L>,
        annotations: AxiomAnnotations<L, B>,
    },
    HasKey {
        class: ClassExpression,
        properties: KeyProperties,
        annotations: AxiomAnnotations<L, B>,
    },
    AnnotationAssertion {
        property: Iri<String>,
        subject: AnnotationSubject<B>,
        value: AnnotationValue<L, B>,
        annotations: AxiomAnnotations<L, B>,
    },
}

An OWL structural axiom.

Variants

Declaration

An entity declaration.

Fields

entity: Entity

Declared OWL entity.

annotations: AxiomAnnotations<L, B>

Axiom<L, B> annotations.

SubClassOf

A subclass axiom.

Fields

sub_class: ClassExpression

Subclass expression.

super_class: ClassExpression

Superclass expression.

annotations: AxiomAnnotations<L, B>

Axiom<L, B> annotations.

EquivalentClasses

An equivalent-classes axiom.

Fields

classes: Vec<ClassExpression>

Equivalent class expressions.

annotations: AxiomAnnotations<L, B>

Axiom<L, B> annotations.

DisjointClasses

A disjoint-classes axiom.

Fields

classes: Vec<ClassExpression>

Disjoint class expressions.

annotations: AxiomAnnotations<L, B>

Axiom<L, B> annotations.

ObjectPropertyDomain

An object-property domain axiom.

Fields

property: ObjectPropertyExpression

Object property expression.

domain: ClassExpression

Domain class expression.

annotations: AxiomAnnotations<L, B>

Axiom<L, B> annotations.

SubObjectPropertyOf

Object subproperty inclusion, including ordered property-chain inclusion.

Fields

sub_property: SubObjectPropertyExpression

A single property expression or an ordered chain.

super_property: ObjectPropertyExpression

The superproperty expression.

annotations: AxiomAnnotations<L, B>

Axiom<L, B> annotations.

FunctionalObjectProperty

An object property expression is functional.

Fields

property: ObjectPropertyExpression

The characterized object property expression.

annotations: AxiomAnnotations<L, B>

Axiom<L, B> annotations.

InverseFunctionalObjectProperty

An object property expression is inverse-functional.

Fields

property: ObjectPropertyExpression

The characterized object property expression.

annotations: AxiomAnnotations<L, B>

Axiom<L, B> annotations.

ReflexiveObjectProperty

An object property expression is reflexive.

Fields

property: ObjectPropertyExpression

The characterized object property expression.

annotations: AxiomAnnotations<L, B>

Axiom<L, B> annotations.

IrreflexiveObjectProperty

An object property expression is irreflexive.

Fields

property: ObjectPropertyExpression

The characterized object property expression.

annotations: AxiomAnnotations<L, B>

Axiom<L, B> annotations.

SymmetricObjectProperty

An object property expression is symmetric.

Fields

property: ObjectPropertyExpression

The characterized object property expression.

annotations: AxiomAnnotations<L, B>

Axiom<L, B> annotations.

AsymmetricObjectProperty

An object property expression is asymmetric.

Fields

property: ObjectPropertyExpression

The characterized object property expression.

annotations: AxiomAnnotations<L, B>

Axiom<L, B> annotations.

TransitiveObjectProperty

An object property expression is transitive.

Fields

property: ObjectPropertyExpression

The characterized object property expression.

annotations: AxiomAnnotations<L, B>

Axiom<L, B> annotations.

FunctionalDataProperty

A data property has at most one distinct data value per individual.

Fields

property: Iri<String>

The named data property.

annotations: AxiomAnnotations<L, B>

Axiom<L, B> annotations.

EquivalentObjectProperties

Equivalent object property expressions.

Fields

properties: Vec<ObjectPropertyExpression>

Equivalent object property expressions.

annotations: AxiomAnnotations<L, B>

Axiom<L, B> annotations.

DisjointObjectProperties

Pairwise disjoint object property expressions.

Fields

properties: Vec<ObjectPropertyExpression>

Pairwise disjoint object property expressions.

annotations: AxiomAnnotations<L, B>

Axiom<L, B> annotations.

InverseObjectProperties

Two inverse object property expressions.

Fields

first: ObjectPropertyExpression

First object property expression.

second: ObjectPropertyExpression

Its inverse object property expression.

annotations: AxiomAnnotations<L, B>

Axiom<L, B> annotations.

ObjectPropertyRange

An object property range.

Fields

property: ObjectPropertyExpression

The restricted object property expression.

range: ClassExpression

The range class expression.

annotations: AxiomAnnotations<L, B>

Axiom<L, B> annotations.

SubDataPropertyOf

A data subproperty inclusion.

Fields

sub_property: Iri<String>

The named subproperty.

super_property: Iri<String>

The named superproperty.

annotations: AxiomAnnotations<L, B>

Axiom<L, B> annotations.

EquivalentDataProperties

Equivalent data properties.

Fields

properties: Vec<Iri<String>>

Equivalent named data properties.

annotations: AxiomAnnotations<L, B>

Axiom<L, B> annotations.

DisjointDataProperties

Pairwise disjoint data properties.

Fields

properties: Vec<Iri<String>>

Pairwise disjoint named data properties.

annotations: AxiomAnnotations<L, B>

Axiom<L, B> annotations.

DataPropertyDomain

A data property domain.

Fields

property: Iri<String>

The named data property.

domain: ClassExpression

The domain class expression.

annotations: AxiomAnnotations<L, B>

Axiom<L, B> annotations.

DataPropertyRange

A data property range.

Fields

property: Iri<String>

The named data property.

range: DataRange<L>

The structural data range.

annotations: AxiomAnnotations<L, B>

Axiom<L, B> annotations.

DatatypeDefinition

A datatype definition.

Fields

datatype: Iri<String>

The defined datatype.

range: DataRange<L>

The defining data range.

annotations: AxiomAnnotations<L, B>

Axiom<L, B> annotations.

HasKey

An object/data property key for instances of a class expression.

Fields

class: ClassExpression

The class expression identified by the key.

properties: KeyProperties

At least one object or data key property.

annotations: AxiomAnnotations<L, B>

Axiom<L, B> annotations.

AnnotationAssertion

An annotation assertion axiom.

Fields

property: Iri<String>

Annotation<L, B> property IRI.

subject: AnnotationSubject<B>

Annotation<L, B> assertion subject.

value: AnnotationValue<L, B>

Annotation<L, B> assertion value.

annotations: AxiomAnnotations<L, B>

Axiom<L, B> annotations.

Implementations

impl<L, B> Axiom<L, B>

pub fn declaration(entity: Entity) -> Self

Create a declaration axiom without axiom annotations.

pub fn sub_class_of( sub_class: ClassExpression, super_class: ClassExpression, ) -> Self

Create a subclass axiom without axiom annotations.

pub fn equivalent_classes( classes: Vec<ClassExpression>, ) -> Result<Self, StructuralModelError>

Create an equivalent-classes axiom without axiom annotations.

Errors

Returns StructuralModelError::InvalidFormat when fewer than two class expressions are supplied.

pub fn disjoint_classes( classes: Vec<ClassExpression>, ) -> Result<Self, StructuralModelError>

Create a disjoint-classes axiom without axiom annotations.

Errors

Returns StructuralModelError::InvalidFormat when fewer than two class expressions are supplied.

impl<L, B> Axiom<L, B>

pub fn sub_object_property_of( sub_property: SubObjectPropertyExpression, super_property: ObjectPropertyExpression, ) -> Self

Create an object subproperty or property-chain inclusion without annotations.

pub fn functional_object_property(property: ObjectPropertyExpression) -> Self

Create a functional object property axiom without annotations.

pub fn inverse_functional_object_property( property: ObjectPropertyExpression, ) -> Self

Create a inverse-functional object property axiom without annotations.

pub fn reflexive_object_property(property: ObjectPropertyExpression) -> Self

Create a reflexive object property axiom without annotations.

pub fn irreflexive_object_property(property: ObjectPropertyExpression) -> Self

Create a irreflexive object property axiom without annotations.

pub fn symmetric_object_property(property: ObjectPropertyExpression) -> Self

Create a symmetric object property axiom without annotations.

pub fn asymmetric_object_property(property: ObjectPropertyExpression) -> Self

Create a asymmetric object property axiom without annotations.

pub fn transitive_object_property(property: ObjectPropertyExpression) -> Self

Create a transitive object property axiom without annotations.

pub fn functional_data_property(property: Iri<String>) -> Self

Create a functional data property axiom without annotations.

pub fn annotations(&self) -> &AxiomAnnotations<L, B>

Return this axiom’s annotations.

pub fn with_annotations(self, new_annotations: AxiomAnnotations<L, B>) -> Self

Replace this axiom’s annotations, preserving its structural operands.

impl<L, B> Axiom<L, B>

pub fn object_property_domain( property: ObjectPropertyExpression, domain: ClassExpression, ) -> Self

Create an object property domain axiom without annotations.

pub fn equivalent_object_properties( properties: Vec<ObjectPropertyExpression>, ) -> Result<Self, StructuralModelError>

Create equivalent object property expressions without annotations.

Errors

Returns StructuralModelError::InvalidFormat for fewer than two properties.

pub fn disjoint_object_properties( properties: Vec<ObjectPropertyExpression>, ) -> Result<Self, StructuralModelError>

Create pairwise disjoint object property expressions without annotations.

Errors

Returns StructuralModelError::InvalidFormat for fewer than two properties.

pub fn inverse_object_properties( first: ObjectPropertyExpression, second: ObjectPropertyExpression, ) -> Self

Create two inverse object property expressions without annotations.

pub fn object_property_range( property: ObjectPropertyExpression, range: ClassExpression, ) -> Self

Create an object property range without annotations.

pub fn sub_data_property_of( sub_property: Iri<String>, super_property: Iri<String>, ) -> Self

Create a data subproperty inclusion without annotations.

pub fn equivalent_data_properties( properties: Vec<Iri<String>>, ) -> Result<Self, StructuralModelError>

Create equivalent data properties without annotations.

Errors

Returns StructuralModelError::InvalidFormat for fewer than two properties.

pub fn disjoint_data_properties( properties: Vec<Iri<String>>, ) -> Result<Self, StructuralModelError>

Create pairwise disjoint data properties without annotations.

Errors

Returns StructuralModelError::InvalidFormat for fewer than two properties.

pub fn data_property_domain( property: Iri<String>, domain: ClassExpression, ) -> Self

Create a data property domain without annotations.

pub fn data_property_range(property: Iri<String>, range: DataRange<L>) -> Self

Create a data property range without annotations.

pub fn datatype_definition(datatype: Iri<String>, range: DataRange<L>) -> Self

Create a datatype definition without annotations.

pub fn has_key(class: ClassExpression, properties: KeyProperties) -> Self

Create an object/data property key for instances of a class expression without annotations.

Trait Implementations

impl<L: Clone, B: Clone> Clone for Axiom<L, B>

fn clone(&self) -> Self

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl<L: Debug, B: Debug> Debug for Axiom<L, B>

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl<'de, L, B> Deserialize<'de> for Axiom<L, B>

where L: Deserialize<'de>, B: Deserialize<'de>,

fn deserialize<__D>(__deserializer: __D) -> Result<Self, __D::Error>

where __D: Deserializer<'de>,

Deserialize this value from the given Serde deserializer.

impl<L: Eq, B: Eq> Eq for Axiom<L, B>

impl<L: Hash, B: Hash> Hash for Axiom<L, B>

fn hash<__H: Hasher>(&self, state: &mut __H)

Feeds this value into the given Hasher.

fn hash_slice<H>(data: &[Self], state: &mut H)

where H: Hasher, Self: Sized,

Feeds a slice of this type into the given Hasher.

impl<L: PartialEq, B: PartialEq> PartialEq for Axiom<L, B>

fn eq(&self, other: &Self) -> bool

Equality operator ==.

fn ne(&self, other: &Rhs) -> bool

Inequality operator !=.

impl<L, B> Serialize for Axiom<L, B>

where L: Serialize, B: Serialize,

fn serialize<__S>(&self, __serializer: __S) -> Result<__S::Ok, __S::Error>

where __S: Serializer,

Serialize this value into the given Serde serializer.

impl<L: PartialEq, B: PartialEq> StructuralPartialEq for Axiom<L, B>