Enum Relationship

pub enum Relationship {
    Antonym,
    Hypernym,
    InstanceHypernym,
    Hyponym,
    MemberHolonym,
    SubstanceHolonym,
    PartHolonym,
    MemberMeronym,
    SubstanceMeronym,
    PartMeronym,
    Attribute,
    DerivationallyRelated,
    DomainOfTopic,
    MemberOfTopic,
    DomainOfRegion,
    MemberOfRegion,
    DomainOfUsage,
    MemberOfUsage,
    Entailment,
    Cause,
    AlsoSee,
    VerbGroup,
    SimilarTo,
    VerbParticiple,
    PertainymOrDerivedFromAdjective,
}

Relates one word to another semantically

Variants

Antonym

an opposite word

Hypernym

broader forms of this word (a structure is a hypernym of a building)

InstanceHypernym

broader forms of this word of which this word is a specific instance (The Enlightenment is a specific instance of a historic period)

Hyponym

more specific versions of this word (a courthouse is a hyponym of a house)

MemberHolonym

this word is a member of (the world is a hyponym of the solar system)

SubstanceHolonym

this word is made with (tin is a substance holonym of cassiterite)

PartHolonym

this word is a part of (land is a part holonym of the world)

MemberMeronym

reverse of MemberHolonym (an air bag is a member meronym of car)

SubstanceMeronym

reverse of SubstanceHolonym (cassiterite is a substance meronym of tin)

PartMeronym

reverse of PartHolonym (a car is a part holonym of an air bag)

Attribute

scientific is an attribute of scientific knowledge

DerivationallyRelated

the word is related to (the adjective outward is an related to outwardness)

DomainOfTopic

MemberOfTopic

DomainOfRegion

MemberOfRegion

DomainOfUsage

MemberOfUsage

Entailment

A verb requires an action to be completed first (to eat requires one to chew)

Cause

A verb causes another action (to retire causes one to yield)

AlsoSee

VerbGroup

SimilarTo

VerbParticiple

PertainymOrDerivedFromAdjective

Trait Implementations

impl Debug for Relationship

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

Formats the value using the given formatter.

impl PartialEq for Relationship

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

Tests for self and other values to be equal, and is used by ==.

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

Tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason.

impl StructuralPartialEq for Relationship