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org.semanticweb.owlapi.util.Languages Maven / Gradle / Ivy
package org.semanticweb.owlapi.util;
import static org.semanticweb.owlapi.util.Construct.*;
import java.util.Arrays;
import java.util.Collection;
import java.util.EnumSet;
/** Enumeration of known DL languages */
public enum Languages {
//@formatter:off
/**
* FL0 - A sub-language of FL-, which is obtained by disallowing limited existential
* quantification.
*/
FL0("FL0", CONCEPT_INTERSECTION, UNIVERSAL_RESTRICTION),
/**
* FL- - A sub-language of FL, which is obtained by disallowing role restriction. This is
* equivalent to AL without atomic negation.
*/
FLMINUS("FL-", FL0, LIMITED_EXISTENTIAL),
/**
* FL - Frame based description language, allows:
*
* Concept intersection
* Universal restrictions
* Limited existential quantification
* Role restriction
*
*/
FL("FL", FLMINUS, ROLE_DOMAIN_RANGE),
/**
* AL - Attributive language. This is the base language which allows:
*
* Atomic negation (negation of concept names that do not appear on the left-hand side of
* axioms)
* Concept intersection
* Universal restrictions
* Limited existential quantification
*
*/
AL("AL", FLMINUS, ATOMIC_NEGATION),
/**
* EL - Existential language, allows:
*
* Concept intersection
* Existential restrictions (of full existential quantification)
*
*/
EL("EL", CONCEPT_INTERSECTION, FULL_EXISTENTIAL, ROLE_DOMAIN_RANGE),
/** ALE language */ ALE("ALE", AL, FULL_EXISTENTIAL),
/** ALC language */ ALC("ALC", ALE, CONCEPT_COMPLEX_NEGATION, CONCEPT_UNION, ROLE_DOMAIN_RANGE),
/** S language. */ S("S", ALC, ROLE_TRANSITIVE),
/** ALCD language. */ ALCD("ALCD", ALC, D),
/** ALCF language. */ ALCF("ALCF", ALC, F),
/** ALCFD language. */ ALCFD("ALCFD", ALC, F, D),
/** ALCN language. */ ALCN("ALCN", ALC, N),
/** ALCND language. */ ALCND("ALCND", ALC, N, D),
/** ALCQ language. */ ALCQ("ALCQ", ALC, Q),
/** ALCQD language. */ ALCQD("ALCQD", ALC, Q, D),
/** ALCI language. */ ALCI("ALCI",ALC, ROLE_INVERSE),
/** ALCID language. */ ALCID("ALCID",ALC, ROLE_INVERSE, D),
/** ALCIF language. */ ALCIF("ALCIF",ALC, ROLE_INVERSE, F),
/** ALCIFD language. */ ALCIFD("ALCIFD",ALC, ROLE_INVERSE, F, D),
/** ALCIN language. */ ALCIN("ALCIN",ALC, ROLE_INVERSE, N),
/** ALCIND language. */ ALCIND("ALCIND",ALC, ROLE_INVERSE, N, D),
/** ALCIQ language. */ ALCIQ("ALCIQ",ALC, ROLE_INVERSE, Q),
/** ALCIQD language. */ ALCIQD("ALCIQD",ALC, ROLE_INVERSE, Q, D),
/** ALCO language. */ ALCO("ALCO",ALC, NOMINALS),
/** ALCOD language. */ ALCOD("ALCOD",ALC, NOMINALS, D),
/** ALCOF language. */ ALCOF("ALCOF",ALC, NOMINALS, F),
/** ALCOFD language. */ ALCOFD("ALCOFD",ALC, NOMINALS, F, D),
/** ALCON language. */ ALCON("ALCON",ALC, NOMINALS, N),
/** ALCOND language. */ ALCOND("ALCOND",ALC, NOMINALS, N, D),
/** ALCOQ language. */ ALCOQ("ALCOQ",ALC, NOMINALS, Q),
/** ALCOQD language. */ ALCOQD("ALCOQD",ALC, NOMINALS, Q, D),
/** ALCOI language. */ ALCOI("ALCOI",ALC, NOMINALS, ROLE_INVERSE),
/** ALCOID language. */ ALCOID("ALCOID",ALC, NOMINALS, ROLE_INVERSE, D),
/** ALCOIF language. */ ALCOIF("ALCOIF",ALC, NOMINALS, ROLE_INVERSE, F),
/** ALCOIFD language. */ ALCOIFD("ALCOIFD",ALC, NOMINALS, ROLE_INVERSE, F, D),
/** ALCOIN language. */ ALCOIN("ALCOIN",ALC, NOMINALS, ROLE_INVERSE, N),
/** ALCOIND language. */ ALCOIND("ALCOIND",ALC, NOMINALS, ROLE_INVERSE, N, D),
/** ALCOIQ language. */ ALCOIQ("ALCOIQ",ALC, NOMINALS, ROLE_INVERSE, Q),
/** ALCOIQD language. */ ALCOIQD("ALCOIQD",ALC, NOMINALS, ROLE_INVERSE, Q, D),
/** ALCH language. */ ALCH("ALCH",ALC, ROLE_HIERARCHY),
/** ALCHD language. */ ALCHD("ALCHD",ALC, ROLE_HIERARCHY, D),
/** ALCHF language. */ ALCHF("ALCHF",ALC, ROLE_HIERARCHY, F),
/** ALCHFD language. */ ALCHFD("ALCHFD",ALC, ROLE_HIERARCHY, F, D),
/** ALCHN language. */ ALCHN("ALCHN",ALC, ROLE_HIERARCHY, N),
/** ALCHND language. */ ALCHND("ALCHND",ALC, ROLE_HIERARCHY, N, D),
/** ALCHQ language. */ ALCHQ("ALCHQ",ALC, ROLE_HIERARCHY, Q),
/** ALCHQD language. */ ALCHQD("ALCHQD",ALC, ROLE_HIERARCHY, Q, D),
/** ALCHI language. */ ALCHI("ALCHI",ALC, ROLE_HIERARCHY, ROLE_INVERSE),
/** ALCHID language. */ ALCHID("ALCHID",ALC, ROLE_HIERARCHY, ROLE_INVERSE, D),
/** ALCHIF language. */ ALCHIF("ALCHIF",ALC, ROLE_HIERARCHY, ROLE_INVERSE, F),
/** ALCHIFD language. */ ALCHIFD("ALCHIFD",ALC, ROLE_HIERARCHY, ROLE_INVERSE, F, D),
/** ALCHIN language. */ ALCHIN("ALCHIN",ALC, ROLE_HIERARCHY, ROLE_INVERSE, N),
/** ALCHIND language. */ ALCHIND("ALCHIND",ALC, ROLE_HIERARCHY, ROLE_INVERSE, N, D),
/** ALCHIQ language. */ ALCHIQ("ALCHIQ",ALC, ROLE_HIERARCHY, ROLE_INVERSE, Q),
/** ALCHIQD language. */ ALCHIQD("ALCHIQD",ALC, ROLE_HIERARCHY, ROLE_INVERSE, Q, D),
/** ALCHO language. */ ALCHO("ALCHO",ALC, ROLE_HIERARCHY, NOMINALS),
/** ALCHOD language. */ ALCHOD("ALCHOD",ALC, ROLE_HIERARCHY, NOMINALS, D),
/** ALCHOF language. */ ALCHOF("ALCHOF",ALC, ROLE_HIERARCHY, NOMINALS, F),
/** ALCHOFD language. */ ALCHOFD("ALCHOFD",ALC, ROLE_HIERARCHY, NOMINALS, F, D),
/** ALCHON language. */ ALCHON("ALCHON",ALC, ROLE_HIERARCHY, NOMINALS, N),
/** ALCHOND language. */ ALCHOND("ALCHOND",ALC, ROLE_HIERARCHY, NOMINALS, N, D),
/** ALCHOQ language. */ ALCHOQ("ALCHOQ",ALC, ROLE_HIERARCHY, NOMINALS, Q),
/** ALCHOQD language. */ ALCHOQD("ALCHOQD",ALC, ROLE_HIERARCHY, NOMINALS, Q, D),
/** ALCHOI language. */ ALCHOI("ALCHOI",ALC, ROLE_HIERARCHY, NOMINALS, ROLE_INVERSE),
/** ALCHOID language. */ ALCHOID("ALCHOID",ALC, ROLE_HIERARCHY, NOMINALS, ROLE_INVERSE, D),
/** ALCHOIF language. */ ALCHOIF("ALCHOIF",ALC, ROLE_HIERARCHY, NOMINALS, ROLE_INVERSE, F),
/** ALCHOIFD language. */ ALCHOIFD("ALCHOIFD",ALC, ROLE_HIERARCHY, NOMINALS, ROLE_INVERSE, F, D),
/** ALCHOIN language. */ ALCHOIN("ALCHOIN",ALC, ROLE_HIERARCHY, NOMINALS, ROLE_INVERSE, N),
/** ALCHOIND language. */ ALCHOIND("ALCHOIND",ALC, ROLE_HIERARCHY, NOMINALS, ROLE_INVERSE, N, D),
/** ALCHOIQ language. */ ALCHOIQ("ALCHOIQ",ALC, ROLE_HIERARCHY, NOMINALS, ROLE_INVERSE, Q),
/** ALCHOIQD language. */ ALCHOIQD("ALCHOIQD",ALC, ROLE_HIERARCHY, NOMINALS, ROLE_INVERSE, Q, D),
/** ALCRr language. */ ALCRr("ALCRr",ALC, ROLE_REFLEXIVITY_CHAINS),
/** ALCRrD language. */ ALCRrD("ALCRrD",ALC, ROLE_REFLEXIVITY_CHAINS, D),
/** ALCRrF language. */ ALCRrF("ALCRrF",ALC, ROLE_REFLEXIVITY_CHAINS, F),
/** ALCRrFD language. */ ALCRrFD("ALCRrFD",ALC, ROLE_REFLEXIVITY_CHAINS, F, D),
/** ALCRrN language. */ ALCRrN("ALCRrN",ALC, ROLE_REFLEXIVITY_CHAINS, N),
/** ALCRrND language. */ ALCRrND("ALCRrND",ALC, ROLE_REFLEXIVITY_CHAINS, N, D),
/** ALCRrQ language. */ ALCRrQ("ALCRrQ",ALC, ROLE_REFLEXIVITY_CHAINS, Q),
/** ALCRrQD language. */ ALCRrQD("ALCRrQD",ALC, ROLE_REFLEXIVITY_CHAINS, Q, D),
/** ALCRrO language. */ ALCRrO("ALCRrO",ALC, ROLE_REFLEXIVITY_CHAINS, NOMINALS),
/** ALCRrOD language. */ ALCRrOD("ALCRrOD",ALC, ROLE_REFLEXIVITY_CHAINS, NOMINALS, D),
/** ALCRrOF language. */ ALCRrOF("ALCRrOF",ALC, ROLE_REFLEXIVITY_CHAINS, NOMINALS, F),
/** ALCRrOFD language. */ ALCRrOFD("ALCRrOFD",ALC, ROLE_REFLEXIVITY_CHAINS, NOMINALS, F, D),
/** ALCRrON language. */ ALCRrON("ALCRrON",ALC, ROLE_REFLEXIVITY_CHAINS, NOMINALS, N),
/** ALCRrOND language. */ ALCRrOND("ALCRrOND",ALC, ROLE_REFLEXIVITY_CHAINS, NOMINALS, N, D),
/** ALCRrOQ language. */ ALCRrOQ("ALCRrOQ",ALC, ROLE_REFLEXIVITY_CHAINS, NOMINALS, Q),
/** ALCRrOQD language. */ ALCRrOQD("ALCRrOQD",ALC, ROLE_REFLEXIVITY_CHAINS, NOMINALS, Q, D),
/** ALCR language. */ ALCR("ALCR",ALC, ROLE_COMPLEX),
/** ALCRD language. */ ALCRD("ALCRD",ALC, ROLE_COMPLEX, D),
/** ALCRF language. */ ALCRF("ALCRF",ALC, ROLE_COMPLEX, F),
/** ALCRFD language. */ ALCRFD("ALCRFD",ALC, ROLE_COMPLEX, F, D),
/** ALCRN language. */ ALCRN("ALCRN",ALC, ROLE_COMPLEX, N),
/** ALCRND language. */ ALCRND("ALCRND",ALC, ROLE_COMPLEX, N, D),
/** ALCRQ language. */ ALCRQ("ALCRQ",ALC, ROLE_COMPLEX, Q),
/** ALCRQD language. */ ALCRQD("ALCRQD",ALC, ROLE_COMPLEX, Q, D),
/** ALCRI language. */ ALCRI("ALCRI",ALC, ROLE_COMPLEX, ROLE_INVERSE),
/** ALCRID language. */ ALCRID("ALCRID",ALC, ROLE_COMPLEX, ROLE_INVERSE, D),
/** ALCRIF language. */ ALCRIF("ALCRIF",ALC, ROLE_COMPLEX, ROLE_INVERSE, F),
/** ALCRIFD language. */ ALCRIFD("ALCRIFD",ALC, ROLE_COMPLEX, ROLE_INVERSE, F, D),
/** ALCRIN language. */ ALCRIN("ALCRIN",ALC, ROLE_COMPLEX, ROLE_INVERSE, N),
/** ALCRIND language. */ ALCRIND("ALCRIND",ALC, ROLE_COMPLEX, ROLE_INVERSE, N, D),
/** ALCRIQ language. */ ALCRIQ("ALCRIQ",ALC, ROLE_COMPLEX, ROLE_INVERSE, Q),
/** ALCRIQD language. */ ALCRIQD("ALCRIQD",ALC, ROLE_COMPLEX, ROLE_INVERSE, Q, D),
/** ALCRO language. */ ALCRO("ALCRO",ALC, ROLE_COMPLEX, NOMINALS),
/** ALCROD language. */ ALCROD("ALCROD",ALC, ROLE_COMPLEX, NOMINALS, D),
/** ALCROF language. */ ALCROF("ALCROF",ALC, ROLE_COMPLEX, NOMINALS, F),
/** ALCROFD language. */ ALCROFD("ALCROFD",ALC, ROLE_COMPLEX, NOMINALS, F, D),
/** ALCRON language. */ ALCRON("ALCRON",ALC, ROLE_COMPLEX, NOMINALS, N),
/** ALCROND language. */ ALCROND("ALCROND",ALC, ROLE_COMPLEX, NOMINALS, N, D),
/** ALCROQ language. */ ALCROQ("ALCROQ",ALC, ROLE_COMPLEX, NOMINALS, Q),
/** ALCROQD language. */ ALCROQD("ALCROQD",ALC, ROLE_COMPLEX, NOMINALS, Q, D),
/** ALCROI language. */ ALCROI("ALCROI",ALC, ROLE_COMPLEX, NOMINALS, ROLE_INVERSE),
/** ALCROID language. */ ALCROID("ALCROID",ALC, ROLE_COMPLEX, NOMINALS, ROLE_INVERSE, D),
/** ALCROIF language. */ ALCROIF("ALCROIF",ALC, ROLE_COMPLEX, NOMINALS, ROLE_INVERSE, F),
/** ALCROIFD language. */ ALCROIFD("ALCROIFD",ALC, ROLE_COMPLEX, NOMINALS, ROLE_INVERSE, F, D),
/** ALCROIN language. */ ALCROIN("ALCROIN",ALC, ROLE_COMPLEX, NOMINALS, ROLE_INVERSE, N),
/** ALCROIND language. */ ALCROIND("ALCROIND",ALC, ROLE_COMPLEX, NOMINALS, ROLE_INVERSE, N, D),
/** ALCROIQ language. */ ALCROIQ("ALCROIQ",ALC, ROLE_COMPLEX, NOMINALS, ROLE_INVERSE, Q),
/** ALCROIQD language. */ ALCROIQD("ALCROIQD",ALC, ROLE_COMPLEX, NOMINALS, ROLE_INVERSE, Q, D),
/** SD language. */ SD("SD", S, D),
/** SF language. */ SF("SF", S, F),
/** SFD language. */ SFD("SFD", S, F, D),
/** SN language. */ SN("SN", S, N),
/** SND language. */ SND("SND", S, N, D),
/** SQ language. */ SQ("SQ", S, Q),
/** SQD language. */ SQD("SQD", S, Q, D),
/** SI language. */ SI("SI",S, ROLE_INVERSE),
/** SID language. */ SID("SID",S, ROLE_INVERSE, D),
/** SIF language. */ SIF("SIF",S, ROLE_INVERSE, F),
/** SIFD language. */ SIFD("SIFD",S, ROLE_INVERSE, F, D),
/** SIN language. */ SIN("SIN",S, ROLE_INVERSE, N),
/** SIND language. */ SIND("SIND",S, ROLE_INVERSE, N, D),
/** SIQ language. */ SIQ("SIQ",S, ROLE_INVERSE, Q),
/** SIQD language. */ SIQD("SIQD",S, ROLE_INVERSE, Q, D),
/** SO language. */ SO("SO",S, NOMINALS),
/** SOD language. */ SOD("SOD",S, NOMINALS, D),
/** SOF language. */ SOF("SOF",S, NOMINALS, F),
/** SOFD language. */ SOFD("SOFD",S, NOMINALS, F, D),
/** SON language. */ SON("SON",S, NOMINALS, N),
/** SOND language. */ SOND("SOND",S, NOMINALS, N, D),
/** SOQ language. */ SOQ("SOQ",S, NOMINALS, Q),
/** SOQD language. */ SOQD("SOQD",S, NOMINALS, Q, D),
/** SOI language. */ SOI("SOI",S, NOMINALS, ROLE_INVERSE),
/** SOID language. */ SOID("SOID",S, NOMINALS, ROLE_INVERSE, D),
/** SOIF language. */ SOIF("SOIF",S, NOMINALS, ROLE_INVERSE, F),
/** SOIFD language. */ SOIFD("SOIFD",S, NOMINALS, ROLE_INVERSE, F, D),
/** SOIN language. */ SOIN("SOIN",S, NOMINALS, ROLE_INVERSE, N),
/** SOIND language. */ SOIND("SOIND",S, NOMINALS, ROLE_INVERSE, N, D),
/** SOIQ language. */ SOIQ("SOIQ",S, NOMINALS, ROLE_INVERSE, Q),
/** SOIQD language. */ SOIQD("SOIQD",S, NOMINALS, ROLE_INVERSE, Q, D),
/** SH language. */ SH("SH",S, ROLE_HIERARCHY),
/** SHD language. */ SHD("SHD",S, ROLE_HIERARCHY, D),
/** SHF language. */ SHF("SHF",S, ROLE_HIERARCHY, F),
/** SHFD language. */ SHFD("SHFD",S, ROLE_HIERARCHY, F, D),
/** SHN language. */ SHN("SHN",S, ROLE_HIERARCHY, N),
/** SHND language. */ SHND("SHND",S, ROLE_HIERARCHY, N, D),
/** SHQ language. */ SHQ("SHQ",S, ROLE_HIERARCHY, Q),
/** SHQD language. */ SHQD("SHQD",S, ROLE_HIERARCHY, Q, D),
/** SHI language. */ SHI("SHI",S, ROLE_HIERARCHY, ROLE_INVERSE),
/** SHID language. */ SHID("SHID",S, ROLE_HIERARCHY, ROLE_INVERSE, D),
/** SHIF language. */ SHIF("SHIF",S, ROLE_HIERARCHY, ROLE_INVERSE, F),
/** SHIFD language. */ SHIFD("SHIFD",S, ROLE_HIERARCHY, ROLE_INVERSE, F, D),
/** SHIN language. */ SHIN("SHIN",S, ROLE_HIERARCHY, ROLE_INVERSE, N),
/** SHIND language. */ SHIND("SHIND",S, ROLE_HIERARCHY, ROLE_INVERSE, N, D),
/** SHIQ language. */ SHIQ("SHIQ",S, ROLE_HIERARCHY, ROLE_INVERSE, Q),
/** SHIQD language. */ SHIQD("SHIQD",S, ROLE_HIERARCHY, ROLE_INVERSE, Q, D),
/** SHO language. */ SHO("SHO",S, ROLE_HIERARCHY, NOMINALS),
/** SHOD language. */ SHOD("SHOD",S, ROLE_HIERARCHY, NOMINALS, D),
/** SHOF language. */ SHOF("SHOF",S, ROLE_HIERARCHY, NOMINALS, F),
/** SHOFD language. */ SHOFD("SHOFD",S, ROLE_HIERARCHY, NOMINALS, F, D),
/** SHON language. */ SHON("SHON",S, ROLE_HIERARCHY, NOMINALS, N),
/** SHOND language. */ SHOND("SHOND",S, ROLE_HIERARCHY, NOMINALS, N, D),
/** SHOQ language. */ SHOQ("SHOQ",S, ROLE_HIERARCHY, NOMINALS, Q),
/** SHOQD language. */ SHOQD("SHOQD",S, ROLE_HIERARCHY, NOMINALS, Q, D),
/** SHOI language. */ SHOI("SHOI",S, ROLE_HIERARCHY, NOMINALS, ROLE_INVERSE),
/** SHOID language. */ SHOID("SHOID",S, ROLE_HIERARCHY, NOMINALS, ROLE_INVERSE, D),
/** SHOIF language. */ SHOIF("SHOIF",S, ROLE_HIERARCHY, NOMINALS, ROLE_INVERSE, F),
/** SHOIFD language. */ SHOIFD("SHOIFD",S, ROLE_HIERARCHY, NOMINALS, ROLE_INVERSE, F, D),
/** SHOIN language. */ SHOIN("SHOIN",S, ROLE_HIERARCHY, NOMINALS, ROLE_INVERSE, N),
/** SHOIND language. */ SHOIND("SHOIND",S, ROLE_HIERARCHY, NOMINALS, ROLE_INVERSE, N, D),
/** SHOIQ language. */ SHOIQ("SHOIQ",S, ROLE_HIERARCHY, NOMINALS, ROLE_INVERSE, Q),
/** SHOIQD language. */ SHOIQD("SHOIQD",S, ROLE_HIERARCHY, NOMINALS, ROLE_INVERSE, Q, D),
/** SRr language. */ SRr("SRr",S, ROLE_REFLEXIVITY_CHAINS),
/** SRrD language. */ SRrD("SRrD",S, ROLE_REFLEXIVITY_CHAINS, D),
/** SRrF language. */ SRrF("SRrF",S, ROLE_REFLEXIVITY_CHAINS, F),
/** SRrFD language. */ SRrFD("SRrFD",S, ROLE_REFLEXIVITY_CHAINS, F, D),
/** SRrN language. */ SRrN("SRrN",S, ROLE_REFLEXIVITY_CHAINS, N),
/** SRrND language. */ SRrND("SRrND",S, ROLE_REFLEXIVITY_CHAINS, N, D),
/** SRrQ language. */ SRrQ("SRrQ",S, ROLE_REFLEXIVITY_CHAINS, Q),
/** SRrQD language. */ SRrQD("SRrQD",S, ROLE_REFLEXIVITY_CHAINS, Q, D),
/** SRrO language. */ SRrO("SRrO",S, ROLE_REFLEXIVITY_CHAINS, NOMINALS),
/** SRrOD language. */ SRrOD("SRrOD",S, ROLE_REFLEXIVITY_CHAINS, NOMINALS, D),
/** SRrOF language. */ SRrOF("SRrOF",S, ROLE_REFLEXIVITY_CHAINS, NOMINALS, F),
/** SRrOFD language. */ SRrOFD("SRrOFD",S, ROLE_REFLEXIVITY_CHAINS, NOMINALS, F, D),
/** SRrON language. */ SRrON("SRrON",S, ROLE_REFLEXIVITY_CHAINS, NOMINALS, N),
/** SRrOND language. */ SRrOND("SRrOND",S, ROLE_REFLEXIVITY_CHAINS, NOMINALS, N, D),
/** SRrOQ language. */ SRrOQ("SRrOQ",S, ROLE_REFLEXIVITY_CHAINS, NOMINALS, Q),
/** SRrOQD language. */ SRrOQD("SRrOQD",S, ROLE_REFLEXIVITY_CHAINS, NOMINALS, Q, D),
/** SR language. */ SR("SR",S, ROLE_COMPLEX),
/** SRD language. */ SRD("SRD",S, ROLE_COMPLEX, D),
/** SRF language. */ SRF("SRF",S, ROLE_COMPLEX, F),
/** SRFD language. */ SRFD("SRFD",S, ROLE_COMPLEX, F, D),
/** SRN language. */ SRN("SRN",S, ROLE_COMPLEX, N),
/** SRND language. */ SRND("SRND",S, ROLE_COMPLEX, N, D),
/** SRQ language. */ SRQ("SRQ",S, ROLE_COMPLEX, Q),
/** SRQD language. */ SRQD("SRQD",S, ROLE_COMPLEX, Q, D),
/** SRI language. */ SRI("SRI",S, ROLE_COMPLEX, ROLE_INVERSE),
/** SRID language. */ SRID("SRID",S, ROLE_COMPLEX, ROLE_INVERSE, D),
/** SRIF language. */ SRIF("SRIF",S, ROLE_COMPLEX, ROLE_INVERSE, F),
/** SRIFD language. */ SRIFD("SRIFD",S, ROLE_COMPLEX, ROLE_INVERSE, F, D),
/** SRIN language. */ SRIN("SRIN",S, ROLE_COMPLEX, ROLE_INVERSE, N),
/** SRIND language. */ SRIND("SRIND",S, ROLE_COMPLEX, ROLE_INVERSE, N, D),
/** SRIQ language. */ SRIQ("SRIQ",S, ROLE_COMPLEX, ROLE_INVERSE, Q),
/** SRIQD language. */ SRIQD("SRIQD",S, ROLE_COMPLEX, ROLE_INVERSE, Q, D),
/** SRO language. */ SRO("SRO",S, ROLE_COMPLEX, NOMINALS),
/** SROD language. */ SROD("SROD",S, ROLE_COMPLEX, NOMINALS, D),
/** SROF language. */ SROF("SROF",S, ROLE_COMPLEX, NOMINALS, F),
/** SROFD language. */ SROFD("SROFD",S, ROLE_COMPLEX, NOMINALS, F, D),
/** SRON language. */ SRON("SRON",S, ROLE_COMPLEX, NOMINALS, N),
/** SROND language. */ SROND("SROND",S, ROLE_COMPLEX, NOMINALS, N, D),
/** SROQ language. */ SROQ("SROQ",S, ROLE_COMPLEX, NOMINALS, Q),
/** SROQD language. */ SROQD("SROQD",S, ROLE_COMPLEX, NOMINALS, Q, D),
/** SROI language. */ SROI("SROI",S, ROLE_COMPLEX, NOMINALS, ROLE_INVERSE),
/** SROID language. */ SROID("SROID",S, ROLE_COMPLEX, NOMINALS, ROLE_INVERSE, D),
/** SROIF language. */ SROIF("SROIF",S, ROLE_COMPLEX, NOMINALS, ROLE_INVERSE, F),
/** SROIFD language. */ SROIFD("SROIFD",S, ROLE_COMPLEX, NOMINALS, ROLE_INVERSE, F, D),
/** SROIN language. */ SROIN("SROIN",S, ROLE_COMPLEX, NOMINALS, ROLE_INVERSE, N),
/** SROIND language. */ SROIND("SROIND",S, ROLE_COMPLEX, NOMINALS, ROLE_INVERSE, N, D),
/** SROIQ language. */ SROIQ("SROIQ",S, ROLE_COMPLEX, NOMINALS, ROLE_INVERSE, Q),
/** SROIQD language. */ SROIQD("SROIQD",S, ROLE_COMPLEX, NOMINALS, ROLE_INVERSE, Q, D),
/** EL++ - Alias ELRO. */ ELPLUSPLUS("EL++", CONCEPT_INTERSECTION, FULL_EXISTENTIAL, ROLE_COMPLEX, NOMINALS, ROLE_TRANSITIVE, D);
//@formatter:on
private final String s;
EnumSet components;
Languages(String s, Languages ancestor, Construct c, Construct... components) {
this.s = s;
this.components = EnumSet.of(c, components);
this.components.addAll(ancestor.components());
if (this.components.containsAll(incompatibleRoleFetures)) {
throw new IllegalArgumentException("Incompatible constructs: ["
+ incompatibleRoleFetures + "] cannot appear together.");
}
}
Languages(String s, Construct c, Construct... components) {
this.s = s;
this.components = EnumSet.of(c, components);
if (this.components.containsAll(incompatibleRoleFetures)) {
throw new IllegalArgumentException("Incompatible constructs: ["
+ incompatibleRoleFetures + "] cannot appear together.");
}
}
/**
* @return constructs occurring within this name. Plain constructs have no components.
*/
public EnumSet components() {
return components;
}
@Override
public String toString() {
return s;
}
/**
* @param l language to check
* @return true if this is a sublanguage of l
*/
public boolean isSubLanguageOf(Languages l) {
// assumption: no two languages have the same set of constructs
return this != l && l.components.containsAll(components);
}
/**
* @param constructs constructs to compare
* @return true if all constructs appear in the components
*/
public boolean hasAllConstructs(Construct... constructs) {
return components.containsAll(Arrays.asList(constructs));
}
/**
* @param constructs constructs to compare
* @return true if all constructs appear in the components
*/
public boolean hasAllConstructs(Collection constructs) {
return components.containsAll(constructs);
}
}
