io.github.qudtlib.vocab.QUDT Maven / Gradle / Ivy
package io.github.qudtlib.vocab;
import org.eclipse.rdf4j.model.IRI;
import org.eclipse.rdf4j.model.Namespace;
import org.eclipse.rdf4j.model.impl.SimpleNamespace;
import org.eclipse.rdf4j.model.impl.SimpleValueFactory;
/**
* Constants for the Quantities, Units, Dimensions and Data Types Ontology.
*
* TODO: Using hardcoded QUDT.java while waiting for a release of VocGen
*
* @see Quantities, Units, Dimensions and Data Types Ontology
*/
public class QUDT {
/** The QUDT namespace: http://qudt.org/schema/qudt/ */
public static final String NAMESPACE = "http://qudt.org/schema/qudt/";
/** Recommended prefix for the namespace: "qudt" */
public static final String PREFIX = "qudt";
/** An immutable {@link Namespace} constant that represents the namespace. */
public static final Namespace NS = new SimpleNamespace(PREFIX, NAMESPACE);
// Classes
/** Quantity Kind (abstract) * */
public static final IRI AbstractQuantityKind = create("AbstractQuantityKind");
/** Angle unit * */
public static final IRI AngleUnit = create("AngleUnit");
/** Aspect Class * */
public static final IRI AspectClass = create("AspectClass");
/** Base Dimension Magnitude * */
public static final IRI BaseDimensionMagnitude = create("BaseDimensionMagnitude");
/** Binary Prefix * */
public static final IRI BinaryPrefix = create("BinaryPrefix");
/** Bit Encoding * */
public static final IRI BitEncodingType = create("BitEncodingType");
/** Boolean encoding type * */
public static final IRI BooleanEncodingType = create("BooleanEncodingType");
/** Byte Encoding * */
public static final IRI ByteEncodingType = create("ByteEncodingType");
/** Cardinality Type * */
public static final IRI CardinalityType = create("CardinalityType");
/** Char Encoding Type * */
public static final IRI CharEncodingType = create("CharEncodingType");
/** Citation * */
public static final IRI Citation = create("Citation");
/** Comment * */
public static final IRI Comment = create("Comment");
/** QUDT Concept * */
public static final IRI Concept = create("Concept");
/** Constant value * */
public static final IRI ConstantValue = create("ConstantValue");
/** Counting Unit * */
public static final IRI CountingUnit = create("CountingUnit");
/** Currency Unit * */
public static final IRI CurrencyUnit = create("CurrencyUnit");
/** Data Encoding * */
public static final IRI DataEncoding = create("DataEncoding");
/** QUDT Datatype * */
public static final IRI Datatype = create("Datatype");
/** Date Time String Encoding Type * */
public static final IRI DateTimeStringEncodingType = create("DateTimeStringEncodingType");
/** Decimal Prefix * */
public static final IRI DecimalPrefix = create("DecimalPrefix");
/** Derived Unit * */
public static final IRI DerivedUnit = create("DerivedUnit");
/** Dimensionless Unit * */
public static final IRI DimensionlessUnit = create("DimensionlessUnit");
/** Discipline * */
public static final IRI Discipline = create("Discipline");
/** Encoding * */
public static final IRI Encoding = create("Encoding");
/** Endian Type * */
public static final IRI EndianType = create("EndianType");
/** Enumerated Value * */
public static final IRI EnumeratedValue = create("EnumeratedValue");
/** Enumeration * */
public static final IRI Enumeration = create("Enumeration");
/** Enumeration scale * */
public static final IRI EnumerationScale = create("EnumerationScale");
/** Figure * */
public static final IRI Figure = create("Figure");
/** Floating Point Encoding * */
public static final IRI FloatingPointEncodingType = create("FloatingPointEncodingType");
/** Integer Encoding * */
public static final IRI IntegerEncodingType = create("IntegerEncodingType");
/** Interval scale * */
public static final IRI IntervalScale = create("IntervalScale");
/** Logarithmic Unit * */
public static final IRI LogarithmicUnit = create("LogarithmicUnit");
/** Maths Function Type * */
public static final IRI MathsFunctionType = create("MathsFunctionType");
/** NIST SP~811 Comment * */
public static final IRI NIST_SP811_Comment = create("NIST_SP811_Comment");
/** Nominal scale * */
public static final IRI NominalScale = create("NominalScale");
/** Ordered type * */
public static final IRI OrderedType = create("OrderedType");
/** Ordinal scale * */
public static final IRI OrdinalScale = create("OrdinalScale");
/** Organization * */
public static final IRI Organization = create("Organization");
/** Physical Constant * */
public static final IRI PhysicalConstant = create("PhysicalConstant");
/** Plane Angle Unit * */
public static final IRI PlaneAngleUnit = create("PlaneAngleUnit");
/** Prefix * */
public static final IRI Prefix = create("Prefix");
/** Quantifiable * */
public static final IRI Quantifiable = create("Quantifiable");
/** Quantity * */
public static final IRI Quantity = create("Quantity");
/** Quantity Kind * */
public static final IRI QuantityKind = create("QuantityKind");
/** Quantity Kind Dimension Vector * */
public static final IRI QuantityKindDimensionVector = create("QuantityKindDimensionVector");
/** CGS Dimension vector * */
public static final IRI QuantityKindDimensionVector_CGS =
create("QuantityKindDimensionVector_CGS");
/** CGS EMU Dimension vector * */
public static final IRI QuantityKindDimensionVector_CGS_EMU =
create("QuantityKindDimensionVector_CGS-EMU");
/** CGS ESU Dimension vector * */
public static final IRI QuantityKindDimensionVector_CGS_ESU =
create("QuantityKindDimensionVector_CGS-ESU");
/** CGS GAUSS Dimension vector * */
public static final IRI QuantityKindDimensionVector_CGS_GAUSS =
create("QuantityKindDimensionVector_CGS-GAUSS");
/** CGS LH Dimension vector * */
public static final IRI QuantityKindDimensionVector_CGS_LH =
create("QuantityKindDimensionVector_CGS-LH");
/** ISO Dimension vector * */
public static final IRI QuantityKindDimensionVector_ISO =
create("QuantityKindDimensionVector_ISO");
/** Imperial dimension vector * */
public static final IRI QuantityKindDimensionVector_Imperial =
create("QuantityKindDimensionVector_Imperial");
/** Quantity Kind Dimension vector (SI) * */
public static final IRI QuantityKindDimensionVector_SI =
create("QuantityKindDimensionVector_SI");
/** Quantity type * */
public static final IRI QuantityType = create("QuantityType");
/** Quantity value * */
public static final IRI QuantityValue = create("QuantityValue");
/** Ratio scale * */
public static final IRI RatioScale = create("RatioScale");
/** Rule * */
public static final IRI Rule = create("Rule");
/** Rule Type * */
public static final IRI RuleType = create("RuleType");
/** Scalar Datatype * */
public static final IRI ScalarDatatype = create("ScalarDatatype");
/** Scale * */
public static final IRI Scale = create("Scale");
/** Scale type * */
public static final IRI ScaleType = create("ScaleType");
/** Signedness type * */
public static final IRI SignednessType = create("SignednessType");
/** Solid Angle Unit * */
public static final IRI SolidAngleUnit = create("SolidAngleUnit");
/** Statement * */
public static final IRI Statement = create("Statement");
/** String Encoding Type * */
public static final IRI StringEncodingType = create("StringEncodingType");
/** Structured Data Type * */
public static final IRI StructuredDatatype = create("StructuredDatatype");
/** Symbol * */
public static final IRI Symbol = create("Symbol");
/** System of Quantity Kinds * */
public static final IRI SystemOfQuantityKinds = create("SystemOfQuantityKinds");
/** System of Units * */
public static final IRI SystemOfUnits = create("SystemOfUnits");
/** Transform type * */
public static final IRI TransformType = create("TransformType");
/** Unit * */
public static final IRI Unit = create("Unit");
/** User Quantity Kind * */
public static final IRI UserQuantityKind = create("UserQuantityKind");
// Properties
/** abbreviation * */
public static final IRI abbreviation = create("abbreviation");
/** acronym * */
public static final IRI acronym = create("acronym");
/** allowed pattern * */
public static final IRI allowedPattern = create("allowedPattern");
/** allowed unit of system * */
public static final IRI allowedUnitOfSystem = create("allowedUnitOfSystem");
/** ANSI SQL Name * */
public static final IRI ansiSQLName = create("ansiSQLName");
/** applicable CGS unit * */
public static final IRI applicableCGSUnit = create("applicableCGSUnit");
/** applicable ISO unit * */
public static final IRI applicableISOUnit = create("applicableISOUnit");
/** applicable Imperial unit * */
public static final IRI applicableImperialUnit = create("applicableImperialUnit");
/** applicable physical constant * */
public static final IRI applicablePhysicalConstant = create("applicablePhysicalConstant");
/** applicable Planck unit * */
public static final IRI applicablePlanckUnit = create("applicablePlanckUnit");
/** applicable SI unit * */
public static final IRI applicableSIUnit = create("applicableSIUnit");
/** applicable US Customary unit * */
public static final IRI applicableUSCustomaryUnit = create("applicableUSCustomaryUnit");
/** applicable unit * */
public static final IRI applicableUnit = create("applicableUnit");
/** applicable System of Units for a unit */
public static final IRI applicableSystem = create("applicableSystem");
/** /** base CGS unit dimensions * */
public static final IRI baseCGSUnitDimensions = create("baseCGSUnitDimensions");
/** base dimension enumeration * */
public static final IRI baseDimensionEnumeration = create("baseDimensionEnumeration");
/** base ISO unit dimensions * */
public static final IRI baseISOUnitDimensions = create("baseISOUnitDimensions");
/** base Imperial unit dimensions * */
public static final IRI baseImperialUnitDimensions = create("baseImperialUnitDimensions");
/** base SI unit dimensions * */
public static final IRI baseSIUnitDimensions = create("baseSIUnitDimensions");
/** base US Customary unit dimensions * */
public static final IRI baseUSCustomaryUnitDimensions = create("baseUSCustomaryUnitDimensions");
/** base unit dimensions * */
public static final IRI baseUnitDimensions = create("baseUnitDimensions");
/** is base unit of system * */
public static final IRI baseUnitOfSystem = create("baseUnitOfSystem");
/** basis * */
public static final IRI basis = create("basis");
/** belongs to system of quantities * */
public static final IRI belongsToSystemOfQuantities = create("belongsToSystemOfQuantities");
/** bit order * */
public static final IRI bitOrder = create("bitOrder");
/** bits * */
public static final IRI bits = create("bits");
/** bounded * */
public static final IRI bounded = create("bounded");
/** byte order * */
public static final IRI byteOrder = create("byteOrder");
/** bytes * */
public static final IRI bytes = create("bytes");
/** C Language name * */
public static final IRI cName = create("cName");
/** cardinality * */
public static final IRI cardinality = create("cardinality");
/** categorized as * */
public static final IRI categorizedAs = create("categorizedAs");
/** citation * */
public static final IRI citation = create("citation");
/** code * */
@Deprecated public static final IRI code = create("code");
/** is coherent unit of system * */
public static final IRI coherentUnitOfSystem = create("coherentUnitOfSystem");
/** coherent unit system * */
public static final IRI coherentUnitSystem = create("coherentUnitSystem");
/** conversion coefficient * */
public static final IRI conversionCoefficient = create("conversionCoefficient");
/** conversion multiplier * */
public static final IRI conversionMultiplier = create("conversionMultiplier");
/** conversion multiplier * */
public static final IRI conversionMultiplierSN = create("conversionMultiplierSN");
/** conversion offset * */
public static final IRI conversionOffset = create("conversionOffset");
/** conversion offset * */
public static final IRI conversionOffsetSN = create("conversionOffsetSN");
/** currency exponent * */
public static final IRI currencyExponent = create("currencyExponent");
/** data encoding * */
public static final IRI dataEncoding = create("dataEncoding");
/** data structure * */
public static final IRI dataStructure = create("dataStructure");
/** datatype * */
public static final IRI dataType = create("dataType");
/** dbpedia match * */
public static final IRI dbpediaMatch = create("dbpediaMatch");
/** default * */
public static final IRI default_ = create("default");
/** defined unit of system * */
public static final IRI definedUnitOfSystem = create("definedUnitOfSystem");
/** denominator dimension vector * */
public static final IRI denominatorDimensionVector = create("denominatorDimensionVector");
/** is coherent derived unit of system * */
public static final IRI derivedCoherentUnitOfSystem = create("derivedCoherentUnitOfSystem");
/** is non-coherent derived unit of system * */
public static final IRI derivedNonCoherentUnitOfSystem =
create("derivedNonCoherentUnitOfSystem");
/** derived quantity kind of system * */
public static final IRI derivedQuantityKindOfSystem = create("derivedQuantityKindOfSystem");
/** is derived unit of system * */
public static final IRI derivedUnitOfSystem = create("derivedUnitOfSystem");
/** dimension exponent * */
public static final IRI dimensionExponent = create("dimensionExponent");
/** dimension exponent for amount of substance * */
public static final IRI dimensionExponentForAmountOfSubstance =
create("dimensionExponentForAmountOfSubstance");
/** dimension exponent for electric current * */
public static final IRI dimensionExponentForElectricCurrent =
create("dimensionExponentForElectricCurrent");
/** dimension exponent for length * */
public static final IRI dimensionExponentForLength = create("dimensionExponentForLength");
/** dimension exponent for luminous intensity * */
public static final IRI dimensionExponentForLuminousIntensity =
create("dimensionExponentForLuminousIntensity");
/** dimension exponent for mass * */
public static final IRI dimensionExponentForMass = create("dimensionExponentForMass");
/** dimension exponent for thermodynamic temperature * */
public static final IRI dimensionExponentForThermodynamicTemperature =
create("dimensionExponentForThermodynamicTemperature");
/** dimension exponent for time * */
public static final IRI dimensionExponentForTime = create("dimensionExponentForTime");
/** dimension inverse * */
public static final IRI dimensionInverse = create("dimensionInverse");
/** dimension vector for SI * */
public static final IRI dimensionVectorForSI = create("dimensionVectorForSI");
/** dimensionless exponent * */
public static final IRI dimensionlessExponent = create("dimensionlessExponent");
/** element * */
public static final IRI element = create("element");
/** element kind * */
public static final IRI elementKind = create("elementKind");
/** element type * */
public static final IRI elementType = create("elementType");
/** encoding * */
public static final IRI encoding = create("encoding");
/** exact constant * */
public static final IRI exactConstant = create("exactConstant");
/** exact match * */
public static final IRI exactMatch = create("exactMatch");
/** field code * */
public static final IRI fieldCode = create("fieldCode");
/** figure * */
public static final IRI figure = create("figure");
/** figure caption * */
public static final IRI figureCaption = create("figureCaption");
/** figure label * */
public static final IRI figureLabel = create("figureLabel");
/** generalization * */
public static final IRI generalization = create("generalization");
/** guidance * */
public static final IRI guidance = create("guidance");
/** allowed unit * */
public static final IRI hasAllowedUnit = create("hasAllowedUnit");
/** has base quantity kind * */
public static final IRI hasBaseQuantityKind = create("hasBaseQuantityKind");
/** base unit * */
public static final IRI hasBaseUnit = create("hasBaseUnit");
/** coherent unit * */
public static final IRI hasCoherentUnit = create("hasCoherentUnit");
/** defined unit * */
public static final IRI hasDefinedUnit = create("hasDefinedUnit");
/** has quantity kind dimension vector denominator part * */
public static final IRI hasDenominatorPart = create("hasDenominatorPart");
/** derived coherent unit * */
public static final IRI hasDerivedCoherentUnit = create("hasDerivedCoherentUnit");
/** has coherent derived unit * */
public static final IRI hasDerivedNonCoherentUnit = create("hasDerivedNonCoherentUnit");
/** derived unit * */
public static final IRI hasDerivedUnit = create("hasDerivedUnit");
/** has dimension * */
public static final IRI hasDimension = create("hasDimension");
/** dimension expression * */
public static final IRI hasDimensionExpression = create("hasDimensionExpression");
/** has dimension vector * */
public static final IRI hasDimensionVector = create("hasDimensionVector");
/** has non-coherent unit * */
public static final IRI hasNonCoherentUnit = create("hasNonCoherentUnit");
/** has quantity kind dimension vector numerator part * */
public static final IRI hasNumeratorPart = create("hasNumeratorPart");
/** prefix unit * */
public static final IRI hasPrefixUnit = create("hasPrefixUnit");
/** has quantity * */
public static final IRI hasQuantity = create("hasQuantity");
/** has quantity kind * */
public static final IRI hasQuantityKind = create("hasQuantityKind");
/** has reference quantity kind * */
public static final IRI hasReferenceQuantityKind = create("hasReferenceQuantityKind");
/** has rule * */
public static final IRI hasRule = create("hasRule");
/** has unit * */
public static final IRI hasUnit = create("hasUnit");
/** has unit system * */
public static final IRI hasUnitSystem = create("hasUnitSystem");
/** has vocabulary * */
public static final IRI hasVocabulary = create("hasVocabulary");
/** height * */
public static final IRI height = create("height");
/** qudt id * */
public static final IRI id = create("id");
/** iec-61360 code * */
public static final IRI iec61360Code = create("iec61360Code");
/** image * */
public static final IRI image = create("image");
/** image location * */
public static final IRI imageLocation = create("imageLocation");
/** informative reference * */
public static final IRI informativeReference = create("informativeReference");
/** is base quantity kind of system * */
public static final IRI isBaseQuantityKindOfSystem = create("isBaseQuantityKindOfSystem");
/** is Delta Quantity * */
public static final IRI isDeltaQuantity = create("isDeltaQuantity");
/** is dimension in system * */
public static final IRI isDimensionInSystem = create("isDimensionInSystem");
/** is metric unit * */
public static final IRI isMetricUnit = create("isMetricUnit");
/** is quantity kind of * */
public static final IRI isQuantityKindOf = create("isQuantityKindOf");
/** is scaling of * */
public static final IRI isScalingOf = create("isScalingOf");
/** normative reference (ISO) * */
public static final IRI isoNormativeReference = create("isoNormativeReference");
/** java name * */
public static final IRI javaName = create("javaName");
/** Javascript name * */
public static final IRI jsName = create("jsName");
/** landscape * */
public static final IRI landscape = create("landscape");
/** latex definition * */
public static final IRI latexDefinition = create("latexDefinition");
/** latex symbol * */
public static final IRI latexSymbol = create("latexSymbol");
/** length * */
public static final IRI length = create("length");
/** literal * */
public static final IRI literal = create("literal");
/** lower bound * */
public static final IRI lowerBound = create("lowerBound");
/** math definition * */
public static final IRI mathDefinition = create("mathDefinition");
/** mathML definition * */
public static final IRI mathMLdefinition = create("mathMLdefinition");
/** matlab name * */
public static final IRI matlabName = create("matlabName");
/** max exclusive * */
public static final IRI maxExclusive = create("maxExclusive");
/** max inclusive * */
public static final IRI maxInclusive = create("maxInclusive");
/** Microsoft SQL Server name * */
public static final IRI microsoftSQLServerName = create("microsoftSQLServerName");
/** min exclusive * */
public static final IRI minExclusive = create("minExclusive");
/** min inclusive * */
public static final IRI minInclusive = create("minInclusive");
/** MySQL name * */
public static final IRI mySQLName = create("mySQLName");
/** negative delta limit * */
public static final IRI negativeDeltaLimit = create("negativeDeltaLimit");
/** normative reference * */
public static final IRI normativeReference = create("normativeReference");
/** numerator dimension vector * */
public static final IRI numeratorDimensionVector = create("numeratorDimensionVector");
/** numeric value * */
public static final IRI numericValue = create("numericValue");
/** ODBC name * */
public static final IRI odbcName = create("odbcName");
/** OLE DB name * */
public static final IRI oleDBName = create("oleDBName");
/** om unit * */
public static final IRI omUnit = create("omUnit");
/** online reference * */
public static final IRI onlineReference = create("onlineReference");
/** ORACLE SQL name * */
public static final IRI oracleSQLName = create("oracleSQLName");
/** order * */
public static final IRI order = create("order");
/** ordered type * */
public static final IRI orderedType = create("orderedType");
/** out of scope * */
public static final IRI outOfScope = create("outOfScope");
/** permissible maths * */
public static final IRI permissibleMaths = create("permissibleMaths");
/** permissible transformation * */
public static final IRI permissibleTransformation = create("permissibleTransformation");
/** description (plain text) * */
public static final IRI plainTextDescription = create("plainTextDescription");
/** Positive delta limit * */
public static final IRI positiveDeltaLimit = create("positiveDeltaLimit");
/** prefix * */
public static final IRI prefix = create("prefix");
/** prefix multiplier * */
public static final IRI prefixMultiplier = create("prefixMultiplier");
/** protocol buffers name * */
public static final IRI protocolBuffersName = create("protocolBuffersName");
/** python name * */
public static final IRI pythonName = create("pythonName");
/** denominator dimension vector * */
public static final IRI qkdvDenominator = create("qkdvDenominator");
/** numerator dimension vector * */
public static final IRI qkdvNumerator = create("qkdvNumerator");
/** quantity * */
public static final IRI quantity = create("quantity");
/** quantity value * */
public static final IRI quantityValue = create("quantityValue");
/** rationale * */
public static final IRI rationale = create("rationale");
/** rdfs datatype * */
public static final IRI rdfsDatatype = create("rdfsDatatype");
/** reference * */
public static final IRI reference = create("reference");
/** reference unit * */
public static final IRI referenceUnit = create("referenceUnit");
/** relative standard uncertainty * */
public static final IRI relativeStandardUncertainty = create("relativeStandardUncertainty");
/** relevant quantity kind * */
public static final IRI relevantQuantityKind = create("relevantQuantityKind");
/** Relevant Unit * */
public static final IRI relevantUnit = create("relevantUnit");
/** rule type * */
public static final IRI ruleType = create("ruleType");
/** scale type * */
public static final IRI scaleType = create("scaleType");
/** si units expression * */
public static final IRI siUnitsExpression = create("siUnitsExpression");
/** specialization * */
public static final IRI specialization = create("specialization");
/** standard uncertainty * */
public static final IRI standardUncertainty = create("standardUncertainty");
/** standard uncertainty * */
public static final IRI standardUncertaintySN = create("standardUncertaintySN");
/** symbol * */
public static final IRI symbol = create("symbol");
/** system definition * */
public static final IRI systemDefinition = create("systemDefinition");
/** system derived quantity kind * */
public static final IRI systemDerivedQuantityKind = create("systemDerivedQuantityKind");
/** system dimension * */
public static final IRI systemDimension = create("systemDimension");
/** ucum case-insensitive code * */
@Deprecated public static final IRI ucumCaseInsensitiveCode = create("ucumCaseInsensitiveCode");
/** ucum case-sensitive code * */
@Deprecated public static final IRI ucumCaseSensitiveCode = create("ucumCaseSensitiveCode");
/** ucum code * */
public static final IRI ucumCode = create("ucumCode");
/** udunits code * */
public static final IRI udunitsCode = create("udunitsCode");
/** unece common code * */
public static final IRI uneceCommonCode = create("uneceCommonCode");
/** unit * */
public static final IRI unit = create("unit");
/** unit for * */
public static final IRI unitFor = create("unitFor");
/** is unit of system * */
public static final IRI unitOfSystem = create("unitOfSystem");
/** upper bound * */
public static final IRI upperBound = create("upperBound");
/** url * */
public static final IRI url = create("url");
/** value * */
public static final IRI value = create("value");
/** value * */
public static final IRI valueSN = create("valueSN");
/** value for quantity * */
public static final IRI valueQuantity = create("valueQuantity");
/** Vusal Basic name * */
public static final IRI vbName = create("vbName");
/** vector magnitude * */
public static final IRI vectorMagnitude = create("vectorMagnitude");
/** width * */
public static final IRI width = create("width");
// Individuals
/** QUDT Aspect * */
public static final IRI Aspect = create("Aspect");
/** Big Endian * */
public static final IRI BigEndian = create("BigEndian");
/** Bit Encoding * */
public static final IRI BitEncoding = create("BitEncoding");
/** Boolean Encoding * */
public static final IRI BooleanEncoding = create("BooleanEncoding");
/** Countably Infinite Cardinality Type * */
public static final IRI CT_COUNTABLY_INFINITE = create("CT_COUNTABLY-INFINITE");
/** Finite Cardinality Type * */
public static final IRI CT_FINITE = create("CT_FINITE");
/** Uncountable Cardinality Type * */
public static final IRI CT_UNCOUNTABLE = create("CT_UNCOUNTABLE");
/** Char Encoding * */
public static final IRI CharEncoding = create("CharEncoding");
/** Single Precision Real Encoding * */
public static final IRI DoublePrecisionEncoding = create("DoublePrecisionEncoding");
/** IEEE 754 1985 Real Encoding * */
public static final IRI IEEE754_1985RealEncoding = create("IEEE754_1985RealEncoding");
/** ISO 8601 UTC Date Time - Basic Format * */
public static final IRI ISO8601_UTCDateTime_BasicFormat =
create("ISO8601-UTCDateTime-BasicFormat");
/** Little Endian * */
public static final IRI LittleEndian = create("LittleEndian");
/** Long Unsigned Integer Encoding * */
public static final IRI LongUnsignedIntegerEncoding = create("LongUnsignedIntegerEncoding");
/** OCTET Encoding * */
public static final IRI OctetEncoding = create("OctetEncoding");
/** Partially Ordered * */
public static final IRI PartiallyOrdered = create("PartiallyOrdered");
/** Signed * */
public static final IRI SIGNED = create("SIGNED");
/** Short Signed Integer Encoding * */
public static final IRI ShortSignedIntegerEncoding = create("ShortSignedIntegerEncoding");
/** Short Unsigned Integer Encoding * */
public static final IRI ShortUnsignedIntegerEncoding = create("ShortUnsignedIntegerEncoding");
/** Signed Integer Encoding * */
public static final IRI SignedIntegerEncoding = create("SignedIntegerEncoding");
/** Single Precision Real Encoding * */
public static final IRI SinglePrecisionRealEncoding = create("SinglePrecisionRealEncoding");
/** Totally Ordered * */
public static final IRI TotallyOrdered = create("TotallyOrdered");
/** Unsigned * */
public static final IRI UNSIGNED = create("UNSIGNED");
/** UTF-16 String * */
public static final IRI UTF16_StringEncoding = create("UTF16-StringEncoding");
/** UTF-8 Encoding * */
public static final IRI UTF8_StringEncoding = create("UTF8-StringEncoding");
/** Unordered * */
public static final IRI Unordered = create("Unordered");
/** Unsigned Integer Encoding * */
public static final IRI UnsignedIntegerEncoding = create("UnsignedIntegerEncoding");
/** Verifiable * */
public static final IRI Verifiable = create("Verifiable");
/** Wikipedia * */
public static final IRI Wikipedia = create("Wikipedia");
public static final IRI expression = create("expression");
public static IRI LatexString = create("LatexString");
public static IRI UCUMcs = create("UCUMcs");
private static IRI create(String localName) {
return SimpleValueFactory.getInstance().createIRI(QUDT.NAMESPACE, localName);
}
}