V2+
2.1.0 - CI Build
V2+
2.1.0 - CI Build
V2+ - Local Development build (v2.1.0). See the Directory of published versions
TTL representation of the OM2 logical model.
@prefix fhir: <http://hl7.org/fhir/> .
@prefix owl: <http://www.w3.org/2002/07/owl#> .
@prefix rdfs: <http://www.w3.org/2000/01/rdf-schema#> .
@prefix xsd: <http://www.w3.org/2001/XMLSchema#> .
# - resource -------------------------------------------------------------------
a fhir:StructureDefinition;
fhir:nodeRole fhir:treeRoot;
fhir:Resource.id [ fhir:value "OM2"];
fhir:Resource.meta [
fhir:Meta.lastUpdated [ fhir:value "2021-04-23T16:53:24.250+02:00"^^xsd:dateTime ]
];
fhir:DomainResource.text [
fhir:Narrative.status [ fhir:value "generated" ];
fhir:Narrative.div "<div xmlns=\"http://www.w3.org/1999/xhtml\">Segment: OM2</div>"
];
fhir:StructureDefinition.url [ fhir:value "http://hl7.org/fhir/v2plus/StructureDefinition/OM2"];
fhir:StructureDefinition.version [ fhir:value "2.1.0"];
fhir:StructureDefinition.name [ fhir:value "OM2"];
fhir:StructureDefinition.title [ fhir:value "Segment: OM2"];
fhir:StructureDefinition.status [ fhir:value "draft"];
fhir:StructureDefinition.experimental [ fhir:value "true"^^xsd:boolean];
fhir:StructureDefinition.date [ fhir:value "2021-04-23T16:53:24+02:00"^^xsd:dateTime];
fhir:StructureDefinition.publisher [ fhir:value "Frank Oemig"];
fhir:StructureDefinition.description [ fhir:value "Numeric Observation"];
fhir:StructureDefinition.copyright [ fhir:value "FO"];
fhir:StructureDefinition.fhirVersion [ fhir:value "4.0.1"];
fhir:StructureDefinition.kind [ fhir:value "logical"];
fhir:StructureDefinition.abstract [ fhir:value "false"^^xsd:boolean];
fhir:StructureDefinition.type [ fhir:value "OM2"];
fhir:StructureDefinition.baseDefinition [
fhir:value "http://hl7.org/fhir/StructureDefinition/Base";
fhir:link <http://hl7.org/fhir/StructureDefinition/Base>
];
fhir:StructureDefinition.derivation [ fhir:value "specialization"];
fhir:StructureDefinition.snapshot [
fhir:StructureDefinition.snapshot.element [
fhir:index 0;
fhir:Element.id [ fhir:value "OM2" ];
fhir:ElementDefinition.path [ fhir:value "OM2" ];
fhir:ElementDefinition.definition [ fhir:value "Numeric Observation" ];
fhir:ElementDefinition.min [ fhir:value "1"^^xsd:nonNegativeInteger ];
fhir:ElementDefinition.max [ fhir:value "1" ];
fhir:ElementDefinition.base [
fhir:ElementDefinition.base.path [ fhir:value "Base" ];
fhir:ElementDefinition.base.min [ fhir:value "0"^^xsd:nonNegativeInteger ];
fhir:ElementDefinition.base.max [ fhir:value "*" ] ];
fhir:ElementDefinition.isModifier [ fhir:value "false"^^xsd:boolean ] ], [
fhir:index 1;
fhir:Element.id [ fhir:value "OM2.SequenceNumber-TestObservationMasterFile" ];
fhir:ElementDefinition.path [ fhir:value "OM2.SequenceNumber-TestObservationMasterFile" ];
fhir:ElementDefinition.short [ fhir:value "SequenceNumber-TestObservationMasterFile" ];
fhir:ElementDefinition.definition [ fhir:value "Attribute: Sequence Number - TestObservation Master File" ];
fhir:ElementDefinition.min [ fhir:value "0"^^xsd:nonNegativeInteger ];
fhir:ElementDefinition.max [ fhir:value "1" ];
fhir:ElementDefinition.base [
fhir:ElementDefinition.base.path [ fhir:value "OM2.SequenceNumber-TestObservationMasterFile" ];
fhir:ElementDefinition.base.min [ fhir:value "0"^^xsd:nonNegativeInteger ];
fhir:ElementDefinition.base.max [ fhir:value "1" ] ];
fhir:ElementDefinition.type [
fhir:index 0;
fhir:ElementDefinition.type.code [ fhir:value "NM" ] ] ], [
fhir:index 2;
fhir:Element.id [ fhir:value "OM2.UnitsofMeasure" ];
fhir:ElementDefinition.path [ fhir:value "OM2.UnitsofMeasure" ];
fhir:ElementDefinition.short [ fhir:value "UnitsofMeasure" ];
fhir:ElementDefinition.definition [ fhir:value "Attribute: Units of Measure" ];
fhir:ElementDefinition.min [ fhir:value "0"^^xsd:nonNegativeInteger ];
fhir:ElementDefinition.max [ fhir:value "1" ];
fhir:ElementDefinition.base [
fhir:ElementDefinition.base.path [ fhir:value "OM2.UnitsofMeasure" ];
fhir:ElementDefinition.base.min [ fhir:value "0"^^xsd:nonNegativeInteger ];
fhir:ElementDefinition.base.max [ fhir:value "1" ] ];
fhir:ElementDefinition.type [
fhir:index 0;
fhir:ElementDefinition.type.code [ fhir:value "CWE" ] ] ], [
fhir:index 3;
fhir:Element.id [ fhir:value "OM2.RangeofDecimalPrecision" ];
fhir:ElementDefinition.path [ fhir:value "OM2.RangeofDecimalPrecision" ];
fhir:ElementDefinition.short [ fhir:value "RangeofDecimalPrecision" ];
fhir:ElementDefinition.definition [ fhir:value "Attribute: Range of Decimal Precision" ];
fhir:ElementDefinition.min [ fhir:value "0"^^xsd:nonNegativeInteger ];
fhir:ElementDefinition.max [ fhir:value "*" ];
fhir:ElementDefinition.base [
fhir:ElementDefinition.base.path [ fhir:value "OM2.RangeofDecimalPrecision" ];
fhir:ElementDefinition.base.min [ fhir:value "0"^^xsd:nonNegativeInteger ];
fhir:ElementDefinition.base.max [ fhir:value "*" ] ];
fhir:ElementDefinition.type [
fhir:index 0;
fhir:ElementDefinition.type.code [ fhir:value "NM" ] ] ], [
fhir:index 4;
fhir:Element.id [ fhir:value "OM2.CorrespondingSIUnitsofMeasure" ];
fhir:ElementDefinition.path [ fhir:value "OM2.CorrespondingSIUnitsofMeasure" ];
fhir:ElementDefinition.short [ fhir:value "CorrespondingSIUnitsofMeasure" ];
fhir:ElementDefinition.definition [ fhir:value "Attribute: Corresponding SI Units of Measure" ];
fhir:ElementDefinition.min [ fhir:value "0"^^xsd:nonNegativeInteger ];
fhir:ElementDefinition.max [ fhir:value "1" ];
fhir:ElementDefinition.base [
fhir:ElementDefinition.base.path [ fhir:value "OM2.CorrespondingSIUnitsofMeasure" ];
fhir:ElementDefinition.base.min [ fhir:value "0"^^xsd:nonNegativeInteger ];
fhir:ElementDefinition.base.max [ fhir:value "1" ] ];
fhir:ElementDefinition.type [
fhir:index 0;
fhir:ElementDefinition.type.code [ fhir:value "CWE" ] ] ], [
fhir:index 5;
fhir:Element.id [ fhir:value "OM2.SIConversionFactor" ];
fhir:ElementDefinition.path [ fhir:value "OM2.SIConversionFactor" ];
fhir:ElementDefinition.short [ fhir:value "SIConversionFactor" ];
fhir:ElementDefinition.definition [ fhir:value "Attribute: SI Conversion Factor" ];
fhir:ElementDefinition.min [ fhir:value "0"^^xsd:nonNegativeInteger ];
fhir:ElementDefinition.max [ fhir:value "1" ];
fhir:ElementDefinition.base [
fhir:ElementDefinition.base.path [ fhir:value "OM2.SIConversionFactor" ];
fhir:ElementDefinition.base.min [ fhir:value "0"^^xsd:nonNegativeInteger ];
fhir:ElementDefinition.base.max [ fhir:value "1" ] ];
fhir:ElementDefinition.type [
fhir:index 0;
fhir:ElementDefinition.type.code [ fhir:value "TX" ] ] ], [
fhir:index 6;
fhir:Element.id [ fhir:value "OM2.ReferenceNormalRangeforOrdinalandContinuousObservations" ];
fhir:ElementDefinition.path [ fhir:value "OM2.ReferenceNormalRangeforOrdinalandContinuousObservations" ];
fhir:ElementDefinition.short [ fhir:value "ReferenceNormalRangeforOrdinalandContinuousObservations" ];
fhir:ElementDefinition.definition [ fhir:value "Attribute: Reference (Normal) Range for Ordinal and Continuous Observations" ];
fhir:ElementDefinition.min [ fhir:value "0"^^xsd:nonNegativeInteger ];
fhir:ElementDefinition.max [ fhir:value "*" ];
fhir:ElementDefinition.base [
fhir:ElementDefinition.base.path [ fhir:value "OM2.ReferenceNormalRangeforOrdinalandContinuousObservations" ];
fhir:ElementDefinition.base.min [ fhir:value "0"^^xsd:nonNegativeInteger ];
fhir:ElementDefinition.base.max [ fhir:value "*" ] ];
fhir:ElementDefinition.type [
fhir:index 0;
fhir:ElementDefinition.type.code [ fhir:value "RFR" ] ] ], [
fhir:index 7;
fhir:Element.id [ fhir:value "OM2.CriticalRangeforOrdinalandContinuousObservations" ];
fhir:ElementDefinition.path [ fhir:value "OM2.CriticalRangeforOrdinalandContinuousObservations" ];
fhir:ElementDefinition.short [ fhir:value "CriticalRangeforOrdinalandContinuousObservations" ];
fhir:ElementDefinition.definition [ fhir:value "Attribute: Critical Range for Ordinal and Continuous Observations" ];
fhir:ElementDefinition.min [ fhir:value "0"^^xsd:nonNegativeInteger ];
fhir:ElementDefinition.max [ fhir:value "*" ];
fhir:ElementDefinition.base [
fhir:ElementDefinition.base.path [ fhir:value "OM2.CriticalRangeforOrdinalandContinuousObservations" ];
fhir:ElementDefinition.base.min [ fhir:value "0"^^xsd:nonNegativeInteger ];
fhir:ElementDefinition.base.max [ fhir:value "*" ] ];
fhir:ElementDefinition.type [
fhir:index 0;
fhir:ElementDefinition.type.code [ fhir:value "RFR" ] ] ], [
fhir:index 8;
fhir:Element.id [ fhir:value "OM2.AbsoluteRangeforOrdinalandContinuousObservations" ];
fhir:ElementDefinition.path [ fhir:value "OM2.AbsoluteRangeforOrdinalandContinuousObservations" ];
fhir:ElementDefinition.short [ fhir:value "AbsoluteRangeforOrdinalandContinuousObservations" ];
fhir:ElementDefinition.definition [ fhir:value "Attribute: Absolute Range for Ordinal and Continuous Observations" ];
fhir:ElementDefinition.min [ fhir:value "0"^^xsd:nonNegativeInteger ];
fhir:ElementDefinition.max [ fhir:value "1" ];
fhir:ElementDefinition.base [
fhir:ElementDefinition.base.path [ fhir:value "OM2.AbsoluteRangeforOrdinalandContinuousObservations" ];
fhir:ElementDefinition.base.min [ fhir:value "0"^^xsd:nonNegativeInteger ];
fhir:ElementDefinition.base.max [ fhir:value "1" ] ];
fhir:ElementDefinition.type [
fhir:index 0;
fhir:ElementDefinition.type.code [ fhir:value "RFR" ] ] ], [
fhir:index 9;
fhir:Element.id [ fhir:value "OM2.DeltaCheckCriteria" ];
fhir:ElementDefinition.path [ fhir:value "OM2.DeltaCheckCriteria" ];
fhir:ElementDefinition.short [ fhir:value "DeltaCheckCriteria" ];
fhir:ElementDefinition.definition [ fhir:value "Attribute: Delta Check Criteria" ];
fhir:ElementDefinition.min [ fhir:value "0"^^xsd:nonNegativeInteger ];
fhir:ElementDefinition.max [ fhir:value "*" ];
fhir:ElementDefinition.base [
fhir:ElementDefinition.base.path [ fhir:value "OM2.DeltaCheckCriteria" ];
fhir:ElementDefinition.base.min [ fhir:value "0"^^xsd:nonNegativeInteger ];
fhir:ElementDefinition.base.max [ fhir:value "*" ] ];
fhir:ElementDefinition.type [
fhir:index 0;
fhir:ElementDefinition.type.code [ fhir:value "DLT" ] ] ], [
fhir:index 10;
fhir:Element.id [ fhir:value "OM2.MinimumMeaningfulIncrements" ];
fhir:ElementDefinition.path [ fhir:value "OM2.MinimumMeaningfulIncrements" ];
fhir:ElementDefinition.short [ fhir:value "MinimumMeaningfulIncrements" ];
fhir:ElementDefinition.definition [ fhir:value "Attribute: Minimum Meaningful Increments" ];
fhir:ElementDefinition.min [ fhir:value "0"^^xsd:nonNegativeInteger ];
fhir:ElementDefinition.max [ fhir:value "1" ];
fhir:ElementDefinition.base [
fhir:ElementDefinition.base.path [ fhir:value "OM2.MinimumMeaningfulIncrements" ];
fhir:ElementDefinition.base.min [ fhir:value "0"^^xsd:nonNegativeInteger ];
fhir:ElementDefinition.base.max [ fhir:value "1" ] ];
fhir:ElementDefinition.type [
fhir:index 0;
fhir:ElementDefinition.type.code [ fhir:value "NM" ] ] ]
];
fhir:StructureDefinition.differential [
fhir:StructureDefinition.differential.element [
fhir:index 0;
fhir:Element.id [ fhir:value "OM2" ];
fhir:ElementDefinition.path [ fhir:value "OM2" ];
fhir:ElementDefinition.definition [ fhir:value "Numeric Observation" ];
fhir:ElementDefinition.min [ fhir:value "1"^^xsd:nonNegativeInteger ];
fhir:ElementDefinition.max [ fhir:value "1" ] ], [
fhir:index 1;
fhir:Element.id [ fhir:value "OM2.SequenceNumber-TestObservationMasterFile" ];
fhir:ElementDefinition.path [ fhir:value "OM2.SequenceNumber-TestObservationMasterFile" ];
fhir:ElementDefinition.short [ fhir:value "SequenceNumber-TestObservationMasterFile" ];
fhir:ElementDefinition.definition [ fhir:value "Attribute: Sequence Number - TestObservation Master File" ];
fhir:ElementDefinition.min [ fhir:value "0"^^xsd:nonNegativeInteger ];
fhir:ElementDefinition.max [ fhir:value "1" ];
fhir:ElementDefinition.type [
fhir:index 0;
fhir:ElementDefinition.type.code [ fhir:value "NM" ] ] ], [
fhir:index 2;
fhir:Element.id [ fhir:value "OM2.UnitsofMeasure" ];
fhir:ElementDefinition.path [ fhir:value "OM2.UnitsofMeasure" ];
fhir:ElementDefinition.short [ fhir:value "UnitsofMeasure" ];
fhir:ElementDefinition.definition [ fhir:value "Attribute: Units of Measure" ];
fhir:ElementDefinition.min [ fhir:value "0"^^xsd:nonNegativeInteger ];
fhir:ElementDefinition.max [ fhir:value "1" ];
fhir:ElementDefinition.type [
fhir:index 0;
fhir:ElementDefinition.type.code [ fhir:value "CWE" ] ] ], [
fhir:index 3;
fhir:Element.id [ fhir:value "OM2.RangeofDecimalPrecision" ];
fhir:ElementDefinition.path [ fhir:value "OM2.RangeofDecimalPrecision" ];
fhir:ElementDefinition.short [ fhir:value "RangeofDecimalPrecision" ];
fhir:ElementDefinition.definition [ fhir:value "Attribute: Range of Decimal Precision" ];
fhir:ElementDefinition.min [ fhir:value "0"^^xsd:nonNegativeInteger ];
fhir:ElementDefinition.max [ fhir:value "*" ];
fhir:ElementDefinition.type [
fhir:index 0;
fhir:ElementDefinition.type.code [ fhir:value "NM" ] ] ], [
fhir:index 4;
fhir:Element.id [ fhir:value "OM2.CorrespondingSIUnitsofMeasure" ];
fhir:ElementDefinition.path [ fhir:value "OM2.CorrespondingSIUnitsofMeasure" ];
fhir:ElementDefinition.short [ fhir:value "CorrespondingSIUnitsofMeasure" ];
fhir:ElementDefinition.definition [ fhir:value "Attribute: Corresponding SI Units of Measure" ];
fhir:ElementDefinition.min [ fhir:value "0"^^xsd:nonNegativeInteger ];
fhir:ElementDefinition.max [ fhir:value "1" ];
fhir:ElementDefinition.type [
fhir:index 0;
fhir:ElementDefinition.type.code [ fhir:value "CWE" ] ] ], [
fhir:index 5;
fhir:Element.id [ fhir:value "OM2.SIConversionFactor" ];
fhir:ElementDefinition.path [ fhir:value "OM2.SIConversionFactor" ];
fhir:ElementDefinition.short [ fhir:value "SIConversionFactor" ];
fhir:ElementDefinition.definition [ fhir:value "Attribute: SI Conversion Factor" ];
fhir:ElementDefinition.min [ fhir:value "0"^^xsd:nonNegativeInteger ];
fhir:ElementDefinition.max [ fhir:value "1" ];
fhir:ElementDefinition.type [
fhir:index 0;
fhir:ElementDefinition.type.code [ fhir:value "TX" ] ] ], [
fhir:index 6;
fhir:Element.id [ fhir:value "OM2.ReferenceNormalRangeforOrdinalandContinuousObservations" ];
fhir:ElementDefinition.path [ fhir:value "OM2.ReferenceNormalRangeforOrdinalandContinuousObservations" ];
fhir:ElementDefinition.short [ fhir:value "ReferenceNormalRangeforOrdinalandContinuousObservations" ];
fhir:ElementDefinition.definition [ fhir:value "Attribute: Reference (Normal) Range for Ordinal and Continuous Observations" ];
fhir:ElementDefinition.min [ fhir:value "0"^^xsd:nonNegativeInteger ];
fhir:ElementDefinition.max [ fhir:value "*" ];
fhir:ElementDefinition.type [
fhir:index 0;
fhir:ElementDefinition.type.code [ fhir:value "RFR" ] ] ], [
fhir:index 7;
fhir:Element.id [ fhir:value "OM2.CriticalRangeforOrdinalandContinuousObservations" ];
fhir:ElementDefinition.path [ fhir:value "OM2.CriticalRangeforOrdinalandContinuousObservations" ];
fhir:ElementDefinition.short [ fhir:value "CriticalRangeforOrdinalandContinuousObservations" ];
fhir:ElementDefinition.definition [ fhir:value "Attribute: Critical Range for Ordinal and Continuous Observations" ];
fhir:ElementDefinition.min [ fhir:value "0"^^xsd:nonNegativeInteger ];
fhir:ElementDefinition.max [ fhir:value "*" ];
fhir:ElementDefinition.type [
fhir:index 0;
fhir:ElementDefinition.type.code [ fhir:value "RFR" ] ] ], [
fhir:index 8;
fhir:Element.id [ fhir:value "OM2.AbsoluteRangeforOrdinalandContinuousObservations" ];
fhir:ElementDefinition.path [ fhir:value "OM2.AbsoluteRangeforOrdinalandContinuousObservations" ];
fhir:ElementDefinition.short [ fhir:value "AbsoluteRangeforOrdinalandContinuousObservations" ];
fhir:ElementDefinition.definition [ fhir:value "Attribute: Absolute Range for Ordinal and Continuous Observations" ];
fhir:ElementDefinition.min [ fhir:value "0"^^xsd:nonNegativeInteger ];
fhir:ElementDefinition.max [ fhir:value "1" ];
fhir:ElementDefinition.type [
fhir:index 0;
fhir:ElementDefinition.type.code [ fhir:value "RFR" ] ] ], [
fhir:index 9;
fhir:Element.id [ fhir:value "OM2.DeltaCheckCriteria" ];
fhir:ElementDefinition.path [ fhir:value "OM2.DeltaCheckCriteria" ];
fhir:ElementDefinition.short [ fhir:value "DeltaCheckCriteria" ];
fhir:ElementDefinition.definition [ fhir:value "Attribute: Delta Check Criteria" ];
fhir:ElementDefinition.min [ fhir:value "0"^^xsd:nonNegativeInteger ];
fhir:ElementDefinition.max [ fhir:value "*" ];
fhir:ElementDefinition.type [
fhir:index 0;
fhir:ElementDefinition.type.code [ fhir:value "DLT" ] ] ], [
fhir:index 10;
fhir:Element.id [ fhir:value "OM2.MinimumMeaningfulIncrements" ];
fhir:ElementDefinition.path [ fhir:value "OM2.MinimumMeaningfulIncrements" ];
fhir:ElementDefinition.short [ fhir:value "MinimumMeaningfulIncrements" ];
fhir:ElementDefinition.definition [ fhir:value "Attribute: Minimum Meaningful Increments" ];
fhir:ElementDefinition.min [ fhir:value "0"^^xsd:nonNegativeInteger ];
fhir:ElementDefinition.max [ fhir:value "1" ];
fhir:ElementDefinition.type [
fhir:index 0;
fhir:ElementDefinition.type.code [ fhir:value "NM" ] ] ]
].
# - ontology header ------------------------------------------------------------
a owl:Ontology;
owl:imports fhir:fhir.ttl.
IG © 2020+ Frank Oemig. Package hl7.fhir.v2plus#2.1.0 based on FHIR 4.0.1. Generated 2021-04-23
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