Generated Narrative: StructureDefinition DV-QUANTIFIED

NameFlagsCard.TypeDescription & Constraintsdoco
.. DV_QUANTIFIED 0..*DV_ORDEREDThis is an abstract type. Child types: DV_ABSOLUTE_QUANTITY, DV_AMOUNT
Elements defined in Ancestors:normal_status, normal_range, other_reference_ranges
A data type that represents scale values, where there is: a) implied ordering, b) no implication that the distance between each value is constant, and c) the total number of values is finite; d) non-integer values are allowed
... magnitude_status 0..1stringOptional status of magnitude: =, <, >, <=, >=, ~
... accuracy 0..1BaseAccuracy of measurement. Exact form of expression determined in descendants

doco Documentation for this format
 <status value="active"/> <experimental value="false"/> <date value="2023-06-27T18:45:58+10:00"/> <publisher value="openEHR + HL7"/> <contact> <telecom> <system value="url"/> <value value="http://www.openehr.org"/> </telecom> </contact> <description value="Abstract class defining the concept of true quantified values, i.e. values which are not only ordered, but which have a precise magnitude."/> <jurisdiction> <coding> <system value="http://unstats.un.org/unsd/methods/m49/m49.htm"/> <code value="001"/> </coding> </jurisdiction> <fhirVersion value="5.0.0"/> <mapping> <identity value="rim"/> <uri value="http://hl7.org/v3"/> <name value="RIM Mapping"/> </mapping> <kind value="logical"/> <abstract value="true"/> <type value="http://openehr.org/fhir/StructureDefinition/DV_QUANTIFIED"/> <baseDefinition value="http://openehr.org/fhir/StructureDefinition/DV-ORDERED"/> <derivation value="specialization"/> <snapshot> <extension url="http://hl7.org/fhir/tools/StructureDefinition/snapshot-base-version"> <valueString value="0.1.0"/> </extension> <element id="DV_QUANTIFIED"> <path value="DV_QUANTIFIED"/> <short value="A data type that represents scale values, where there is: a) implied ordering, b) no implication that the distance between each value is constant, and c) the total number of values is finite; d) non-integer values are allowed"/> <definition value="A data type that represents scale values, where there is: a) implied ordering, b) no implication that the distance between each value is constant, and c) the total number of values is finite; d) non-integer values are allowed. Example: ```` Borg CR 10 Scale 0 No Breathlessness at all 0.5 Very Very Slight (Just Noticeable) 1 Very Slight 2 Slight Breathlessness 3 Moderate ... etc ````"/> <comment value="For scores that include only Integers, DV_QUANTIFIED may also be used, but DV_ORDINAL should be supported to accommodate existing data instances of that type."/> <min value="0"/> <max value="*"/> <base> <path value="Base"/> <min value="0"/> <max value="*"/> </base> <isModifier value="false"/> <mapping> <identity value="rim"/> <map value="n/a"/> </mapping> </element> <element id="DV_QUANTIFIED.normal-status"> <path value="DV_QUANTIFIED.normal_status"/> <short value="Optional normal status indicator of value with respect to normal range for this value"/> <definition value="Optional normal status indicator of value with respect to normal range for this value. Often included by lab, even if the normal range itself is not included. Coded by ordinals in series HHH, HH, H, (nothing), L, LL, LLL; see openEHR terminology group normal_status."/> <min value="0"/> <max value="1"/> <base> <path value="DV_ORDERED.normal_status"/> <min value="0"/> <max value="1"/> </base> <type> <code value="http://openehr.org/fhir/StructureDefinition/CODE-PHRASE"/> </type> <isModifier value="false"/> <binding> <strength value="required"/> <valueSet value="https://specifications.openehr.org/fhir/valueset-normal_statuses"/> </binding> </element> <element id="DV_QUANTIFIED.normal-range"> <path value="DV_QUANTIFIED.normal_range"/> <short value="Optional normal range"/> <definition value="Optional normal range."/> <min value="0"/> <max value="1"/> <base> <path value="DV_ORDERED.normal_range"/> <min value="0"/> <max value="1"/> </base> <type> <extension url="http://hl7.org/fhir/tools/StructureDefinition/type-parameter"> <extension url="name"> <valueCode value="T"/> </extension> <extension url="type"> <valueUri value="http://openehr.org/fhir/StructureDefinition/DV_ORDERED"/> </extension> </extension> <code value="http://openehr.org/fhir/StructureDefinition/DV-INTERVAL"/> </type> <isModifier value="false"/> </element> <element id="DV_QUANTIFIED.other-reference-ranges"> <path value="DV_QUANTIFIED.other_reference_ranges"/> <short value="Optional tagged other reference ranges for this value in its particular measurement context"/> <definition value="Optional tagged other reference ranges for this value in its particular measurement context."/> <min value="0"/> <max value="*"/> <base> <path value="DV_ORDERED.other_reference_ranges"/> <min value="0"/> <max value="*"/> </base> <type> <extension url="http://hl7.org/fhir/tools/StructureDefinition/type-parameter"> <extension url="name"> <valueCode value="T"/> </extension> <extension url="type"> <valueUri value="http://openehr.org/fhir/StructureDefinition/DV_ORDERED"/> </extension> </extension> <code value="http://openehr.org/fhir/StructureDefinition/REFERENCE-RANGE"/> </type> <isModifier value="false"/> </element> <element id="DV_QUANTIFIED.magnitude-status"> <path value="DV_QUANTIFIED.magnitude_status"/> <short value="Optional status of magnitude: =, <, >, <=, >=, ~"/> <definition value="Optional status of magnitude with values: * '=' : magnitude is a point value * '<' : value is < magnitude * '>' : value is > magnitude * '<=' : value is <= magnitude * '>=' : value is >= magnitude * '~' : value is approximately magnitude If not present, assumed meaning is '=' ."/> <min value="0"/> <max value="1"/> <base> <path value="DV_QUANTIFIED.magnitude_status"/> <min value="0"/> <max value="1"/> </base> <type> <code value="string"/> </type> <isModifier value="false"/> </element> <element id="DV_QUANTIFIED.accuracy"> <path value="DV_QUANTIFIED.accuracy"/> <short value="Accuracy of measurement. Exact form of expression determined in descendants"/> <definition value="Accuracy of measurement. Exact form of expression determined in descendants."/> <min value="0"/> <max value="1"/> <base> <path value="DV_QUANTIFIED.accuracy"/> <min value="0"/> <max value="1"/> </base> <type> <code value="Base"/> </type> <isModifier value="false"/> </element> </snapshot> <differential> <element id="DV_QUANTIFIED"> <path value="DV_QUANTIFIED"/> <short value="A data type that represents scale values, where there is: a) implied ordering, b) no implication that the distance between each value is constant, and c) the total number of values is finite; d) non-integer values are allowed"/> <definition value="A data type that represents scale values, where there is: a) implied ordering, b) no implication that the distance between each value is constant, and c) the total number of values is finite; d) non-integer values are allowed. Example: ```` Borg CR 10 Scale 0 No Breathlessness at all 0.5 Very Very Slight (Just Noticeable) 1 Very Slight 2 Slight Breathlessness 3 Moderate ... etc ````"/> <comment value="For scores that include only Integers, DV_QUANTIFIED may also be used, but DV_ORDINAL should be supported to accommodate existing data instances of that type."/> <min value="0"/> <max value="*"/> <isModifier value="false"/> </element> <element id="DV_QUANTIFIED.magnitude-status"> <path value="DV_QUANTIFIED.magnitude_status"/> <short value="Optional status of magnitude: =, <, >, <=, >=, ~"/> <definition value="Optional status of magnitude with values: * '=' : magnitude is a point value * '<' : value is < magnitude * '>' : value is > magnitude * '<=' : value is <= magnitude * '>=' : value is >= magnitude * '~' : value is approximately magnitude If not present, assumed meaning is '=' ."/> <min value="0"/> <max value="1"/> <type> <code value="string"/> </type> <isModifier value="false"/> </element> <element id="DV_QUANTIFIED.accuracy"> <path value="DV_QUANTIFIED.accuracy"/> <short value="Accuracy of measurement. Exact form of expression determined in descendants"/> <definition value="Accuracy of measurement. Exact form of expression determined in descendants."/> <min value="0"/> <max value="1"/> <type> <code value="Base"/> </type> <isModifier value="false"/> </element> </differential> </StructureDefinition>