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HS.FHIR.DTL.vR4.Model.Element.SubstanceSpecification.structure

class HS.FHIR.DTL.vR4.Model.Element.SubstanceSpecification.structure extends HS.FHIR.DTL.vR4.Model.Base.BackboneElement

Structural information.

Property Inventory

Parameters

parameter ELEMENTQUALIFIED = 1;
Inherited description: ELEMENTQUALIFIED controls the format of exported XML. The ELEMENTQUALIFIED specification should be based on the elementFormDefault attribute of the schema that defines the type. To maintain compatibility, ELEMENTQUALIFIED will default to 1 (true) for literal format export and will default to 0 (false) for encoded or encoded12 format export. These were the values always previously assumed for the elementFormDefault attribute. NOTE: Direct use of XMLExport method does not support the ELEMENTQUALIFIED. The export must be done using %XML.Writer or SOAP support.
parameter XMLNAME = SubstanceSpecification.structure;
Inherited description: This parameter provides the default XMLNAME for the class. If it is empty then the class name will be used to construct a default XML name. The default XMLNAME is used as the top level tag when exporting objects and the export context did not provide an XML container name.
parameter XMLPROJECTION = ELEMENT;
parameter XMLSEQUENCE = 1;
Inherited description: If the XMLSEQUENCE = 1, then the order of the XML elements must match the order of the class properties. This allows us to deal with XML where the same field appears multiple times and is distinguished by the order.
parameter XMLTYPE = SubstanceSpecification.structure;
Inherited description: This parameter provides the default XMLTYPE for the class. If it is empty then the class name will be used to construct a default XML type. The default XMLTYPE is used when naming and referencing this type in a schema and the schema context did not provide an XML type name.

Properties

property isotope as list of HS.FHIR.DTL.vR4.Model.Element.SubstanceSpecification.structure.isotope (XMLNAME = "isotope", XMLPROJECTION = "ELEMENT");
BackboneElement

Applicable for single substances that contain a radionuclide or a non-natural isotopic ratio.

Property methods: isotopeBuildValueArray(), isotopeCollectionToDisplay(), isotopeCollectionToOdbc(), isotopeDisplayToCollection(), isotopeGet(), isotopeGetObject(), isotopeGetObjectId(), isotopeGetSwizzled(), isotopeIsValid(), isotopeOdbcToCollection(), isotopeSet(), isotopeSetObject(), isotopeSetObjectId()
property molecularFormula as %String (MAXLEN = 1000000, XMLNAME = "molecularFormula", XMLPROJECTION = "ATTRIBUTE");
string

Molecular formula.

Property methods: molecularFormulaByMoietyDisplayToLogical(), molecularFormulaByMoietyGet(), molecularFormulaByMoietyIsValid(), molecularFormulaByMoietyLogicalToDisplay(), molecularFormulaByMoietyLogicalToOdbc(), molecularFormulaByMoietyNormalize(), molecularFormulaByMoietySet(), molecularFormulaDisplayToLogical(), molecularFormulaGet(), molecularFormulaIsValid(), molecularFormulaLogicalToDisplay(), molecularFormulaLogicalToOdbc(), molecularFormulaNormalize(), molecularFormulaSet()
property molecularFormulaByMoiety as %String (MAXLEN = 1000000, XMLNAME = "molecularFormulaByMoiety", XMLPROJECTION = "ATTRIBUTE");
string

Specified per moiety according to the Hill system, i.e. first C, then H, then alphabetical, each moiety separated by a dot.

Property methods: molecularFormulaByMoietyDisplayToLogical(), molecularFormulaByMoietyGet(), molecularFormulaByMoietyIsValid(), molecularFormulaByMoietyLogicalToDisplay(), molecularFormulaByMoietyLogicalToOdbc(), molecularFormulaByMoietyNormalize(), molecularFormulaByMoietySet()
property molecularWeight as HS.FHIR.DTL.vR4.Model.Element.SubstanceSpecification.structure.isotope.molecularWeight (XMLNAME = "molecularWeight", XMLPROJECTION = "ELEMENT");
SubstanceSpecification:structure.isotope[n].molecularWeight

The molecular weight or weight range (for proteins, polymers or nucleic acids)

Property methods: molecularWeightGet(), molecularWeightGetSwizzled(), molecularWeightIsValid(), molecularWeightNewObject(), molecularWeightSet()
property opticalActivity as HS.FHIR.DTL.vR4.Model.Datatype.CodeableConcept (XMLNAME = "opticalActivity", XMLPROJECTION = "ELEMENT");
CodeableConcept

Optical activity type.

any FHIR4 code from any ValueSet may be used.

Property methods: opticalActivityGet(), opticalActivityGetSwizzled(), opticalActivityIsValid(), opticalActivityNewObject(), opticalActivitySet()
property representation as list of HS.FHIR.DTL.vR4.Model.Element.SubstanceSpecification.structure.representation (XMLNAME = "representation", XMLPROJECTION = "ELEMENT");
BackboneElement

Molecular structural representation.

Property methods: representationBuildValueArray(), representationCollectionToDisplay(), representationCollectionToOdbc(), representationDisplayToCollection(), representationGet(), representationGetObject(), representationGetObjectId(), representationGetSwizzled(), representationIsValid(), representationOdbcToCollection(), representationSet(), representationSetObject(), representationSetObjectId()
property source as list of HS.FHIR.DTL.vR4.Model.Base.Reference (XMLNAME = "source", XMLPROJECTION = "ELEMENT");
Reference

Supporting literature.

DocumentReference

Property methods: sourceBuildValueArray(), sourceCollectionToDisplay(), sourceCollectionToOdbc(), sourceDisplayToCollection(), sourceGet(), sourceGetObject(), sourceGetObjectId(), sourceGetSwizzled(), sourceIsValid(), sourceOdbcToCollection(), sourceSet(), sourceSetObject(), sourceSetObjectId()
property stereochemistry as HS.FHIR.DTL.vR4.Model.Datatype.CodeableConcept (XMLNAME = "stereochemistry", XMLPROJECTION = "ELEMENT");
CodeableConcept

Stereochemistry type.

any FHIR4 code from any ValueSet may be used.

Property methods: stereochemistryGet(), stereochemistryGetSwizzled(), stereochemistryIsValid(), stereochemistryNewObject(), stereochemistrySet()

Inherited Members

Inherited Properties

Inherited Methods

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