moduleb.h

Go to the documentation of this file.

// Automatically generated from template - EDITS WILL BE LOST

// Generated by module.awk with options build moduleb

#ifndef __Header_moduleb__
#define __Header_moduleb__

Macro_IconImageSequenceMacro::Macro_IconImageSequenceMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        SamplesPerPixel = (*list)[TagFromName(SamplesPerPixel)];
        PhotometricInterpretation = (*list)[TagFromName(PhotometricInterpretation)];
        Rows = (*list)[TagFromName(Rows)];
        Columns = (*list)[TagFromName(Columns)];
        BitsAllocated = (*list)[TagFromName(BitsAllocated)];
        BitsStored = (*list)[TagFromName(BitsStored)];
        HighBit = (*list)[TagFromName(HighBit)];
        PixelRepresentation = (*list)[TagFromName(PixelRepresentation)];
        PixelData = (*list)[TagFromName(PixelData)];
        PlanarConfiguration = (*list)[TagFromName(PlanarConfiguration)];
        PixelAspectRatio = (*list)[TagFromName(PixelAspectRatio)];
        SmallestImagePixelValue = (*list)[TagFromName(SmallestImagePixelValue)];
        LargestImagePixelValue = (*list)[TagFromName(LargestImagePixelValue)];
        RedPaletteColorLookupTableDescriptor = (*list)[TagFromName(RedPaletteColorLookupTableDescriptor)];
        GreenPaletteColorLookupTableDescriptor = (*list)[TagFromName(GreenPaletteColorLookupTableDescriptor)];
        BluePaletteColorLookupTableDescriptor = (*list)[TagFromName(BluePaletteColorLookupTableDescriptor)];
        RedPaletteColorLookupTableData = (*list)[TagFromName(RedPaletteColorLookupTableData)];
        GreenPaletteColorLookupTableData = (*list)[TagFromName(GreenPaletteColorLookupTableData)];
        BluePaletteColorLookupTableData = (*list)[TagFromName(BluePaletteColorLookupTableData)];
        ICCProfile = (*list)[TagFromName(ICCProfile)];
}

Macro_CodeSequenceMacro::Macro_CodeSequenceMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        CodeValue = (*list)[TagFromName(CodeValue)];
        CodingSchemeDesignator = (*list)[TagFromName(CodingSchemeDesignator)];
        CodingSchemeVersion = (*list)[TagFromName(CodingSchemeVersion)];
        CodeMeaning = (*list)[TagFromName(CodeMeaning)];
        ContextIdentifier = (*list)[TagFromName(ContextIdentifier)];
        ContextUID = (*list)[TagFromName(ContextUID)];
        MappingResource = (*list)[TagFromName(MappingResource)];
        ContextGroupVersion = (*list)[TagFromName(ContextGroupVersion)];
        ContextGroupExtensionFlag = (*list)[TagFromName(ContextGroupExtensionFlag)];
        ContextGroupLocalVersion = (*list)[TagFromName(ContextGroupLocalVersion)];
        ContextGroupExtensionCreatorUID = (*list)[TagFromName(ContextGroupExtensionCreatorUID)];
}

Macro_CodeSequenceMeaningOptionalMacro::Macro_CodeSequenceMeaningOptionalMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        CodeValue = (*list)[TagFromName(CodeValue)];
        CodingSchemeDesignator = (*list)[TagFromName(CodingSchemeDesignator)];
        CodingSchemeVersion = (*list)[TagFromName(CodingSchemeVersion)];
        CodeMeaning = (*list)[TagFromName(CodeMeaning)];
        ContextIdentifier = (*list)[TagFromName(ContextIdentifier)];
        ContextUID = (*list)[TagFromName(ContextUID)];
        MappingResource = (*list)[TagFromName(MappingResource)];
        ContextGroupVersion = (*list)[TagFromName(ContextGroupVersion)];
        ContextGroupExtensionFlag = (*list)[TagFromName(ContextGroupExtensionFlag)];
        ContextGroupLocalVersion = (*list)[TagFromName(ContextGroupLocalVersion)];
        ContextGroupExtensionCreatorUID = (*list)[TagFromName(ContextGroupExtensionCreatorUID)];
}

Macro_CodeSequence99SDMMacro::Macro_CodeSequence99SDMMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        CodeValue = (*list)[TagFromName(CodeValue)];
        CodingSchemeDesignator = (*list)[TagFromName(CodingSchemeDesignator)];
        CodingSchemeVersion = (*list)[TagFromName(CodingSchemeVersion)];
        CodeMeaning = (*list)[TagFromName(CodeMeaning)];
        ContextIdentifier = (*list)[TagFromName(ContextIdentifier)];
        ContextUID = (*list)[TagFromName(ContextUID)];
        MappingResource = (*list)[TagFromName(MappingResource)];
        ContextGroupVersion = (*list)[TagFromName(ContextGroupVersion)];
        ContextGroupExtensionFlag = (*list)[TagFromName(ContextGroupExtensionFlag)];
        ContextGroupLocalVersion = (*list)[TagFromName(ContextGroupLocalVersion)];
        ContextGroupExtensionCreatorUID = (*list)[TagFromName(ContextGroupExtensionCreatorUID)];
}

Macro_PersonIdentificationMacro::Macro_PersonIdentificationMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        PersonIdentificationCodeSequence = (*list)[TagFromName(PersonIdentificationCodeSequence)];
        PersonAddress = (*list)[TagFromName(PersonAddress)];
        PersonTelephoneNumbers = (*list)[TagFromName(PersonTelephoneNumbers)];
        InstitutionName = (*list)[TagFromName(InstitutionName)];
        InstitutionAddress = (*list)[TagFromName(InstitutionAddress)];
        InstitutionCodeSequence = (*list)[TagFromName(InstitutionCodeSequence)];
}

Macro_ContentItemMacro::Macro_ContentItemMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        ValueType = (*list)[TagFromName(ValueType)];
        ConceptNameCodeSequence = (*list)[TagFromName(ConceptNameCodeSequence)];
        DateTime = (*list)[TagFromName(DateTime)];
        Date = (*list)[TagFromName(Date)];
        Time = (*list)[TagFromName(Time)];
        PersonName = (*list)[TagFromName(PersonName)];
        UID = (*list)[TagFromName(UID)];
        TextValue = (*list)[TagFromName(TextValue)];
        ConceptCodeSequence = (*list)[TagFromName(ConceptCodeSequence)];
        NumericValue = (*list)[TagFromName(NumericValue)];
        MeasurementUnitsCodeSequence = (*list)[TagFromName(MeasurementUnitsCodeSequence)];
}

Macro_ImageSOPInstanceReferenceMacro::Macro_ImageSOPInstanceReferenceMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        ReferencedFrameNumber = (*list)[TagFromName(ReferencedFrameNumber)];
        ReferencedSegmentNumber = (*list)[TagFromName(ReferencedSegmentNumber)];
}

Macro_SeriesAndInstanceReferenceMacro::Macro_SeriesAndInstanceReferenceMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        ReferencedSeriesSequence = (*list)[TagFromName(ReferencedSeriesSequence)];
}

Macro_PrimaryAnatomicStructureMacro::Macro_PrimaryAnatomicStructureMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        PrimaryAnatomicStructureSequence = (*list)[TagFromName(PrimaryAnatomicStructureSequence)];
}

Macro_GeneralAnatomyMandatoryMacro::Macro_GeneralAnatomyMandatoryMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        AnatomicRegionSequence = (*list)[TagFromName(AnatomicRegionSequence)];
        AnatomicRegionModifierSequence = (*list)[TagFromName(AnatomicRegionModifierSequence)];
        PrimaryAnatomicStructureModifierSequence = (*list)[TagFromName(PrimaryAnatomicStructureModifierSequence)];
}

Macro_GeneralAnatomyRequiredMacro::Macro_GeneralAnatomyRequiredMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        AnatomicRegionSequence = (*list)[TagFromName(AnatomicRegionSequence)];
        AnatomicRegionModifierSequence = (*list)[TagFromName(AnatomicRegionModifierSequence)];
        PrimaryAnatomicStructureModifierSequence = (*list)[TagFromName(PrimaryAnatomicStructureModifierSequence)];
}

Macro_GeneralAnatomyOptionalMacro::Macro_GeneralAnatomyOptionalMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        AnatomicRegionSequence = (*list)[TagFromName(AnatomicRegionSequence)];
        AnatomicRegionModifierSequence = (*list)[TagFromName(AnatomicRegionModifierSequence)];
        PrimaryAnatomicStructureModifierSequence = (*list)[TagFromName(PrimaryAnatomicStructureModifierSequence)];
}

Macro_RequestAttributesMacro::Macro_RequestAttributesMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        RequestedProcedureID = (*list)[TagFromName(RequestedProcedureID)];
        AccessionNumber = (*list)[TagFromName(AccessionNumber)];
        IssuerOfAccessionNumberSequence = (*list)[TagFromName(IssuerOfAccessionNumberSequence)];
        StudyInstanceUID = (*list)[TagFromName(StudyInstanceUID)];
        ReferencedStudySequence = (*list)[TagFromName(ReferencedStudySequence)];
        RequestedProcedureDescription = (*list)[TagFromName(RequestedProcedureDescription)];
        RequestedProcedureCodeSequence = (*list)[TagFromName(RequestedProcedureCodeSequence)];
        ReasonForRequestedProcedure = (*list)[TagFromName(ReasonForRequestedProcedure)];
        ReasonForRequestedProcedureCodeSequence = (*list)[TagFromName(ReasonForRequestedProcedureCodeSequence)];
        ScheduledProcedureStepID = (*list)[TagFromName(ScheduledProcedureStepID)];
        ScheduledProcedureStepDescription = (*list)[TagFromName(ScheduledProcedureStepDescription)];
        ScheduledProtocolCodeSequence = (*list)[TagFromName(ScheduledProtocolCodeSequence)];
}

Macro_BasicPixelSpacingCalibrationMacro::Macro_BasicPixelSpacingCalibrationMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        PixelSpacing = (*list)[TagFromName(PixelSpacing)];
        PixelSpacingCalibrationType = (*list)[TagFromName(PixelSpacingCalibrationType)];
        PixelSpacingCalibrationDescription = (*list)[TagFromName(PixelSpacingCalibrationDescription)];
}

Macro_SOPInstanceReferenceMacro::Macro_SOPInstanceReferenceMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        ReferencedSOPClassUID = (*list)[TagFromName(ReferencedSOPClassUID)];
        ReferencedSOPInstanceUID = (*list)[TagFromName(ReferencedSOPInstanceUID)];
}

Macro_DisplayShutterMacro::Macro_DisplayShutterMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        ShutterShape = (*list)[TagFromName(ShutterShape)];
        ShutterLeftVerticalEdge = (*list)[TagFromName(ShutterLeftVerticalEdge)];
        ShutterRightVerticalEdge = (*list)[TagFromName(ShutterRightVerticalEdge)];
        ShutterUpperHorizontalEdge = (*list)[TagFromName(ShutterUpperHorizontalEdge)];
        ShutterLowerHorizontalEdge = (*list)[TagFromName(ShutterLowerHorizontalEdge)];
        CenterOfCircularShutter = (*list)[TagFromName(CenterOfCircularShutter)];
        RadiusOfCircularShutter = (*list)[TagFromName(RadiusOfCircularShutter)];
        VerticesOfPolygonalShutter = (*list)[TagFromName(VerticesOfPolygonalShutter)];
        ShutterPresentationValue = (*list)[TagFromName(ShutterPresentationValue)];
        ShutterPresentationColorCIELabValue = (*list)[TagFromName(ShutterPresentationColorCIELabValue)];
}

Macro_ContentIdentificationMacro::Macro_ContentIdentificationMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        InstanceNumber = (*list)[TagFromName(InstanceNumber)];
        ContentLabel = (*list)[TagFromName(ContentLabel)];
        ContentDescription = (*list)[TagFromName(ContentDescription)];
        ContentCreatorsName = (*list)[TagFromName(ContentCreatorsName)];
        ContentCreatorsIdentificationCodeSequence = (*list)[TagFromName(ContentCreatorsIdentificationCodeSequence)];
}

Macro_HL7v2HierarchicDesignatorMacro::Macro_HL7v2HierarchicDesignatorMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        LocalNamespaceEntityID = (*list)[TagFromName(LocalNamespaceEntityID)];
        UniversalEntityID = (*list)[TagFromName(UniversalEntityID)];
        UniversalEntityIDType = (*list)[TagFromName(UniversalEntityIDType)];
}

Macro_IssuerOfPatientIDMacro::Macro_IssuerOfPatientIDMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        IssuerOfPatientID = (*list)[TagFromName(IssuerOfPatientID)];
        IssuerOfPatientIDQualifiersSequence = (*list)[TagFromName(IssuerOfPatientIDQualifiersSequence)];
}

Macro_GeneralContributingSourcesMacro::Macro_GeneralContributingSourcesMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        ContributingSOPInstancesReferenceSequence = (*list)[TagFromName(ContributingSOPInstancesReferenceSequence)];
        Manufacturer = (*list)[TagFromName(Manufacturer)];
        ManufacturerModelName = (*list)[TagFromName(ManufacturerModelName)];
        DeviceSerialNumber = (*list)[TagFromName(DeviceSerialNumber)];
        SoftwareVersion = (*list)[TagFromName(SoftwareVersion)];
        AcquisitionDateTime = (*list)[TagFromName(AcquisitionDateTime)];
        StationName = (*list)[TagFromName(StationName)];
        OperatorName = (*list)[TagFromName(OperatorName)];
        OperatorIdentificationSequence = (*list)[TagFromName(OperatorIdentificationSequence)];
        ProtocolName = (*list)[TagFromName(ProtocolName)];
        PerformedProtocolCodeSequence = (*list)[TagFromName(PerformedProtocolCodeSequence)];
        AcquisitionProtocolName = (*list)[TagFromName(AcquisitionProtocolName)];
}

Macro_ContributingImageSourcesMacro::Macro_ContributingImageSourcesMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        Rows = (*list)[TagFromName(Rows)];
        Columns = (*list)[TagFromName(Columns)];
        BitsStored = (*list)[TagFromName(BitsStored)];
        LossyImageCompression = (*list)[TagFromName(LossyImageCompression)];
        LossyImageCompressionRatio = (*list)[TagFromName(LossyImageCompressionRatio)];
        LossyImageCompressionMethod = (*list)[TagFromName(LossyImageCompressionMethod)];
}

Macro_PatientOrientationMacro::Macro_PatientOrientationMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        PatientOrientationCodeSequence = (*list)[TagFromName(PatientOrientationCodeSequence)];
        PatientGantryRelationshipCodeSequence = (*list)[TagFromName(PatientGantryRelationshipCodeSequence)];
}

Macro_PerformedProcedureStepSummaryMacro::Macro_PerformedProcedureStepSummaryMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        PerformedProcedureStepID = (*list)[TagFromName(PerformedProcedureStepID)];
        PerformedProcedureStepStartDate = (*list)[TagFromName(PerformedProcedureStepStartDate)];
        PerformedProcedureStepStartTime = (*list)[TagFromName(PerformedProcedureStepStartTime)];
        PerformedProcedureStepDescription = (*list)[TagFromName(PerformedProcedureStepDescription)];
        PerformedProtocolCodeSequence = (*list)[TagFromName(PerformedProtocolCodeSequence)];
        CommentsOnPerformedProcedureStep = (*list)[TagFromName(CommentsOnPerformedProcedureStep)];
}

Module_Patient::Module_Patient(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        PatientName = (*list)[TagFromName(PatientName)];
        PatientID = (*list)[TagFromName(PatientID)];
        PatientBirthDate = (*list)[TagFromName(PatientBirthDate)];
        PatientSex = (*list)[TagFromName(PatientSex)];
        ReferencedPatientSequence = (*list)[TagFromName(ReferencedPatientSequence)];
        PatientBirthTime = (*list)[TagFromName(PatientBirthTime)];
        OtherPatientID = (*list)[TagFromName(OtherPatientID)];
        OtherPatientIDSequence = (*list)[TagFromName(OtherPatientIDSequence)];
        OtherPatientName = (*list)[TagFromName(OtherPatientName)];
        EthnicGroup = (*list)[TagFromName(EthnicGroup)];
        PatientComments = (*list)[TagFromName(PatientComments)];
        PatientSpeciesDescription = (*list)[TagFromName(PatientSpeciesDescription)];
        PatientSpeciesCodeSequence = (*list)[TagFromName(PatientSpeciesCodeSequence)];
        PatientBreedDescription = (*list)[TagFromName(PatientBreedDescription)];
        PatientBreedCodeSequence = (*list)[TagFromName(PatientBreedCodeSequence)];
        BreedRegistrationSequence = (*list)[TagFromName(BreedRegistrationSequence)];
        ResponsiblePerson = (*list)[TagFromName(ResponsiblePerson)];
        ResponsiblePersonRole = (*list)[TagFromName(ResponsiblePersonRole)];
        ResponsibleOrganization = (*list)[TagFromName(ResponsibleOrganization)];
        PatientIdentityRemoved = (*list)[TagFromName(PatientIdentityRemoved)];
        DeidentificationMethod = (*list)[TagFromName(DeidentificationMethod)];
        DeidentificationMethodCodeSequence = (*list)[TagFromName(DeidentificationMethodCodeSequence)];
}

Module_ClinicalTrialSubject::Module_ClinicalTrialSubject(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        ClinicalTrialSponsorName = (*list)[TagFromName(ClinicalTrialSponsorName)];
        ClinicalTrialProtocolID = (*list)[TagFromName(ClinicalTrialProtocolID)];
        ClinicalTrialProtocolName = (*list)[TagFromName(ClinicalTrialProtocolName)];
        ClinicalTrialSiteID = (*list)[TagFromName(ClinicalTrialSiteID)];
        ClinicalTrialSiteName = (*list)[TagFromName(ClinicalTrialSiteName)];
        ClinicalTrialSubjectID = (*list)[TagFromName(ClinicalTrialSubjectID)];
        ClinicalTrialSubjectReadingID = (*list)[TagFromName(ClinicalTrialSubjectReadingID)];
}

Module_GeneralStudy::Module_GeneralStudy(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        StudyInstanceUID = (*list)[TagFromName(StudyInstanceUID)];
        StudyDate = (*list)[TagFromName(StudyDate)];
        StudyTime = (*list)[TagFromName(StudyTime)];
        ReferringPhysicianName = (*list)[TagFromName(ReferringPhysicianName)];
        ReferringPhysicianIdentificationSequence = (*list)[TagFromName(ReferringPhysicianIdentificationSequence)];
        StudyID = (*list)[TagFromName(StudyID)];
        AccessionNumber = (*list)[TagFromName(AccessionNumber)];
        IssuerOfAccessionNumberSequence = (*list)[TagFromName(IssuerOfAccessionNumberSequence)];
        StudyDescription = (*list)[TagFromName(StudyDescription)];
        PhysicianOfRecord = (*list)[TagFromName(PhysicianOfRecord)];
        PhysicianOfRecordIdentificationSequence = (*list)[TagFromName(PhysicianOfRecordIdentificationSequence)];
        PhysicianReadingStudy = (*list)[TagFromName(PhysicianReadingStudy)];
        PhysicianReadingStudyIdentificationSequence = (*list)[TagFromName(PhysicianReadingStudyIdentificationSequence)];
        ReferencedStudySequence = (*list)[TagFromName(ReferencedStudySequence)];
        ProcedureCodeSequence = (*list)[TagFromName(ProcedureCodeSequence)];
}

Module_PatientStudy::Module_PatientStudy(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        AdmittingDiagnosesDescription = (*list)[TagFromName(AdmittingDiagnosesDescription)];
        AdmittingDiagnosesCodeSequence = (*list)[TagFromName(AdmittingDiagnosesCodeSequence)];
        PatientAge = (*list)[TagFromName(PatientAge)];
        PatientSize = (*list)[TagFromName(PatientSize)];
        PatientWeight = (*list)[TagFromName(PatientWeight)];
        Occupation = (*list)[TagFromName(Occupation)];
        AdditionalPatientHistory = (*list)[TagFromName(AdditionalPatientHistory)];
        AdmissionID = (*list)[TagFromName(AdmissionID)];
        IssuerOfAdmissionID = (*list)[TagFromName(IssuerOfAdmissionID)];
        IssuerOfAdmissionIDSequence = (*list)[TagFromName(IssuerOfAdmissionIDSequence)];
        ServiceEpisodeID = (*list)[TagFromName(ServiceEpisodeID)];
        IssuerOfServiceEpisodeIDSequence = (*list)[TagFromName(IssuerOfServiceEpisodeIDSequence)];
        ServiceEpisodeDescription = (*list)[TagFromName(ServiceEpisodeDescription)];
        PatientSexNeutered = (*list)[TagFromName(PatientSexNeutered)];
}

Module_ClinicalTrialStudy::Module_ClinicalTrialStudy(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        ClinicalTrialTimePointID = (*list)[TagFromName(ClinicalTrialTimePointID)];
        ClinicalTrialTimePointDescription = (*list)[TagFromName(ClinicalTrialTimePointDescription)];
}

Module_GeneralSeries::Module_GeneralSeries(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        Modality = (*list)[TagFromName(Modality)];
        SeriesInstanceUID = (*list)[TagFromName(SeriesInstanceUID)];
        SeriesNumber = (*list)[TagFromName(SeriesNumber)];
        Laterality = (*list)[TagFromName(Laterality)];
        SeriesDate = (*list)[TagFromName(SeriesDate)];
        SeriesTime = (*list)[TagFromName(SeriesTime)];
        PerformingPhysicianName = (*list)[TagFromName(PerformingPhysicianName)];
        PerformingPhysicianIdentificationSequence = (*list)[TagFromName(PerformingPhysicianIdentificationSequence)];
        ProtocolName = (*list)[TagFromName(ProtocolName)];
        SeriesDescription = (*list)[TagFromName(SeriesDescription)];
        OperatorName = (*list)[TagFromName(OperatorName)];
        OperatorIdentificationSequence = (*list)[TagFromName(OperatorIdentificationSequence)];
        ReferencedPerformedProcedureStepSequence = (*list)[TagFromName(ReferencedPerformedProcedureStepSequence)];
        RelatedSeriesSequence = (*list)[TagFromName(RelatedSeriesSequence)];
        BodyPartExamined = (*list)[TagFromName(BodyPartExamined)];
        PatientPosition = (*list)[TagFromName(PatientPosition)];
        SmallestPixelValueInSeries = (*list)[TagFromName(SmallestPixelValueInSeries)];
        LargestPixelValueInSeries = (*list)[TagFromName(LargestPixelValueInSeries)];
        RequestAttributesSequence = (*list)[TagFromName(RequestAttributesSequence)];
}

Module_ClinicalTrialSeries::Module_ClinicalTrialSeries(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        ClinicalTrialCoordinatingCenterName = (*list)[TagFromName(ClinicalTrialCoordinatingCenterName)];
        ClinicalTrialSeriesID = (*list)[TagFromName(ClinicalTrialSeriesID)];
        ClinicalTrialSeriesDescription = (*list)[TagFromName(ClinicalTrialSeriesDescription)];
}

Module_EnhancedSeries::Module_EnhancedSeries(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        SeriesNumber = (*list)[TagFromName(SeriesNumber)];
        ReferencedPerformedProcedureStepSequence = (*list)[TagFromName(ReferencedPerformedProcedureStepSequence)];
}

Module_FrameOfReference::Module_FrameOfReference(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        FrameOfReferenceUID = (*list)[TagFromName(FrameOfReferenceUID)];
        PositionReferenceIndicator = (*list)[TagFromName(PositionReferenceIndicator)];
}

Module_GeneralEquipment::Module_GeneralEquipment(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        Manufacturer = (*list)[TagFromName(Manufacturer)];
        InstitutionName = (*list)[TagFromName(InstitutionName)];
        InstitutionAddress = (*list)[TagFromName(InstitutionAddress)];
        StationName = (*list)[TagFromName(StationName)];
        InstitutionalDepartmentName = (*list)[TagFromName(InstitutionalDepartmentName)];
        ManufacturerModelName = (*list)[TagFromName(ManufacturerModelName)];
        DeviceSerialNumber = (*list)[TagFromName(DeviceSerialNumber)];
        SoftwareVersion = (*list)[TagFromName(SoftwareVersion)];
        GantryID = (*list)[TagFromName(GantryID)];
        SpatialResolution = (*list)[TagFromName(SpatialResolution)];
        DateOfLastCalibration = (*list)[TagFromName(DateOfLastCalibration)];
        TimeOfLastCalibration = (*list)[TagFromName(TimeOfLastCalibration)];
        PixelPaddingValue = (*list)[TagFromName(PixelPaddingValue)];
}

Module_EnhancedGeneralEquipment::Module_EnhancedGeneralEquipment(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        Manufacturer = (*list)[TagFromName(Manufacturer)];
        ManufacturerModelName = (*list)[TagFromName(ManufacturerModelName)];
        DeviceSerialNumber = (*list)[TagFromName(DeviceSerialNumber)];
        SoftwareVersion = (*list)[TagFromName(SoftwareVersion)];
}

Module_GeneralImage::Module_GeneralImage(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        InstanceNumber = (*list)[TagFromName(InstanceNumber)];
        PatientOrientation = (*list)[TagFromName(PatientOrientation)];
        ContentDate = (*list)[TagFromName(ContentDate)];
        ContentTime = (*list)[TagFromName(ContentTime)];
        ImageType = (*list)[TagFromName(ImageType)];
        AcquisitionNumber = (*list)[TagFromName(AcquisitionNumber)];
        AcquisitionDate = (*list)[TagFromName(AcquisitionDate)];
        AcquisitionTime = (*list)[TagFromName(AcquisitionTime)];
        AcquisitionDateTime = (*list)[TagFromName(AcquisitionDateTime)];
        ReferencedImageSequence = (*list)[TagFromName(ReferencedImageSequence)];
        DerivationDescription = (*list)[TagFromName(DerivationDescription)];
        DerivationCodeSequence = (*list)[TagFromName(DerivationCodeSequence)];
        SourceImageSequence = (*list)[TagFromName(SourceImageSequence)];
        ReferencedInstanceSequence = (*list)[TagFromName(ReferencedInstanceSequence)];
        ImagesInAcquisition = (*list)[TagFromName(ImagesInAcquisition)];
        ImageComments = (*list)[TagFromName(ImageComments)];
        QualityControlImage = (*list)[TagFromName(QualityControlImage)];
        BurnedInAnnotation = (*list)[TagFromName(BurnedInAnnotation)];
        LossyImageCompression = (*list)[TagFromName(LossyImageCompression)];
        LossyImageCompressionRatio = (*list)[TagFromName(LossyImageCompressionRatio)];
        LossyImageCompressionMethod = (*list)[TagFromName(LossyImageCompressionMethod)];
        IconImageSequence = (*list)[TagFromName(IconImageSequence)];
        PresentationLUTShape = (*list)[TagFromName(PresentationLUTShape)];
        IrradiationEventUID = (*list)[TagFromName(IrradiationEventUID)];
}

Module_ImagePlane::Module_ImagePlane(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        PixelSpacing = (*list)[TagFromName(PixelSpacing)];
        ImageOrientationPatient = (*list)[TagFromName(ImageOrientationPatient)];
        ImagePositionPatient = (*list)[TagFromName(ImagePositionPatient)];
        SliceThickness = (*list)[TagFromName(SliceThickness)];
        SliceLocation = (*list)[TagFromName(SliceLocation)];
}

Macro_ImagePixelMacro::Macro_ImagePixelMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        SamplesPerPixel = (*list)[TagFromName(SamplesPerPixel)];
        PhotometricInterpretation = (*list)[TagFromName(PhotometricInterpretation)];
        Rows = (*list)[TagFromName(Rows)];
        Columns = (*list)[TagFromName(Columns)];
        BitsAllocated = (*list)[TagFromName(BitsAllocated)];
        BitsStored = (*list)[TagFromName(BitsStored)];
        HighBit = (*list)[TagFromName(HighBit)];
        PixelRepresentation = (*list)[TagFromName(PixelRepresentation)];
        PixelData = (*list)[TagFromName(PixelData)];
        PlanarConfiguration = (*list)[TagFromName(PlanarConfiguration)];
        PixelAspectRatio = (*list)[TagFromName(PixelAspectRatio)];
        SmallestImagePixelValue = (*list)[TagFromName(SmallestImagePixelValue)];
        LargestImagePixelValue = (*list)[TagFromName(LargestImagePixelValue)];
        RedPaletteColorLookupTableDescriptor = (*list)[TagFromName(RedPaletteColorLookupTableDescriptor)];
        GreenPaletteColorLookupTableDescriptor = (*list)[TagFromName(GreenPaletteColorLookupTableDescriptor)];
        BluePaletteColorLookupTableDescriptor = (*list)[TagFromName(BluePaletteColorLookupTableDescriptor)];
        RedPaletteColorLookupTableData = (*list)[TagFromName(RedPaletteColorLookupTableData)];
        GreenPaletteColorLookupTableData = (*list)[TagFromName(GreenPaletteColorLookupTableData)];
        BluePaletteColorLookupTableData = (*list)[TagFromName(BluePaletteColorLookupTableData)];
        ICCProfile = (*list)[TagFromName(ICCProfile)];
}

Module_ImagePixel::Module_ImagePixel(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        PixelDataProviderURL = (*list)[TagFromName(PixelDataProviderURL)];
        PixelPaddingRangeLimit = (*list)[TagFromName(PixelPaddingRangeLimit)];
}

Module_ContrastBolus::Module_ContrastBolus(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        ContrastBolusAgent = (*list)[TagFromName(ContrastBolusAgent)];
        ContrastBolusAgentSequence = (*list)[TagFromName(ContrastBolusAgentSequence)];
        ContrastBolusRoute = (*list)[TagFromName(ContrastBolusRoute)];
        ContrastBolusAdministrationRouteSequence = (*list)[TagFromName(ContrastBolusAdministrationRouteSequence)];
        ContrastBolusVolume = (*list)[TagFromName(ContrastBolusVolume)];
        ContrastBolusStartTime = (*list)[TagFromName(ContrastBolusStartTime)];
        ContrastBolusStopTime = (*list)[TagFromName(ContrastBolusStopTime)];
        ContrastBolusTotalDose = (*list)[TagFromName(ContrastBolusTotalDose)];
        ContrastFlowRate = (*list)[TagFromName(ContrastFlowRate)];
        ContrastFlowDuration = (*list)[TagFromName(ContrastFlowDuration)];
        ContrastBolusIngredient = (*list)[TagFromName(ContrastBolusIngredient)];
        ContrastBolusIngredientConcentration = (*list)[TagFromName(ContrastBolusIngredientConcentration)];
}

Module_EnhancedContrastBolus::Module_EnhancedContrastBolus(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        ContrastBolusAgentSequence = (*list)[TagFromName(ContrastBolusAgentSequence)];
}

Module_Cine::Module_Cine(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        PreferredPlaybackSequencing = (*list)[TagFromName(PreferredPlaybackSequencing)];
        FrameTime = (*list)[TagFromName(FrameTime)];
        FrameTimeVector = (*list)[TagFromName(FrameTimeVector)];
        StartTrim = (*list)[TagFromName(StartTrim)];
        StopTrim = (*list)[TagFromName(StopTrim)];
        RecommendedDisplayFrameRate = (*list)[TagFromName(RecommendedDisplayFrameRate)];
        CineRate = (*list)[TagFromName(CineRate)];
        FrameDelay = (*list)[TagFromName(FrameDelay)];
        ImageTriggerDelay = (*list)[TagFromName(ImageTriggerDelay)];
        EffectiveDuration = (*list)[TagFromName(EffectiveDuration)];
        ActualFrameDuration = (*list)[TagFromName(ActualFrameDuration)];
        MultiplexedAudioChannelsDescriptionCodeSequence = (*list)[TagFromName(MultiplexedAudioChannelsDescriptionCodeSequence)];
}

Module_MultiFrame::Module_MultiFrame(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        NumberOfFrames = (*list)[TagFromName(NumberOfFrames)];
        FrameIncrementPointer = (*list)[TagFromName(FrameIncrementPointer)];
}

Module_MultiFrameFunctionalGroupsCommon::Module_MultiFrameFunctionalGroupsCommon(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        InstanceNumber = (*list)[TagFromName(InstanceNumber)];
        ContentDate = (*list)[TagFromName(ContentDate)];
        ContentTime = (*list)[TagFromName(ContentTime)];
        NumberOfFrames = (*list)[TagFromName(NumberOfFrames)];
        ConcatenationFrameOffsetNumber = (*list)[TagFromName(ConcatenationFrameOffsetNumber)];
        RepresentativeFrameNumber = (*list)[TagFromName(RepresentativeFrameNumber)];
        ConcatenationUID = (*list)[TagFromName(ConcatenationUID)];
        InConcatenationNumber = (*list)[TagFromName(InConcatenationNumber)];
        InConcatenationTotalNumber = (*list)[TagFromName(InConcatenationTotalNumber)];
}

Macro_PixelMeasuresMacro::Macro_PixelMeasuresMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        PixelMeasuresSequence = (*list)[TagFromName(PixelMeasuresSequence)];
}

Macro_FrameContentMacro::Macro_FrameContentMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        FrameContentSequence = (*list)[TagFromName(FrameContentSequence)];
}

Macro_PlanePositionMacro::Macro_PlanePositionMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        PlanePositionSequence = (*list)[TagFromName(PlanePositionSequence)];
}

Macro_PlaneOrientationMacro::Macro_PlaneOrientationMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        PlaneOrientationSequence = (*list)[TagFromName(PlaneOrientationSequence)];
}

Macro_ReferencedImageMacro::Macro_ReferencedImageMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        ReferencedImageSequence = (*list)[TagFromName(ReferencedImageSequence)];
}

Macro_DerivationImageMacro::Macro_DerivationImageMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        DerivationImageSequence = (*list)[TagFromName(DerivationImageSequence)];
}

Macro_CardiacSynchronizationMacro::Macro_CardiacSynchronizationMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        CardiacSynchronizationSequence = (*list)[TagFromName(CardiacSynchronizationSequence)];
}

Macro_FrameAnatomyMacro::Macro_FrameAnatomyMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        FrameAnatomySequence = (*list)[TagFromName(FrameAnatomySequence)];
}

Macro_PixelValueTransformationMacro::Macro_PixelValueTransformationMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        PixelValueTransformationSequence = (*list)[TagFromName(PixelValueTransformationSequence)];
}

Macro_FrameVOILUTMacro::Macro_FrameVOILUTMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        FrameVOILUTSequence = (*list)[TagFromName(FrameVOILUTSequence)];
}

Macro_RealWorldValueMappingMacro::Macro_RealWorldValueMappingMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        RealWorldValueMappingSequence = (*list)[TagFromName(RealWorldValueMappingSequence)];
}

Macro_ContrastBolusUsageMacro::Macro_ContrastBolusUsageMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        ContrastBolusUsageSequence = (*list)[TagFromName(ContrastBolusUsageSequence)];
}

Macro_PixelIntensityRelationshipLUTMacro::Macro_PixelIntensityRelationshipLUTMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        PixelIntensityRelationshipLUTSequence = (*list)[TagFromName(PixelIntensityRelationshipLUTSequence)];
}

Macro_FramePixelShiftMacro::Macro_FramePixelShiftMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        FramePixelShiftSequence = (*list)[TagFromName(FramePixelShiftSequence)];
}

Macro_PatientOrientationInFrameMacro::Macro_PatientOrientationInFrameMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        PatientOrientationInFrameSequence = (*list)[TagFromName(PatientOrientationInFrameSequence)];
}

Macro_FrameDisplayShutterMacro::Macro_FrameDisplayShutterMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        FrameDisplayShutterSequence = (*list)[TagFromName(FrameDisplayShutterSequence)];
}

Macro_RespiratorySynchronizationMacro::Macro_RespiratorySynchronizationMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        RespiratorySynchronizationSequence = (*list)[TagFromName(RespiratorySynchronizationSequence)];
}

Macro_IrradiationEventIdentificationMacro::Macro_IrradiationEventIdentificationMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        IrradiationEventIdentificationSequence = (*list)[TagFromName(IrradiationEventIdentificationSequence)];
}

Module_MultiFrameDimension::Module_MultiFrameDimension(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        DimensionOrganizationSequence = (*list)[TagFromName(DimensionOrganizationSequence)];
        DimensionIndexSequence = (*list)[TagFromName(DimensionIndexSequence)];
}

Module_CardiacSynchronization::Module_CardiacSynchronization(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        CardiacSynchronizationTechnique = (*list)[TagFromName(CardiacSynchronizationTechnique)];
        CardiacSignalSource = (*list)[TagFromName(CardiacSignalSource)];
        CardiacRRIntervalSpecified = (*list)[TagFromName(CardiacRRIntervalSpecified)];
        CardiacBeatRejectionTechnique = (*list)[TagFromName(CardiacBeatRejectionTechnique)];
        LowRRValue = (*list)[TagFromName(LowRRValue)];
        HighRRValue = (*list)[TagFromName(HighRRValue)];
        IntervalsAcquired = (*list)[TagFromName(IntervalsAcquired)];
        IntervalsRejected = (*list)[TagFromName(IntervalsRejected)];
        SkipBeats = (*list)[TagFromName(SkipBeats)];
        CardiacFramingType = (*list)[TagFromName(CardiacFramingType)];
}

Module_RespiratorySynchronization::Module_RespiratorySynchronization(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        RespiratoryMotionCompensationTechnique = (*list)[TagFromName(RespiratoryMotionCompensationTechnique)];
        RespiratorySignalSource = (*list)[TagFromName(RespiratorySignalSource)];
        RespiratoryTriggerDelayThreshold = (*list)[TagFromName(RespiratoryTriggerDelayThreshold)];
        RespiratoryTriggerType = (*list)[TagFromName(RespiratoryTriggerType)];
}

Module_BulkMotionSynchronization::Module_BulkMotionSynchronization(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        BulkMotionCompensationTechnique = (*list)[TagFromName(BulkMotionCompensationTechnique)];
        BulkMotionSignalSource = (*list)[TagFromName(BulkMotionSignalSource)];
}

Module_SupplementalPaletteColorLUT::Module_SupplementalPaletteColorLUT(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        RedPaletteColorLookupTableDescriptor = (*list)[TagFromName(RedPaletteColorLookupTableDescriptor)];
        GreenPaletteColorLookupTableDescriptor = (*list)[TagFromName(GreenPaletteColorLookupTableDescriptor)];
        BluePaletteColorLookupTableDescriptor = (*list)[TagFromName(BluePaletteColorLookupTableDescriptor)];
        RedPaletteColorLookupTableData = (*list)[TagFromName(RedPaletteColorLookupTableData)];
        GreenPaletteColorLookupTableData = (*list)[TagFromName(GreenPaletteColorLookupTableData)];
        BluePaletteColorLookupTableData = (*list)[TagFromName(BluePaletteColorLookupTableData)];
}

Module_PaletteColorLookupTable::Module_PaletteColorLookupTable(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        RedPaletteColorLookupTableDescriptor = (*list)[TagFromName(RedPaletteColorLookupTableDescriptor)];
        GreenPaletteColorLookupTableDescriptor = (*list)[TagFromName(GreenPaletteColorLookupTableDescriptor)];
        BluePaletteColorLookupTableDescriptor = (*list)[TagFromName(BluePaletteColorLookupTableDescriptor)];
        PaletteColorLookupTableUID = (*list)[TagFromName(PaletteColorLookupTableUID)];
        RedPaletteColorLookupTableData = (*list)[TagFromName(RedPaletteColorLookupTableData)];
        GreenPaletteColorLookupTableData = (*list)[TagFromName(GreenPaletteColorLookupTableData)];
        BluePaletteColorLookupTableData = (*list)[TagFromName(BluePaletteColorLookupTableData)];
        SegmentedRedPaletteColorLookupTableData = (*list)[TagFromName(SegmentedRedPaletteColorLookupTableData)];
        SegmentedGreenPaletteColorLookupTableData = (*list)[TagFromName(SegmentedGreenPaletteColorLookupTableData)];
        SegmentedBluePaletteColorLookupTableData = (*list)[TagFromName(SegmentedBluePaletteColorLookupTableData)];
}

Module_PatientOrientation::Module_PatientOrientation(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

}

Module_ImageEquipmentCoordinateRelationship::Module_ImageEquipmentCoordinateRelationship(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        ImageToEquipmentMappingMatrix = (*list)[TagFromName(ImageToEquipmentMappingMatrix)];
        EquipmentCoordinateSystemIdentification = (*list)[TagFromName(EquipmentCoordinateSystemIdentification)];
}

Module_CRSeries::Module_CRSeries(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        BodyPartExamined = (*list)[TagFromName(BodyPartExamined)];
        ViewPosition = (*list)[TagFromName(ViewPosition)];
        FilterType = (*list)[TagFromName(FilterType)];
        CollimatorGridName = (*list)[TagFromName(CollimatorGridName)];
        FocalSpot = (*list)[TagFromName(FocalSpot)];
        PlateType = (*list)[TagFromName(PlateType)];
        PhosphorType = (*list)[TagFromName(PhosphorType)];
}

Module_CRImage::Module_CRImage(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        PhotometricInterpretation = (*list)[TagFromName(PhotometricInterpretation)];
        KVP = (*list)[TagFromName(KVP)];
        PlateID = (*list)[TagFromName(PlateID)];
        DistanceSourceToDetector = (*list)[TagFromName(DistanceSourceToDetector)];
        DistanceSourceToPatient = (*list)[TagFromName(DistanceSourceToPatient)];
        ExposureTime = (*list)[TagFromName(ExposureTime)];
        XRayTubeCurrent = (*list)[TagFromName(XRayTubeCurrent)];
        Exposure = (*list)[TagFromName(Exposure)];
        ExposureInuAs = (*list)[TagFromName(ExposureInuAs)];
        ImagerPixelSpacing = (*list)[TagFromName(ImagerPixelSpacing)];
        GeneratorPower = (*list)[TagFromName(GeneratorPower)];
        AcquisitionDeviceProcessingDescription = (*list)[TagFromName(AcquisitionDeviceProcessingDescription)];
        AcquisitionDeviceProcessingCode = (*list)[TagFromName(AcquisitionDeviceProcessingCode)];
        CassetteOrientation = (*list)[TagFromName(CassetteOrientation)];
        CassetteSize = (*list)[TagFromName(CassetteSize)];
        ExposuresOnPlate = (*list)[TagFromName(ExposuresOnPlate)];
        RelativeXRayExposure = (*list)[TagFromName(RelativeXRayExposure)];
        Sensitivity = (*list)[TagFromName(Sensitivity)];
}

Module_CTImage::Module_CTImage(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        ImageType = (*list)[TagFromName(ImageType)];
        SamplesPerPixel = (*list)[TagFromName(SamplesPerPixel)];
        PhotometricInterpretation = (*list)[TagFromName(PhotometricInterpretation)];
        BitsAllocated = (*list)[TagFromName(BitsAllocated)];
        BitsStored = (*list)[TagFromName(BitsStored)];
        HighBit = (*list)[TagFromName(HighBit)];
        RescaleIntercept = (*list)[TagFromName(RescaleIntercept)];
        RescaleSlope = (*list)[TagFromName(RescaleSlope)];
        KVP = (*list)[TagFromName(KVP)];
        AcquisitionNumber = (*list)[TagFromName(AcquisitionNumber)];
        ScanOptions = (*list)[TagFromName(ScanOptions)];
        DataCollectionDiameter = (*list)[TagFromName(DataCollectionDiameter)];
        DataCollectionCenterPatient = (*list)[TagFromName(DataCollectionCenterPatient)];
        ReconstructionDiameter = (*list)[TagFromName(ReconstructionDiameter)];
        ReconstructionTargetCenterPatient = (*list)[TagFromName(ReconstructionTargetCenterPatient)];
        DistanceSourceToDetector = (*list)[TagFromName(DistanceSourceToDetector)];
        DistanceSourceToPatient = (*list)[TagFromName(DistanceSourceToPatient)];
        GantryDetectorTilt = (*list)[TagFromName(GantryDetectorTilt)];
        TableHeight = (*list)[TagFromName(TableHeight)];
        RotationDirection = (*list)[TagFromName(RotationDirection)];
        ExposureTime = (*list)[TagFromName(ExposureTime)];
        XRayTubeCurrent = (*list)[TagFromName(XRayTubeCurrent)];
        Exposure = (*list)[TagFromName(Exposure)];
        ExposureInuAs = (*list)[TagFromName(ExposureInuAs)];
        FilterType = (*list)[TagFromName(FilterType)];
        GeneratorPower = (*list)[TagFromName(GeneratorPower)];
        FocalSpot = (*list)[TagFromName(FocalSpot)];
        ConvolutionKernel = (*list)[TagFromName(ConvolutionKernel)];
        RevolutionTime = (*list)[TagFromName(RevolutionTime)];
        SingleCollimationWidth = (*list)[TagFromName(SingleCollimationWidth)];
        TotalCollimationWidth = (*list)[TagFromName(TotalCollimationWidth)];
        TableSpeed = (*list)[TagFromName(TableSpeed)];
        TableFeedPerRotation = (*list)[TagFromName(TableFeedPerRotation)];
        SpiralPitchFactor = (*list)[TagFromName(SpiralPitchFactor)];
        ExposureModulationType = (*list)[TagFromName(ExposureModulationType)];
        EstimatedDoseSaving = (*list)[TagFromName(EstimatedDoseSaving)];
        CTDIvol = (*list)[TagFromName(CTDIvol)];
        CTDIPhantomTypeCodeSequence = (*list)[TagFromName(CTDIPhantomTypeCodeSequence)];
        CalciumScoringMassFactorPatient = (*list)[TagFromName(CalciumScoringMassFactorPatient)];
        CalciumScoringMassFactorDevice = (*list)[TagFromName(CalciumScoringMassFactorDevice)];
        CTAdditionalXRaySourceSequence = (*list)[TagFromName(CTAdditionalXRaySourceSequence)];
}

Module_MRImage::Module_MRImage(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        ImageType = (*list)[TagFromName(ImageType)];
        SamplesPerPixel = (*list)[TagFromName(SamplesPerPixel)];
        PhotometricInterpretation = (*list)[TagFromName(PhotometricInterpretation)];
        BitsAllocated = (*list)[TagFromName(BitsAllocated)];
        ScanningSequence = (*list)[TagFromName(ScanningSequence)];
        SequenceVariant = (*list)[TagFromName(SequenceVariant)];
        ScanOptions = (*list)[TagFromName(ScanOptions)];
        MRAcquisitionType = (*list)[TagFromName(MRAcquisitionType)];
        RepetitionTime = (*list)[TagFromName(RepetitionTime)];
        EchoTime = (*list)[TagFromName(EchoTime)];
        EchoTrainLength = (*list)[TagFromName(EchoTrainLength)];
        InversionTime = (*list)[TagFromName(InversionTime)];
        TriggerTime = (*list)[TagFromName(TriggerTime)];
        SequenceName = (*list)[TagFromName(SequenceName)];
        AngioFlag = (*list)[TagFromName(AngioFlag)];
        NumberOfAverages = (*list)[TagFromName(NumberOfAverages)];
        ImagingFrequency = (*list)[TagFromName(ImagingFrequency)];
        ImagedNucleus = (*list)[TagFromName(ImagedNucleus)];
        EchoNumber = (*list)[TagFromName(EchoNumber)];
        MagneticFieldStrength = (*list)[TagFromName(MagneticFieldStrength)];
        SpacingBetweenSlices = (*list)[TagFromName(SpacingBetweenSlices)];
        NumberOfPhaseEncodingSteps = (*list)[TagFromName(NumberOfPhaseEncodingSteps)];
        PercentSampling = (*list)[TagFromName(PercentSampling)];
        PercentPhaseFieldOfView = (*list)[TagFromName(PercentPhaseFieldOfView)];
        PixelBandwidth = (*list)[TagFromName(PixelBandwidth)];
        NominalInterval = (*list)[TagFromName(NominalInterval)];
        BeatRejectionFlag = (*list)[TagFromName(BeatRejectionFlag)];
        LowRRValue = (*list)[TagFromName(LowRRValue)];
        HighRRValue = (*list)[TagFromName(HighRRValue)];
        IntervalsAcquired = (*list)[TagFromName(IntervalsAcquired)];
        IntervalsRejected = (*list)[TagFromName(IntervalsRejected)];
        PVCRejection = (*list)[TagFromName(PVCRejection)];
        SkipBeats = (*list)[TagFromName(SkipBeats)];
        HeartRate = (*list)[TagFromName(HeartRate)];
        CardiacNumberOfImages = (*list)[TagFromName(CardiacNumberOfImages)];
        TriggerWindow = (*list)[TagFromName(TriggerWindow)];
        ReconstructionDiameter = (*list)[TagFromName(ReconstructionDiameter)];
        ReceiveCoilName = (*list)[TagFromName(ReceiveCoilName)];
        TransmitCoilName = (*list)[TagFromName(TransmitCoilName)];
        AcquisitionMatrix = (*list)[TagFromName(AcquisitionMatrix)];
        InPlanePhaseEncodingDirection = (*list)[TagFromName(InPlanePhaseEncodingDirection)];
        FlipAngle = (*list)[TagFromName(FlipAngle)];
        SAR = (*list)[TagFromName(SAR)];
        VariableFlipAngleFlag = (*list)[TagFromName(VariableFlipAngleFlag)];
        dBdt = (*list)[TagFromName(dBdt)];
        TemporalPositionIdentifier = (*list)[TagFromName(TemporalPositionIdentifier)];
        NumberOfTemporalPositions = (*list)[TagFromName(NumberOfTemporalPositions)];
        TemporalResolution = (*list)[TagFromName(TemporalResolution)];
}

Module_NMPETPatientOrientation::Module_NMPETPatientOrientation(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        PatientOrientationCodeSequence = (*list)[TagFromName(PatientOrientationCodeSequence)];
        PatientGantryRelationshipCodeSequence = (*list)[TagFromName(PatientGantryRelationshipCodeSequence)];
}

Module_NMImagePixel::Module_NMImagePixel(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        SamplesPerPixel = (*list)[TagFromName(SamplesPerPixel)];
        PhotometricInterpretation = (*list)[TagFromName(PhotometricInterpretation)];
        BitsAllocated = (*list)[TagFromName(BitsAllocated)];
        BitsStored = (*list)[TagFromName(BitsStored)];
        HighBit = (*list)[TagFromName(HighBit)];
        PixelSpacing = (*list)[TagFromName(PixelSpacing)];
}

Module_NMMultiFrame::Module_NMMultiFrame(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        FrameIncrementPointer = (*list)[TagFromName(FrameIncrementPointer)];
        EnergyWindowVector = (*list)[TagFromName(EnergyWindowVector)];
        NumberOfEnergyWindows = (*list)[TagFromName(NumberOfEnergyWindows)];
        DetectorVector = (*list)[TagFromName(DetectorVector)];
        NumberOfDetectors = (*list)[TagFromName(NumberOfDetectors)];
        PhaseVector = (*list)[TagFromName(PhaseVector)];
        NumberOfPhases = (*list)[TagFromName(NumberOfPhases)];
        RotationVector = (*list)[TagFromName(RotationVector)];
        NumberOfRotations = (*list)[TagFromName(NumberOfRotations)];
        RRIntervalVector = (*list)[TagFromName(RRIntervalVector)];
        NumberOfRRIntervals = (*list)[TagFromName(NumberOfRRIntervals)];
        TimeSlotVector = (*list)[TagFromName(TimeSlotVector)];
        NumberOfTimeSlots = (*list)[TagFromName(NumberOfTimeSlots)];
        SliceVector = (*list)[TagFromName(SliceVector)];
        NumberOfSlices = (*list)[TagFromName(NumberOfSlices)];
        AngularViewVector = (*list)[TagFromName(AngularViewVector)];
        TimeSliceVector = (*list)[TagFromName(TimeSliceVector)];
}

Module_NMImage::Module_NMImage(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        ImageType = (*list)[TagFromName(ImageType)];
        ImageID = (*list)[TagFromName(ImageID)];
        LossyImageCompression = (*list)[TagFromName(LossyImageCompression)];
        CountsAccumulated = (*list)[TagFromName(CountsAccumulated)];
        AcquisitionTerminationCondition = (*list)[TagFromName(AcquisitionTerminationCondition)];
        TableHeight = (*list)[TagFromName(TableHeight)];
        TableTraverse = (*list)[TagFromName(TableTraverse)];
        ActualFrameDuration = (*list)[TagFromName(ActualFrameDuration)];
        CountRate = (*list)[TagFromName(CountRate)];
        ProcessingFunction = (*list)[TagFromName(ProcessingFunction)];
        CorrectedImage = (*list)[TagFromName(CorrectedImage)];
        WholeBodyTechnique = (*list)[TagFromName(WholeBodyTechnique)];
        ScanVelocity = (*list)[TagFromName(ScanVelocity)];
        ScanLength = (*list)[TagFromName(ScanLength)];
        TriggerSourceOrType = (*list)[TagFromName(TriggerSourceOrType)];
        ReferencedImageRealWorldValueMappingSequence = (*list)[TagFromName(ReferencedImageRealWorldValueMappingSequence)];
}

Module_NMIsotope::Module_NMIsotope(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        EnergyWindowInformationSequence = (*list)[TagFromName(EnergyWindowInformationSequence)];
        RadiopharmaceuticalInformationSequence = (*list)[TagFromName(RadiopharmaceuticalInformationSequence)];
        InterventionDrugInformationSequence = (*list)[TagFromName(InterventionDrugInformationSequence)];
}

Module_NMDetector::Module_NMDetector(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        DetectorInformationSequence = (*list)[TagFromName(DetectorInformationSequence)];
}

Module_NMTomoAcquisition::Module_NMTomoAcquisition(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        RotationInformationSequence = (*list)[TagFromName(RotationInformationSequence)];
        TypeOfDetectorMotion = (*list)[TagFromName(TypeOfDetectorMotion)];
}

Module_NMMultiGatedAcquisition::Module_NMMultiGatedAcquisition(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        BeatRejectionFlag = (*list)[TagFromName(BeatRejectionFlag)];
        PVCRejection = (*list)[TagFromName(PVCRejection)];
        SkipBeats = (*list)[TagFromName(SkipBeats)];
        HeartRate = (*list)[TagFromName(HeartRate)];
        GatedInformationSequence = (*list)[TagFromName(GatedInformationSequence)];
}

Module_NMPhase::Module_NMPhase(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        PhaseInformationSequence = (*list)[TagFromName(PhaseInformationSequence)];
}

Module_NMReconstruction::Module_NMReconstruction(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        SpacingBetweenSlices = (*list)[TagFromName(SpacingBetweenSlices)];
        ReconstructionDiameter = (*list)[TagFromName(ReconstructionDiameter)];
        ConvolutionKernel = (*list)[TagFromName(ConvolutionKernel)];
        SliceThickness = (*list)[TagFromName(SliceThickness)];
        SliceLocation = (*list)[TagFromName(SliceLocation)];
        SliceProgressionDirection = (*list)[TagFromName(SliceProgressionDirection)];
}

Module_USRegionCalibration::Module_USRegionCalibration(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        SequenceOfUltrasoundRegions = (*list)[TagFromName(SequenceOfUltrasoundRegions)];
}

Module_USImage::Module_USImage(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        SamplesPerPixel = (*list)[TagFromName(SamplesPerPixel)];
        PhotometricInterpretation = (*list)[TagFromName(PhotometricInterpretation)];
        BitsAllocated = (*list)[TagFromName(BitsAllocated)];
        BitsStored = (*list)[TagFromName(BitsStored)];
        HighBit = (*list)[TagFromName(HighBit)];
        PlanarConfiguration = (*list)[TagFromName(PlanarConfiguration)];
        PixelRepresentation = (*list)[TagFromName(PixelRepresentation)];
        FrameIncrementPointer = (*list)[TagFromName(FrameIncrementPointer)];
        ImageType = (*list)[TagFromName(ImageType)];
        LossyImageCompression = (*list)[TagFromName(LossyImageCompression)];
        NumberOfStages = (*list)[TagFromName(NumberOfStages)];
        NumberOfViewsInStage = (*list)[TagFromName(NumberOfViewsInStage)];
        RWaveTimeVector = (*list)[TagFromName(RWaveTimeVector)];
        UltrasoundColorDataPresent = (*list)[TagFromName(UltrasoundColorDataPresent)];
        StageName = (*list)[TagFromName(StageName)];
        StageCodeSequence = (*list)[TagFromName(StageCodeSequence)];
        StageNumber = (*list)[TagFromName(StageNumber)];
        ViewName = (*list)[TagFromName(ViewName)];
        ViewNumber = (*list)[TagFromName(ViewNumber)];
        NumberOfEventTimers = (*list)[TagFromName(NumberOfEventTimers)];
        EventElapsedTime = (*list)[TagFromName(EventElapsedTime)];
        EventTimerName = (*list)[TagFromName(EventTimerName)];
        ViewCodeSequence = (*list)[TagFromName(ViewCodeSequence)];
        AcquisitionDateTime = (*list)[TagFromName(AcquisitionDateTime)];
        TriggerTime = (*list)[TagFromName(TriggerTime)];
        NominalInterval = (*list)[TagFromName(NominalInterval)];
        BeatRejectionFlag = (*list)[TagFromName(BeatRejectionFlag)];
        LowRRValue = (*list)[TagFromName(LowRRValue)];
        HighRRValue = (*list)[TagFromName(HighRRValue)];
        HeartRate = (*list)[TagFromName(HeartRate)];
        IVUSAcquisition = (*list)[TagFromName(IVUSAcquisition)];
        IVUSPullbackRate = (*list)[TagFromName(IVUSPullbackRate)];
        IVUSGatedRate = (*list)[TagFromName(IVUSGatedRate)];
        IVUSPullbackStartFrameNumber = (*list)[TagFromName(IVUSPullbackStartFrameNumber)];
        IVUSPullbackStopFrameNumber = (*list)[TagFromName(IVUSPullbackStopFrameNumber)];
        LesionNumber = (*list)[TagFromName(LesionNumber)];
        OutputPower = (*list)[TagFromName(OutputPower)];
        TransducerData = (*list)[TagFromName(TransducerData)];
        TransducerType = (*list)[TagFromName(TransducerType)];
        FocusDepth = (*list)[TagFromName(FocusDepth)];
        ProcessingFunction = (*list)[TagFromName(ProcessingFunction)];
        MechanicalIndex = (*list)[TagFromName(MechanicalIndex)];
        BoneThermalIndex = (*list)[TagFromName(BoneThermalIndex)];
        CranialThermalIndex = (*list)[TagFromName(CranialThermalIndex)];
        SoftTissueThermalIndex = (*list)[TagFromName(SoftTissueThermalIndex)];
        SoftTissueFocusThermalIndex = (*list)[TagFromName(SoftTissueFocusThermalIndex)];
        SoftTissueSurfaceThermalIndex = (*list)[TagFromName(SoftTissueSurfaceThermalIndex)];
        DepthOfScanField = (*list)[TagFromName(DepthOfScanField)];
        OverlaySubtype = (*list)[TagFromName(OverlaySubtype)];
}

Module_SCEquipment::Module_SCEquipment(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        ConversionType = (*list)[TagFromName(ConversionType)];
        Modality = (*list)[TagFromName(Modality)];
        SecondaryCaptureDeviceID = (*list)[TagFromName(SecondaryCaptureDeviceID)];
        SecondaryCaptureDeviceManufacturer = (*list)[TagFromName(SecondaryCaptureDeviceManufacturer)];
        SecondaryCaptureDeviceManufacturerModelName = (*list)[TagFromName(SecondaryCaptureDeviceManufacturerModelName)];
        SecondaryCaptureDeviceSoftwareVersion = (*list)[TagFromName(SecondaryCaptureDeviceSoftwareVersion)];
        VideoImageFormatAcquired = (*list)[TagFromName(VideoImageFormatAcquired)];
        DigitalImageFormatAcquired = (*list)[TagFromName(DigitalImageFormatAcquired)];
}

Module_SCImage::Module_SCImage(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        DateOfSecondaryCapture = (*list)[TagFromName(DateOfSecondaryCapture)];
        TimeOfSecondaryCapture = (*list)[TagFromName(TimeOfSecondaryCapture)];
        NominalScannedPixelSpacing = (*list)[TagFromName(NominalScannedPixelSpacing)];
}

Module_SCMultiFrameImage::Module_SCMultiFrameImage(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        BurnedInAnnotation = (*list)[TagFromName(BurnedInAnnotation)];
        PresentationLUTShape = (*list)[TagFromName(PresentationLUTShape)];
        Illumination = (*list)[TagFromName(Illumination)];
        ReflectedAmbientLight = (*list)[TagFromName(ReflectedAmbientLight)];
        RescaleIntercept = (*list)[TagFromName(RescaleIntercept)];
        RescaleSlope = (*list)[TagFromName(RescaleSlope)];
        RescaleType = (*list)[TagFromName(RescaleType)];
        FrameIncrementPointer = (*list)[TagFromName(FrameIncrementPointer)];
        NominalScannedPixelSpacing = (*list)[TagFromName(NominalScannedPixelSpacing)];
        DigitizingDeviceTransportDirection = (*list)[TagFromName(DigitizingDeviceTransportDirection)];
        RotationOfScannedFilm = (*list)[TagFromName(RotationOfScannedFilm)];
}

Module_SCMultiFrameVector::Module_SCMultiFrameVector(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        FrameTimeVector = (*list)[TagFromName(FrameTimeVector)];
        PageNumberVector = (*list)[TagFromName(PageNumberVector)];
        FrameLabelVector = (*list)[TagFromName(FrameLabelVector)];
        FramePrimaryAngleVector = (*list)[TagFromName(FramePrimaryAngleVector)];
        FrameSecondaryAngleVector = (*list)[TagFromName(FrameSecondaryAngleVector)];
        SliceLocationVector = (*list)[TagFromName(SliceLocationVector)];
        DisplayWindowLabelVector = (*list)[TagFromName(DisplayWindowLabelVector)];
}

Module_OverlayPlane::Module_OverlayPlane(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        OverlayRows = (*list)[TagFromName(OverlayRows)];
        OverlayColumns = (*list)[TagFromName(OverlayColumns)];
        OverlayType = (*list)[TagFromName(OverlayType)];
        OverlayOrigin = (*list)[TagFromName(OverlayOrigin)];
        OverlayBitsAllocated = (*list)[TagFromName(OverlayBitsAllocated)];
        OverlayBitPosition = (*list)[TagFromName(OverlayBitPosition)];
        OverlayData = (*list)[TagFromName(OverlayData)];
        OverlayDescription = (*list)[TagFromName(OverlayDescription)];
        OverlaySubtype = (*list)[TagFromName(OverlaySubtype)];
        OverlayLabel = (*list)[TagFromName(OverlayLabel)];
        ROIArea = (*list)[TagFromName(ROIArea)];
        ROIMean = (*list)[TagFromName(ROIMean)];
        ROIStandardDeviation = (*list)[TagFromName(ROIStandardDeviation)];
}

Module_MultiFrameOverlay::Module_MultiFrameOverlay(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        NumberOfFramesInOverlay = (*list)[TagFromName(NumberOfFramesInOverlay)];
        ImageFrameOrigin = (*list)[TagFromName(ImageFrameOrigin)];
}

Macro_ModalityLUTMacro::Macro_ModalityLUTMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        ModalityLUTSequence = (*list)[TagFromName(ModalityLUTSequence)];
        RescaleIntercept = (*list)[TagFromName(RescaleIntercept)];
        RescaleSlope = (*list)[TagFromName(RescaleSlope)];
        RescaleType = (*list)[TagFromName(RescaleType)];
}

Module_ModalityLUT::Module_ModalityLUT(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

}

Macro_VOILUTMacro::Macro_VOILUTMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        VOILUTSequence = (*list)[TagFromName(VOILUTSequence)];
        WindowCenter = (*list)[TagFromName(WindowCenter)];
        WindowWidth = (*list)[TagFromName(WindowWidth)];
        WindowCenterWidthExplanation = (*list)[TagFromName(WindowCenterWidthExplanation)];
        VOILUTFunction = (*list)[TagFromName(VOILUTFunction)];
}

Module_VOILUT::Module_VOILUT(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

}

Macro_DigitalSignaturesMacro::Macro_DigitalSignaturesMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        MACParametersSequence = (*list)[TagFromName(MACParametersSequence)];
        DigitalSignaturesSequence = (*list)[TagFromName(DigitalSignaturesSequence)];
}

Module_SOPCommon::Module_SOPCommon(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        SOPClassUID = (*list)[TagFromName(SOPClassUID)];
        SOPInstanceUID = (*list)[TagFromName(SOPInstanceUID)];
        SpecificCharacterSet = (*list)[TagFromName(SpecificCharacterSet)];
        InstanceCreationDate = (*list)[TagFromName(InstanceCreationDate)];
        InstanceCreationTime = (*list)[TagFromName(InstanceCreationTime)];
        InstanceCreatorUID = (*list)[TagFromName(InstanceCreatorUID)];
        RelatedGeneralSOPClassUID = (*list)[TagFromName(RelatedGeneralSOPClassUID)];
        OriginalSpecializedSOPClassUID = (*list)[TagFromName(OriginalSpecializedSOPClassUID)];
        CodingSchemeIdentificationSequence = (*list)[TagFromName(CodingSchemeIdentificationSequence)];
        TimezoneOffsetFromUTC = (*list)[TagFromName(TimezoneOffsetFromUTC)];
        ContributingEquipmentSequence = (*list)[TagFromName(ContributingEquipmentSequence)];
        InstanceNumber = (*list)[TagFromName(InstanceNumber)];
        SOPInstanceStatus = (*list)[TagFromName(SOPInstanceStatus)];
        SOPAuthorizationDateAndTime = (*list)[TagFromName(SOPAuthorizationDateAndTime)];
        SOPAuthorizationComment = (*list)[TagFromName(SOPAuthorizationComment)];
        AuthorizationEquipmentCertificationNumber = (*list)[TagFromName(AuthorizationEquipmentCertificationNumber)];
        EncryptedAttributesSequence = (*list)[TagFromName(EncryptedAttributesSequence)];
        OriginalAttributesSequence = (*list)[TagFromName(OriginalAttributesSequence)];
        HL7StructuredDocumentReferenceSequence = (*list)[TagFromName(HL7StructuredDocumentReferenceSequence)];
}

Module_MultiframeSingleBitSCImagePseudo::Module_MultiframeSingleBitSCImagePseudo(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        SamplesPerPixel = (*list)[TagFromName(SamplesPerPixel)];
        PhotometricInterpretation = (*list)[TagFromName(PhotometricInterpretation)];
        BitsAllocated = (*list)[TagFromName(BitsAllocated)];
        BitsStored = (*list)[TagFromName(BitsStored)];
        HighBit = (*list)[TagFromName(HighBit)];
        PixelRepresentation = (*list)[TagFromName(PixelRepresentation)];
}

Module_MultiframeGrayscaleByteSCImagePseudo::Module_MultiframeGrayscaleByteSCImagePseudo(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        SamplesPerPixel = (*list)[TagFromName(SamplesPerPixel)];
        PhotometricInterpretation = (*list)[TagFromName(PhotometricInterpretation)];
        BitsAllocated = (*list)[TagFromName(BitsAllocated)];
        BitsStored = (*list)[TagFromName(BitsStored)];
        HighBit = (*list)[TagFromName(HighBit)];
        PixelRepresentation = (*list)[TagFromName(PixelRepresentation)];
}

Module_MultiframeGrayscaleWordSCImagePseudo::Module_MultiframeGrayscaleWordSCImagePseudo(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        SamplesPerPixel = (*list)[TagFromName(SamplesPerPixel)];
        PhotometricInterpretation = (*list)[TagFromName(PhotometricInterpretation)];
        BitsAllocated = (*list)[TagFromName(BitsAllocated)];
        BitsStored = (*list)[TagFromName(BitsStored)];
        HighBit = (*list)[TagFromName(HighBit)];
        PixelRepresentation = (*list)[TagFromName(PixelRepresentation)];
}

Module_MultiframeTrueColorSCImagePseudo::Module_MultiframeTrueColorSCImagePseudo(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        SamplesPerPixel = (*list)[TagFromName(SamplesPerPixel)];
        PhotometricInterpretation = (*list)[TagFromName(PhotometricInterpretation)];
        BitsAllocated = (*list)[TagFromName(BitsAllocated)];
        BitsStored = (*list)[TagFromName(BitsStored)];
        HighBit = (*list)[TagFromName(HighBit)];
        PixelRepresentation = (*list)[TagFromName(PixelRepresentation)];
        PlanarConfiguration = (*list)[TagFromName(PlanarConfiguration)];
}

Module_CommonInstanceReference::Module_CommonInstanceReference(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        StudiesContainingOtherReferencedInstancesSequence = (*list)[TagFromName(StudiesContainingOtherReferencedInstancesSequence)];
}

Module_SpatialRegistrationSeries::Module_SpatialRegistrationSeries(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        Modality = (*list)[TagFromName(Modality)];
}

Module_SpatialRegistration::Module_SpatialRegistration(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        ContentDate = (*list)[TagFromName(ContentDate)];
        ContentTime = (*list)[TagFromName(ContentTime)];
        RegistrationSequence = (*list)[TagFromName(RegistrationSequence)];
}

Module_DeformableSpatialRegistration::Module_DeformableSpatialRegistration(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        ContentDate = (*list)[TagFromName(ContentDate)];
        ContentTime = (*list)[TagFromName(ContentTime)];
        DeformableRegistrationSequence = (*list)[TagFromName(DeformableRegistrationSequence)];
}

Module_SpatialFiducialsSeries::Module_SpatialFiducialsSeries(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        Modality = (*list)[TagFromName(Modality)];
}

Module_SpatialFiducials::Module_SpatialFiducials(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        ContentDate = (*list)[TagFromName(ContentDate)];
        ContentTime = (*list)[TagFromName(ContentTime)];
        FiducialSetSequence = (*list)[TagFromName(FiducialSetSequence)];
}

Module_EncapsulatedDocumentSeries::Module_EncapsulatedDocumentSeries(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        Modality = (*list)[TagFromName(Modality)];
        SeriesInstanceUID = (*list)[TagFromName(SeriesInstanceUID)];
        SeriesNumber = (*list)[TagFromName(SeriesNumber)];
        ReferencedPerformedProcedureStepSequence = (*list)[TagFromName(ReferencedPerformedProcedureStepSequence)];
        SeriesDescription = (*list)[TagFromName(SeriesDescription)];
        RequestAttributesSequence = (*list)[TagFromName(RequestAttributesSequence)];
}

Module_EncapsulatedDocument::Module_EncapsulatedDocument(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        InstanceNumber = (*list)[TagFromName(InstanceNumber)];
        ContentDate = (*list)[TagFromName(ContentDate)];
        ContentTime = (*list)[TagFromName(ContentTime)];
        AcquisitionDateTime = (*list)[TagFromName(AcquisitionDateTime)];
        BurnedInAnnotation = (*list)[TagFromName(BurnedInAnnotation)];
        SourceInstanceSequence = (*list)[TagFromName(SourceInstanceSequence)];
        DocumentTitle = (*list)[TagFromName(DocumentTitle)];
        ConceptNameCodeSequence = (*list)[TagFromName(ConceptNameCodeSequence)];
        VerificationFlag = (*list)[TagFromName(VerificationFlag)];
        HL7InstanceIdentifier = (*list)[TagFromName(HL7InstanceIdentifier)];
        MIMETypeOfEncapsulatedDocument = (*list)[TagFromName(MIMETypeOfEncapsulatedDocument)];
        ListOfMIMETypes = (*list)[TagFromName(ListOfMIMETypes)];
        EncapsulatedDocument = (*list)[TagFromName(EncapsulatedDocument)];
}

Module_EncapsulatedDocumentPDFPseudo::Module_EncapsulatedDocumentPDFPseudo(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        MIMETypeOfEncapsulatedDocument = (*list)[TagFromName(MIMETypeOfEncapsulatedDocument)];
}

Module_EncapsulatedDocumentCDAPseudo::Module_EncapsulatedDocumentCDAPseudo(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        MIMETypeOfEncapsulatedDocument = (*list)[TagFromName(MIMETypeOfEncapsulatedDocument)];
}

Module_CheckSingleFramePseudo::Module_CheckSingleFramePseudo(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        NumberOfFrames = (*list)[TagFromName(NumberOfFrames)];
}

Module_RealWorldValueMappingSeries::Module_RealWorldValueMappingSeries(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        Modality = (*list)[TagFromName(Modality)];
}

Module_RealWorldValueMapping::Module_RealWorldValueMapping(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        ContentDate = (*list)[TagFromName(ContentDate)];
        ContentTime = (*list)[TagFromName(ContentTime)];
        ReferencedImageRealWorldValueMappingSequence = (*list)[TagFromName(ReferencedImageRealWorldValueMappingSequence)];
}

Module_FileMetaInformation::Module_FileMetaInformation(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        FileMetaInformationGroupLength = (*list)[TagFromName(FileMetaInformationGroupLength)];
        FileMetaInformationVersion = (*list)[TagFromName(FileMetaInformationVersion)];
        MediaStorageSOPClassUID = (*list)[TagFromName(MediaStorageSOPClassUID)];
        MediaStorageSOPInstanceUID = (*list)[TagFromName(MediaStorageSOPInstanceUID)];
        TransferSyntaxUID = (*list)[TagFromName(TransferSyntaxUID)];
        ImplementationClassUID = (*list)[TagFromName(ImplementationClassUID)];
        ImplementationVersionName = (*list)[TagFromName(ImplementationVersionName)];
        SourceApplicationEntityTitle = (*list)[TagFromName(SourceApplicationEntityTitle)];
        PrivateInformationCreatorUID = (*list)[TagFromName(PrivateInformationCreatorUID)];
        PrivateInformation = (*list)[TagFromName(PrivateInformation)];
}

Module_FileSetIdentification::Module_FileSetIdentification(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        FileSetID = (*list)[TagFromName(FileSetID)];
        FileSetDescriptorFileID = (*list)[TagFromName(FileSetDescriptorFileID)];
        FileSetCharacterSet = (*list)[TagFromName(FileSetCharacterSet)];
}

Module_DirectoryInformation::Module_DirectoryInformation(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        RootDirectoryFirstRecord = (*list)[TagFromName(RootDirectoryFirstRecord)];
        RootDirectoryLastRecord = (*list)[TagFromName(RootDirectoryLastRecord)];
        FileSetConsistencyFlag = (*list)[TagFromName(FileSetConsistencyFlag)];
        DirectoryRecordSequence = (*list)[TagFromName(DirectoryRecordSequence)];
}

Macro_PatientDirectoryRecord::Macro_PatientDirectoryRecord(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        SpecificCharacterSet = (*list)[TagFromName(SpecificCharacterSet)];
        PatientName = (*list)[TagFromName(PatientName)];
        PatientID = (*list)[TagFromName(PatientID)];
}

Macro_StudyDirectoryRecord::Macro_StudyDirectoryRecord(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        SpecificCharacterSet = (*list)[TagFromName(SpecificCharacterSet)];
        StudyDate = (*list)[TagFromName(StudyDate)];
        StudyTime = (*list)[TagFromName(StudyTime)];
        StudyDescription = (*list)[TagFromName(StudyDescription)];
        StudyInstanceUID = (*list)[TagFromName(StudyInstanceUID)];
        StudyID = (*list)[TagFromName(StudyID)];
        AccessionNumber = (*list)[TagFromName(AccessionNumber)];
}

Macro_SeriesDirectoryRecord::Macro_SeriesDirectoryRecord(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        SpecificCharacterSet = (*list)[TagFromName(SpecificCharacterSet)];
        Modality = (*list)[TagFromName(Modality)];
        SeriesInstanceUID = (*list)[TagFromName(SeriesInstanceUID)];
        SeriesNumber = (*list)[TagFromName(SeriesNumber)];
        IconImageSequence = (*list)[TagFromName(IconImageSequence)];
}

Macro_ImageDirectoryRecord::Macro_ImageDirectoryRecord(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        SpecificCharacterSet = (*list)[TagFromName(SpecificCharacterSet)];
        InstanceNumber = (*list)[TagFromName(InstanceNumber)];
        IconImageSequence = (*list)[TagFromName(IconImageSequence)];
}

Macro_RTDoseDirectoryRecord::Macro_RTDoseDirectoryRecord(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        SpecificCharacterSet = (*list)[TagFromName(SpecificCharacterSet)];
        InstanceNumber = (*list)[TagFromName(InstanceNumber)];
        DoseSummationType = (*list)[TagFromName(DoseSummationType)];
        DoseComment = (*list)[TagFromName(DoseComment)];
        IconImageSequence = (*list)[TagFromName(IconImageSequence)];
}

Macro_RTStructureSetDirectoryRecord::Macro_RTStructureSetDirectoryRecord(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        SpecificCharacterSet = (*list)[TagFromName(SpecificCharacterSet)];
        InstanceNumber = (*list)[TagFromName(InstanceNumber)];
        StructureSetLabel = (*list)[TagFromName(StructureSetLabel)];
        StructureSetDate = (*list)[TagFromName(StructureSetDate)];
        StructureSetTime = (*list)[TagFromName(StructureSetTime)];
}

Macro_RTPlanDirectoryRecord::Macro_RTPlanDirectoryRecord(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        SpecificCharacterSet = (*list)[TagFromName(SpecificCharacterSet)];
        InstanceNumber = (*list)[TagFromName(InstanceNumber)];
        RTPlanLabel = (*list)[TagFromName(RTPlanLabel)];
        RTPlanDate = (*list)[TagFromName(RTPlanDate)];
        RTPlanTime = (*list)[TagFromName(RTPlanTime)];
}

Macro_RTTreatmentRecordDirectoryRecord::Macro_RTTreatmentRecordDirectoryRecord(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        SpecificCharacterSet = (*list)[TagFromName(SpecificCharacterSet)];
        InstanceNumber = (*list)[TagFromName(InstanceNumber)];
        TreatmentDate = (*list)[TagFromName(TreatmentDate)];
        TreatmentTime = (*list)[TagFromName(TreatmentTime)];
}

Macro_PresentationDirectoryRecord::Macro_PresentationDirectoryRecord(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        SpecificCharacterSet = (*list)[TagFromName(SpecificCharacterSet)];
        PresentationCreationDate = (*list)[TagFromName(PresentationCreationDate)];
        PresentationCreationTime = (*list)[TagFromName(PresentationCreationTime)];
        ReferencedSeriesSequence = (*list)[TagFromName(ReferencedSeriesSequence)];
        BlendingSequence = (*list)[TagFromName(BlendingSequence)];
}

Macro_WaveformDirectoryRecord::Macro_WaveformDirectoryRecord(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        SpecificCharacterSet = (*list)[TagFromName(SpecificCharacterSet)];
        InstanceNumber = (*list)[TagFromName(InstanceNumber)];
        ContentDate = (*list)[TagFromName(ContentDate)];
        ContentTime = (*list)[TagFromName(ContentTime)];
}

Macro_SRDocumentDirectoryRecord::Macro_SRDocumentDirectoryRecord(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        SpecificCharacterSet = (*list)[TagFromName(SpecificCharacterSet)];
        InstanceNumber = (*list)[TagFromName(InstanceNumber)];
        CompletionFlag = (*list)[TagFromName(CompletionFlag)];
        VerificationFlag = (*list)[TagFromName(VerificationFlag)];
        ContentDate = (*list)[TagFromName(ContentDate)];
        ContentTime = (*list)[TagFromName(ContentTime)];
        VerificationDateTime = (*list)[TagFromName(VerificationDateTime)];
        ConceptNameCodeSequence = (*list)[TagFromName(ConceptNameCodeSequence)];
        ContentSequence = (*list)[TagFromName(ContentSequence)];
}

Macro_KeyObjectDocumentDirectoryRecord::Macro_KeyObjectDocumentDirectoryRecord(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        SpecificCharacterSet = (*list)[TagFromName(SpecificCharacterSet)];
        InstanceNumber = (*list)[TagFromName(InstanceNumber)];
        ContentDate = (*list)[TagFromName(ContentDate)];
        ContentTime = (*list)[TagFromName(ContentTime)];
        ConceptNameCodeSequence = (*list)[TagFromName(ConceptNameCodeSequence)];
        ContentSequence = (*list)[TagFromName(ContentSequence)];
}

Macro_SpectroscopyDirectoryRecord::Macro_SpectroscopyDirectoryRecord(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        SpecificCharacterSet = (*list)[TagFromName(SpecificCharacterSet)];
        ImageType = (*list)[TagFromName(ImageType)];
        ContentDate = (*list)[TagFromName(ContentDate)];
        ContentTime = (*list)[TagFromName(ContentTime)];
        InstanceNumber = (*list)[TagFromName(InstanceNumber)];
        ReferencedImageEvidenceSequence = (*list)[TagFromName(ReferencedImageEvidenceSequence)];
        NumberOfFrames = (*list)[TagFromName(NumberOfFrames)];
        Rows = (*list)[TagFromName(Rows)];
        Columns = (*list)[TagFromName(Columns)];
        DataPointRows = (*list)[TagFromName(DataPointRows)];
        DataPointColumns = (*list)[TagFromName(DataPointColumns)];
        IconImageSequence = (*list)[TagFromName(IconImageSequence)];
}

Macro_RawDataDirectoryRecord::Macro_RawDataDirectoryRecord(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        SpecificCharacterSet = (*list)[TagFromName(SpecificCharacterSet)];
        ContentDate = (*list)[TagFromName(ContentDate)];
        ContentTime = (*list)[TagFromName(ContentTime)];
        InstanceNumber = (*list)[TagFromName(InstanceNumber)];
        IconImageSequence = (*list)[TagFromName(IconImageSequence)];
}

Macro_RegistrationDirectoryRecord::Macro_RegistrationDirectoryRecord(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        SpecificCharacterSet = (*list)[TagFromName(SpecificCharacterSet)];
        ContentDate = (*list)[TagFromName(ContentDate)];
        ContentTime = (*list)[TagFromName(ContentTime)];
}

Macro_FiducialDirectoryRecord::Macro_FiducialDirectoryRecord(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        SpecificCharacterSet = (*list)[TagFromName(SpecificCharacterSet)];
        ContentDate = (*list)[TagFromName(ContentDate)];
        ContentTime = (*list)[TagFromName(ContentTime)];
}

Macro_HangingProtocolDirectoryRecord::Macro_HangingProtocolDirectoryRecord(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        SpecificCharacterSet = (*list)[TagFromName(SpecificCharacterSet)];
        HangingProtocolName = (*list)[TagFromName(HangingProtocolName)];
        HangingProtocolDescription = (*list)[TagFromName(HangingProtocolDescription)];
        HangingProtocolLevel = (*list)[TagFromName(HangingProtocolLevel)];
        HangingProtocolCreator = (*list)[TagFromName(HangingProtocolCreator)];
        HangingProtocolCreationDateTime = (*list)[TagFromName(HangingProtocolCreationDateTime)];
        HangingProtocolDefinitionSequence = (*list)[TagFromName(HangingProtocolDefinitionSequence)];
        NumberOfPriorsReferenced = (*list)[TagFromName(NumberOfPriorsReferenced)];
        HangingProtocolUserIdentificationCodeSequence = (*list)[TagFromName(HangingProtocolUserIdentificationCodeSequence)];
}

Macro_EncapsulatedDocumentDirectoryRecord::Macro_EncapsulatedDocumentDirectoryRecord(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        SpecificCharacterSet = (*list)[TagFromName(SpecificCharacterSet)];
        ContentDate = (*list)[TagFromName(ContentDate)];
        ContentTime = (*list)[TagFromName(ContentTime)];
        InstanceNumber = (*list)[TagFromName(InstanceNumber)];
        DocumentTitle = (*list)[TagFromName(DocumentTitle)];
        HL7InstanceIdentifier = (*list)[TagFromName(HL7InstanceIdentifier)];
        ConceptNameCodeSequence = (*list)[TagFromName(ConceptNameCodeSequence)];
        MIMETypeOfEncapsulatedDocument = (*list)[TagFromName(MIMETypeOfEncapsulatedDocument)];
}

Macro_HL7StructuredDocumentDirectoryRecord::Macro_HL7StructuredDocumentDirectoryRecord(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        SpecificCharacterSet = (*list)[TagFromName(SpecificCharacterSet)];
        HL7InstanceIdentifier = (*list)[TagFromName(HL7InstanceIdentifier)];
        HL7DocumentEffectiveTime = (*list)[TagFromName(HL7DocumentEffectiveTime)];
        HL7DocumentTypeCodeSequence = (*list)[TagFromName(HL7DocumentTypeCodeSequence)];
}

Macro_RealWorldValueMappingDirectoryRecord::Macro_RealWorldValueMappingDirectoryRecord(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        SpecificCharacterSet = (*list)[TagFromName(SpecificCharacterSet)];
        ContentDate = (*list)[TagFromName(ContentDate)];
        ContentTime = (*list)[TagFromName(ContentTime)];
}

Macro_StereometricRelationshipDirectoryRecord::Macro_StereometricRelationshipDirectoryRecord(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        SpecificCharacterSet = (*list)[TagFromName(SpecificCharacterSet)];
}

Module_DirectoryInformationDental::Module_DirectoryInformationDental(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        DirectoryRecordSequence = (*list)[TagFromName(DirectoryRecordSequence)];
}

Module_PETSeries::Module_PETSeries(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        SeriesDate = (*list)[TagFromName(SeriesDate)];
        SeriesTime = (*list)[TagFromName(SeriesTime)];
        Units = (*list)[TagFromName(Units)];
        CountsSource = (*list)[TagFromName(CountsSource)];
        SeriesType = (*list)[TagFromName(SeriesType)];
        ReprojectionMethod = (*list)[TagFromName(ReprojectionMethod)];
        NumberOfRRIntervals = (*list)[TagFromName(NumberOfRRIntervals)];
        NumberOfTimeSlots = (*list)[TagFromName(NumberOfTimeSlots)];
        NumberOfTimeSlices = (*list)[TagFromName(NumberOfTimeSlices)];
        NumberOfSlices = (*list)[TagFromName(NumberOfSlices)];
        CorrectedImage = (*list)[TagFromName(CorrectedImage)];
        RandomsCorrectionMethod = (*list)[TagFromName(RandomsCorrectionMethod)];
        AttenuationCorrectionMethod = (*list)[TagFromName(AttenuationCorrectionMethod)];
        ScatterCorrectionMethod = (*list)[TagFromName(ScatterCorrectionMethod)];
        DecayCorrection = (*list)[TagFromName(DecayCorrection)];
        ReconstructionDiameter = (*list)[TagFromName(ReconstructionDiameter)];
        ConvolutionKernel = (*list)[TagFromName(ConvolutionKernel)];
        ReconstructionMethod = (*list)[TagFromName(ReconstructionMethod)];
        DetectorLinesOfResponseUsed = (*list)[TagFromName(DetectorLinesOfResponseUsed)];
        AcquisitionStartCondition = (*list)[TagFromName(AcquisitionStartCondition)];
        AcquisitionStartConditionData = (*list)[TagFromName(AcquisitionStartConditionData)];
        AcquisitionTerminationCondition = (*list)[TagFromName(AcquisitionTerminationCondition)];
        AcquisitionTerminationConditionData = (*list)[TagFromName(AcquisitionTerminationConditionData)];
        FieldOfViewShape = (*list)[TagFromName(FieldOfViewShape)];
        FieldOfViewDimensions = (*list)[TagFromName(FieldOfViewDimensions)];
        GantryDetectorTilt = (*list)[TagFromName(GantryDetectorTilt)];
        GantryDetectorSlew = (*list)[TagFromName(GantryDetectorSlew)];
        TypeOfDetectorMotion = (*list)[TagFromName(TypeOfDetectorMotion)];
        CollimatorType = (*list)[TagFromName(CollimatorType)];
        CollimatorGridName = (*list)[TagFromName(CollimatorGridName)];
        AxialAcceptance = (*list)[TagFromName(AxialAcceptance)];
        AxialMash = (*list)[TagFromName(AxialMash)];
        TransverseMash = (*list)[TagFromName(TransverseMash)];
        DetectorElementSize = (*list)[TagFromName(DetectorElementSize)];
        CoincidenceWindowWidth = (*list)[TagFromName(CoincidenceWindowWidth)];
        EnergyWindowRangeSequence = (*list)[TagFromName(EnergyWindowRangeSequence)];
        SecondaryCountsType = (*list)[TagFromName(SecondaryCountsType)];
}

Module_PETIsotope::Module_PETIsotope(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        RadiopharmaceuticalInformationSequence = (*list)[TagFromName(RadiopharmaceuticalInformationSequence)];
        InterventionDrugInformationSequence = (*list)[TagFromName(InterventionDrugInformationSequence)];
}

Module_PETMultigatedAcquisition::Module_PETMultigatedAcquisition(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        BeatRejectionFlag = (*list)[TagFromName(BeatRejectionFlag)];
        TriggerSourceOrType = (*list)[TagFromName(TriggerSourceOrType)];
        PVCRejection = (*list)[TagFromName(PVCRejection)];
        SkipBeats = (*list)[TagFromName(SkipBeats)];
        HeartRate = (*list)[TagFromName(HeartRate)];
        CardiacFramingType = (*list)[TagFromName(CardiacFramingType)];
}

Module_PETImage::Module_PETImage(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        ImageType = (*list)[TagFromName(ImageType)];
        SamplesPerPixel = (*list)[TagFromName(SamplesPerPixel)];
        PhotometricInterpretation = (*list)[TagFromName(PhotometricInterpretation)];
        BitsAllocated = (*list)[TagFromName(BitsAllocated)];
        BitsStored = (*list)[TagFromName(BitsStored)];
        HighBit = (*list)[TagFromName(HighBit)];
        RescaleIntercept = (*list)[TagFromName(RescaleIntercept)];
        RescaleSlope = (*list)[TagFromName(RescaleSlope)];
        FrameReferenceTime = (*list)[TagFromName(FrameReferenceTime)];
        TriggerTime = (*list)[TagFromName(TriggerTime)];
        FrameTime = (*list)[TagFromName(FrameTime)];
        LowRRValue = (*list)[TagFromName(LowRRValue)];
        HighRRValue = (*list)[TagFromName(HighRRValue)];
        LossyImageCompression = (*list)[TagFromName(LossyImageCompression)];
        ImageIndex = (*list)[TagFromName(ImageIndex)];
        AcquisitionDate = (*list)[TagFromName(AcquisitionDate)];
        AcquisitionTime = (*list)[TagFromName(AcquisitionTime)];
        ActualFrameDuration = (*list)[TagFromName(ActualFrameDuration)];
        NominalInterval = (*list)[TagFromName(NominalInterval)];
        IntervalsAcquired = (*list)[TagFromName(IntervalsAcquired)];
        IntervalsRejected = (*list)[TagFromName(IntervalsRejected)];
        PrimaryPromptsCountsAccumulated = (*list)[TagFromName(PrimaryPromptsCountsAccumulated)];
        SecondaryCountsAccumulated = (*list)[TagFromName(SecondaryCountsAccumulated)];
        SliceSensitivityFactor = (*list)[TagFromName(SliceSensitivityFactor)];
        DecayFactor = (*list)[TagFromName(DecayFactor)];
        DoseCalibrationFactor = (*list)[TagFromName(DoseCalibrationFactor)];
        ScatterFractionFactor = (*list)[TagFromName(ScatterFractionFactor)];
        DeadTimeFactor = (*list)[TagFromName(DeadTimeFactor)];
        SliceProgressionDirection = (*list)[TagFromName(SliceProgressionDirection)];
        ViewCodeSequence = (*list)[TagFromName(ViewCodeSequence)];
}

Macro_BeamLimitingDevicePositionMacro::Macro_BeamLimitingDevicePositionMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        BeamLimitingDevicePositionSequence = (*list)[TagFromName(BeamLimitingDevicePositionSequence)];
}

Macro_PatientSupportIdentificationMacro::Macro_PatientSupportIdentificationMacro(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        PatientSupportType = (*list)[TagFromName(PatientSupportType)];
        PatientSupportID = (*list)[TagFromName(PatientSupportID)];
        PatientSupportAccessoryCode = (*list)[TagFromName(PatientSupportAccessoryCode)];
}

Module_RTSeries::Module_RTSeries(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        Modality = (*list)[TagFromName(Modality)];
        SeriesInstanceUID = (*list)[TagFromName(SeriesInstanceUID)];
        SeriesNumber = (*list)[TagFromName(SeriesNumber)];
        SeriesDescription = (*list)[TagFromName(SeriesDescription)];
        ReferencedPerformedProcedureStepSequence = (*list)[TagFromName(ReferencedPerformedProcedureStepSequence)];
        RequestAttributesSequence = (*list)[TagFromName(RequestAttributesSequence)];
}

Module_RTImage::Module_RTImage(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        SamplesPerPixel = (*list)[TagFromName(SamplesPerPixel)];
        PhotometricInterpretation = (*list)[TagFromName(PhotometricInterpretation)];
        BitsAllocated = (*list)[TagFromName(BitsAllocated)];
        BitsStored = (*list)[TagFromName(BitsStored)];
        HighBit = (*list)[TagFromName(HighBit)];
        PixelRepresentation = (*list)[TagFromName(PixelRepresentation)];
        PixelIntensityRelationship = (*list)[TagFromName(PixelIntensityRelationship)];
        PixelIntensityRelationshipSign = (*list)[TagFromName(PixelIntensityRelationshipSign)];
        RTImageLabel = (*list)[TagFromName(RTImageLabel)];
        RTImageName = (*list)[TagFromName(RTImageName)];
        RTImageDescription = (*list)[TagFromName(RTImageDescription)];
        OperatorName = (*list)[TagFromName(OperatorName)];
        ImageType = (*list)[TagFromName(ImageType)];
        ConversionType = (*list)[TagFromName(ConversionType)];
        ReportedValuesOrigin = (*list)[TagFromName(ReportedValuesOrigin)];
        RTImagePlane = (*list)[TagFromName(RTImagePlane)];
        XRayImageReceptorAngle = (*list)[TagFromName(XRayImageReceptorAngle)];
        RTImageOrientation = (*list)[TagFromName(RTImageOrientation)];
        ImagePlanePixelSpacing = (*list)[TagFromName(ImagePlanePixelSpacing)];
        RTImagePosition = (*list)[TagFromName(RTImagePosition)];
        RadiationMachineName = (*list)[TagFromName(RadiationMachineName)];
        PrimaryDosimeterUnit = (*list)[TagFromName(PrimaryDosimeterUnit)];
        RadiationMachineSAD = (*list)[TagFromName(RadiationMachineSAD)];
        RadiationMachineSSD = (*list)[TagFromName(RadiationMachineSSD)];
        RTImageSID = (*list)[TagFromName(RTImageSID)];
        SourceToReferenceObjectDistance = (*list)[TagFromName(SourceToReferenceObjectDistance)];
        ReferencedRTPlanSequence = (*list)[TagFromName(ReferencedRTPlanSequence)];
        ReferencedBeamNumber = (*list)[TagFromName(ReferencedBeamNumber)];
        ReferencedFractionGroupNumber = (*list)[TagFromName(ReferencedFractionGroupNumber)];
        FractionNumber = (*list)[TagFromName(FractionNumber)];
        StartCumulativeMetersetWeight = (*list)[TagFromName(StartCumulativeMetersetWeight)];
        EndCumulativeMetersetWeight = (*list)[TagFromName(EndCumulativeMetersetWeight)];
        ExposureSequence = (*list)[TagFromName(ExposureSequence)];
        FluenceMapSequence = (*list)[TagFromName(FluenceMapSequence)];
        GantryAngle = (*list)[TagFromName(GantryAngle)];
        GantryPitchAngle = (*list)[TagFromName(GantryPitchAngle)];
        BeamLimitingDeviceAngle = (*list)[TagFromName(BeamLimitingDeviceAngle)];
        PatientSupportAngle = (*list)[TagFromName(PatientSupportAngle)];
        TableTopEccentricAxisDistance = (*list)[TagFromName(TableTopEccentricAxisDistance)];
        TableTopEccentricAngle = (*list)[TagFromName(TableTopEccentricAngle)];
        TableTopPitchAngle = (*list)[TagFromName(TableTopPitchAngle)];
        TableTopRollAngle = (*list)[TagFromName(TableTopRollAngle)];
        TableTopVerticalPosition = (*list)[TagFromName(TableTopVerticalPosition)];
        TableTopLongitudinalPosition = (*list)[TagFromName(TableTopLongitudinalPosition)];
        TableTopLateralPosition = (*list)[TagFromName(TableTopLateralPosition)];
        IsocenterPosition = (*list)[TagFromName(IsocenterPosition)];
        PatientPosition = (*list)[TagFromName(PatientPosition)];
}

Module_RTDose::Module_RTDose(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        SamplesPerPixel = (*list)[TagFromName(SamplesPerPixel)];
        PhotometricInterpretation = (*list)[TagFromName(PhotometricInterpretation)];
        BitsAllocated = (*list)[TagFromName(BitsAllocated)];
        BitsStored = (*list)[TagFromName(BitsStored)];
        HighBit = (*list)[TagFromName(HighBit)];
        PixelRepresentation = (*list)[TagFromName(PixelRepresentation)];
        DoseUnits = (*list)[TagFromName(DoseUnits)];
        DoseType = (*list)[TagFromName(DoseType)];
        InstanceNumber = (*list)[TagFromName(InstanceNumber)];
        DoseComment = (*list)[TagFromName(DoseComment)];
        NormalizationPoint = (*list)[TagFromName(NormalizationPoint)];
        DoseSummationType = (*list)[TagFromName(DoseSummationType)];
        ReferencedRTPlanSequence = (*list)[TagFromName(ReferencedRTPlanSequence)];
        GridFrameOffsetVector = (*list)[TagFromName(GridFrameOffsetVector)];
        DoseGridScaling = (*list)[TagFromName(DoseGridScaling)];
        TissueHeterogeneityCorrection = (*list)[TagFromName(TissueHeterogeneityCorrection)];
}

Module_RTDVH::Module_RTDVH(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        ReferencedStructureSetSequence = (*list)[TagFromName(ReferencedStructureSetSequence)];
        DVHNormalizationPoint = (*list)[TagFromName(DVHNormalizationPoint)];
        DVHNormalizationDoseValue = (*list)[TagFromName(DVHNormalizationDoseValue)];
        DVHSequence = (*list)[TagFromName(DVHSequence)];
}

Module_StructureSet::Module_StructureSet(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        StructureSetLabel = (*list)[TagFromName(StructureSetLabel)];
        StructureSetName = (*list)[TagFromName(StructureSetName)];
        StructureSetDescription = (*list)[TagFromName(StructureSetDescription)];
        InstanceNumber = (*list)[TagFromName(InstanceNumber)];
        StructureSetDate = (*list)[TagFromName(StructureSetDate)];
        StructureSetTime = (*list)[TagFromName(StructureSetTime)];
        ReferencedFrameOfReferenceSequence = (*list)[TagFromName(ReferencedFrameOfReferenceSequence)];
        StructureSetROISequence = (*list)[TagFromName(StructureSetROISequence)];
}

Module_ROIContour::Module_ROIContour(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        ROIContourSequence = (*list)[TagFromName(ROIContourSequence)];
}

Module_RTDoseROI::Module_RTDoseROI(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        RTDoseROISequence = (*list)[TagFromName(RTDoseROISequence)];
}

Module_RTROIObservations::Module_RTROIObservations(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        RTROIObservationsSequence = (*list)[TagFromName(RTROIObservationsSequence)];
}

Module_RTGeneralPlan::Module_RTGeneralPlan(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        RTPlanLabel = (*list)[TagFromName(RTPlanLabel)];
        RTPlanName = (*list)[TagFromName(RTPlanName)];
        RTPlanDescription = (*list)[TagFromName(RTPlanDescription)];
        InstanceNumber = (*list)[TagFromName(InstanceNumber)];
        OperatorName = (*list)[TagFromName(OperatorName)];
        RTPlanDate = (*list)[TagFromName(RTPlanDate)];
        RTPlanTime = (*list)[TagFromName(RTPlanTime)];
        TreatmentProtocols = (*list)[TagFromName(TreatmentProtocols)];
        PlanIntent = (*list)[TagFromName(PlanIntent)];
        TreatmentSites = (*list)[TagFromName(TreatmentSites)];
        RTPlanGeometry = (*list)[TagFromName(RTPlanGeometry)];
        ReferencedStructureSetSequence = (*list)[TagFromName(ReferencedStructureSetSequence)];
        ReferencedDoseSequence = (*list)[TagFromName(ReferencedDoseSequence)];
        ReferencedRTPlanSequence = (*list)[TagFromName(ReferencedRTPlanSequence)];
}

Module_RTPrescription::Module_RTPrescription(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        PrescriptionDescription = (*list)[TagFromName(PrescriptionDescription)];
        DoseReferenceSequence = (*list)[TagFromName(DoseReferenceSequence)];
}

Module_RTToleranceTables::Module_RTToleranceTables(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        ToleranceTableSequence = (*list)[TagFromName(ToleranceTableSequence)];
}

Module_RTPatientSetup::Module_RTPatientSetup(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        PatientSetupSequence = (*list)[TagFromName(PatientSetupSequence)];
}

Module_RTFractionScheme::Module_RTFractionScheme(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        FractionGroupSequence = (*list)[TagFromName(FractionGroupSequence)];
}

Module_RTBeams::Module_RTBeams(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        BeamSequence = (*list)[TagFromName(BeamSequence)];
}

Module_RTBrachyApplicationSetups::Module_RTBrachyApplicationSetups(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        BrachyTreatmentTechnique = (*list)[TagFromName(BrachyTreatmentTechnique)];
        BrachyTreatmentType = (*list)[TagFromName(BrachyTreatmentType)];
        TreatmentMachineSequence = (*list)[TagFromName(TreatmentMachineSequence)];
        SourceSequence = (*list)[TagFromName(SourceSequence)];
        ApplicationSetupSequence = (*list)[TagFromName(ApplicationSetupSequence)];
}

Module_Approval::Module_Approval(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        ApprovalStatus = (*list)[TagFromName(ApprovalStatus)];
        ReviewDate = (*list)[TagFromName(ReviewDate)];
        ReviewTime = (*list)[TagFromName(ReviewTime)];
        ReviewerName = (*list)[TagFromName(ReviewerName)];
}

Module_RTGeneralTreatmentRecord::Module_RTGeneralTreatmentRecord(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        InstanceNumber = (*list)[TagFromName(InstanceNumber)];
        TreatmentDate = (*list)[TagFromName(TreatmentDate)];
        TreatmentTime = (*list)[TagFromName(TreatmentTime)];
        ReferencedRTPlanSequence = (*list)[TagFromName(ReferencedRTPlanSequence)];
        ReferencedTreatmentRecordSequence = (*list)[TagFromName(ReferencedTreatmentRecordSequence)];
}

Module_RTTreatmentMachineRecord::Module_RTTreatmentMachineRecord(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        TreatmentMachineSequence = (*list)[TagFromName(TreatmentMachineSequence)];
}

Module_MeasuredDoseReferenceRecord::Module_MeasuredDoseReferenceRecord(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        MeasuredDoseReferenceSequence = (*list)[TagFromName(MeasuredDoseReferenceSequence)];
}

Module_CalculatedDoseReferenceRecord::Module_CalculatedDoseReferenceRecord(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        CalculatedDoseReferenceSequence = (*list)[TagFromName(CalculatedDoseReferenceSequence)];
}

Module_RTBeamsSessionRecord::Module_RTBeamsSessionRecord(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        OperatorName = (*list)[TagFromName(OperatorName)];
        ReferencedFractionGroupNumber = (*list)[TagFromName(ReferencedFractionGroupNumber)];
        NumberOfFractionsPlanned = (*list)[TagFromName(NumberOfFractionsPlanned)];
        PrimaryDosimeterUnit = (*list)[TagFromName(PrimaryDosimeterUnit)];
        TreatmentSessionBeamSequence = (*list)[TagFromName(TreatmentSessionBeamSequence)];
}

Module_RTBrachySessionRecord::Module_RTBrachySessionRecord(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        OperatorName = (*list)[TagFromName(OperatorName)];
        ReferencedFractionGroupNumber = (*list)[TagFromName(ReferencedFractionGroupNumber)];
        NumberOfFractionsPlanned = (*list)[TagFromName(NumberOfFractionsPlanned)];
        BrachyTreatmentTechnique = (*list)[TagFromName(BrachyTreatmentTechnique)];
        BrachyTreatmentType = (*list)[TagFromName(BrachyTreatmentType)];
        RecordedSourceSequence = (*list)[TagFromName(RecordedSourceSequence)];
        TreatmentSessionApplicationSetupSequence = (*list)[TagFromName(TreatmentSessionApplicationSetupSequence)];
}

Module_RTTreatmentSummaryRecord::Module_RTTreatmentSummaryRecord(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        CurrentTreatmentStatus = (*list)[TagFromName(CurrentTreatmentStatus)];
        TreatmentStatusComment = (*list)[TagFromName(TreatmentStatusComment)];
        FirstTreatmentDate = (*list)[TagFromName(FirstTreatmentDate)];
        MostRecentTreatmentDate = (*list)[TagFromName(MostRecentTreatmentDate)];
        FractionGroupSummarySequence = (*list)[TagFromName(FractionGroupSummarySequence)];
        TreatmentSummaryMeasuredDoseReferenceSequence = (*list)[TagFromName(TreatmentSummaryMeasuredDoseReferenceSequence)];
        TreatmentSummaryCalculatedDoseReferenceSequence = (*list)[TagFromName(TreatmentSummaryCalculatedDoseReferenceSequence)];
}

Module_RTIonToleranceTables::Module_RTIonToleranceTables(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        IonToleranceTableSequence = (*list)[TagFromName(IonToleranceTableSequence)];
}

Module_RTIonBeams::Module_RTIonBeams(AttributeList *list)
{
        (void)list; // Quiets compiler in case module empty
        Assert(list);

        IonBeamSequence = (*list)[TagFromName(IonBeamSequence)];
}