public DXImageAnnotationItemProvider()
: base("AnnotationItemProviders.Dicom.DXImage", new AnnotationResourceResolver(typeof(DXImageAnnotationItemProvider).Assembly))
{
_annotationItems = new List <IAnnotationItem>();
_frameContext = new AnnotationDataSourceContext <Frame>();
_frameContext.DataSourceChanged += OnFrameContextDataSourceChanged;
AnnotationResourceResolver resolver = new AnnotationResourceResolver(this);
_annotationItems.Add
(
new DicomAnnotationItem <string>
(
// this is actually DX Positioning module
"Dicom.DXImage.DetectorPrimaryAngle",
resolver,
f => FormatFloat64(f, DicomTags.DetectorPrimaryAngle, SR.FormatDegrees),
DicomDataFormatHelper.RawStringFormat
)
);
_annotationItems.Add
(
new DicomAnnotationItem <string>
(
// this is actually DX Positioning module
"Dicom.DXImage.PositionerPrimaryAngle",
resolver,
f => FormatFloat64(f, DicomTags.PositionerPrimaryAngle, SR.FormatDegrees),
DicomDataFormatHelper.RawStringFormat
)
);
_annotationItems.Add
(
new DicomAnnotationItem <string>
(
// this is actually DX Positioning module
"Dicom.DXImage.PositionerSecondaryAngle",
resolver,
f => FormatFloat64(f, DicomTags.PositionerSecondaryAngle, SR.FormatDegrees),
DicomDataFormatHelper.RawStringFormat
)
);
_annotationItems.Add
(
new DicomAnnotationItem <string>
(
// this is actually DX Positioning or X-Ray 3D Acquisition module
"Dicom.DXImage.BodyPartThickness",
resolver,
f =>
{
var acquisitions = _frameContext.GetData <IXRay3DAcquisitionSequenceItem[]>(f, _keyAcquisitionSequence);
var dataset = acquisitions != null ? (IEnumerable <IDicomAttributeProvider>)acquisitions.Select(a => a.DicomSequenceItem) : new IDicomAttributeProvider[] { f };
return(string.Format(SR.FormatMillimeters, FormatMultiValues(dataset, FormatFloat64, DicomTags.BodyPartThickness, "{0:F1}")));
},
DicomDataFormatHelper.RawStringFormat
)
);
_annotationItems.Add
(
new DicomAnnotationItem <string>
(
// this is actually DX Positioning module
"Dicom.DXImage.CompressionForce",
resolver,
f =>
{
var acquisitions = _frameContext.GetData <IXRay3DAcquisitionSequenceItem[]>(f, _keyAcquisitionSequence);
var dataset = acquisitions != null ? (IEnumerable <IDicomAttributeProvider>)acquisitions.Select(a => a.DicomSequenceItem) : new IDicomAttributeProvider[] { f };
return(FormatMultiValues(dataset, FormatFloat64, DicomTags.CompressionForce, SR.FormatNewtons));
},
DicomDataFormatHelper.RawStringFormat
)
);
_annotationItems.Add
(
new DicomAnnotationItem <string>
(
// this is actually DX Series module
"Dicom.DXImage.PresentationIntentType",
resolver,
f => f[DicomTags.PresentationIntentType].ToString(),
DicomDataFormatHelper.RawStringFormat
)
);
_annotationItems.Add
(
new DicomAnnotationItem <string>
(
// whoa, this is actually DX Image module
"Dicom.DXImage.AcquisitionDeviceProcessingDescription",
resolver,
f => f[DicomTags.AcquisitionDeviceProcessingDescription].ToString(),
DicomDataFormatHelper.RawStringFormat
)
);
_annotationItems.Add
(
new DicomAnnotationItem <string>
(
// this is actually DX Detector module
"Dicom.DXImage.CassetteId",
resolver,
f => f[DicomTags.CassetteId].ToString(),
DicomDataFormatHelper.RawStringFormat
)
);
_annotationItems.Add
(
new DicomAnnotationItem <string>
(
// this is actually DX Detector module
"Dicom.DXImage.PlateId",
resolver,
f => f[DicomTags.PlateId].ToString(),
DicomDataFormatHelper.RawStringFormat
)
);
_annotationItems.Add
(
new DicomAnnotationItem <string>
(
// this isn't even a DX module, but other X-Ray related modules
"Dicom.DXImage.KVP",
resolver,
f =>
{
var acquisitions = _frameContext.GetData <IXRay3DAcquisitionSequenceItem[]>(f, _keyAcquisitionSequence);
var dataset = acquisitions != null ? (IEnumerable <IDicomAttributeProvider>)acquisitions.Select(a => a.DicomSequenceItem) : new IDicomAttributeProvider[] { f };
return(FormatMultiValues(dataset, FormatFloat64, DicomTags.Kvp, SR.FormatKilovolts));
},
DicomDataFormatHelper.RawStringFormat
)
);
_annotationItems.Add
(
new DicomAnnotationItem <string>
(
// this isn't even a DX module, but other X-Ray related modules
"Dicom.DXImage.AveragePulseWidth",
resolver,
f => FormatFloat64(f, DicomTags.AveragePulseWidth, SR.FormatMilliseconds),
DicomDataFormatHelper.RawStringFormat
)
);
_annotationItems.Add
(
new DicomAnnotationItem <string>
(
// this isn't even a DX module, but other X-Ray related modules
"Dicom.DXImage.ImageAndFluoroscopyAreaDoseProduct",
resolver,
f => FormatFloat64(f, DicomTags.ImageAndFluoroscopyAreaDoseProduct, SR.FormatDecigraySquareCentimeters),
DicomDataFormatHelper.RawStringFormat
)
);
_annotationItems.Add
(
new DicomAnnotationItem <string>
(
// legacy item (new layouts should use Exposure) so that current annotation layouts don't break - can be removed in a future release
"Dicom.DXImage.ExposureInMas",
resolver,
f =>
{
var acquisitions = _frameContext.GetData <IXRay3DAcquisitionSequenceItem[]>(f, _keyAcquisitionSequence);
var dataset = acquisitions != null ? (IEnumerable <IDicomAttributeProvider>)acquisitions.Select(a => a.DicomSequenceItem) : new IDicomAttributeProvider[] { f };
return(FormatMultiValues(dataset, GetExposureInMas, SR.FormatMilliampSeconds));
},
DicomDataFormatHelper.RawStringFormat
)
);
_annotationItems.Add
(
new DicomAnnotationItem <string>
(
// this isn't defined in a DX module, but rather in other X-Ray related modules
"Dicom.DXImage.Exposure",
resolver,
f =>
{
var acquisitions = _frameContext.GetData <IXRay3DAcquisitionSequenceItem[]>(f, _keyAcquisitionSequence);
var dataset = acquisitions != null ? (IEnumerable <IDicomAttributeProvider>)acquisitions.Select(a => a.DicomSequenceItem) : new IDicomAttributeProvider[] { f };
return(FormatMultiValues(dataset, GetExposureInMas, SR.FormatMilliampSeconds));
},
DicomDataFormatHelper.RawStringFormat
)
);
_annotationItems.Add
(
new DicomAnnotationItem <string>
(
// this isn't defined in a DX module, but rather in other X-Ray related modules
"Dicom.DXImage.ExposureTime",
resolver,
f =>
{
var acquisitions = _frameContext.GetData <IXRay3DAcquisitionSequenceItem[]>(f, _keyAcquisitionSequence);
var dataset = acquisitions != null ? (IEnumerable <IDicomAttributeProvider>)acquisitions.Select(a => a.DicomSequenceItem) : new IDicomAttributeProvider[] { f };
return(FormatMultiValues(dataset, GetExposureTimeInMs, SR.FormatMilliseconds));
},
DicomDataFormatHelper.RawStringFormat
)
);
_annotationItems.Add
(
new DicomAnnotationItem <string>
(
// this isn't defined in a DX module, but rather in other X-Ray related modules
"Dicom.DXImage.XRayTubeCurrent",
resolver,
f =>
{
var acquisitions = _frameContext.GetData <IXRay3DAcquisitionSequenceItem[]>(f, _keyAcquisitionSequence);
var dataset = acquisitions != null ? (IEnumerable <IDicomAttributeProvider>)acquisitions.Select(a => a.DicomSequenceItem) : new IDicomAttributeProvider[] { f };
return(FormatMultiValues(dataset, GetXRayTubeCurrentInMa, SR.FormatMilliamps));
},
DicomDataFormatHelper.RawStringFormat
)
);
_annotationItems.Add
(
new DicomAnnotationItem <string>
(
// this isn't even a DX module, but other X-Ray related modules
"Dicom.DXImage.FilterMaterial",
resolver,
f =>
{
var acquisitions = _frameContext.GetData <IXRay3DAcquisitionSequenceItem[]>(f, _keyAcquisitionSequence);
var dataset = acquisitions != null ? (IEnumerable <IDicomAttributeProvider>)acquisitions.Select(a => a.DicomSequenceItem) : new IDicomAttributeProvider[] { f };
return(FormatMultiValues(dataset, FormatString, DicomTags.FilterMaterial, null));
},
DicomDataFormatHelper.RawStringFormat
)
);
_annotationItems.Add
(
new CodeSequenceAnnotationItem
(
// definition of the contrast/bolus agent item takes into account the X-Ray 3D Acquisition sequence, and is thus separate from the normal contast/bolus modules
"Dicom.DXImage.ContrastBolusAgent",
resolver,
DicomTags.ContrastBolusAgentSequence,
DicomTags.ContrastBolusAgent,
dataSourceGetter: f =>
{
var acquisitions = _frameContext.GetData <IXRay3DAcquisitionSequenceItem[]>(f, _keyAcquisitionSequence);
return(acquisitions != null ? (IDicomAttributeProvider)acquisitions.Select(d => d.DicomSequenceItem).FirstOrDefault() : f);
}
)
);
}
internal AnnotationDataSourceContextEventArgs(AnnotationDataSourceContext <TSource> owner)
{
_owner = owner;
_dataSource = owner.DataSource;
}
