Computed Radiography ImageCIOD
CT ImageCIOD
MR ImageCIOD
Nuclear Medicine ImageCIOD
Ultrasound ImageCIOD
Ultrasound Multi-frame ImageCIOD
Secondary Capture ImageCIOD
Multi-frame Single Bit Secondary Capture ImageCIOD
Multi-frame Grayscale Byte Secondary Capture ImageCIOD
Multi-frame Grayscale Word Secondary Capture ImageCIOD
Multi-frame True Color Secondary Capture ImageCIOD
X-Ray Angiographic ImageCIOD
X-Ray Radiofluoroscopic ImageCIOD
RT ImageCIOD
RT DoseCIOD
RT Structure SetCIOD
RT PlanCIOD
Positron Emission Tomography ImageCIOD
Digital X-Ray ImageCIOD
Digital Mammography X-Ray ImageCIOD
Digital Intra-Oral X-Ray ImageCIOD
RT Beams Treatment RecordCIOD
RT Brachy Treatment RecordCIOD
RT Treatment Summary RecordCIOD
VL Endoscopic ImageCIOD
VL Microscopic ImageCIOD
VL Slide-Coordinates Microscopic ImageCIOD
VL Photographic ImageCIOD
Video Endoscopic ImageCIOD
Video Microscopic ImageCIOD
Video Photographic ImageCIOD
VL Whole Slide Microscopy ImageCIOD
Real-Time Video Endoscopic ImageCIOD
Real-Time Video Photographic ImageCIOD
Dermoscopic Photography ImageCIOD
Grayscale Softcopy Presentation StateCIOD
PatientMModule - Patient
Clinical Trial SubjectUModule - Patient
General StudyMModule - Study
Patient StudyUModule - Study
Clinical Trial StudyUModule - Study
General SeriesMModule - Series
Clinical Trial SeriesUModule - Series
Presentation SeriesMModule - Series
General EquipmentMModule - Equipment
Presentation State IdentificationMModule - Presentation State
Presentation State RelationshipMModule - Presentation State
(0008,1115) Referenced Series Sequence1Sequence
(0008,1140) Referenced Image Sequence1Sequence
(0020,000E) Series Instance UID1Unique Identifier
Presentation State ShutterMModule - Presentation State
Presentation State MaskMModule - Presentation State
MaskCModule - Presentation State
Display ShutterCModule - Presentation State
Bitmap Display ShutterCModule - Presentation State
Overlay PlaneCModule - Presentation State
Overlay ActivationCModule - Presentation State
Displayed AreaMModule - Presentation State
Graphic AnnotationCModule - Presentation State
Spatial TransformationCModule - Presentation State
Graphic LayerCModule - Presentation State
Graphic GroupUModule - Presentation State
Modality LUTCModule - Presentation State
Softcopy VOI LUTCModule - Presentation State
Softcopy Presentation LUTMModule - Presentation State
SpecimenUModule - Presentation State
SOP CommonMModule - Presentation State
Color Softcopy Presentation StateCIOD
Pseudo-Color Softcopy Presentation StateCIOD
Blending Softcopy Presentation StateCIOD
Basic Structured DisplayCIOD
XA/XRF Grayscale Softcopy Presentation StateCIOD
Advanced Blending Presentation StateCIOD
Variable Modality LUT Softcopy Presentation StateCIOD
Basic Voice Audio WaveformCIOD
12-Lead ECGCIOD
General ECGCIOD
Ambulatory ECGCIOD
Hemodynamic WaveformCIOD
Basic Cardiac Electrophysiology WaveformCIOD
Arterial Pulse WaveformCIOD
Respiratory WaveformCIOD
General Audio WaveformCIOD
Real-Time Audio WaveformCIOD
Routine Scalp ElectroencephalogramCIOD
ElectromyogramCIOD
ElectrooculogramCIOD
Sleep ElectroencephalogramCIOD
Multi-channel Respiratory WaveformCIOD
Body Position WaveformCIOD
General 32-bit ECGCIOD
Basic Text SRCIOD
Enhanced SRCIOD
Comprehensive SRCIOD
Key Object Selection DocumentCIOD
Mammography CAD SRCIOD
Chest CAD SRCIOD
Procedure LogCIOD
X-Ray Radiation Dose SRCIOD
Spectacle Prescription ReportCIOD
Colon CAD SRCIOD
Macular Grid Thickness and Volume ReportCIOD
Implantation Plan SR DocumentCIOD
Comprehensive 3D SRCIOD
Radiopharmaceutical Radiation Dose SRCIOD
Extensible SRCIOD
Acquisition Context SRCIOD
Simplified Adult Echo SRCIOD
Patient Radiation Dose SRCIOD
Planned Imaging Agent Administration SRCIOD
Performed Imaging Agent Administration SRCIOD
Rendition Selection DocumentCIOD
Enhanced X-Ray Radiation Dose SRCIOD
Enhanced MR ImageCIOD
MR SpectroscopyCIOD
Enhanced MR Color ImageCIOD
Raw DataCIOD
Enhanced CT ImageCIOD
Spatial RegistrationCIOD
Deformable Spatial RegistrationCIOD
Spatial FiducialsCIOD
Ophthalmic Photography 8 Bit ImageCIOD
Ophthalmic Photography 16 Bit ImageCIOD
Stereometric RelationshipCIOD
Hanging ProtocolCIOD
Encapsulated PDFCIOD
Encapsulated CDACIOD
Real World Value MappingCIOD
Enhanced XA ImageCIOD
Enhanced XRF ImageCIOD
RT Ion PlanCIOD
RT Ion Beams Treatment RecordCIOD
SegmentationCIOD
Ophthalmic Tomography ImageCIOD
X-Ray 3D Angiographic ImageCIOD
X-Ray 3D Craniofacial ImageCIOD
Breast Tomosynthesis ImageCIOD
Enhanced PET ImageCIOD
Surface SegmentationCIOD
Color PaletteCIOD
Enhanced US VolumeCIOD
Lensometry MeasurementsCIOD
Autorefraction MeasurementsCIOD
Keratometry MeasurementsCIOD
Subjective Refraction MeasurementsCIOD
Visual Acuity MeasurementsCIOD
Ophthalmic Axial MeasurementsCIOD
Intraocular Lens CalculationsCIOD
Generic Implant TemplateCIOD
Implant Assembly TemplateCIOD
Implant Template GroupCIOD
RT Beams Delivery InstructionCIOD
Ophthalmic Visual Field Static Perimetry MeasurementsCIOD
Intravascular Optical Coherence Tomography ImageCIOD
Ophthalmic Thickness MapCIOD
Surface Scan MeshCIOD
Surface Scan Point CloudCIOD
Legacy Converted Enhanced CT ImageCIOD
Legacy Converted Enhanced MR ImageCIOD
Legacy Converted Enhanced PET ImageCIOD
Corneal Topography MapCIOD
Breast Projection X-Ray ImageCIOD
Parametric MapCIOD
Wide Field Ophthalmic Photography Stereographic Projection ImageCIOD
Wide Field Ophthalmic Photography 3D Coordinates ImageCIOD
Tractography ResultsCIOD
RT Brachy Application Setup Delivery InstructionCIOD
Planar MPR Volumetric Presentation StateCIOD
Volume Rendering Volumetric Presentation StateCIOD
Content Assessment ResultsCIOD
CT Performed Procedure ProtocolCIOD
CT Defined Procedure ProtocolCIOD
Protocol ApprovalCIOD
XA Performed Procedure ProtocolCIOD
XA Defined Procedure ProtocolCIOD
Ophthalmic Optical Coherence Tomography En Face ImageCIOD
Ophthalmic Optical Coherence Tomography B-scan Volume AnalysisCIOD
Encapsulated STLCIOD
Encapsulated OBJCIOD
Encapsulated MTLCIOD
RT Physician IntentCIOD
RT Segment AnnotationCIOD
RT Radiation SetCIOD
C-Arm Photon-Electron RadiationCIOD
Tomotherapeutic RadiationCIOD
Robotic-Arm RadiationCIOD
RT Radiation Record SetCIOD
RT Radiation Salvage RecordCIOD
C-Arm Photon-Electron Radiation RecordCIOD
Tomotherapeutic Radiation RecordCIOD
Robotic-Arm Radiation RecordCIOD
RT Radiation Set Delivery InstructionCIOD
RT Treatment PreparationCIOD
Enhanced RT ImageCIOD
Enhanced Continuous RT ImageCIOD
RT Patient Position Acquisition InstructionCIOD
Microscopy Bulk Simple AnnotationsCIOD
InventoryCIOD
Photoacoustic ImageCIOD
Confocal Microscopy ImageCIOD
Confocal Microscopy Tiled Pyramidal ImageCIOD
Basic DirectoryCIOD

Built with by Innolitics, a team of medical imaging software developers.

Data synced with official DICOM standard on 18 April 2024. The DICOM Standard is under continuous maintenance, and the current official version is available at http://www.dicomstandard.org/current/. DICOM Parts 3, 4, and 6, © NEMA. Please note that the most recent PDF version of the standard is the official reference, and should checked when making technical decisions.

Series Instance UID Attribute

Tag(0020,000E)
TypeRequired (1)
KeywordSeriesInstanceUID
Value Multiplicity1
Value RepresentationUnique Identifier (UI)

Unique identifier of a Series that is part of the Study defined by the Study Instance UID (0020,000D) in the enclosing Data Set.

Note

The Study Instance UID (0020,000D) value will be that of the presentation state itself, unless the Macro is invoked from Blending Sequence (0070,0402) in the Presentation State Blending Module, in which case it will be explicitly specified.

Presentation State Blending Module

C.11.14 Presentation State Blending Module

Table C.11.14-1 specifies the Attributes of the Presentation State Blending Module, which describe the identification of two sets of grayscale images and the grayscale transformations to be applied to them, for the purpose of blending.

Table C.11.14-1. Presentation State Blending Module Attributes

Attribute Name

Tag

Type

Attribute Description

Blending Sequence

(0070,0402)

1

A Sequence of Items, one identifying and describing transformations upon a set of underlying grayscale images, and the other identifying and describing transformations upon a set of superimposed grayscale images.

Two Items shall be included in this Sequence

See Section C.11.14.1.1.

>Blending Position

(0070,0405)

1

Whether or not the contents of the Item represent the superimposed or underlying image set.

Enumerated Values:

SUPERIMPOSED

UNDERLYING

>Study Instance UID

(0020,000D)

1

Unique identifier for the Study that contains the images, which may differ from the Study in which the presentation state is contained.

>Include Table C.11.11-1b “Presentation State Relationship Macro Attributes”

>Include Table C.11-1b “Modality LUT Macro Attributes” if a Modality LUT is to be applied to referenced image(s).

>Softcopy VOI LUT Sequence

(0028,3110)

1C

Defines a Sequence of VOI LUTs or Window Centers and Widths and to which images and frames they apply.

No more than one VOI LUT Sequence containing a single Item or one pair of Window Center/Width values shall be specified for each image or frame.

One or more Items shall be included in this Sequence.

Required if a VOI LUT is to be applied to referenced image(s).

>>Referenced Image Sequence

(0008,1140)

1C

Sequence of Items identifying images that are defined in the enclosing Item of Blending Sequence (0070,0402), to which this VOI LUT or Window Center and Width applies.

One or more Items shall be included in this Sequence.

Required if the VOI LUT transformation in this Item does not apply to all the images and frames in the enclosing Item of Blending Sequence (0070,0402).

>>>Include Table 10-3 “Image SOP Instance Reference Macro Attributes”

>>Include Table C.11-2b “VOI LUT Macro Attributes”

Relative Opacity

(0070,0403)

1

A value from 0.0 to 1.0 indicating the relative opacity of the pixels of the superimposed image, where 1.0 means that pixels of the superimposed image completely replace the pixels of the underlying image, and 0.0 means that the pixels of the underlying image completely replace the pixels of the superimposed image.

See PS3.4 for a detailed description of the blending operation.

Referenced Spatial Registration Sequence

(0070,0404)

3

A reference to Spatial Registration Instances that may be used to register the underlying and superimposed images.

One or more Items are permitted in this Sequence.

Note

A Spatial Registration Instance may identify registration between frames of reference, or between explicitly identified images. In the latter case, the list of images referenced by the Presentation State, not the list of images referenced by the Spatial Registration Instance, are to be blended.

>Include Table C.17-3 “Hierarchical SOP Instance Reference Macro Attributes”


C.11.14.1 Presentation State Blending Module Attribute Descriptions

C.11.14.1.1 Blending Sequence

Blending Sequence (0070,0402) is used to identify two sets of images, one to be superimposed upon the other.

The sets of images and any subset of the frames therein in the case of multi-frame images are identified by Study, Series, SOP Instance and Frame Number. In the case of a Segmentation image, the subset of segments is identified by the Attribute Referenced Segment Number (0062,000B) in the Referenced Image Sequence (0008,1140) invoked in the Presentation State Relationship Macro.

This Module specifies no explicit relationship (such as pairing or ordering) between the sets of images and frames defined in the first Item for the underlying images, and the second Item for the superimposed images. This Module does not define how the images are spatially related, and what re-sampling, if any, needs to be performed before the images are blended for rendering.

Note

  1. The images in the two sets may share the same Frame of Reference, in which case the rendering application can spatially relate the two sets of images based on their Image Position (Patient) (0020,0032) and Image Orientation (Patient) (0020,0037) Attributes.

    Alternatively, a Spatial Registration SOP Instance may exist that relates either two different Frames of Reference, or two sets of images identified by UID and frame.

    Whilst the two sets of images may already be spatially co-registered and oriented in the same plane, or even be sampled at the same in-plane and between-plane resolution, this will frequently not be the case.

    See PS3.4 for behavioral requirements that apply to Storage SOP Classes using this Module.

  2. The underlying image for a superimposed Segmentation image need not be the source image for the segmentation.