Материал: part03

Page 56​

DICOM PS3.3 2020a - Information Object Definitions​

C.7-4. Circular Display Shutter (2:1 aspect ratio images as they would appear before interpolation for display) ......................

545​

C.7-4b. Combined Rectangular and Circular Display Shutter .......................................................................................

545​

C.7.6.16-1. A Graphical Presentation of the Multi-frame Functional Groups Structure .......................................................

554​

C.7.6.16-1a. SOP Instance UID of Concatenation Source ...........................................................................................

555​

C.7.6.16-2. Relationship of Timing Related Attributes .................................................................................................

559​

C.7.6.16-3. Identifying Attributes for Concatenation, SOP Instances, Frames and Stacks ..................................................

560​

C.7.6.16-4. Example of multiple stacks

....................................................................................................................

561​

C.7.6.16-4b. PET dynamic frame organization ..........................................................................................................

562​

C.7.6.16-4c. Example of Functional MRI volumes ......................................................................................................

563​

C.7.6.16-5a. Cardiac Timing Tags ..........................................................................................................................

569​

C.7.6.16-5b. Cardiac Timing Relationships ...............................................................................................................

569​

C.7.6.16-6. The Real World Value LUT and the Image Viewing Pipeline .........................................................................

575​

C.7.6.16-7. Example of mapping stored values to real world values ...............................................................................

577​

C.7.6.16-7a. Purpose of Pixel Intensity Relationship LUT ............................................................................................

579​

C.7.6.16-8. Example of usage of Subtraction Item ID in a per-frame Macro .....................................................................

580​

C.7.6.16-9a. Respiratory Timing Tags .....................................................................................................................

582​

C.7.6.16-9b. Relationship of Respiratory Amplitude Attributes ......................................................................................

582​

C.7.6.16.2.26.2-1. Stored Value Color Range ...........................................................................................................

588​

C.7.6.17-1. Example of Dimension Index Sequence and Dimension Index Values Attributes ..............................................

593​

C.7.6.17-2. Example of Use of Dimension Organization Module ...................................................................................

594​

C.7.6.23-1. Enhanced Blending and Display Pipeline .................................................................................................

608​

C.8-6. Intersecting Spatial Format Regions and Overlapping Measurement ....................................................................

659​

C.8-7. Pixel Component Calibration ........................................................................................................................

661​

C.8-8. Pixel Component Calibration Example ...........................................................................................................

662​

C.8-1. 2D Regions with Reference Pixel ..................................................................................................................

665​

C.8-2. 2D & Doppler Regions with Reference Pixel ....................................................................................................

666​

C.8-3. 2D & M-Mode Regions with Reference Pixel Example .......................................................................................

667​

C.8-4. 2D, M-Mode, & Waveform Regions with Reference Pixel ...................................................................................

668​

C.8-5. Sweep Example Using Two Regions .............................................................................................................

669​

C.8-9. Relationships of X-Ray Collimator .................................................................................................................

690​

C.8-9a. Table Longitudinal Movement .....................................................................................................................

692​

C.8-9b. Table Lateral Movement ............................................................................................................................

692​

C.8-10. Table Motion Vector Coordinates ................................................................................................................

693​

C.8-11. Positioner Primary Angle ...........................................................................................................................

695​

C.8-12. Positioner Secondary Angle .......................................................................................................................

695​

C.8.8.2.7-1. Non-normal Image Plane .....................................................................................................................

715​

C.8.8.3-1. Dose Grid Frame Example .....................................................................................................................

720​

C.8.8.6-1. Example of ROI with excluded inner volume ...............................................................................................

727​

C.8.8.14-1. Table Top Pitch Angle ..........................................................................................................................

761​

C.8.8.14-2. Table Top Roll Angle ...........................................................................................................................

762​

C.8.8.15-1. RT Brachy Channel Geometric Parameters ..............................................................................................

773​

C.8.8.15-2. RT Brachy Channel and Applicator IDs ....................................................................................................

774​

C.8.8.21-1. Control Point Example 1: 2 Control Points, 2 Complete Partial Treatments ......................................................

789​

C.8.8.21-2. Control Point Example 1: 2 Control Points, 2 Complete Partial Treatments ......................................................

789​

C.8.8.21-3. Control Point Example 3: 7 Control Points, 2 Partial Treatments with Small Gap ..............................................

790​

C.8.8.25-1. Virtual Source-Axis Distances ................................................................................................................

820​

C.8.8.25-2a. Fixed Beam Line - View Along IEC FIXED Y-axis .....................................................................................

822​

C.8.8.25-2b. Fixed Beam Line - View From Top (Along IEC FIXED Z-axis) .....................................................................

822​

C.8.8.25-5. Patient's eye view ...............................................................................................................................

824​

C.8.8.25-6. Lateral view along the positive axis Xb ....................................................................................................

824​

C.8.8.25-7. Gantry Pitch Angle ..............................................................................................................................

825​

C.8.8.25.9-1. Attributes specifying a depth dose distribution parameters in case of Reference Dose Definition (300A,0512) =​

CENTER ...........................................................................................................................................................

828​

C.8.8.25.9-2. Attributes specifying a generic depth dose distribution. Abscissa expanded near distal edge of dose distribution. ..

828​

C.8.8.25.9-3. Representation of the different Reference Dose Definition (300A,0512) using the range modulated depth dose distri-​

bution or highest energy component depth dose distribution. .......................................................................................

829​

C.8.8.29-1. Double Exposure Field Delta .................................................................................................................

853​

C.8.8.30-1. Relationship of brachytherapy treatment plan and delivery instruction ............................................................

854​

C.8.8.30-2. Relation of the Fraction, Pulse and Channels within the RT Brachy Task Sequence ..........................................

857​

C.8.9.1.1.11-1a. Example DYNAMIC PET Series ......................................................................................................

868​

DICOM PS3.3 2020a - Information Object Definitions​

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C.8.9.1.1.11-1b. Example GATED PET Series ..........................................................................................................

869​

C.8-13. Explanation of Presentation Intent Type ........................................................................................................

879​

C.8-14. Explanation of Digital Detector Attributes ......................................................................................................

891​

C.8-15. Explanation of Digital Detector Attributes ......................................................................................................

892​

C.8.11.7-1. X-Ray Beam for a Digital Mammography System .......................................................................................

900​

C.8.11.7-2. CC, FB, XCCL and XCCM partial views ...................................................................................................

902​

C.8.11.7-3. ML, MLO, LM, LMO, SIO and ISO partial views .........................................................................................

904​

C.8-16. Reference Slide Orientation .......................................................................................................................

916​

C.8-17. Z-Axis Center Point Location, View From Right Edge of Slide ............................................................................

917​

C.8.13.5.14-1. Attributes for Quantitative ASL ...........................................................................................................

966​

C.8.14.1-1. Example Result without and with Zero Filling ............................................................................................

972​

C.8.14.1-2. Echo Acquisition with Applying Zero Fill ...................................................................................................

972​

C.8.14.1-3. Free Induction Decay Acquisition with Applying Zero Fill .............................................................................

973​

C.8.14.1-4. Relation Between Spectroscopy Instances ...............................................................................................

974​

C.8-18. Dimensions of Spectroscopy Data ...............................................................................................................

980​

C.8-19. Geometry of CT Acquisition System .............................................................................................................

994​

C.8-20. MONOCHROME2 Photometric Interpretation with Supplemental Palette Color Mapping .......................................

1008​

C.8.17.5-1. En face Image - Ophthalmic Anatomic Reference Point Location Example ....................................................

1018​

C.8.17.10-1. Relationship of Longitudinal (Nominally Perpendicular) OCT Frames to Reference Frame ..............................

1026​

C.8.17.10-2. Relationship of Transverse (Nominally Parallel) OCT Frame to Reference Frame .........................................

1026​

C.8.17.14-1. Example of the Image Process Performed to Generate En Face Images .....................................................

1035​

C.8.17.14-2. Relationships Between OCT-A Based SOP Instances .............................................................................

1036​

C.8.17.14-3. Examples of En Face Images Types ....................................................................................................

1037​

C.8.19.6.4-1. Explanation of Pixel Data Area Attributes .............................................................................................

1060​

C.8.19.6-1. Projection Calibration Without Angulation of the X-Ray Beam (Beam Angle = 0) .............................................

1063​

C.8.19.6-2. Projection Calibration With Angulation of the X-Ray Beam (Beam Angle Not Equal to 0) ..................................

1064​

C.8.19.6-3. Table Position Vectors ........................................................................................................................

1066​

C.8.19.6-4. Isocenter Coordinate System ...............................................................................................................

1069​

C.8.19.6-5. Positioner Coordinate System ..............................................................................................................

1069​

C.8.19.6-6. Positioner Isocenter Angles .................................................................................................................

1070​

C.8.19.6-7. Positioner Isocenter Detector Rotation Angle when Ap1 = 0 and Ap2 = 0 .......................................................

1071​

C.8.19.6-8. Table Translation with respect to the Isocenter Reference System ...............................................................

1072​

C.8.19.6-9. Table Angulations with respect to the Isocenter Reference System ..............................................................

1073​

C.8.21.3-1. Example of Usage Acquisition ..............................................................................................................

1089​

C.8.21.3-2. Example of Contents of Contributing Sources Sequence ...........................................................................

1089​

C.8.21.3-3. Example of Contents of X-Ray 3D Acquisition Sequence ...........................................................................

1090​

C.8.21.3-4. Example of Contents of X-Ray 3D Reconstruction Sequence .....................................................................

1090​

C.8.21.3-5. Example of Contents of X-Ray 3D Frame Type Sequences ........................................................................

1090​

C.8.22-1. Geometry of PET Acquisition System .......................................................................................................

1120​

C.8.24.2-1. Volume Frame of Reference ................................................................................................................

1129​

C.8.24.2-2. Transducer Frame of Reference ...........................................................................................................

1130​

C.8.24.2-3. Table Frame of Reference ...................................................................................................................

1131​

C.8.24.3.3-1. Dimension Organization Type Frame Relationships ...............................................................................

1139​

C.8.24.5-1. Relationship of Timing Related Attributes ...............................................................................................

1141​

C.8.26.4.1-1. Convention of coordinate system used in visual field representation. .........................................................

1186​

C.8.27-1. Explanation of Presentation Intent Type ....................................................................................................

1191​

C.8.27-2. OCT Z Offset Correction Example ...........................................................................................................

1200​

C.8.28.2.1-1. Reference/Localizer Image Related to OPM Image ................................................................................

1207​

C.8.28.2.1-2. Optic Nerve Head Thickness Example ................................................................................................

1208​

C.8.28.2.1-3. Polarimetry Optic Nerve Head Thickness Example ................................................................................

1208​

C.8.29.2-1. Timing Attributes Illustration .................................................................................................................

1211​

C.8.30.2.1-1. Corneal Topography Map Real World Value and Image Transformation Pipeline .........................................

1214​

C.8.30.3.1-1. Device types: A. Placido; B. Grid; C. OCT; D. Slit Based .........................................................................

1220​

C.8.30.3.1-2. Source Image (left), Corneal Topography Map Image (Center), Corneal Topography Map Presented as an Overlay​

on the Source Image (right) .................................................................................................................................

1220​

C.8.30.3.1-3. Representation of Corneal Topography ...............................................................................................

1221​

C.8.30.3.1-4. Sample Coordinate Data Points .........................................................................................................

1222​

C.8.30.3.1-5. Schematic of the 3-Dimensional Representation of Corneal Elevation ........................................................

1222​

ments .............................................................................................................................................................

1223​

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DICOM PS3.3 2020a - Information Object Definitions​

C.8.31.2-1. Illustration of Positioner Primary Angle Direction ......................................................................................

1229​

C.8.31.6-1. Patient/Detector Relationship (Patient Standing) ......................................................................................

1234​

C.8.31.6-2. Gantry Sides ....................................................................................................................................

1235​

C.8.31.6-3. Isocenter Coordinate System ...............................................................................................................

1236​

C.8.31.6-4. X-Ray Source Coordinate System .........................................................................................................

1237​

C.8.31.6-5. X-Ray Source Isocenter Angles ............................................................................................................

1237​

C.8.31.6-6. Breast Support Orientation

..................................................................................................................

1238​

C.8.31.6-7. Breast Support Angles with respect to the Isocenter Reference System ........................................................

1239​

C.8.31.6-8. Breast Support Translation with respect to the Isocenter Reference System ..................................................

1240​

C.8.31.6-9. Detector Coordinate System ................................................................................................................

1241​

C.8.31.6-10. Detector Isocenter Angles .................................................................................................................

1242​

C.8.31.6-11. Translation of the Detector Coordinate System ......................................................................................

1243​

C.8.31.6-12. Examples of Detector Active Area TLHC Position and Orientation ..............................................................

1244​

C.10.4-1. Example of Displayed Area Selection Addressing of Pixels Before and After Spatial Transformation .....................

1261​

C.10.5-1. Sub-pixel Addressing Units in PIXEL Space ..............................................................................................

1270​

C.10.5-2. ELLIPSE on the left and RECTANGLE object on the right ............................................................................

1271​

C.10.5-3. Example for MULTILINE Object ..............................................................................................................

1271​

C.10.5-4. INFINITELINE .....................................................................................................................................

1272​

C.10.5-5. CUTLINE on the Left and CUTLINE with gap on the Right ............................................................................

1272​

C.10.5-6. RANGELINE Example ..........................................................................................................................

1272​

C.10.5-7. RULER / AXIS Example Showing TOP Tick Alignment and TOP Tick Label Alignment .......................................

1273​

C.10.5-8. CROSSHAIR Example Showing BOTTOM Tick Labels Alignment ..................................................................

1274​

C.10.5-9. ARROW Example ................................................................................................................................

1274​

C.10.5-10. Example of Horizontal and Vertical CENTER Alignment .............................................................................

1276​

C.10.5-11. Example for Shadow Style (0070,0244) NORMAL .....................................................................................

1278​

C.10.5-12. Example for Shadow Style (0070,0244) OUTLINED ..................................................................................

1278​

C.11.5-1. Image Histogram Example .....................................................................................................................

1303​

C.11.19-1. Applicable pixel shift in case of multiple pixel shift regions ..........................................................................

1326​

C.11.19-2. Example of Contents of Mask Subtraction Sequence .................................................................................

1326​

C.11.19-3. Example of three different pixel shift regions ............................................................................................

1327​

C.11.23.4-1. Role of Volumetric Presentation Input Set Sequence (0070,120A) .............................................................

1335​

C.11.26-1. Volume Rendering with visualization of MPR plane orientation and resulting PLANAR MPR rendering .................

1339​

C.11.26-2. Planar MPR THIN Geometry ................................................................................................................

1340​

C.11.26-3. Planar MPR SLAB Geometry ................................................................................................................

1341​

C.11.30-1. ORTHOGRAPHIC Field of View Geometry ..............................................................................................

1354​

C.11.30-2. PERSPECTIVE Field of View Geometry .................................................................................................

1355​

C.11.30-3. Sampling Step Size ............................................................................................................................

1355​

C.12-1. Example of Nesting Digital Signatures (Informative) .......................................................................................

1383​

C.12-2. Example of Encoding of Encrypted Attributes Data Set (Informative) .................................................................

1386​

C.12-3. HL7 Structured Document References ........................................................................................................

1388​

C.17.3-1. SR Information Model ...........................................................................................................................

1428​

C.17.3-2. Example of an SR Content Tree (Informative) ............................................................................................

1429​

C.17.3-3. Use of Position as SR Content Item Identifier (Informative) ...........................................................................

1432​

C.17.4-1. SR Content Tree for an Example Diagnostic Interpretation (Informative) ..........................................................

1433​

C.17.5-1. Definition and Inheritance of Observation Context (Informative) .....................................................................

1435​

C.23.2-1. Example Hanging Protocol Screen Environment .........................................................................................

1469​

C.27.1.1-1. Finite Volume Illustration .....................................................................................................................

1501​

C.27.1.1-2. Manifold Illustration ............................................................................................................................

1502​

C.27.1.1-3. Triangle Normal Computation ..............................................................................................................

1503​

C.27.6.1.1-1. Example of mapping textures to point coordinates. ................................................................................

1507​

C.29.1.2-1. DICOM-HPGL Document ....................................................................................................................

1513​

C.29.1.2-2. DICOM-HPGL Document - Example ......................................................................................................

1514​

C.29.3.1.1.1-1. Implant Template Groups Example. .................................................................................................

1525​

C.29.3.1.1.2-1. Implant Template Group for 2 Dimensions Example ............................................................................

1526​

C.36.1-1. Base Beam Modifier Coordinate System ...................................................................................................

1590​

C.36.2.2.5.1-1. Control Points Sub-Sequence Attribute Presence ................................................................................

1604​

C.36.2.2.8.1-1. Number of Parallel RT Beam Delimiters for X Leaf Pairs .......................................................................

1610​

C.36.2.2.8.1-2. Number of Parallel RT Beam Delimiters for X Single Leaves .................................................................

1610​

C.36.2.2.8.1-3. RT Beam Limiting Device Proximal and Distal Distance ........................................................................

1611​

C.36.2.2.10.1-1. Beam Modifier Orientation Angle ....................................................................................................

1614​

DICOM PS3.3 2020a - Information Object Definitions​

Page 59​

C.36.2.2.10.1-2. Radiation Beam Wedge Angle .......................................................................................................

1614​

C.36.2.2.11.1-1. Radiation Beam Wedge Thin Edge Position .....................................................................................

1616​

C.36.2.2.12.1-1. Example of Block and Compensator Geometry .................................................................................

1619​

C.36.2.2.14.1-1. RT Accessory Holders .................................................................................................................

1623​

C.36.6.1-1. Relationship of Phases and Prescriptions ...............................................................................................

1637​

C.36.6.1-2. Parent and Child RT Prescriptions ........................................................................................................

1638​

C.36.12.2-1. Standard Robotic-Arm Coordinate System ............................................................................................

1653​

C.36.17-1. Diagram of Tomotherapeutic Leaf Open and Closed Durations ....................................................................

1658​

F.1-1. The DICOMDIR File. A Central Role in a DICOM File-set .................................................................................

1667​

F.2-1. Basic Directory Information Object E-R Model ................................................................................................

1669​

F.2-2. Example of a Directory Organization and Content ...........................................................................................

1671​

F.2-3. Example of Data Structure for the DICOM Directory Information .........................................................................

1672​

F.4-1. Basic Directory IOD Information Model .........................................................................................................

1680​

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DICOM PS3.3 2020a - Information Object Definitions​