Материал: part17

Table BBBB.2-2. Example data for the Dimension Organization Module​

Table BBBB.2-3. Example data for the Pixel Measures Macro​

Table BBBB.2-4. Example data for the Frame Content Macro​

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Page 812​ DICOM PS3.17 2020a - Explanatory Information​

Table BBBB.2-5. Example data for the Identity Pixel Value Transformation Macro​

Table BBBB.2-6. Example data for the Frame VOI LUT With LUT Macro​

Table BBBB.2-7. Example data for the Real World Value Mapping Macro​

The Palette Color Lookup Table used is the Spring Color Palette (see Figure BBBB.1-3 Resulting Color LUT Spring).​

This can be described as follows through the Palette Color Lookup Table:​

Red has a constant value of 255​

Green has a linear segment that starts at 0 and ends at 255​

Blue has a linear segment that starts at 255 and ends at 0​

Using the Segmented Color Lookup Table all three can be described by a discrete segment with length 1 to specify the starting value​ (0,1,value) followed by a linear segment of length 255 with the end-value (1,255,end-value).​

Table BBBB.2-8. Example data for the Palette Color Lookup Table Module​

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Figure BBBB.1-3. Resulting Color LUT Spring​

The values specifying the range to be mapped to the Color LUT are given by the Minimum Stored Value Mapped and the Maximum​ Stored Value mapped.​

Table BBBB.2-9. Example data for the Stored Value Color Range Macro​

Table BBBB.2-10. Example data for the Parametric Map Frame Type Macro​

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CCCC Populating The Simplified Echo​

Procedure Report Template (Informative)​

This Annex provides guidance to understand and populate the TID 5300 “Simplified Echo Procedure Report” and its sub-templates.​ For implementers familiar with the TID 5200 “Echocardiography Procedure Report”, which is largely replaced by TID 5300, some re-​ lationships and differences are also explained.​

CCCC.1 Structure Overview​

Measurements in this template (except for the Wall Motion Analysis) are collected into one of three containers, each with a specific​ sub-template and constraints appropriate to the purpose of the container.​

•​Pre-coordinated Measurements​

•​Are fully standardized measurements (many taken from the ASE practice guidelines).​

•​Each has a single pre-coordinated standard code that fully captures the semantics of the measurement.​

•​The only modifiers permitted are to indicate coordinates where the measurement was taken, provide a brief display label, and​ indicate which of a set of repeated measurements is the preferred value. Other modifiers are not permitted.​

•​Post-coordinated Measurements​

•​Are measurements for which DICOM has not established pre-coordinated codes, but that are performed with enough regularity​ to merit configuration and capturing the full semantics of the measurement. For example these measurements may include those​ configured on the Ultrasound System by the vendor or user site. Some of these may be variants of the Pre-coordinated Measure-​ ments.​

•​A set of mandatory and conditional modifiers with controlled vocabularies capture the essential semantics in a uniform way.​

•​A single pre-coordinated code is also provided so that when the same type of measurement is encountered in the future, it is not​ necessarytoparseandevaluatethefullconstellationofmodifervalues.Sincethismeasurementhasnotbeenfullystandardized,​ the pre-coordinated code may use a private coding scheme (e.g., from the vendor or user site).​

•​Adhoc Measurements​

•​Are non-standardized measurements that do not merit the effort to track or configure all the details necessary to populate the​ set of modifiers required for a post-coordinated measurement.​

•​The measurement code describes the elementary property measured.​

•​Modifiers provide a brief display label and indicate coordinates where the measurement was taken. Other modifiers are not per-​ mitted.​

CCCC.2 Use Cases​

CCCC.2.1 Use Case 1: Store and Extract Specific Measurement​

TheuserwishestoperformmeasurementsontheUltrasoundSystem,storethemtothePACSandlaterhaveaspecificmeasurement​ (sayABC)automaticallydisplayedintheoverlayorautomaticallyinsertedintoareportpageonthereviewsystem.Thisdoesnotrequire​ the receiver to understand any of the semantics of the measurement.​

CCCC.2.1.1 Configuration​

TheUltrasoundSystemisconfiguredtoencodeaparticularmeasurementusingaspecificpre-coordinatedcode(andcodemeaning).​

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