used, in which case the Comprehensive 3D SR Storage SOP Class is required, which has a UID of SOPInstanceUID UI 1 1 Generated if more than one converted instance in separate studies. II 1..1 SpecificCharacterSet CS 1 1 "ISO_IR 192" The fixed generated value corresponds to the normal specified in the XMLDecl of the XML prolog in the AIM instance. Other values may be used if they are sufficient to describe all the encoded characters in the transformed instance. E.g., it may be omitted entirely if all the characters are US-ASCII. A.6.1.2 Content Tree TID 1500 Mapping of Measurement Report This section describes the mapping of . Table TID 1500. Mapping of Measurement Report DICOM SR Path VT VM DICOM Usage Type Generated AIM or AIM Data Type AIM Multiplicity Comment
> > TEXT TEXT 1-n U Not used in AIM TID 1501 Mapping of Measurement This section describes the mapping of . TID 1501. Mapping of Measurement Group DICOM SR Path DICOM VT VM DICOM Usage Type Generated or AIM Data Type AIM Multiplicity Comment
UNITS = > > > $Measurement > $ModType CODE 1-n U != 1] CD 1..n The first typeCode entry is assumed to be the primary concept. This row can be used if successive typeCode entries are recognized, and not a method or derivation, and a name-value pair can be constructed from the typeCode entry (which is a single code). > > > $Measurement > CODE 1 U CD 1..n The typeCode entry is assumed to be the primary concept. Other typeCode entries may be considered as modifiers, but there is no standard order, so recognition as a "method" depends on recognition of specific codes.
DICOM SR Path DICOM VT DICOM VM DICOM Usage Type Generated Value AIM Element or Attribute AIM Data Type AIM Multiplicity Comment > > > $Measurement > TEXT 1 U ST 1 The type attribute (CD 1..n) is not supported by CID 4019 > > > $Measurement > TEXT 1 U ST 0..1 > > > $Measurement > TEXT 1-n U CD,ST,ST 0..n Separate mapping of dataType, name and value attributes is not supported by CID 4019 CD 1..n No corresponding mapping in DICOM SR template at this time. TID 4108 Mapping of Tracking Identifier This section describes the mapping of . For the purpose of this mapping, this template is not used to track individual measurements; rather, the corresponding content items defined in are mapped at the Measurement Group level instead. Table TID 4108. Mapping of Tracking Identifier SR Path DICOM VT DICOM VM Usage Type Generated AIM Element or Attribute AIM Data Type AIM Multiplicity Comment > > > $Measurement > TEXT 1 U MC but U in parent TID 300. Not mapped at this for TID 1500, but rather at the Measurement Group level in TID 1501. > > > $Measurement > UIDREF 1 U MC but U in parent TID 300.
> > CONTAINER 1-n U The of is mapped to the Attribute of the CONTAINER. > > > INCLUDE 1 U > > > INCLUDE 1-n U TID 1601 Mapping of Image Library Entry This section describes the mapping of . Table TID 1601. Mapping of Image Library Entry DICOM SR Path DICOM VT DICOM VM DICOM Usage Type Generated Value AIM Element or Attribute AIM Data Type AIM Multiplicity Comment > > > IMAGE IMAGE 1 M II, II 1, 1 > > > IMAGE > INCLUDE 1 U TID 1602 Mapping of Image Library Entry Descriptors This section describes the mapping of . Table TID 1602. Mapping of Image Library Entry Descriptors SR Path VT DICOM VM DICOM Usage Type Generated Value AIM Element or Attribute AIM Data Type AIM Multiplicity Comment > > > CODE 1 U CD 1..1 AIM does not formally define a value set but common usage is the set of code strings defined for the image Modality Attribute, and these have a 1:1 UID
1.6.1.4 >>> Referenced SOP Sequence (0008,1199) SQ ffffffff %item 1.6.1.4 >>>> Referenced SOP Class UID (0008,1150) UI 001c 1.2.840.10008.5.1.4.1.1.66.4 1.6.1.4 >>>> Referenced SOP Instance UID (0008,1155) UI 002c 2.25.134884066033959077306435705240550195701 1.6.1.4 >>>> Referenced Segment Number (0062,000b) US 0002 0x0001 %enditem %endseq 1.6.1.4 >>> Relationship Type (0040,a010) CS 0008 CONTAINS 1.6.1.4 >>> Value Type (0040,a040) CS 0006 IMAGE 1.6.1.4 >>> Concept Name Code Sequence (0040,a043) SQ ffffffff %item 1.6.1.4 >>>> Code (0008,0100) SH 0006 121191 1.6.1.4 >>>> Coding Scheme Designator (0008,0102) SH 0004 DCM 1.6.1.4 >>>> Code Meaning (0008,0104) LO 0012 Referenced Segment %enditem %endseq 1.6.1.4 >>> Observation UID (0040,a171) UI 002c 2.25.318310842062810077214341266367812728264 %enditem %item 1.6.1.5 >>> Referenced SOP Sequence (0008,1199) SQ ffffffff %item 1.6.1.5 >>>> Referenced SOP Class UID (0008,1150) UI 001c
1.6.1.5 >>>> Referenced SOP Instance UID (0008,1155) UI 002c 2.25.319214308104243787945491694789635628411 %enditem %endseq 1.6.1.5 >>> Relationship Type (0040,a010) CS 0008 CONTAINS 1.6.1.5 >>> Value Type (0040,a040) CS 0006 1.6.1.5 >>> Concept Name Code Sequence (0040,a043) SQ ffffffff %item 1.6.1.5 >>>> Code Value (0008,0100) SH 0006 121233 1.6.1.5 >>>> Coding Scheme Designator (0008,0102) SH 0004 DCM 1.6.1.5 >>>> Code Meaning (0008,0104) LO 001e Source image for segmentation %enditem %endseq %enditem %item 1.6.1.6 >>> Relationship Type (0040,a010) CS 0008 CONTAINS 1.6.1.6 >>> Value Type (0040,a040) CS 0004 NUM 1.6.1.6 >>> Concept Name Code Sequence (0040,a043) SQ ffffffff %item 1.6.1.6 >>>> Code Value (0008,0100) SH 0006 126401 1.6.1.6 >>>> Coding Scheme Designator (0008,0102) SH 0004 DCM 1.6.1.6 >>>> Code Meaning (0008,0104) LO 0006 SUVbw %enditem %endseq 1.6.1.6 >>> Observation UID (0040,a171) UI 002c 2.25.51420968257530981243824658943871973198