: Public Class
Created: 6/1/2016 4:50:26 PM
Modified: 8/26/2017 2:17:56 AM
Project:
Advanced:
DEFINITION:<br/>A set of scanning parameter values necessary to perform a single scan in the acquisition protocol. [adapted from NEMA XR 25-2010, https://www.nema.org/Standards/Pages/Computed-Tomography-Dose-Check.aspx]<br/><br/>EXAMPLE(S):<br/>A chest Protocol might include three elements:  two localizer CT radiographs (AP and Lateral) and a single helical scan, each of which would be described in separate steps with different parameter values.<br/><br/>OTHER NAME(S):<br/><br/>NOTE(S): <br/>Given that this subclass of  ImagingProcessProtocolElement actually names the process as Acquisition and includes that word in the name of the class, the word Process is omitted from the class name.<br/>
Attribute
Public DSET<CD>
  acquisitionTypeCode
Details:
Map:DICOM=MR Image Module - MR Acquisition Type (0018,0023)
Map:DICOM=CT Acquisition Details Macro - CT Acquisition Type Sequence > Acquisition Type (0018,9302)
Map:DICOM=MR Pulse Sequence Module - MR Acquisition Type (0018,0023)
Map:DICOM=Performed CT Acquisition Module - Acquisition Protocol Element Sequence (0018,9920) > Acquisition Type (0018,9302)
Notes: DEFINITION:<br/>A coded value specifying spatial aspects of the mechanism of data collection.<br/><br/>EXAMPLE(S):<br/>For CT, this specifies the trajectory of the X-Ray source relative to the object being imaged, e.g. SEQUENCED, SPIRAL, CONSTANT_ANGLE, STATIONARY, FREE<br/>For MRI, this specifies the spatial encoding scheme, e.g. 1D, 2D, 3D<br/><br/>OTHER NAME(S):<br/>Acquisition Type (0018,9302)<br/><br/>NOTE(S):<br/>
Public DSET<CD>
  imageTypeCode
Details:
Map:DICOM=MR Image Frame Type Macro - MR Image Frame Type Sequence > Frame Type (0008,9007)
Map:DICOM=General Image Module - Image Type (0008,0008)
Map:DICOM=MR Image Module - Image Type (0008,0008)
Map:DICOM=PET Image Module - Image Type (0008,0008)
Map:DICOM=CT Image Frame Type Macro - CT Image Frame Type Sequence > Frame Type (0008,9007)
Map:DICOM=Enhanced CT Image Module - Image Type (0008,0008)
Map:DICOM=CT Image Module - Image Type (0008,0008)
Map:DICOM=Enhanced PET Image Module - Image Type (0008,0008)
Map:DICOM=PET Frame Type Macro - PET Frame Type Sequence > Frame Type (0008,9007)
Map:DICOM=Enhanced MR Image Module - Image Type (0008,0008)
Notes: DEFINITION:<br/>A coded value that specifies the most important aspect of the images or their derivation.<br/><br/>EXAMPLE(S):<br/>DYNAMIC, STRESS, RCBV<br/><br/>OTHER NAME(S):<br/><br/>NOTE(S):<br/>
Public CD
  cardiacSynchronizationTechniqueCode
Details:
Map:DICOM=Performed CT Acquisition Module - Acquisition Protocol Element Sequence (0018,9920) > CT X-Ray Details Sequence (0018,9325) > Cardiac Synchronization Technique (0018,9037)
Notes: DEFINITION:<br/>The means used to coordinate the collection or reconstruction of data with the cardiac cycle.<br/><br/>EXAMPLE(S):<br/>NONE,  REALTIME,  PROSPECTIVE,  RETROSPECTIVE,  PACED<br/><br/>OTHER NAME(S):<br/>Cardiac Synchronization Technique (0018,9037)<br/><br/>NOTE(S):<br/>
Public CD
  respiratoryMotionTechniqueCode
Details:
Map:DICOM=Respiratory Synchronization Module - Respiratory Motion Compensation Technique (0018,9170)
Map:DICOM=Performed CT Acquisition Module - Acquisition Protocol Element Sequence (0018,9920) > CT X-Ray Details Sequence (0018,9325) > Respiratory Motion Compensation Technique (0018,9170)
Notes: DEFINITION:<br/>The means to be used to coordinate the collection or reconstruction of data with breathing.<br/><br/>EXAMPLE(S):<br/>NONE,  BREATH_HOLD,  REALTIME,  GATING, TRACKING, RETROSPECTIVE,  CORRECTION<br/><br/>OTHER NAME(S):<br/>Respiratory Motion Compensation Technique (0018,9170)<br/><br/>NOTE(S):<br/>
Public PQ
  dataCollectionDiameter
Details:
Map:DICOM=CT Acquisition Details Macro - CT Acquisition Details Sequence > Data Collection Diameter (0018,0090)
Map:DICOM=PET Frame Acquisition Macro - PET Frame Acquisition Sequence > Data Collection Diameter (0018,0090)
Map:DICOM=Performed CT Acquisition Module - Acquisition Protocol Element Sequence (0018,9920) > CT X-Ray Details Sequence (0018,9325) > Data Collection Diameter (0018,0090)
Notes: DEFINITION:<br/>The diameter of the region over which information is acquired.<br/><br/>EXAMPLE(S):<br/><br/>OTHER NAME(S):<br/>Exposure Modulation Type (0018,9323)<br/><br/>NOTE(S):<br/>The units are of linear distince, e.g. mm..<br/>
Public CD
  bodyPositionCode
Details:
Map:DICOM=Patient Positioning Module - Protocol Defined Patient Position (0018,9947)
Notes: DEFINITION:<br/>A coded value specifying the 3-dimensional spatial orientation of a subject during this imaging acquisition protocol element.<br/><br/>EXAMPLE(S):<br/>supine, trendelenburg, standing<br/><br/>OTHER NAME(S):<br/><br/>NOTE(S):<br/>
Element Source Role Target Role
ImagingReconstructionProtocolElement
Class   		Name: reconstructingImagingReconstructionProtocolElement
  		Name: reconstructedImagingAcquisitionProtocolElement
 
Details:
DESCRIPTION:<br/>Each ImagingReconstructionProtocolElement always specifies a reconstruction of one or more ImagingAcquisitionProtocolElement. Each ImagingAcquisitionProtocolElement might be specified for reconstructing one or more ImagingReconstructionProtocolElement.<br/><br/>DEFINITION:<br/><br/>EXAMPLE(S):<br/><br/>OTHER NAME(S):<br/><br/>NOTE(S):<br/>
Tag Value
Map:DICOM Defined CT Acquisition Module - Acquisition Protocol Element Specification Sequence (0018,991F)
Details:
 
Map:DICOM CT Image Module - Image Type (0008,0008)
Details:
 
Object Type Connection Direction Notes
PETImagingAcquisitionProtocolElement Class Generalization From DESCRIPTION: Each PETImagingAcquisitionProtocolElement always specializes one ImagingAcquisitionProtocolElement. Each ImagingAcquisitionProtocolElement might be specialized by one PETImagingAcquisitionProtocolElement. DEFINITION: EXAMPLE(S): OTHER NAME(S): NOTE(S):
CTImagingAcquisitionProtocolElement Class Generalization From DESCRIPTION: Each CTImagingAcquisitionProtocolElement always specializes one ImagingAcquisitionProtocolElement. Each ImagingAcquisitionProtocolElement might be specialized by one CTImagingAcquisitionProtocolElement. DEFINITION: EXAMPLE(S): OTHER NAME(S): NOTE(S):
ImagingProcessProtocolElement Class Generalization To DESCRIPTION: Each ImagingAcquisitionProtocolElement always specializes one ImagingProcessProtocolElement. Each ImagingProcessProtocolElement might be specialized by one ImagingAcquisitionProtocolElement. DEFINITION: EXAMPLE(S): OTHER NAME(S): NOTE(S):
MRImagingAcquisitionProtocolElement Class Generalization From DESCRIPTION: Each MRImagingAcquisitionProtocolElement always specializes one ImagingAcquisitionProtocolElement. Each ImagingAcquisitionProtocolElement might be specialized by one MRImagingAcquisitionProtocolElement. DEFINITION: EXAMPLE(S): OTHER NAME(S): NOTE(S):