: Public Class
Created: 6/1/2016 4:50:50 PM
Modified: 8/26/2017 2:17:58 AM
Project:
Advanced:
DEFINITION:<br/>A set of image generation parameter values necessary to create a single set of images from a single scan. <br/><br/>EXAMPLE(S):<br/>A CT Protocol frequently specifies multiple reconstructions. For example, a single helical Acquisition Element may be reconstructed once as thin slices and a second time as thick slices.<br/><br/>OTHER NAME(S):<br/>Reconstruction Element Sequence (XXXX, XXXX)<br/><br/>NOTE(S):<br/>Given that this subclass of  ImagingProcessProtocolElement actually names the process as Reconstruction and includes that word in the name of the class, the word Process is omitted from the class name.<br/>
Attribute
Public CD
  typeCode
Details:
Map:DICOM=PET Reconstruction Macro - PET Reconstruction Sequence > Reconstruction Type (0018,9756)
Notes: DEFINITION:<br/>A coded value specifying the kind of algorithm used when reconstructing the image from the data acquired during the acquisition process. <br/><br/>EXAMPLE(S):<br/>For PET:  2D, 3D, 3D_REBINNED <br/><br/>OTHER NAME(S):<br/><br/>NOTE(S):<br/>
Public CD
  algorithmCode
Details:
Map:DICOM=Performed CT Reconstruction Module - Reconstruction Protocol Element Sequence (0018,9934) > Reconstruction Algorithm Sequence (0018,993D)
Map:DICOM=PET Reconstruction Macro - PET Reconstruction Sequence > Reconstruction Algorithm (0018,9315)
Map:DICOM=CT Reconstruction Macro - CT Reconstruction Sequence > Reconstruction Algorithm (0018,9315)
Notes: DEFINITION:<br/>A coded value specifying the algorithm to use when reconstructing the image from the data acquired during the acquisition process.<br/><br/>EXAMPLE(S):<br/>For CT:   FILTER_BACK_PROJ, ITERATIVE<br/>For PET:  FILTER_BACK_PROJ, REPROJECTION, RAMLA, MLEM <br/><br/>OTHER NAME(S):<br/><br/>NOTE(S):<br/>
Public IVL<PQ>
  reconstructionFieldOfViewHeight
Details:
Map:DICOM=Performed CT Reconstruction Module - Reconstruction Protocol Element Sequence (0018,9934) > Reconstruction Field of View (0018,9317)
Map:DICOM=PET Reconstruction Macro - PET Reconstruction Sequence > Reconstruction Field of View (0018,9317)
Map:DICOM=CT Reconstruction Macro - CT Reconstruction Sequence > Reconstruction Field of View (0018,9317)
Notes: DEFINITION:<br/>The vertical dimension of the rectangular region from which data is used in creating the reconstruction of the image.<br/><br/>EXAMPLE(S):<br/><br/>OTHER NAME(S):<br/>Reconstruction Field of View (0018,9317) - second value<br/><br/>NOTE(S):<br/>The units are of linear distance, e.g. mm.<br/>
Public IVL<PQ>
  reconstructionFieldOfViewWidth
Details:
Map:DICOM=Performed CT Reconstruction Module - Reconstruction Protocol Element Sequence (0018,9934) > Reconstruction Field of View (0018,9317)
Map:DICOM=PET Reconstruction Macro - PET Reconstruction Sequence > Reconstruction Field of View (0018,9317)
Map:DICOM=CT Reconstruction Macro - CT Reconstruction Sequence > Reconstruction Field of View (0018,9317)
Notes: DEFINITION:<br/>The horizontal dimension of the rectangular region from which data is used in creating the reconstruction of the image.<br/><br/>EXAMPLE(S):<br/><br/>OTHER NAME(S):<br/>Reconstruction Field of View (0018,9317) - first value<br/><br/>NOTE(S):<br/>The units are of linear distance, e.g. mm.<br/>
Public IVL<PQ>
  reconstructionDiameter
Details:
Map:DICOM=Performed CT Reconstruction Module - Reconstruction Protocol Element Sequence (0018,9934) > Reconstruction Diameter (0018,1100)
Map:DICOM=PET Reconstruction Macro - PET Reconstruction Sequence > Reconstruction Diameter (0018,1100)
Map:DICOM=CT Reconstruction Macro - CT Reconstruction Sequence > Reconstruction Diameter (0018,1100)
Notes: DEFINITION:<br/>The diameter of the region from which data is used in creating the reconstruction of the image.<br/><br/>EXAMPLE(S):<br/><br/>OTHER NAME(S):<br/>Reconstruction Diameter (0018,1100)<br/><br/>NOTE(S):<br/>The units are of linear distance, e.g. mm.<br/>
Public IVL<PQ>
  sliceThickness
Details:
Map:DICOM=Performed CT Reconstruction Module - Reconstruction Protocol Element Sequence (0018,9934) > Slice Thickness (0018,0050)
Notes: DEFINITION:<br/>The cross plane dimension of the reconstructed image.<br/><br/>EXAMPLE(S):<br/><br/>OTHER NAME(S):<br/>Slice Thickness (0018,0050)<br/><br/>NOTE(S):<br/>The units are of linear distance, e.g. mm.<br/>
Public IVL<PQ>
  reconstructionInterval
Details:
Map:DICOM=Performed CT Reconstruction Module - Reconstruction Protocol Element Sequence (0018,9934) > Spacing Between Slices (0018,0088)
Notes: DEFINITION:<br/>The cross plane distance between the centers of adjacent, parallel reconstructed images.<br/><br/>EXAMPLE(S):<br/><br/>OTHER NAME(S):<br/>Spacing Between Slices (0018,0088)<br/><br/>NOTE(S):<br/>The units are of linear distance, e.g. mm.<br/>
Element Source Role Target Role
ImagingAcquisitionProtocolElement
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 Reconstruction Module - Reconstruction Protocol Element Specification Sequence (0018,9933)
Details:
 
Map:DICOM CT Reconstruction Macro - CT Reconstruction Sequence > Reconstruction Algorithm (0018,9315)
Details:
 
Object Type Connection Direction Notes
PETImagingReconstructionProtocolElement Class Generalization From DESCRIPTION: Each PETImagingReconstructionProtocolElement always specializes one ImagingReconstructionProtocolElement. Each ImagingReconstructionProtocolElement might be specialized by one PETImagingReconstructionProtocolElement. DEFINITION: EXAMPLE(S): OTHER NAME(S): NOTE(S):
MRImagingReconstructionProtocolElement Class Generalization From DESCRIPTION: Each MRImagingReconstructionProtocolElement always specializes one ImagingReconstructionProtocolElement. Each ImagingReconstructionProtocolElement might be specialized by one MRImagingReconstructionProtocolElement. DEFINITION: EXAMPLE(S): OTHER NAME(S): NOTE(S):
ImagingProcessProtocolElement Class Generalization To DESCRIPTION: Each ImagingReconstructionProtocolElement always specializes one ImagingProcessProtocolElement. Each ImagingProcessProtocolElement might be specialized by one ImagingReconstructionProtocolElement. DEFINITION: EXAMPLE(S): OTHER NAME(S): NOTE(S):
CTImagingReconstructionProtocolElement Class Generalization From DESCRIPTION: Each CTImagingReconstructionProtocolElement always specializes one ImagingReconstructionProtocolElement. Each ImagingReconstructionProtocolElement might be specialized by one CTImagingReconstructionProtocolElement. DEFINITION: EXAMPLE(S): OTHER NAME(S): NOTE(S):