DampingGUI.mlab

// MDL v1 utf8
mevislabVersion = 3.1.1
network  {
  watchlist = ""
}
module DirectDicomImport {
  internal  {
    frame = "-555 -971 168 56"
    moduleGroupName = ""
    windows  {
      window _default {
        geometry = "1162 257 1254 780"
        sizeHint = "800 362"
        wasOpen = no
      }
      window _automatic {
        geometry = "146 330 1140 600"
        sizeHint = "260 223"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = DirectDicomImport
    tagDumpSize = 10000
    dumpPrivateTagValues = FALSE
    numShownBinaryEntries = 8
    annotate = FALSE
    regExLineFilter = ""
    fullUserSrcPaths = ""
    fullTargetPath = ""
    useRelativeCachePaths = FALSE
    writeSingleVolumeCacheFiles = FALSE
    autoCreateCachePath = FALSE
    cacheFileName = DDICacheFile
    consoleSizeInKiloBytes = 64
    outVolume = 0
    preferCacheBeforeImport = FALSE
    clearAfterImport = FALSE
    clearSingleFrameCacheAfterImport = TRUE
    maxTreeCachedMBs = 250
    maxTagCachedMBs = 80
    editDicomCacheSize = FALSE
    useResultCaching = FALSE
    suppressedFilesAndSuffixes = ".mlab .db .log .lst .xml .rar .zip .img .exe .inf .svn-base entries all-wcprops .DDI-SMF-TreeCacheFile.dcm"
    explicitFileTypes = ".1 .2 .3 .4 .5 .6 .7 .8 .9 .bmp .dm3 .dm4 .cnf .cpi .dat .gipl .gsa .hdr .jpg .jpeg .lsm .mhd .mlimage .nhdr .nii .mca .nrrd .pgm .pic .png .pnm .ppm .raw .rd .rek .spe .spr .tif .tiff .txt .uxd .vms .vtk .xy"
    inputFileList = ""
    sortMode = NumVoxels
    sortUpwards = TRUE
    idxSortTagValue = ""
    useNumericTagValueSorting = FALSE
    thumbNailsExt = 40
    userColumnTag0 = ""
    userColumnTag1 = ""
    userColumnTag2 = ""
    iconBuildMode = UseMiddleSlice
    icon = FALSE
    userTag0 = FALSE
    userTag1 = FALSE
    userTag2 = FALSE
    columnConfig = "# Note: Comments must always be prefixed at line start with a '#'.

# Default setting:
validImage hasIssues fileType voxelType imgExt numVoxels numSlices numTimePoints numSrcFiles modality patientID patientSex patientsName studyID

#modality studyDate acquisitionTime numSlices spacingBetweenSlices studyDescription seriesDescription acquisitionDate imageComments patientsName patientSex patientsBirthDate patientID referringPhysiciansName admittingDiagnosesDescription

# Available values are:
#userTag0 userTag1 userTag2 validImage hasIssues importTime fileType voxelType imgExt voxelExtent numVoxels numSlices colorImage numTimePoints numSrcFiles firstOrigFile outFileName inputFilterLabel lossy compressionType humanReadableOrientation accessionNumber acquisitionDate acquisitionMatrix acquisitionNumber acquisitionTime aCR_NEMA_AcquisitionsInSeries aCR_NEMA_ImageOrientation aCR_NEMA_ImagePosition admittingDiagnosesDescription angioFlag bitsAllocated bitsStored bodyPartExamined codeMeaning codeValue columns contentDate contentTime contrastBolusAgent contrastBolusStartTime convolutionKernel currentPatientLocation derivationDescription echoTime echoTrainLength exposure exposureTime flipAngle frameOfReferenceUID gantryAngle gantryAngleTolerance gantryDetectorSlew gantryDetectorTilt gantryRotationDirection highBit imageComments imagedNucleus imageOrientationPatient imagePositionPatient imageType imagingFrequency instanceCreationDate instanceCreationTime instanceNumber institutionAddress institutionName inversionTime kVP largestImagePixelValue magneticFieldStrength manufacturer manufacturersModelName mediaStorageSOPInstanceUID modality mRAcquisitionType nameOfPhysiciansReadingStudy numberOfAverages numberOfFrames numberOfPhaseEncodingSteps numberOfTemporalPositions otherPatientNames patientComments patientID patientOrientation patientsAge percentSampling patientSex patientPosition patientsAddress patientsMothersBirthName patientsName patientsTelephoneNumbers patientsWeight patientsBirthDate performedProcedureStepDescription performedProcedureStepStartDate performedProcedureStepStartTime photometricInterpretation physiciansOfRecord pixelRepresentation pixelSpacing protocolName receiveCoilName reconstructionDiameter referringPhysiciansName repetitionTime requestedProcedureDescription requestingPhysician requestingService rescaleIntercept rescaleSlope rescaleType rows samplesPerPixel sAR scanningSequence scanOptions scheduledProcedureStepDescription sequenceName sequenceVariant seriesDate seriesDescription seriesInstanceUID seriesNumber seriesTime sliceLocation sliceThickness smallestImagePixelValue softwareVersions sOPClassUID sOPInstanceUID spacingBetweenSlices stationName studyDate studyDescription studyID studyInstanceUID studyTime windowCenter windowWidth xRayTubeCurrent "
    dplCalcMinMax = Automatic
    dplAnon = FALSE
    dplVerbose = 0
    specialProcessors = Off
    minimumNumFramesInVolume = 1
    dplConfigString0 = "*(
  {Element = (0008,0060); Name = Modality;  Sort = 1; Part = 1; },
  {Element = (0008,0020); Name = StudyDate; Sort = 1; Part = 1; },
  {Element = (0008,0008); Name = ImageType; Sort = 1; Part = 1; },
  {Element = (0018,1030); Name = ProtocolName; Sort = 1; Part = 1; },
  {Element = (0018,0050); Name = SliceThickness; Sort = 1; Part = 1; Tolerance = 0.000005; },
  {Element = (0018,0080); Name = RepetitionTime; Sort = 1; Part = 1; },
  {Element = (0018,0082); Name = InversionTime; Sort = 1; Part = 1; },
  {Element = (0018,0091); Name = EchoTrainLength; Sort = 1; Part = 1; },
  {Element = (0018,1210); Name = ConvolutionKernel; Sort = 1; Part = 1; },
  {Element = (0018,1314); Name = FlipAngle; Sort = 1; Part = 1; },
  {Element = (0018,0015); Name = BodyPartExamined; Sort = 1; Part = 1; },
  {Element = (0028,0008); Name = NumberOfFrames; Sort = 1; Part = 1; },
  {Element = (0028,0010); Name = Rows; Sort = 1; Part = 1; },
  {Element = (0028,0011); Name = Columns; Sort = 1; Part = 1; },
  {Element = (0020,0037); Name = ImageOrientationPatient; Sort = 1; Part = 1; Tolerance = 0.000005; },
  {Element = (0018,1004); Name = PlateID; Sort = 1; Part = 1; },
  {Element = (0018,1000); Name = DeviceSerialNumber; Sort = 1; Part = 1; },
  {Element = (0028,0004); Name = PhotometricInterpretation; Sort = 1; Part = 1; },
  {Element = (0028,0100); Name = BitsAllocated; Sort = 1; Part = 1; },
  {Element = (0028,0102); Name = HighBit; Sort = 1; Part = 1; },
  {Element = (0028,0103); Name = PixelRepresentation; Sort = 1; Part = 1; },
  {Element = (0018,0020); Name = ScanningSequence; Sort = 1; Part = 1; },
  {Element = (0018,0023); Name = MRAcquisitionType; Sort = 1; Part = 1; },
  {Element = (0028,0030); Name = PixelSpacing; Sort = 1; Part = 1; Tolerance = 0.00001; },
  {Element = (0054,0010); Name = EnergyWindowVector; Sort = 1; Part = 1; },
  {Element = (0054,0030); Name = PhaseVector; Sort = 1; Part = 1; },
  {Element = (0054,0060); Name = RRIntervalVector; Sort = 1; Part = 1; },
  {Element = (0054,0050); Name = RotationVector; Sort = 1; Part = 1; },
  {Element = (0020,000e); Name = SeriesInstanceUID; Sort = 1; SortCondition = "Modality = NM & !(FrameIncrementPointer = '(0054,0010)')" Part = 1; PartCondition = "Modality = NM & !(FrameIncrementPointer = '(0054,0010)')";       },
  {Element = (0008,0018); Name = SOPInstanceUID; Sort = 1; SortCondition = "Modality = NM & NumberOfFrames > 1";  Part = 1; PartCondition = "Modality = NM & NumberOfFrames > 1";  },
  {Element = (0008,0018); Name = SOPInstanceUID; Sort = 1; SortCondition = "Modality = CR | Modality = DR | Modality = MG | Modality = MX"; Part = 1; PartCondition = "Modality = CR | Modality = DR | Modality = MG | Modality = MX";  },
  {Element = (0008,1090); Name = ManufacturerModelName; Sort = 1; Part = 1; },
  {Element = (0008,1010); Name = StationName; Sort = 1; Part = 1; },
  {Element = (0008,0070); Name = Manufacturer; Sort = 1; Part = 1; },
  {Element = (0018,0020); Name = ScanningSequence; Sort = 1; Part = 1; },
  {Element = (0018,0085); Name = ImagedNucleus; Sort = 1; Part = 1; },
  {Element = (0018,0087); Name = MagneticFieldStrength; Sort = 1; Part = 1; },
  {Element = (0018,1020); Name = SoftwareVersion; Sort = 1; Part = 1; },
  {Element = (0018,5100); Name = PatientPosition; Sort = 1; Part = 1; },
  {Element = (0062,000b); Name = ReferencedSegmentNumber; Sort = 1; SortCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; Part = 1;  PartCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; },
  {Element = (0020,000e); Name = SeriesInstanceUID; Sort = 1; SortCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; Part = 1; PartCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; },
  {Element = (0020,0013); Name = InstanceNumber; Sort = 1; Part = 0; },
  {Element = (0008,0030); Name = StudyTime; Sort = 1; Part = 0; },
  {Element = (0020,0011); Name = SeriesNumber; Sort = 1; Part = 0; },
  {Element = (0008,0021); Name = SeriesDate; Sort = 1; Part = 0; },
  {Element = (0008,0031); Name = SeriesTime; Sort = 1; Part = 0; },
  {Element = (0018,0081); Name = EchoTime; Sort = 1; Part = 0; },
  {Element = (0018,0024); Name = SequenceName; Sort = 1; Part = 0; },
  {Element = (0020,0012); Name = AcquisitionNumber; Sort = 1; Part = 0; },
  {Element = (0018,0022); Name = ScanOptions; Sort = 1; Part = 0; },
  {Element = (0008,0022); Name = AcquisitionDate; Sort = 1; Part = 0; },
  {Element = (0008,0032); Name = AcquisitionTime; Sort = 1; Part = 0; },
  {Element = (0008,0023); Name = ContentDate; Sort = 1; Part = 0; },
  {Element = (0008,0033); Name = ContentTime; Sort = 1; Part = 0; },
  {Element = (0020,0032); Name = ImagePositionPatient; Sort = 1; Part = 0; },
  {Element = (0054,0020); Name = DetectorVector; Sort = 1; Part = 0; },
  {Element = (0054,0100); Name = TimeSliceVector; Sort = 1; Part = 0; },
  {Element = (0054,0070); Name = TimeSlotVector; Sort = 1; Part = 0; },
  {Element = (0054,0080); Name = SliceVector; Sort = 1; Part = 0; },
  {Element = (0054,0090); Name = AngularViewVector; Sort = 1; Part = 0; },
)
*"
    dplConfigString1 = "*(
  {Element = (0008,0060); Name = Modality;  Sort = 1; Part = 1; },
  {Element = (0008,0020); Name = StudyDate; Sort = 1; Part = 1; },
  {Element = (0008,0008); Name = ImageType; Sort = 1; Part = 1; },
  {Element = (0018,1030); Name = ProtocolName; Sort = 1; Part = 1; },
  {Element = (0018,0050); Name = SliceThickness; Sort = 1; Part = 1; Tolerance = 0.000005; },
  {Element = (0018,0080); Name = RepetitionTime; Sort = 1; Part = 1; },
  {Element = (0018,0082); Name = InversionTime; Sort = 1; Part = 1; },
  {Element = (0018,0091); Name = EchoTrainLength; Sort = 1; Part = 1; },
  {Element = (0018,1210); Name = ConvolutionKernel; Sort = 1; Part = 1; },
  {Element = (0018,1314); Name = FlipAngle; Sort = 1; Part = 1; },
  {Element = (0018,0015); Name = BodyPartExamined; Sort = 1; Part = 1; },
  {Element = (0028,0008); Name = NumberOfFrames; Sort = 1; Part = 1; },
  {Element = (0028,0010); Name = Rows; Sort = 1; Part = 1; },
  {Element = (0028,0011); Name = Columns; Sort = 1; Part = 1; },
  {Element = (0020,0037); Name = ImageOrientationPatient; Sort = 1; Part = 1; Tolerance = 0.000005; },
  {Element = (0018,1004); Name = PlateID; Sort = 1; Part = 1; },
  {Element = (0018,1000); Name = DeviceSerialNumber; Sort = 1; Part = 1; },
  {Element = (0028,0004); Name = PhotometricInterpretation; Sort = 1; Part = 1; },
  {Element = (0028,0100); Name = BitsAllocated; Sort = 1; Part = 1; },
  {Element = (0028,0102); Name = HighBit; Sort = 1; Part = 1; },
  {Element = (0028,0103); Name = PixelRepresentation; Sort = 1; Part = 1; },
  {Element = (0018,0020); Name = ScanningSequence; Sort = 1; Part = 1; },
  {Element = (0018,0023); Name = MRAcquisitionType; Sort = 1; Part = 1; },
  {Element = (0028,0030); Name = PixelSpacing; Sort = 1; Part = 1; Tolerance = 0.00001; },
  {Element = (0054,0010); Name = EnergyWindowVector; Sort = 1; Part = 1; },
  {Element = (0054,0030); Name = PhaseVector; Sort = 1; Part = 1; },
  {Element = (0054,0060); Name = RRIntervalVector; Sort = 1; Part = 1; },
  {Element = (0054,0050); Name = RotationVector; Sort = 1; Part = 1; },
  {Element = (0020,000e); Name = SeriesInstanceUID; Sort = 1; SortCondition = "Modality = NM & !(FrameIncrementPointer = '(0054,0010)')" Part = 1; PartCondition = "Modality = NM & !(FrameIncrementPointer = '(0054,0010)')";       },
  {Element = (0008,0018); Name = SOPInstanceUID; Sort = 1; SortCondition = "Modality = NM & NumberOfFrames > 1";  Part = 1; PartCondition = "Modality = NM & NumberOfFrames > 1";  },
  {Element = (0008,0018); Name = SOPInstanceUID; Sort = 1; SortCondition = "Modality = CR | Modality = DR | Modality = MG | Modality = MX"; Part = 1; PartCondition = "Modality = CR | Modality = DR | Modality = MG | Modality = MX";  },
  {Element = (0008,1090); Name = ManufacturerModelName; Sort = 1; Part = 1; },
  {Element = (0008,1010); Name = StationName; Sort = 1; Part = 1; },
  {Element = (0008,0070); Name = Manufacturer; Sort = 1; Part = 1; },
  {Element = (0018,0020); Name = ScanningSequence; Sort = 1; Part = 1; },
  {Element = (0018,0085); Name = ImagedNucleus; Sort = 1; Part = 1; },
  {Element = (0018,0087); Name = MagneticFieldStrength; Sort = 1; Part = 1; },
  {Element = (0018,1020); Name = SoftwareVersion; Sort = 1; Part = 1; },
  {Element = (0018,5100); Name = PatientPosition; Sort = 1; Part = 1; },
  {Element = (0062,000b); Name = ReferencedSegmentNumber; Sort = 1; SortCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; Part = 1;  PartCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; },
  {Element = (0020,000e); Name = SeriesInstanceUID; Sort = 1; SortCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; Part = 1; PartCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; },
  {Element = (0020,0013); Name = InstanceNumber; Sort = 1; Part = 0; },
  {Element = (0008,0030); Name = StudyTime; Sort = 1; Part = 0; },
  {Element = (0020,0011); Name = SeriesNumber; Sort = 1; Part = 0; },
  {Element = (0008,0021); Name = SeriesDate; Sort = 1; Part = 0; },
  {Element = (0008,0031); Name = SeriesTime; Sort = 1; Part = 0; },
  {Element = (0018,0081); Name = EchoTime; Sort = 1; Part = 0; },
  {Element = (0018,0024); Name = SequenceName; Sort = 1; Part = 0; },
  {Element = (0020,0012); Name = AcquisitionNumber; Sort = 1; Part = 0; },
  {Element = (0018,0022); Name = ScanOptions; Sort = 1; Part = 0; },
  {Element = (0008,0022); Name = AcquisitionDate; Sort = 1; Part = 0; },
  {Element = (0008,0032); Name = AcquisitionTime; Sort = 1; Part = 0; },
  {Element = (0008,0023); Name = ContentDate; Sort = 1; Part = 0; },
  {Element = (0008,0033); Name = ContentTime; Sort = 1; Part = 0; },
  {Element = (0020,0032); Name = ImagePositionPatient; Sort = 1; Part = 0; },
  {Element = (0054,0020); Name = DetectorVector; Sort = 1; Part = 0; },
  {Element = (0054,0100); Name = TimeSliceVector; Sort = 1; Part = 0; },
  {Element = (0054,0070); Name = TimeSlotVector; Sort = 1; Part = 0; },
  {Element = (0054,0080); Name = SliceVector; Sort = 1; Part = 0; },
  {Element = (0054,0090); Name = AngularViewVector; Sort = 1; Part = 0; },
)
*"
    dplConfigString2 = "*(
  {Element = (0008,0060); Name = Modality;  Sort = 1; Part = 1; },
  {Element = (0008,0020); Name = StudyDate; Sort = 1; Part = 1; },
  {Element = (0008,0008); Name = ImageType; Sort = 1; Part = 1; },
  {Element = (0018,1030); Name = ProtocolName; Sort = 1; Part = 1; },
  {Element = (0018,0050); Name = SliceThickness; Sort = 1; Part = 1; Tolerance = 0.000005; },
  {Element = (0018,0080); Name = RepetitionTime; Sort = 1; Part = 1; },
  {Element = (0018,0082); Name = InversionTime; Sort = 1; Part = 1; },
  {Element = (0018,0091); Name = EchoTrainLength; Sort = 1; Part = 1; },
  {Element = (0018,1210); Name = ConvolutionKernel; Sort = 1; Part = 1; },
  {Element = (0018,1314); Name = FlipAngle; Sort = 1; Part = 1; },
  {Element = (0018,0015); Name = BodyPartExamined; Sort = 1; Part = 1; },
  {Element = (0028,0008); Name = NumberOfFrames; Sort = 1; Part = 1; },
  {Element = (0028,0010); Name = Rows; Sort = 1; Part = 1; },
  {Element = (0028,0011); Name = Columns; Sort = 1; Part = 1; },
  {Element = (0020,0037); Name = ImageOrientationPatient; Sort = 1; Part = 1; Tolerance = 0.000005; },
  {Element = (0018,1004); Name = PlateID; Sort = 1; Part = 1; },
  {Element = (0018,1000); Name = DeviceSerialNumber; Sort = 1; Part = 1; },
  {Element = (0028,0004); Name = PhotometricInterpretation; Sort = 1; Part = 1; },
  {Element = (0028,0100); Name = BitsAllocated; Sort = 1; Part = 1; },
  {Element = (0028,0102); Name = HighBit; Sort = 1; Part = 1; },
  {Element = (0028,0103); Name = PixelRepresentation; Sort = 1; Part = 1; },
  {Element = (0018,0020); Name = ScanningSequence; Sort = 1; Part = 1; },
  {Element = (0018,0023); Name = MRAcquisitionType; Sort = 1; Part = 1; },
  {Element = (0028,0030); Name = PixelSpacing; Sort = 1; Part = 1; Tolerance = 0.00001; },
  {Element = (0054,0010); Name = EnergyWindowVector; Sort = 1; Part = 1; },
  {Element = (0054,0030); Name = PhaseVector; Sort = 1; Part = 1; },
  {Element = (0054,0060); Name = RRIntervalVector; Sort = 1; Part = 1; },
  {Element = (0054,0050); Name = RotationVector; Sort = 1; Part = 1; },
  {Element = (0020,000e); Name = SeriesInstanceUID; Sort = 1; SortCondition = "Modality = NM & !(FrameIncrementPointer = '(0054,0010)')" Part = 1; PartCondition = "Modality = NM & !(FrameIncrementPointer = '(0054,0010)')";       },
  {Element = (0008,0018); Name = SOPInstanceUID; Sort = 1; SortCondition = "Modality = NM & NumberOfFrames > 1";  Part = 1; PartCondition = "Modality = NM & NumberOfFrames > 1";  },
  {Element = (0008,0018); Name = SOPInstanceUID; Sort = 1; SortCondition = "Modality = CR | Modality = DR | Modality = MG | Modality = MX"; Part = 1; PartCondition = "Modality = CR | Modality = DR | Modality = MG | Modality = MX";  },
  {Element = (0008,1090); Name = ManufacturerModelName; Sort = 1; Part = 1; },
  {Element = (0008,1010); Name = StationName; Sort = 1; Part = 1; },
  {Element = (0008,0070); Name = Manufacturer; Sort = 1; Part = 1; },
  {Element = (0018,0020); Name = ScanningSequence; Sort = 1; Part = 1; },
  {Element = (0018,0085); Name = ImagedNucleus; Sort = 1; Part = 1; },
  {Element = (0018,0087); Name = MagneticFieldStrength; Sort = 1; Part = 1; },
  {Element = (0018,1020); Name = SoftwareVersion; Sort = 1; Part = 1; },
  {Element = (0018,5100); Name = PatientPosition; Sort = 1; Part = 1; },
  {Element = (0062,000b); Name = ReferencedSegmentNumber; Sort = 1; SortCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; Part = 1;  PartCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; },
  {Element = (0020,000e); Name = SeriesInstanceUID; Sort = 1; SortCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; Part = 1; PartCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; },
  {Element = (0020,0013); Name = InstanceNumber; Sort = 1; Part = 0; },
  {Element = (0008,0030); Name = StudyTime; Sort = 1; Part = 0; },
  {Element = (0020,0011); Name = SeriesNumber; Sort = 1; Part = 0; },
  {Element = (0008,0021); Name = SeriesDate; Sort = 1; Part = 0; },
  {Element = (0008,0031); Name = SeriesTime; Sort = 1; Part = 0; },
  {Element = (0018,0081); Name = EchoTime; Sort = 1; Part = 0; },
  {Element = (0018,0024); Name = SequenceName; Sort = 1; Part = 0; },
  {Element = (0020,0012); Name = AcquisitionNumber; Sort = 1; Part = 0; },
  {Element = (0018,0022); Name = ScanOptions; Sort = 1; Part = 0; },
  {Element = (0008,0022); Name = AcquisitionDate; Sort = 1; Part = 0; },
  {Element = (0008,0032); Name = AcquisitionTime; Sort = 1; Part = 0; },
  {Element = (0008,0023); Name = ContentDate; Sort = 1; Part = 0; },
  {Element = (0008,0033); Name = ContentTime; Sort = 1; Part = 0; },
  {Element = (0020,0032); Name = ImagePositionPatient; Sort = 1; Part = 0; },
  {Element = (0054,0020); Name = DetectorVector; Sort = 1; Part = 0; },
  {Element = (0054,0100); Name = TimeSliceVector; Sort = 1; Part = 0; },
  {Element = (0054,0070); Name = TimeSlotVector; Sort = 1; Part = 0; },
  {Element = (0054,0080); Name = SliceVector; Sort = 1; Part = 0; },
  {Element = (0054,0090); Name = AngularViewVector; Sort = 1; Part = 0; },
)
*"
    dplConfigString3 = "*(
  {Element = (0008,0060); Name = Modality;  Sort = 1; Part = 1; },
  {Element = (0008,0020); Name = StudyDate; Sort = 1; Part = 1; },
  {Element = (0008,0008); Name = ImageType; Sort = 1; Part = 1; },
  {Element = (0018,1030); Name = ProtocolName; Sort = 1; Part = 1; },
  {Element = (0018,0050); Name = SliceThickness; Sort = 1; Part = 1; Tolerance = 0.000005; },
  {Element = (0018,0080); Name = RepetitionTime; Sort = 1; Part = 1; },
  {Element = (0018,0082); Name = InversionTime; Sort = 1; Part = 1; },
  {Element = (0018,0091); Name = EchoTrainLength; Sort = 1; Part = 1; },
  {Element = (0018,1210); Name = ConvolutionKernel; Sort = 1; Part = 1; },
  {Element = (0018,1314); Name = FlipAngle; Sort = 1; Part = 1; },
  {Element = (0018,0015); Name = BodyPartExamined; Sort = 1; Part = 1; },
  {Element = (0028,0008); Name = NumberOfFrames; Sort = 1; Part = 1; },
  {Element = (0028,0010); Name = Rows; Sort = 1; Part = 1; },
  {Element = (0028,0011); Name = Columns; Sort = 1; Part = 1; },
  {Element = (0020,0037); Name = ImageOrientationPatient; Sort = 1; Part = 1; Tolerance = 0.000005; },
  {Element = (0018,1004); Name = PlateID; Sort = 1; Part = 1; },
  {Element = (0018,1000); Name = DeviceSerialNumber; Sort = 1; Part = 1; },
  {Element = (0028,0004); Name = PhotometricInterpretation; Sort = 1; Part = 1; },
  {Element = (0028,0100); Name = BitsAllocated; Sort = 1; Part = 1; },
  {Element = (0028,0102); Name = HighBit; Sort = 1; Part = 1; },
  {Element = (0028,0103); Name = PixelRepresentation; Sort = 1; Part = 1; },
  {Element = (0018,0020); Name = ScanningSequence; Sort = 1; Part = 1; },
  {Element = (0018,0023); Name = MRAcquisitionType; Sort = 1; Part = 1; },
  {Element = (0028,0030); Name = PixelSpacing; Sort = 1; Part = 1; Tolerance = 0.00001; },
  {Element = (0054,0010); Name = EnergyWindowVector; Sort = 1; Part = 1; },
  {Element = (0054,0030); Name = PhaseVector; Sort = 1; Part = 1; },
  {Element = (0054,0060); Name = RRIntervalVector; Sort = 1; Part = 1; },
  {Element = (0054,0050); Name = RotationVector; Sort = 1; Part = 1; },
  {Element = (0020,000e); Name = SeriesInstanceUID; Sort = 1; SortCondition = "Modality = NM & !(FrameIncrementPointer = '(0054,0010)')" Part = 1; PartCondition = "Modality = NM & !(FrameIncrementPointer = '(0054,0010)')";       },
  {Element = (0008,0018); Name = SOPInstanceUID; Sort = 1; SortCondition = "Modality = NM & NumberOfFrames > 1";  Part = 1; PartCondition = "Modality = NM & NumberOfFrames > 1";  },
  {Element = (0008,0018); Name = SOPInstanceUID; Sort = 1; SortCondition = "Modality = CR | Modality = DR | Modality = MG | Modality = MX"; Part = 1; PartCondition = "Modality = CR | Modality = DR | Modality = MG | Modality = MX";  },
  {Element = (0008,1090); Name = ManufacturerModelName; Sort = 1; Part = 1; },
  {Element = (0008,1010); Name = StationName; Sort = 1; Part = 1; },
  {Element = (0008,0070); Name = Manufacturer; Sort = 1; Part = 1; },
  {Element = (0018,0020); Name = ScanningSequence; Sort = 1; Part = 1; },
  {Element = (0018,0085); Name = ImagedNucleus; Sort = 1; Part = 1; },
  {Element = (0018,0087); Name = MagneticFieldStrength; Sort = 1; Part = 1; },
  {Element = (0018,1020); Name = SoftwareVersion; Sort = 1; Part = 1; },
  {Element = (0018,5100); Name = PatientPosition; Sort = 1; Part = 1; },
  {Element = (0062,000b); Name = ReferencedSegmentNumber; Sort = 1; SortCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; Part = 1;  PartCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; },
  {Element = (0020,000e); Name = SeriesInstanceUID; Sort = 1; SortCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; Part = 1; PartCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; },
  {Element = (0020,0013); Name = InstanceNumber; Sort = 1; Part = 0; },
  {Element = (0008,0030); Name = StudyTime; Sort = 1; Part = 0; },
  {Element = (0020,0011); Name = SeriesNumber; Sort = 1; Part = 0; },
  {Element = (0008,0021); Name = SeriesDate; Sort = 1; Part = 0; },
  {Element = (0008,0031); Name = SeriesTime; Sort = 1; Part = 0; },
  {Element = (0018,0081); Name = EchoTime; Sort = 1; Part = 0; },
  {Element = (0018,0024); Name = SequenceName; Sort = 1; Part = 0; },
  {Element = (0020,0012); Name = AcquisitionNumber; Sort = 1; Part = 0; },
  {Element = (0018,0022); Name = ScanOptions; Sort = 1; Part = 0; },
  {Element = (0008,0022); Name = AcquisitionDate; Sort = 1; Part = 0; },
  {Element = (0008,0032); Name = AcquisitionTime; Sort = 1; Part = 0; },
  {Element = (0008,0023); Name = ContentDate; Sort = 1; Part = 0; },
  {Element = (0008,0033); Name = ContentTime; Sort = 1; Part = 0; },
  {Element = (0020,0032); Name = ImagePositionPatient; Sort = 1; Part = 0; },
  {Element = (0054,0020); Name = DetectorVector; Sort = 1; Part = 0; },
  {Element = (0054,0100); Name = TimeSliceVector; Sort = 1; Part = 0; },
  {Element = (0054,0070); Name = TimeSlotVector; Sort = 1; Part = 0; },
  {Element = (0054,0080); Name = SliceVector; Sort = 1; Part = 0; },
  {Element = (0054,0090); Name = AngularViewVector; Sort = 1; Part = 0; },
)
*"
    dplUsedConfig = UserConfig1
    relativeDistanceTolerance = 0.25
    absoluteDistanceTolerance = 0.02
    positionToleranceMM = 0.0999
    seriesBasedPreprocessingCondition = FALSE
    force2DPlusTCondition = "Modality == XA | Modality == US | Modality == RF"
    logPartingAndSortingInformation = FALSE
    dplScanRecursively = FALSE
    decomposeMultiFrameFiles = TRUE
    copyFullFunctionalGroupSequences = TRUE
    removePrivateMFSQTag = FALSE
    forceOrthogonalWorldMatrix = FALSE
    decomposeTo3DVolumes = FALSE
    allowMixedPixelTypes = FALSE
    copyPrivateTopLevelSourceTags = FALSE
    dplHardOverwriteTagOn0 = FALSE
    dplHardOverwriteTagId0 = ""
    dplHardOverwriteTagStr0 = ""
    dplHardOverwriteTagOn1 = FALSE
    dplHardOverwriteTagId1 = ""
    dplHardOverwriteTagStr1 = ""
    dplHardOverwriteTagOn2 = FALSE
    dplHardOverwriteTagId2 = ""
    dplHardOverwriteTagStr2 = ""
    dplHardOverwriteTagOn3 = FALSE
    dplHardOverwriteTagId3 = ""
    dplHardOverwriteTagStr3 = ""
    dplAllowSortingAccordingToDimensionIndexValues = Auto
    dplWorkaroundValueForImageOrientationPatientTag = ""
    composeOtherFilesMode = Single
    silentTrialFileTypes = ".dat .raw .txt"
    source = ""
    guiCachePath = ""
  }
}
module DicomFrameTagInfo {
  internal  {
    frame = "-1039 -1507 144 56"
    moduleGroupName = "Get image type and set file name appropriately"
    windows  {
      window _default {
        geometry = "790 469 354 323"
        sizeHint = "354 323"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = DicomFrameTagInfo
    tagName = ImageType
  }
}
module StringSplit {
  internal  {
    frame = "-267 -1307 88 56"
    moduleGroupName = "Preprocess file name"
    windows  {
      window _default {
        geometry = "837 346 944 720"
        sizeHint = "500 720"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = StringSplit
    inString = ""
    separators = #
    trimWhitespace = TRUE
    selectedSubStringIndex = 8
    searchSubstring = ""
    searchIgnoreCase = FALSE
  }
}
module StringUtils {
  internal  {
    frame = "-299 -1435 88 72"
    moduleGroupName = "Preprocess file name"
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "828 518 923 336"
        sizeHint = "370 331"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = StringUtils
    operationType = Replace
    string1 = ""
    string2 = "***"
    string3 = ""
    string4 = ""
    string5 = ""
    string6 = ""
    stringPrefix = [
    stringPostfix = ]
    toggle1 = TRUE
    toggle2 = TRUE
    toggle3 = FALSE
    toggle4 = FALSE
    toggle5 = FALSE
    toggle6 = FALSE
    togglePrefix = FALSE
    togglePostfix = FALSE
    separator = ""
    selectSeparator = 0
    toggleIgnoreCase = FALSE
    inPos1 = 0
    inPos2 = 0
  }
}
module StringUtils {
  internal  {
    frame = "-303 -1539 96 72"
    moduleGroupName = "Preprocess file name"
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "1082 159 787 204"
        sizeHint = "234 204"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = StringUtils1
    operationType = Replace
    string1 = ""
    string2 = .dcm
    string3 = ""
    string4 = ""
    string5 = ""
    string6 = ""
    stringPrefix = [
    stringPostfix = ]
    toggle1 = TRUE
    toggle2 = TRUE
    toggle3 = FALSE
    toggle4 = FALSE
    toggle5 = FALSE
    toggle6 = FALSE
    togglePrefix = FALSE
    togglePostfix = FALSE
    separator = ""
    selectSeparator = 0
    toggleIgnoreCase = FALSE
    inPos1 = 0
    inPos2 = 0
  }
}
module StringUtils {
  internal  {
    frame = "-331 -1955 104 72"
    moduleGroupName = "Preprocess file name"
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "1976 254 787 448"
        sizeHint = "234 204"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = StringUtils2
    operationType = Concatenate
    string1 = MLoutput/
    string2 = _
    string3 = -1
    string4 = _
    string5 = MFFE
    string6 = ""
    stringPrefix = [
    stringPostfix = ]
    toggle1 = TRUE
    toggle2 = TRUE
    toggle3 = TRUE
    toggle4 = TRUE
    toggle5 = TRUE
    toggle6 = FALSE
    togglePrefix = FALSE
    togglePostfix = FALSE
    separator = ""
    selectSeparator = 0
    toggleIgnoreCase = FALSE
    inPos1 = 0
    inPos2 = 0
  }
}
module StringSplit {
  internal  {
    frame = "-1087 -1611 96 56"
    moduleGroupName = "Get image type and set file name appropriately"
    windows  {
      window _default {
        geometry = "1164 189 500 720"
        sizeHint = "500 720"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = StringSplit1
    inString = ""
    separators = "\\"
    trimWhitespace = TRUE
    selectedSubStringIndex = 5
    searchSubstring = P
    searchIgnoreCase = FALSE
  }
}
module StringSplit {
  internal  {
    frame = "-935 -1611 96 56"
    moduleGroupName = "Get image type and set file name appropriately"
    windows  {
      window _default {
        geometry = "-749 291 3838 998"
        sizeHint = "500 720"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = StringSplit2
    inString = ""
    separators = "\\"
    trimWhitespace = TRUE
    selectedSubStringIndex = 5
    searchSubstring = PCA
    searchIgnoreCase = FALSE
  }
}
module StringListContainer {
  internal  {
    frame = "-947 -1851 136 56"
    moduleGroupName = "Get image type and set file name appropriately"
    windows  {
      window _default {
        geometry = "2132 464 428 377"
        sizeHint = "424 377"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = StringListContainer
    listString = "[#1 :MFFE, #2 :MPCA, #3 :PPCA]"
    index = 0
    persistent = TRUE
    listStringEnable = FALSE
    applySelect = FALSE
    name = MFFE
    newName = ""
    overflowMode = None
    maxSize = 0
    useInsertTemplate = FALSE
  }
}
module Arithmetic0 {
  internal  {
    frame = "-1095 -1707 96 72"
    moduleGroupName = "Get image type and set file name appropriately"
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "1388 441 460 241"
        sizeHint = "447 241"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = Arithmetic0
    debugLevel = 0
    arg1 = "0 0 0"
    arg1X = 0
    arg1XAsVec = FALSE
    operation = Add
    arg2 = "0 0 0"
    arg2X = 0
    arg2XAsVec = FALSE
    resultsAsPercent = FALSE
    formatString = ""
  }
}
module ImageSave {
  internal  {
    frame = "-543 -2195 96 72"
    moduleGroupName = ""
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "77 377 1411 500"
        sizeHint = "401 500"
        wasOpen = no
      }
      window _automatic {
        geometry = "717 330 500 600"
        sizeHint = "260 223"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = ImageSave
    taskVerboseLogging = FALSE
    filename = MLoutput/_-1_MFFE.dcm
    format = DICOM
    comment = MeVisLab
    allowOverwrite = TRUE
    autoFilename = FALSE
    sourceName = ""
    postfix = .result1
    dicomNameUsed = TRUE
    dicomMetaHeader = TRUE
    dicomDerived = FALSE
    dicomDerivedImageType = "OTHER\\MEVISLAB"
    dicomDiscardTags = None
    dicomStoreTimeInfo = AcquisitionContent
    dicomSetWindow = FALSE
    dicomWindowCenter = 0
    dicomWindowWidth = 0
    dicomIgnoreHalfVoxelShift = FALSE
    tiffCompression = None
    tiffTileX = 128
    tiffTileY = 128
    tiffTileXAuto = TRUE
    tiffTileYAuto = TRUE
    tiffLinearRGB = FALSE
    saveDicomHeaderOnly = FALSE
    pngCompression = Default
    pngInterlaced = FALSE
    jpegQuality = 75
    jpegProgressive = FALSE
  }
}
module FileInformation {
  internal  {
    frame = "-175 -1611 112 56"
    moduleGroupName = "Preprocess file name"
    windows  {
      window _default {
        geometry = "545 532 829 377"
        sizeHint = "266 377"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = FileInformation
    path = ""
    dirname = ""
    filename = ""
    basename = ""
    extension = ""
  }
}
module StringUtils {
  internal  {
    frame = "-163 -1723 104 72"
    moduleGroupName = "Preprocess file name"
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "2389 338 923 575"
        sizeHint = "370 331"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = StringUtils4
    operationType = Concatenate
    string1 = ""
    string2 = MLoutput/
    string3 = ""
    string4 = .nii
    string5 = ""
    string6 = ""
    stringPrefix = [
    stringPostfix = ]
    toggle1 = TRUE
    toggle2 = TRUE
    toggle3 = TRUE
    toggle4 = FALSE
    toggle5 = FALSE
    toggle6 = FALSE
    togglePrefix = FALSE
    togglePostfix = FALSE
    separator = ""
    selectSeparator = 0
    toggleIgnoreCase = FALSE
    inPos1 = 0
    inPos2 = 0
  }
}
module ImageLoad {
  internal  {
    frame = "1601 -1275 128 56"
    moduleGroupName = "Loaded magnitude, modulus and phase images"
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "172 443 474 357"
        sizeHint = "474 357"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = ImageLoad
    filename = ""
    autoLoad = TRUE
    readRaw = FALSE
    rawX = 1
    rawY = 1
    rawZ = 1
    rawC = 1
    rawT = 1
    rawU = 1
    dataTypeRaw = "unsigned int8"
    planarConfig = Contiguous
    byteOrder = LittleEndian
    dataOffset = 0
    pageSizeHint = "0 0 0 0 0 0"
    suppressErrorLog = FALSE
    dicomIgnoreHalfVoxelShift = FALSE
    enableCheckSumTests = FALSE
  }
}
module ImageLoad {
  internal  {
    frame = "1797 -1275 104 56"
    moduleGroupName = "Loaded magnitude, modulus and phase images"
    windows  {
      window _default {
        geometry = "730 452 474 357"
        sizeHint = "474 357"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = ImageLoad1
    filename = ""
    autoLoad = TRUE
    readRaw = FALSE
    rawX = 1
    rawY = 1
    rawZ = 1
    rawC = 1
    rawT = 1
    rawU = 1
    dataTypeRaw = "unsigned int8"
    planarConfig = Contiguous
    byteOrder = LittleEndian
    dataOffset = 0
    pageSizeHint = "0 0 0 0 0 0"
    suppressErrorLog = FALSE
    dicomIgnoreHalfVoxelShift = FALSE
    enableCheckSumTests = FALSE
  }
}
module ImageLoad {
  internal  {
    frame = "1957 -1275 136 56"
    moduleGroupName = "Loaded magnitude, modulus and phase images"
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "831 614 742 357"
        sizeHint = "474 357"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = ImageLoad2
    filename = ""
    autoLoad = TRUE
    readRaw = FALSE
    rawX = 1
    rawY = 1
    rawZ = 1
    rawC = 1
    rawT = 1
    rawU = 1
    dataTypeRaw = "unsigned int8"
    planarConfig = Contiguous
    byteOrder = LittleEndian
    dataOffset = 0
    pageSizeHint = "0 0 0 0 0 0"
    suppressErrorLog = FALSE
    dicomIgnoreHalfVoxelShift = FALSE
    enableCheckSumTests = FALSE
  }
}
module DicomRescale {
  internal  {
    frame = "1997 -1491 120 72"
    moduleGroupName = ""
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "839 381 289 499"
        sizeHint = "257 499"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = DicomRescale5
    useUserMin = FALSE
    useUserMax = FALSE
    userMin = 1
    userMax = 255
    outputIntercept = 0
    outputSlope = 1
    typeSelect = Automatic
  }
}
module PythonImage {
  internal  {
    frame = "2213 -1451 104 56"
    moduleGroupName = "Background correction"
    windows  {
      window _default {
        geometry = "755 600 424 60"
        sizeHint = "424 60"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = PythonImage
  }
}
module Arithmetic2 {
  internal  {
    frame = "1881 -2019 96 72"
    moduleGroupName = ""
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "1328 780 353 94"
        sizeHint = "353 94"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = Arithmetic2
    function = Subtract
    outputImageSize = InvalidateOutputIfSizesDiffer
    constant = 0
    autoReplicate = FALSE
  }
}
module ImagePropertyConvert {
  internal  {
    frame = "1853 -1675 152 72"
    moduleGroupName = ""
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "804 315 326 631"
        sizeHint = "326 631"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = ImagePropertyConvert
    changeDimensionInfo = FALSE
    cDimInfo = ""
    tDimInfo = ""
    uDimInfo = ""
    a00 = 1
    a01 = 0
    a02 = 0
    a03 = 0
    a10 = 0
    a11 = 1
    a12 = 0
    a13 = 0
    a20 = 0
    a21 = 0
    a22 = 1
    a23 = 0
    a30 = 0
    a31 = 0
    a32 = 0
    a33 = 1
    worldMatrix = "1 0 0 0
0 1 0 0
0 0 1 0
0 0 0 1"
    changeDatatype = TRUE
    datatype = float
    changePageSize = FALSE
    pageSizeX = 32
    pageSizeY = 32
    pageSizeZ = 1
    pageSizeC = 1
    pageSizeT = 1
    pageSizeU = 1
    changeMinGrayValue = FALSE
    minGrayValue = 0
    changeMaxGrayValue = FALSE
    maxGrayValue = 1
    changeWorldMatrix = FALSE
    voxelSizeX = 1
    voxelSizeY = 1
    voxelSizeZ = 1
    autoApply = TRUE
  }
}
module ImagePropertyConvert {
  internal  {
    frame = "2185 -1563 160 72"
    moduleGroupName = "Background correction"
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "1412 409 326 631"
        sizeHint = "326 631"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = ImagePropertyConvert1
    changeDimensionInfo = FALSE
    cDimInfo = ""
    tDimInfo = ""
    uDimInfo = ""
    a00 = 1
    a01 = 0
    a02 = 0
    a03 = 0
    a10 = 0
    a11 = 1
    a12 = 0
    a13 = 0
    a20 = 0
    a21 = 0
    a22 = 1
    a23 = 0
    a30 = 0
    a31 = 0
    a32 = 0
    a33 = 1
    worldMatrix = "1 0 0 0
0 1 0 0
0 0 1 0
0 0 0 1"
    changeDatatype = TRUE
    datatype = float
    changePageSize = FALSE
    pageSizeX = 32
    pageSizeY = 32
    pageSizeZ = 1
    pageSizeC = 1
    pageSizeT = 1
    pageSizeU = 1
    changeMinGrayValue = FALSE
    minGrayValue = 0
    changeMaxGrayValue = FALSE
    maxGrayValue = 1
    changeWorldMatrix = FALSE
    voxelSizeX = 1
    voxelSizeY = 1
    voxelSizeZ = 1
    autoApply = TRUE
  }
}
module Arithmetic1 {
  internal  {
    frame = "2149 -1771 120 72"
    moduleGroupName = ""
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "826 598 285 64"
        sizeHint = "283 64"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = Arithmetic1
    function = SubtractImgConst
    constant = 0
  }
}
module Arithmetic0 {
  internal  {
    frame = "1997 -1595 104 72"
    moduleGroupName = ""
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "1170 480 460 241"
        sizeHint = "447 241"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = Arithmetic01
    debugLevel = 0
    arg1 = "0 0 0"
    arg1X = 0
    arg1XAsVec = FALSE
    operation = Divide
    arg2 = "2 0 0"
    arg2X = 2
    arg2XAsVec = FALSE
    resultsAsPercent = FALSE
    formatString = ""
  }
}
module PythonImage {
  internal  {
    frame = "2313 -1947 112 56"
    moduleGroupName = "Static tissue mask"
    windows  {
      window _default {
        geometry = "755 600 424 60"
        sizeHint = "424 60"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = PythonImage1
  }
}
module IntervalThreshold {
  internal  {
    frame = "1985 -1763 128 56"
    moduleGroupName = ""
    windows  {
      window _default {
        geometry = "1571 479 403 380"
        sizeHint = "403 380"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = IntervalThreshold
    lowerType = UserDef
    innerType = UserDef
    upperType = UserDef
    centerWidthSet = FALSE
    threshCenter = 500.5
    threshWidth = 999
    threshMin = 1
    threshMax = 1000
    lowerUserValue = 0
    innerUserValue = 1
    upperUserValue = 1
    changeMinMax = TRUE
    changedMin = 0
    changedMax = 1000
  }
}
module Arithmetic2 {
  internal  {
    frame = "2109 -1979 104 72"
    moduleGroupName = ""
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "791 583 353 94"
        sizeHint = "353 94"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = Arithmetic21
    function = Multiply
    outputImageSize = InvalidateOutputIfSizesDiffer
    constant = 0
    autoReplicate = FALSE
  }
}
module View2D {
  internal  {
    frame = "2325 -2139 120 56"
    moduleGroupName = "Static tissue mask"
    windows  {
      window _default {
        geometry = "767 430 400 400"
        sizeHint = "400 400"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = View2D2
    inventorInputOn = TRUE
    inventorOutputOn = FALSE
    view2DExtensionsOn = TRUE
    startSlice = 0
    numSlices = 1
    numXSlices = 1
    sliceStep = 1
    slab = 1
    blendMode = BLEND_REPLACE
    timePoint = 0
    maxTimePoint = 0
    filterMode = FILTER_LINEAR
    standardKeys = TRUE
    cineMode = CINE_ZT
    cineDirection = CINE_FORWARD
    cineRepeat = CINE_ONCE
    cineSpeed = 0.1
    cineAlwaysReset = TRUE
    snapToCenter = TRUE
    zoomMode = VIEW2D_AUTO_ZOOM
    unzoomOnImageChange = FALSE
    sliceZoom = 1
    sliceZoomSynced = 1
    baseColor = "1 1 1"
    margin = "2 2"
    sliceOrigin = "0 0"
    useShaders = TRUE
    useManagedInteraction = FALSE
    lutCenter = 0.5
    lutWidth = 1
    annotationOn = TRUE
    annotationMode = ANNO_MODE_AUTO
    annotationSizeMode = ANNO_SHOW_DETAILED
    annotationCol = "0.899999976158142 0.899999976158142 0.899999976158142"
    annotationFontSize = ANNO_SIZE_AUTO
    annoCoords = Voxel
    annoCTValue = AsIs
    borderOn = FALSE
    borderColor = "0.899999976158142 0.899999976158142 0.899999976158142"
    valueHighPrecision = TRUE
    showColorChannelValues = FALSE
    colorChannelSeparator = " / "
    maxPrecision = 4
    enableSlicing = TRUE
    useRelativeLUTIfNoInputImage = TRUE
  }
}
module itkVotingBinaryHoleFillingImageFilter {
  internal  {
    frame = "1941 -1851 232 56"
    moduleGroupName = ""
    windows  {
      window _default {
        geometry = "838 420 342 420"
        sizeHint = "258 420"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = itkVotingBinaryHoleFillingImageFilter
    updateMode = AutoUpdate
    applyMode = AutoApply
    minValue = 0
    maxValue = 1
    applyMinMax = FALSE
    autoSetMinMax = TRUE
    clampOutImageValues = FALSE
    lowerOutSideMode = MinValue
    upperOutSideMode = MaxValue
    lowerOutSideValue = 0
    upperOutSideValue = 0
    majorityThreshold = 1
    radius = "1 1 1"
    backgroundValue = 0
    foregroundValue = 1
    coordinateTolerance = 1e-06
    directionTolerance = 1e-06
  }
}
module ImageSave {
  internal  {
    frame = "1949 -2515 104 72"
    moduleGroupName = ""
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "789 327 1015 594"
        sizeHint = "401 500"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = ImageSave1
    taskVerboseLogging = FALSE
    filename = ""
    format = DICOM
    comment = "MevisLab background corrected"
    allowOverwrite = TRUE
    autoFilename = FALSE
    sourceName = ""
    postfix = .result1
    dicomNameUsed = TRUE
    dicomMetaHeader = TRUE
    dicomDerived = FALSE
    dicomDerivedImageType = "OTHER\\MEVISLAB"
    dicomDiscardTags = None
    dicomStoreTimeInfo = None
    dicomSetWindow = FALSE
    dicomWindowCenter = 0
    dicomWindowWidth = 0
    dicomIgnoreHalfVoxelShift = FALSE
    tiffCompression = None
    tiffTileX = 128
    tiffTileY = 128
    tiffTileXAuto = TRUE
    tiffTileYAuto = TRUE
    tiffLinearRGB = FALSE
    saveDicomHeaderOnly = FALSE
    pngCompression = Default
    pngInterlaced = FALSE
    jpegQuality = 75
    jpegProgressive = FALSE
  }
}
module ImagePropertyConvert {
  internal  {
    frame = "1945 -2403 160 72"
    moduleGroupName = ""
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "1015 271 326 631"
        sizeHint = "326 631"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = ImagePropertyConvert2
    changeDimensionInfo = FALSE
    cDimInfo = ""
    tDimInfo = ""
    uDimInfo = ""
    a00 = 1
    a01 = 0
    a02 = 0
    a03 = 0
    a10 = 0
    a11 = 1
    a12 = 0
    a13 = 0
    a20 = 0
    a21 = 0
    a22 = 1
    a23 = 0
    a30 = 0
    a31 = 0
    a32 = 0
    a33 = 1
    worldMatrix = "1 0 0 0
0 1 0 0
0 0 1 0
0 0 0 1"
    changeDatatype = TRUE
    datatype = int16
    changePageSize = FALSE
    pageSizeX = 32
    pageSizeY = 32
    pageSizeZ = 1
    pageSizeC = 1
    pageSizeT = 1
    pageSizeU = 1
    changeMinGrayValue = FALSE
    minGrayValue = 0
    changeMaxGrayValue = FALSE
    maxGrayValue = 1
    changeWorldMatrix = FALSE
    voxelSizeX = 1
    voxelSizeY = 1
    voxelSizeZ = 1
    autoApply = TRUE
  }
}
module DicomTagBrowser {
  internal  {
    frame = "1437 -1467 136 56"
    moduleGroupName = ""
    windows  {
      window _default {
        geometry = "2756 451 960 436"
        sizeHint = "610 436"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = DicomTagBrowser
    sortByColumn = 0
    sortAscending = TRUE
  }
}
module DicomFrameTagInfo {
  internal  {
    frame = "1437 -1659 152 56"
    moduleGroupName = "Check if PPCA has already been corrected"
    windows  {
      window _default {
        geometry = "790 469 354 323"
        sizeHint = "354 323"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = DicomFrameTagInfo1
    tagName = ImageComments
  }
}
module StringUtils {
  internal  {
    frame = "1449 -1827 96 72"
    moduleGroupName = "Check if PPCA has already been corrected"
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "1211 478 610 209"
        sizeHint = "234 206"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = StringUtils3
    operationType = Compare
    string1 = ""
    string2 = "MevisLab background corrected"
    string3 = ""
    string4 = ""
    string5 = ""
    string6 = ""
    stringPrefix = [
    stringPostfix = ]
    toggle1 = TRUE
    toggle2 = TRUE
    toggle3 = FALSE
    toggle4 = FALSE
    toggle5 = FALSE
    toggle6 = FALSE
    togglePrefix = FALSE
    togglePostfix = FALSE
    separator = ""
    selectSeparator = 0
    toggleIgnoreCase = FALSE
    inPos1 = 0
    inPos2 = 0
  }
}
module FileListFilterPlugin {
  internal  {
    frame = "-515 -827 136 56"
    moduleGroupName = ""
    windows  {
      window _default {
        geometry = "2264 469 1230 619"
        sizeHint = "776 619"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = FileListFilterPlugin
    volumeLabel = ""
    volumeConfig = "*(
  {Element = (0008,0060); Name = Modality;  Sort = 1; Part = 1; },
  {Element = (0008,0020); Name = StudyDate; Sort = 1; Part = 1; },
  {Element = (0008,0008); Name = ImageType; Sort = 1; Part = 1; },
  {Element = (0018,1030); Name = ProtocolName; Sort = 1; Part = 1; },
  {Element = (0018,0050); Name = SliceThickness; Sort = 1; Part = 1; Tolerance = 0.000005; },
  {Element = (0018,0080); Name = RepetitionTime; Sort = 1; Part = 1; },
  {Element = (0018,0082); Name = InversionTime; Sort = 1; Part = 1; },
  {Element = (0018,0091); Name = EchoTrainLength; Sort = 1; Part = 1; },
  {Element = (0018,1210); Name = ConvolutionKernel; Sort = 1; Part = 1; },
  {Element = (0018,1314); Name = FlipAngle; Sort = 1; Part = 1; },
  {Element = (0018,0015); Name = BodyPartExamined; Sort = 1; Part = 1; },
  {Element = (0028,0008); Name = NumberOfFrames; Sort = 1; Part = 1; },
  {Element = (0028,0010); Name = Rows; Sort = 1; Part = 1; },
  {Element = (0028,0011); Name = Columns; Sort = 1; Part = 1; },
  {Element = (0020,0037); Name = ImageOrientationPatient; Sort = 1; Part = 1; Tolerance = 0.000005; },
  {Element = (0018,1004); Name = PlateID; Sort = 1; Part = 1; },
  {Element = (0018,1000); Name = DeviceSerialNumber; Sort = 1; Part = 1; },
  {Element = (0028,0004); Name = PhotometricInterpretation; Sort = 1; Part = 1; },
  {Element = (0028,0100); Name = BitsAllocated; Sort = 1; Part = 1; },
  {Element = (0028,0102); Name = HighBit; Sort = 1; Part = 1; },
  {Element = (0028,0103); Name = PixelRepresentation; Sort = 1; Part = 1; },
  {Element = (0018,0020); Name = ScanningSequence; Sort = 1; Part = 1; },
  {Element = (0018,0023); Name = MRAcquisitionType; Sort = 1; Part = 1; },
  {Element = (0028,0030); Name = PixelSpacing; Sort = 1; Part = 1; Tolerance = 0.00001; },
  {Element = (0054,0010); Name = EnergyWindowVector; Sort = 1; Part = 1; },
  {Element = (0054,0030); Name = PhaseVector; Sort = 1; Part = 1; },
  {Element = (0054,0060); Name = RRIntervalVector; Sort = 1; Part = 1; },
  {Element = (0054,0050); Name = RotationVector; Sort = 1; Part = 1; },
  {Element = (0020,000e); Name = SeriesInstanceUID; Sort = 1; SortCondition = "Modality = NM & !(FrameIncrementPointer = '(0054,0010)')" Part = 1; PartCondition = "Modality = NM & !(FrameIncrementPointer = '(0054,0010)')";       },
  {Element = (0008,0018); Name = SOPInstanceUID; Sort = 1; SortCondition = "Modality = NM & NumberOfFrames > 1";  Part = 1; PartCondition = "Modality = NM & NumberOfFrames > 1";  },
  {Element = (0008,0018); Name = SOPInstanceUID; Sort = 1; SortCondition = "Modality = CR | Modality = DR | Modality = MG | Modality = MX"; Part = 1; PartCondition = "Modality = CR | Modality = DR | Modality = MG | Modality = MX";  },
  {Element = (0008,1090); Name = ManufacturerModelName; Sort = 1; Part = 1; },
  {Element = (0008,1010); Name = StationName; Sort = 1; Part = 1; },
  {Element = (0008,0070); Name = Manufacturer; Sort = 1; Part = 1; },
  {Element = (0018,0020); Name = ScanningSequence; Sort = 1; Part = 1; },
  {Element = (0018,0085); Name = ImagedNucleus; Sort = 1; Part = 1; },
  {Element = (0018,0087); Name = MagneticFieldStrength; Sort = 1; Part = 1; },
  {Element = (0018,1020); Name = SoftwareVersion; Sort = 1; Part = 1; },
  {Element = (0018,5100); Name = PatientPosition; Sort = 1; Part = 1; },
  {Element = (0062,000b); Name = ReferencedSegmentNumber; Sort = 1; SortCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; Part = 1;  PartCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; },
  {Element = (0020,000e); Name = SeriesInstanceUID; Sort = 1; SortCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; Part = 1; PartCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; },
  {Element = (0020,0013); Name = InstanceNumber; Sort = 1; Part = 0; },
  {Element = (0008,0030); Name = StudyTime; Sort = 1; Part = 0; },
  {Element = (0020,0011); Name = SeriesNumber; Sort = 1; Part = 0; },
  {Element = (0008,0021); Name = SeriesDate; Sort = 1; Part = 0; },
  {Element = (0008,0031); Name = SeriesTime; Sort = 1; Part = 0; },
  {Element = (0018,0081); Name = EchoTime; Sort = 1; Part = 0; },
  {Element = (0018,0024); Name = SequenceName; Sort = 1; Part = 0; },
  {Element = (0020,0012); Name = AcquisitionNumber; Sort = 1; Part = 0; },
  {Element = (0018,0022); Name = ScanOptions; Sort = 1; Part = 0; },
  {Element = (0008,0022); Name = AcquisitionDate; Sort = 1; Part = 0; },
  {Element = (0008,0032); Name = AcquisitionTime; Sort = 1; Part = 0; },
  {Element = (0008,0023); Name = ContentDate; Sort = 1; Part = 0; },
  {Element = (0008,0033); Name = ContentTime; Sort = 1; Part = 0; },
  {Element = (0020,0032); Name = ImagePositionPatient; Sort = 1; Part = 0; },
  {Element = (0054,0020); Name = DetectorVector; Sort = 1; Part = 0; },
  {Element = (0054,0100); Name = TimeSliceVector; Sort = 1; Part = 0; },
  {Element = (0054,0070); Name = TimeSlotVector; Sort = 1; Part = 0; },
  {Element = (0054,0080); Name = SliceVector; Sort = 1; Part = 0; },
  {Element = (0054,0090); Name = AngularViewVector; Sort = 1; Part = 0; },
)
*"
    processingSettings = ""
    clearPassFlagBeforeFiltering = TRUE
    labelAssignMode = DoNotChangeLabel
    configAssignMode = DoNotChangeConfig
    processingSettingsAssignMode = DoNotChangeProcSettings
    allowRecursiveTagSearch = FALSE
    applyFilePathFilter = FALSE
    pathFilterRegEx = ".*"
    invertPathFilterRegEx = FALSE
    setPassFlagOnPathMatches = TRUE
    clearPassFlagOnPathMismatches = FALSE
    regExStatus = ""
    applyTagStringFilter = TRUE
    tagStringFilterTagId = (0008,103e)
    tagStringFilterTagValueIndex = -1
    tagStringFilterPrivateCreator = ""
    checkOnlyFirstRecursiveTagString = TRUE
    tagStringEvalRegEx = ".*PCA .*"
    invertTagStringEvalRegEx = FALSE
    setTagStrEvalPassFlagOnPathMatches = TRUE
    clearTagStrEvalPassFlagOnPathMismatches = FALSE
    tagFilterRegExStatus = ""
    applyTagValueFilter = TRUE
    treeFilterEx = t0-c0
    tagId0 = (0028,0008)
    tagId0ValueIndex = -1
    tagId0PrivateCreator = ""
    tagId1 = (0000,0000)
    tagId1ValueIndex = -1
    tagId1PrivateCreator = ""
    tagId2 = (0000,0000)
    tagId2ValueIndex = -1
    tagId2PrivateCreator = ""
    tagId3 = (0000,0000)
    tagId3ValueIndex = -1
    tagId3PrivateCreator = ""
    const0 = 2046
    const1 = 0
    const2 = 0
    const3 = 0
    rangeMin = -1
    rangeMax = 1
    setPassFlagOnTagValueMatches = FALSE
    clearPassFlagOnTagValueMismatches = TRUE
    treeFilterStatus = ""
  }
}
module FileInformation {
  internal  {
    frame = "-267 -835 120 56"
    moduleGroupName = ""
    windows  {
      window _default {
        geometry = "637 129 656 377"
        sizeHint = "266 377"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = FileInformation1
    path = ""
    dirname = ""
    filename = ""
    basename = ""
    extension = ""
  }
}
module DicomFrameTagInfo {
  internal  {
    frame = "-83 -1147 152 56"
    moduleGroupName = "Check if dragged in image is already processed in MLoutput subfolder"
    windows  {
      window _default {
        geometry = "2244 736 512 323"
        sizeHint = "354 323"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = DicomFrameTagInfo4
    tagName = SeriesDescription
  }
}
module FileInformation {
  internal  {
    frame = "469 -955 120 56"
    moduleGroupName = "Check if dragged in image is already processed in MLoutput subfolder"
    windows  {
      window _default {
        geometry = "2098 491 767 377"
        sizeHint = "266 377"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = FileInformation2
    path = ""
    dirname = ""
    filename = ""
    basename = ""
    extension = ""
  }
}
module StringUtils {
  internal  {
    frame = "469 -1195 104 72"
    moduleGroupName = "Check if dragged in image is already processed in MLoutput subfolder"
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "2194 393 1388 331"
        sizeHint = "370 331"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = StringUtils5
    operationType = Concatenate
    string1 = ""
    string2 = MLoutput/
    string3 = ""
    string4 = _
    string5 = -1
    string6 = _MFFE.dcm
    stringPrefix = [
    stringPostfix = ]
    toggle1 = TRUE
    toggle2 = TRUE
    toggle3 = TRUE
    toggle4 = TRUE
    toggle5 = TRUE
    toggle6 = TRUE
    togglePrefix = FALSE
    togglePostfix = FALSE
    separator = ""
    selectSeparator = 0
    toggleIgnoreCase = FALSE
    inPos1 = 0
    inPos2 = 0
  }
}
module FileInformation {
  internal  {
    frame = "453 -1307 120 56"
    moduleGroupName = "Check if dragged in image is already processed in MLoutput subfolder"
    windows  {
      window _default {
        geometry = "2441 334 991 377"
        sizeHint = "266 377"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = FileInformation3
    path = MLoutput/_-1_MFFE.dcm
    dirname = MLoutput/
    filename = _-1_MFFE.dcm
    basename = _-1_MFFE
    extension = .dcm
  }
}
module StringUtils {
  internal  {
    frame = "1473 -2155 96 72"
    moduleGroupName = ""
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "980 404 533 204"
        sizeHint = "234 204"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = StringUtils7
    operationType = Replace
    string1 = ""
    string2 = .dcm
    string3 = _temp.dcm
    string4 = ""
    string5 = ""
    string6 = ""
    stringPrefix = [
    stringPostfix = ]
    toggle1 = TRUE
    toggle2 = TRUE
    toggle3 = FALSE
    toggle4 = FALSE
    toggle5 = FALSE
    toggle6 = FALSE
    togglePrefix = FALSE
    togglePostfix = FALSE
    separator = ""
    selectSeparator = 0
    toggleIgnoreCase = FALSE
    inPos1 = 0
    inPos2 = 0
  }
}
module WorldVoxelConvert {
  internal  {
    frame = "2921 949 144 56"
    moduleGroupName = ""
    windows  {
      window _default {
        geometry = "2505 665 414 237"
        sizeHint = "414 237"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = WorldVoxelConvert2
    voxelX = 47.94648645
    voxelY = 36.33366668
    voxelZ = 7
    worldX = 48.44648645
    worldY = 36.83366668
    worldZ = 7.5
    voxelPos = "47.94648645 36.33366668 7"
    worldPos = "48.44648645 36.83366668 7.5"
    voxelMode = TRUE
    worldMode = FALSE
    intVoxelCoords = TRUE
    keepConstant = Voxel
  }
}
module PythonImage {
  internal  {
    frame = "3185 1597 112 56"
    moduleGroupName = ""
    windows  {
      window _default {
        geometry = "755 600 424 60"
        sizeHint = "424 60"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = PythonImage2
  }
}
module SoOrientationModel {
  internal  {
    frame = "1809 301 144 56"
    moduleGroupName = ""
    windows  {
      window _default {
        geometry = "508 593 170 26"
        sizeHint = "170 26"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = SoOrientationModel
    renderCaching = AUTO
    boundingBoxCaching = AUTO
    renderCulling = AUTO
    pickCulling = AUTO
    model = MAN
    modifyColors = FALSE
    ambientColor1 = "0.200000002980232 0.200000002980232 0.200000002980232"
    diffuseColor1 = "0.699999988079071 0.699999988079071 0.699999988079071"
    ambientColor2 = "0.200000002980232 0.200000002980232 0.200000002980232"
    diffuseColor2 = "1 0 0"
    shininess = 0.2
    specularColor = "0 0 0"
  }
}
module SoLUTEditor {
  internal  {
    frame = "285 1141 104 56"
    moduleGroupName = "Initializing location of the LUT points"
    windows  {
      window _default {
        geometry = "956 268 515 450"
        sizeHint = "515 450"
        wasOpen = no
      }
      window Editor {
        geometry = "326 248 503 411"
        sizeHint = "503 411"
        wasOpen = no
      }
      window _scriptingconsole {
        geometry = "667 380 600 500"
        sizeHint = "256 192"
        wasOpen = no
      }
      window _automatic {
        geometry = "2521 229 500 600"
        sizeHint = "260 223"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = SoLUTEditor
    rangeMin = 0
    rangeMax = 1
    viewMin = 0
    viewMax = 1
    window = 1
    level = 0.5
    allowNewPoints = FALSE
    updateLutWhileDragging = FALSE
    relativeLut = FALSE
    colorInterpolation = InterpolateRGB
    colorPoints = "[ 0 0 0 0, 0.5 255 0 0, 0.800000011920929 1 1 1, 1 1 1 1 ]"
    alphaPoints = "[ 0 0, 0.5 0, 0.800000011920929 1, 1 1 ]"
    alphaFactor = 1
    newRangeMin = 0
    newRangeMax = 4095
    newRangeMode = ClipFormerLUT
    colorEditorHeight = 24
    showColorEditor = FALSE
    showAlphaEditor = TRUE
    markerRadius = 4
    selectedMarkerRadius = 6
    snapMarkerRadius = 10
    alphaLineWidth = 2
    backgroundColor = "0.800000011920929 0.800000011920929 0.800000011920929"
    borderColor = "0 0 0"
    alphaLineColor = "0 0 0"
    histogramColor = "0.400000005960464 0.400000005960464 0.400000005960464"
    drawColoredMarkers = TRUE
    markerColor = "1 1 1"
    selectedMarkerColor = "1 0.5 0.5"
    selectedTriangleSize = 8
    triangleSize = 6
    useAntiAliasing = TRUE
  }
}
module Histogram {
  internal  {
    frame = "301 1301 88 56"
    moduleGroupName = "Initializing location of the LUT points"
    windows  {
      window _default {
        geometry = "1176 128 400 378"
        sizeHint = "400 378"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = Histogram
    useMask = TRUE
    xRange = "Dynamic Min/Max"
    maskMode = Weights
    curveType = Line
    curveStyle = 0
    curveTitle = ""
    updateMode = AutoUpdate
    useStepFunction = TRUE
    useBinSizeOneRepresentation = TRUE
    useBackgroundValue = TRUE
    backgroundValue = 0
    binSize = 1
    maxBinCount = 25000000
  }
}
module Arithmetic0 {
  internal  {
    frame = "149 1133 104 72"
    moduleGroupName = "Initializing location of the LUT points"
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "1356 509 460 355"
        sizeHint = "447 241"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = Arithmetic02
    debugLevel = 0
    arg1 = "0 0 0"
    arg1X = 0
    arg1XAsVec = FALSE
    operation = Add
    arg2 = "0 0 0"
    arg2X = 0
    arg2XAsVec = FALSE
    resultsAsPercent = FALSE
    formatString = ""
  }
}
module ImageStatistics {
  internal  {
    frame = "165 1317 120 56"
    moduleGroupName = "Initializing location of the LUT points"
    windows  {
      window _default {
        geometry = "806 331 486 593"
        sizeHint = "486 593"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = ImageStatistics
    innerMin = 0
    innerMax = 800000
    updateMode = AutoUpdate
    perSlice = FALSE
    currentSlice = 0
    lowerWidth = 0
    upperWidth = 0
    useMask = TRUE
  }
}
module OtsuThreshold {
  internal  {
    frame = "297 1493 144 56"
    moduleGroupName = "Initializing location of the LUT points"
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "864 571 206 118"
        sizeHint = "206 118"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = OtsuThreshold
    binSize = 128
    autoApply = TRUE
    backgroundThreshold = 0
    threshold = 320
  }
}
module Render_Centerline {
  internal  {
    frame = "1009 1853 144 56"
    moduleGroupName = ""
    localMacro = 1
    windows  {
      window _default {
        geometry = "944 336 500 575"
        sizeHint = "260 223"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = Render_Centerline
    Thresholdvesselness = 0
    OverrideT1usage = TRUE
  }
}
module Start_end_marker_selection {
  internal  {
    frame = "1201 1597 192 56"
    moduleGroupName = ""
    localMacro = 1
    windows  {
      window _default {
        geometry = "717 330 500 600"
        sizeHint = "260 223"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = Start_end_marker_selection
  }
}
module Load_split_dicoms {
  internal  {
    frame = "1025 2829 144 56"
    moduleGroupName = ""
    localMacro = 1
    windows  {
      window _default {
        geometry = "717 330 500 600"
        sizeHint = "260 223"
        wasOpen = no
      }
      window _scriptingconsole {
        geometry = "667 380 600 500"
        sizeHint = "256 192"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = Load_split_dicoms
    InvertPhaseFH = FALSE
    InvertPhaseRL = FALSE
    InvertPhaseAP = FALSE
  }
}
module WorldVoxelConvert_start_end_markers {
  internal  {
    frame = "1405 1341 248 56"
    moduleGroupName = ""
    localMacro = 1
    windows  {
      window _default {
        geometry = "717 330 500 600"
        sizeHint = "260 223"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = WorldVoxelConvert_start_end_markers
    WorldVoxelConvert_worldPos = "0 0 0"
    WorldVoxelConvert1_worldPos = "0 0 0"
  }
}
module DTF_path_and_MPR {
  internal  {
    frame = "2133 1453 152 56"
    moduleGroupName = ""
    localMacro = 1
    windows  {
      window _default {
        geometry = "717 330 959 600"
        sizeHint = "260 223"
        wasOpen = no
      }
      window _scriptingconsole {
        geometry = "2509 493 1056 500"
        sizeHint = "256 192"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = DTF_path_and_MPR
    XMarkerShortestPath_startPoint = "0 0 0"
    XMarkerShortestPath_endPoint = "0 0 0"
    MPRPath1_currentKeyFrame = 0
    MPRPath1_showUpVectors = FALSE
    FOV = 15
  }
}
module Select_Vessels_3D_Viewer {
  internal  {
    frame = "1561 21 208 56"
    moduleGroupName = ""
    localMacro = 1
    windows  {
      window _default {
        geometry = "2944 378 500 600"
        sizeHint = "260 223"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = Select_Vessels_3D_Viewer
    viewer_height = 0.78539848
    viewer_position = "-46.9634780883789 -104.997512817383 13.0206708908081"
    viewer_orientation = "0.969360172748566 -0.0832825377583504 -0.231095060706139 1.39521300792694"
    viewer_nearDistance = 0.30342603
    viewer_farDistance = 304.03348
    viewer_focalDistance = 98.480339
  }
}
module Render_Pulsatility_spheres {
  internal  {
    frame = "2349 997 184 56"
    moduleGroupName = ""
    localMacro = 1
    windows  {
      window _default {
        geometry = "717 330 500 600"
        sizeHint = "260 223"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = Render_Pulsatility_spheres
    FieldBypass4_outputString = 0
  }
}
module Measurements_3D_Viewer {
  internal  {
    frame = "2009 13 256 56"
    moduleGroupName = ""
    localMacro = 1
    windows  {
      window _default {
        geometry = "2821 571 954 600"
        sizeHint = "260 252"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = Measurements_3D_Viewer
    SoExaminerViewer_height = 0.78539848
    SoExaminerViewer_position = "320.741241455078 -72.9485626220703 -61.6373977661133"
    SoExaminerViewer_orientation = "0.622712850570679 0.654661953449249 0.428540080785751 1.99373984336853"
    SoExaminerViewer_nearDistance = 178.40628
    SoExaminerViewer_farDistance = 480.62784
    SoExaminerViewer_focalDistance = 350.76468
    Draw_Box_currentKeyFrame = 0
    FOV = 15
  }
}
module SoExaminerViewer {
  internal  {
    frame = "1637 -183 136 64"
    moduleGroupName = ""
    windows  {
      window _automatic {
        geometry = "1295 343 500 600"
        sizeHint = "260 223"
        wasOpen = no
      }
      window _viewer {
        geometry = "3091 127 375 932"
        sizeHint = "400 400"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = VesselViewer
    renderCaching = AUTO
    boundingBoxCaching = AUTO
    renderCulling = AUTO
    pickCulling = AUTO
    border = FALSE
    background = "0 0 0"
    transparency = BLEND
    antialiasing = FALSE
    antialiasingNumPasses = 1
    useSampleBuffers = FALSE
    numSamples = 8
    grabKeyFocus = TRUE
    enableKeyCommands = TRUE
    snapshotFormat = SNAPSHOT_RGB
    outputAviFile = ""
    autoRedrawWhenRecording = TRUE
    frameRate = 7
    frameRateAvi = 15
    outputSnapshotFile = none
    outputSnapshotFileWritten = none
    autoIncreaseFile = TRUE
    showSnapshotWithShell = FALSE
    snapCount = 0
    inputDevicesList = ""
    headlight = TRUE
    decoration = FALSE
    popupMenuEnabled = FALSE
    viewing = TRUE
    autoClipping = TRUE
    drawStyle = VIEW_AS_IS
    interactiveDrawStyle = VIEW_LOW_COMPLEXITY
    viewAllFlag = FALSE
    initialCameraOrientation = CAMERA_KEEP_AS_IS
    applyCameraOrientation = CAMERA_KEEP_AS_IS
    cameraType = CAMERA_PERSPECTIVE
    autoApplyUserSettingOrientation = FALSE
    userSettingOrientation = "0 0 1 0"
    automaticViewAll = FALSE
    storeCurrentState = TRUE
    saveCamera = TRUE
    cursor = TRUE
    isCameraStored = TRUE
    perspective = TRUE
    stereoViewing = FALSE
    stereoOffset = 3
    height = 0.78539819
    position = "-132.753204345703 42.0346527099609 219.331024169922"
    orientation = "0.208336055278778 -0.171661108732224 -0.962875127792358 2.67336201667786"
    nearDistance = 102.64291
    farDistance = 517.37537
    focalDistance = 292.55548
    forceRedrawOnInteraction = FALSE
    button1events = TO_VIEWER
    button2events = TO_VIEWER
    button3events = TO_VIEWER
    keyEvents = TO_VIEWER
    animationEnabled = FALSE
    feedback = FALSE
    feedbackSize = 32
    mouseInteraction = ""
    rotationAxis = "0 1 0"
    rotationAngle = 360
    rotationSteps = 80
    recordRotation = TRUE
    wheelZoomEnabled = TRUE
    wheelRotationEnabled = TRUE
  }
}
module SoExaminerViewer {
  internal  {
    frame = "2205 -199 152 64"
    moduleGroupName = ""
    windows  {
      window _automatic {
        geometry = "2311 367 500 600"
        sizeHint = "260 223"
        wasOpen = no
      }
      window _viewer {
        geometry = "3140 394 400 401"
        sizeHint = "400 400"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = MeasurementsViewer
    renderCaching = AUTO
    boundingBoxCaching = AUTO
    renderCulling = AUTO
    pickCulling = AUTO
    border = FALSE
    background = "0 0 0"
    transparency = BLEND
    antialiasing = FALSE
    antialiasingNumPasses = 1
    useSampleBuffers = FALSE
    numSamples = 8
    grabKeyFocus = TRUE
    enableKeyCommands = TRUE
    snapshotFormat = SNAPSHOT_RGB
    outputAviFile = ""
    autoRedrawWhenRecording = TRUE
    frameRate = 7
    frameRateAvi = 15
    outputSnapshotFile = none
    outputSnapshotFileWritten = none
    autoIncreaseFile = TRUE
    showSnapshotWithShell = FALSE
    snapCount = 0
    inputDevicesList = ""
    headlight = TRUE
    decoration = FALSE
    popupMenuEnabled = FALSE
    viewing = TRUE
    autoClipping = TRUE
    drawStyle = VIEW_AS_IS
    interactiveDrawStyle = VIEW_LOW_COMPLEXITY
    viewAllFlag = FALSE
    initialCameraOrientation = CAMERA_KEEP_AS_IS
    applyCameraOrientation = CAMERA_KEEP_AS_IS
    cameraType = CAMERA_PERSPECTIVE
    autoApplyUserSettingOrientation = FALSE
    userSettingOrientation = "0 0 1 0"
    automaticViewAll = FALSE
    storeCurrentState = TRUE
    saveCamera = TRUE
    cursor = TRUE
    isCameraStored = TRUE
    perspective = TRUE
    stereoViewing = FALSE
    stereoOffset = 3
    height = 0.78539819
    position = "-132.753204345703 42.0346527099609 219.331024169922"
    orientation = "0.208336055278778 -0.171661108732224 -0.962875127792358 2.67336201667786"
    nearDistance = 103.19413
    farDistance = 490.88107
    focalDistance = 292.55548
    forceRedrawOnInteraction = FALSE
    button1events = TO_VIEWER
    button2events = TO_VIEWER
    button3events = TO_VIEWER
    keyEvents = TO_VIEWER
    animationEnabled = FALSE
    feedback = FALSE
    feedbackSize = 32
    mouseInteraction = ""
    rotationAxis = "0 1 0"
    rotationAngle = 360
    rotationSteps = 80
    recordRotation = TRUE
    wheelZoomEnabled = TRUE
    wheelRotationEnabled = TRUE
  }
}
module Phase_to_velocity {
  internal  {
    frame = "1853 1173 136 56"
    moduleGroupName = ""
    localMacro = 1
    windows  {
      window _scriptingconsole {
        geometry = "667 380 594 500"
        sizeHint = "256 192"
        wasOpen = no
      }
      window _default {
        geometry = "717 330 500 600"
        sizeHint = "260 223"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = Phase_to_velocity
    FOV = 15
  }
}
module Highlight_current_marker {
  internal  {
    frame = "2305 397 176 56"
    moduleGroupName = ""
    localMacro = 1
    windows  {
      window _default {
        geometry = "717 330 500 600"
        sizeHint = "260 223"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = Highlight_current_marker
    So3DMarkerEditor1_scaleLength = 0
    XMarkerListContainer2_index = 0
  }
}
module Magnitude_velocity_viewers {
  internal  {
    frame = "2121 749 192 56"
    moduleGroupName = ""
    localMacro = 1
    windows  {
      window _default {
        geometry = "717 330 500 600"
        sizeHint = "260 223"
        wasOpen = no
      }
      window _scriptingconsole {
        geometry = "757 157 600 500"
        sizeHint = "256 192"
        wasOpen = no
      }
      window _automatic {
        geometry = "717 330 500 600"
        sizeHint = "260 223"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = Magnitude_velocity_viewers
    MPR_magnitude_startSlice = 0
    CSO_creation_CSOIsoGenerator2_isoValue = -10
    Show_upvector_SoBypass2_bypass = FALSE
  }
}
module DirectDicomImport {
  internal  {
    frame = "697 -1059 144 56"
    moduleGroupName = ""
    windows  {
      window _default {
        geometry = "1920 362 1456 797"
        sizeHint = "800 362"
        wasOpen = no
      }
      window Configuration {
        geometry = "2559 475 672 314"
        sizeHint = "672 314"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = DirectDicomImport1
    tagDumpSize = 10000
    dumpPrivateTagValues = FALSE
    numShownBinaryEntries = 8
    annotate = FALSE
    regExLineFilter = ""
    fullUserSrcPaths = ""
    fullTargetPath = ""
    useRelativeCachePaths = FALSE
    writeSingleVolumeCacheFiles = FALSE
    autoCreateCachePath = FALSE
    cacheFileName = DDICacheFile
    consoleSizeInKiloBytes = 64
    outVolume = 0
    preferCacheBeforeImport = FALSE
    clearAfterImport = FALSE
    clearSingleFrameCacheAfterImport = TRUE
    maxTreeCachedMBs = 250
    maxTagCachedMBs = 80
    editDicomCacheSize = FALSE
    useResultCaching = FALSE
    suppressedFilesAndSuffixes = ".mlab .db .log .lst .xml .rar .zip .img .exe .inf .svn-base entries all-wcprops .DDI-SMF-TreeCacheFile.dcm"
    explicitFileTypes = ".1 .2 .3 .4 .5 .6 .7 .8 .9 .bmp .dm3 .dm4 .cnf .cpi .dat .gipl .gsa .hdr .jpg .jpeg .lsm .mhd .mlimage .nhdr .nii .mca .nrrd .pgm .pic .png .pnm .ppm .raw .rd .rek .spe .spr .tif .tiff .txt .uxd .vms .vtk .xy"
    inputFileList = ""
    sortMode = NumVoxels
    sortUpwards = TRUE
    idxSortTagValue = ""
    useNumericTagValueSorting = FALSE
    thumbNailsExt = 40
    userColumnTag0 = ""
    userColumnTag1 = ""
    userColumnTag2 = ""
    iconBuildMode = UseMiddleSlice
    icon = FALSE
    userTag0 = FALSE
    userTag1 = FALSE
    userTag2 = FALSE
    columnConfig = "# Note: Comments must always be prefixed at line start with a '#'.

# Default setting:
validImage hasIssues fileType voxelType imgExt numVoxels numSlices numTimePoints numSrcFiles modality patientID patientSex patientsName studyID

#modality studyDate acquisitionTime numSlices spacingBetweenSlices studyDescription seriesDescription acquisitionDate imageComments patientsName patientSex patientsBirthDate patientID referringPhysiciansName admittingDiagnosesDescription

# Available values are:
#userTag0 userTag1 userTag2 validImage hasIssues importTime fileType voxelType imgExt voxelExtent numVoxels numSlices colorImage numTimePoints numSrcFiles firstOrigFile outFileName inputFilterLabel lossy compressionType humanReadableOrientation accessionNumber acquisitionDate acquisitionMatrix acquisitionNumber acquisitionTime aCR_NEMA_AcquisitionsInSeries aCR_NEMA_ImageOrientation aCR_NEMA_ImagePosition admittingDiagnosesDescription angioFlag bitsAllocated bitsStored bodyPartExamined codeMeaning codeValue columns contentDate contentTime contrastBolusAgent contrastBolusStartTime convolutionKernel currentPatientLocation derivationDescription echoTime echoTrainLength exposure exposureTime flipAngle frameOfReferenceUID gantryAngle gantryAngleTolerance gantryDetectorSlew gantryDetectorTilt gantryRotationDirection highBit imageComments imagedNucleus imageOrientationPatient imagePositionPatient imageType imagingFrequency instanceCreationDate instanceCreationTime instanceNumber institutionAddress institutionName inversionTime kVP largestImagePixelValue magneticFieldStrength manufacturer manufacturersModelName mediaStorageSOPInstanceUID modality mRAcquisitionType nameOfPhysiciansReadingStudy numberOfAverages numberOfFrames numberOfPhaseEncodingSteps numberOfTemporalPositions otherPatientNames patientComments patientID patientOrientation patientsAge percentSampling patientSex patientPosition patientsAddress patientsMothersBirthName patientsName patientsTelephoneNumbers patientsWeight patientsBirthDate performedProcedureStepDescription performedProcedureStepStartDate performedProcedureStepStartTime photometricInterpretation physiciansOfRecord pixelRepresentation pixelSpacing protocolName receiveCoilName reconstructionDiameter referringPhysiciansName repetitionTime requestedProcedureDescription requestingPhysician requestingService rescaleIntercept rescaleSlope rescaleType rows samplesPerPixel sAR scanningSequence scanOptions scheduledProcedureStepDescription sequenceName sequenceVariant seriesDate seriesDescription seriesInstanceUID seriesNumber seriesTime sliceLocation sliceThickness smallestImagePixelValue softwareVersions sOPClassUID sOPInstanceUID spacingBetweenSlices stationName studyDate studyDescription studyID studyInstanceUID studyTime windowCenter windowWidth xRayTubeCurrent "
    dplCalcMinMax = Automatic
    dplAnon = FALSE
    dplVerbose = 0
    specialProcessors = Off
    minimumNumFramesInVolume = 1
    dplConfigString0 = "*(
  {Element = (0008,0060); Name = Modality;  Sort = 1; Part = 1; },
  {Element = (0008,0020); Name = StudyDate; Sort = 1; Part = 1; },
  {Element = (0008,0008); Name = ImageType; Sort = 1; Part = 1; },
  {Element = (0018,1030); Name = ProtocolName; Sort = 1; Part = 1; },
  {Element = (0018,0050); Name = SliceThickness; Sort = 1; Part = 1; Tolerance = 0.000005; },
  {Element = (0018,0080); Name = RepetitionTime; Sort = 1; Part = 1; },
  {Element = (0018,0082); Name = InversionTime; Sort = 1; Part = 1; },
  {Element = (0018,0091); Name = EchoTrainLength; Sort = 1; Part = 1; },
  {Element = (0018,1210); Name = ConvolutionKernel; Sort = 1; Part = 1; },
  {Element = (0018,1314); Name = FlipAngle; Sort = 1; Part = 1; },
  {Element = (0018,0015); Name = BodyPartExamined; Sort = 1; Part = 1; },
  {Element = (0028,0008); Name = NumberOfFrames; Sort = 1; Part = 1; },
  {Element = (0028,0010); Name = Rows; Sort = 1; Part = 1; },
  {Element = (0028,0011); Name = Columns; Sort = 1; Part = 1; },
  {Element = (0020,0037); Name = ImageOrientationPatient; Sort = 1; Part = 1; Tolerance = 0.000005; },
  {Element = (0018,1004); Name = PlateID; Sort = 1; Part = 1; },
  {Element = (0018,1000); Name = DeviceSerialNumber; Sort = 1; Part = 1; },
  {Element = (0028,0004); Name = PhotometricInterpretation; Sort = 1; Part = 1; },
  {Element = (0028,0100); Name = BitsAllocated; Sort = 1; Part = 1; },
  {Element = (0028,0102); Name = HighBit; Sort = 1; Part = 1; },
  {Element = (0028,0103); Name = PixelRepresentation; Sort = 1; Part = 1; },
  {Element = (0018,0020); Name = ScanningSequence; Sort = 1; Part = 1; },
  {Element = (0018,0023); Name = MRAcquisitionType; Sort = 1; Part = 1; },
  {Element = (0028,0030); Name = PixelSpacing; Sort = 1; Part = 1; Tolerance = 0.00001; },
  {Element = (0054,0010); Name = EnergyWindowVector; Sort = 1; Part = 1; },
  {Element = (0054,0030); Name = PhaseVector; Sort = 1; Part = 1; },
  {Element = (0054,0060); Name = RRIntervalVector; Sort = 1; Part = 1; },
  {Element = (0054,0050); Name = RotationVector; Sort = 1; Part = 1; },
  {Element = (0020,000e); Name = SeriesInstanceUID; Sort = 1; SortCondition = "Modality = NM & !(FrameIncrementPointer = '(0054,0010)')" Part = 1; PartCondition = "Modality = NM & !(FrameIncrementPointer = '(0054,0010)')";       },
  {Element = (0008,0018); Name = SOPInstanceUID; Sort = 1; SortCondition = "Modality = NM & NumberOfFrames > 1";  Part = 1; PartCondition = "Modality = NM & NumberOfFrames > 1";  },
  {Element = (0008,0018); Name = SOPInstanceUID; Sort = 1; SortCondition = "Modality = CR | Modality = DR | Modality = MG | Modality = MX"; Part = 1; PartCondition = "Modality = CR | Modality = DR | Modality = MG | Modality = MX";  },
  {Element = (0008,1090); Name = ManufacturerModelName; Sort = 1; Part = 1; },
  {Element = (0008,1010); Name = StationName; Sort = 1; Part = 1; },
  {Element = (0008,0070); Name = Manufacturer; Sort = 1; Part = 1; },
  {Element = (0018,0020); Name = ScanningSequence; Sort = 1; Part = 1; },
  {Element = (0018,0085); Name = ImagedNucleus; Sort = 1; Part = 1; },
  {Element = (0018,0087); Name = MagneticFieldStrength; Sort = 1; Part = 1; },
  {Element = (0018,1020); Name = SoftwareVersion; Sort = 1; Part = 1; },
  {Element = (0018,5100); Name = PatientPosition; Sort = 1; Part = 1; },
  {Element = (0062,000b); Name = ReferencedSegmentNumber; Sort = 1; SortCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; Part = 1;  PartCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; },
  {Element = (0020,000e); Name = SeriesInstanceUID; Sort = 1; SortCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; Part = 1; PartCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; },
  {Element = (0020,0013); Name = InstanceNumber; Sort = 1; Part = 0; },
  {Element = (0008,0030); Name = StudyTime; Sort = 1; Part = 0; },
  {Element = (0020,0011); Name = SeriesNumber; Sort = 1; Part = 0; },
  {Element = (0008,0021); Name = SeriesDate; Sort = 1; Part = 0; },
  {Element = (0008,0031); Name = SeriesTime; Sort = 1; Part = 0; },
  {Element = (0018,0081); Name = EchoTime; Sort = 1; Part = 0; },
  {Element = (0018,0024); Name = SequenceName; Sort = 1; Part = 0; },
  {Element = (0020,0012); Name = AcquisitionNumber; Sort = 1; Part = 0; },
  {Element = (0018,0022); Name = ScanOptions; Sort = 1; Part = 0; },
  {Element = (0008,0022); Name = AcquisitionDate; Sort = 1; Part = 0; },
  {Element = (0008,0032); Name = AcquisitionTime; Sort = 1; Part = 0; },
  {Element = (0008,0023); Name = ContentDate; Sort = 1; Part = 0; },
  {Element = (0008,0033); Name = ContentTime; Sort = 1; Part = 0; },
  {Element = (0020,0032); Name = ImagePositionPatient; Sort = 1; Part = 0; },
  {Element = (0054,0020); Name = DetectorVector; Sort = 1; Part = 0; },
  {Element = (0054,0100); Name = TimeSliceVector; Sort = 1; Part = 0; },
  {Element = (0054,0070); Name = TimeSlotVector; Sort = 1; Part = 0; },
  {Element = (0054,0080); Name = SliceVector; Sort = 1; Part = 0; },
  {Element = (0054,0090); Name = AngularViewVector; Sort = 1; Part = 0; },
)
*"
    dplConfigString1 = "*(
  {Element = (0008,0060); Name = Modality;  Sort = 1; Part = 1; },
  {Element = (0008,0020); Name = StudyDate; Sort = 1; Part = 1; },
  {Element = (0008,0008); Name = ImageType; Sort = 1; Part = 1; },
  {Element = (0018,1030); Name = ProtocolName; Sort = 1; Part = 1; },
  {Element = (0018,0050); Name = SliceThickness; Sort = 1; Part = 1; Tolerance = 0.000005; },
  {Element = (0018,0080); Name = RepetitionTime; Sort = 1; Part = 1; },
  {Element = (0018,0082); Name = InversionTime; Sort = 1; Part = 1; },
  {Element = (0018,0091); Name = EchoTrainLength; Sort = 1; Part = 1; },
  {Element = (0018,1210); Name = ConvolutionKernel; Sort = 1; Part = 1; },
  {Element = (0018,1314); Name = FlipAngle; Sort = 1; Part = 1; },
  {Element = (0018,0015); Name = BodyPartExamined; Sort = 1; Part = 1; },
  {Element = (0028,0008); Name = NumberOfFrames; Sort = 1; Part = 1; },
  {Element = (0028,0010); Name = Rows; Sort = 1; Part = 1; },
  {Element = (0028,0011); Name = Columns; Sort = 1; Part = 1; },
  {Element = (0020,0037); Name = ImageOrientationPatient; Sort = 1; Part = 1; Tolerance = 0.000005; },
  {Element = (0018,1004); Name = PlateID; Sort = 1; Part = 1; },
  {Element = (0018,1000); Name = DeviceSerialNumber; Sort = 1; Part = 1; },
  {Element = (0028,0004); Name = PhotometricInterpretation; Sort = 1; Part = 1; },
  {Element = (0028,0100); Name = BitsAllocated; Sort = 1; Part = 1; },
  {Element = (0028,0102); Name = HighBit; Sort = 1; Part = 1; },
  {Element = (0028,0103); Name = PixelRepresentation; Sort = 1; Part = 1; },
  {Element = (0018,0020); Name = ScanningSequence; Sort = 1; Part = 1; },
  {Element = (0018,0023); Name = MRAcquisitionType; Sort = 1; Part = 1; },
  {Element = (0028,0030); Name = PixelSpacing; Sort = 1; Part = 1; Tolerance = 0.00001; },
  {Element = (0054,0010); Name = EnergyWindowVector; Sort = 1; Part = 1; },
  {Element = (0054,0030); Name = PhaseVector; Sort = 1; Part = 1; },
  {Element = (0054,0060); Name = RRIntervalVector; Sort = 1; Part = 1; },
  {Element = (0054,0050); Name = RotationVector; Sort = 1; Part = 1; },
  {Element = (0020,000e); Name = SeriesInstanceUID; Sort = 1; SortCondition = "Modality = NM & !(FrameIncrementPointer = '(0054,0010)')" Part = 1; PartCondition = "Modality = NM & !(FrameIncrementPointer = '(0054,0010)')";       },
  {Element = (0008,0018); Name = SOPInstanceUID; Sort = 1; SortCondition = "Modality = NM & NumberOfFrames > 1";  Part = 1; PartCondition = "Modality = NM & NumberOfFrames > 1";  },
  {Element = (0008,0018); Name = SOPInstanceUID; Sort = 1; SortCondition = "Modality = CR | Modality = DR | Modality = MG | Modality = MX"; Part = 1; PartCondition = "Modality = CR | Modality = DR | Modality = MG | Modality = MX";  },
  {Element = (0008,1090); Name = ManufacturerModelName; Sort = 1; Part = 1; },
  {Element = (0008,1010); Name = StationName; Sort = 1; Part = 1; },
  {Element = (0008,0070); Name = Manufacturer; Sort = 1; Part = 1; },
  {Element = (0018,0020); Name = ScanningSequence; Sort = 1; Part = 1; },
  {Element = (0018,0085); Name = ImagedNucleus; Sort = 1; Part = 1; },
  {Element = (0018,0087); Name = MagneticFieldStrength; Sort = 1; Part = 1; },
  {Element = (0018,1020); Name = SoftwareVersion; Sort = 1; Part = 1; },
  {Element = (0018,5100); Name = PatientPosition; Sort = 1; Part = 1; },
  {Element = (0062,000b); Name = ReferencedSegmentNumber; Sort = 1; SortCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; Part = 1;  PartCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; },
  {Element = (0020,000e); Name = SeriesInstanceUID; Sort = 1; SortCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; Part = 1; PartCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; },
  {Element = (0020,0013); Name = InstanceNumber; Sort = 1; Part = 0; },
  {Element = (0008,0030); Name = StudyTime; Sort = 1; Part = 0; },
  {Element = (0020,0011); Name = SeriesNumber; Sort = 1; Part = 0; },
  {Element = (0008,0021); Name = SeriesDate; Sort = 1; Part = 0; },
  {Element = (0008,0031); Name = SeriesTime; Sort = 1; Part = 0; },
  {Element = (0018,0081); Name = EchoTime; Sort = 1; Part = 0; },
  {Element = (0018,0024); Name = SequenceName; Sort = 1; Part = 0; },
  {Element = (0020,0012); Name = AcquisitionNumber; Sort = 1; Part = 0; },
  {Element = (0018,0022); Name = ScanOptions; Sort = 1; Part = 0; },
  {Element = (0008,0022); Name = AcquisitionDate; Sort = 1; Part = 0; },
  {Element = (0008,0032); Name = AcquisitionTime; Sort = 1; Part = 0; },
  {Element = (0008,0023); Name = ContentDate; Sort = 1; Part = 0; },
  {Element = (0008,0033); Name = ContentTime; Sort = 1; Part = 0; },
  {Element = (0020,0032); Name = ImagePositionPatient; Sort = 1; Part = 0; },
  {Element = (0054,0020); Name = DetectorVector; Sort = 1; Part = 0; },
  {Element = (0054,0100); Name = TimeSliceVector; Sort = 1; Part = 0; },
  {Element = (0054,0070); Name = TimeSlotVector; Sort = 1; Part = 0; },
  {Element = (0054,0080); Name = SliceVector; Sort = 1; Part = 0; },
  {Element = (0054,0090); Name = AngularViewVector; Sort = 1; Part = 0; },
)
*"
    dplConfigString2 = "*(
  {Element = (0008,0060); Name = Modality;  Sort = 1; Part = 1; },
  {Element = (0008,0020); Name = StudyDate; Sort = 1; Part = 1; },
  {Element = (0008,0008); Name = ImageType; Sort = 1; Part = 1; },
  {Element = (0018,1030); Name = ProtocolName; Sort = 1; Part = 1; },
  {Element = (0018,0050); Name = SliceThickness; Sort = 1; Part = 1; Tolerance = 0.000005; },
  {Element = (0018,0080); Name = RepetitionTime; Sort = 1; Part = 1; },
  {Element = (0018,0082); Name = InversionTime; Sort = 1; Part = 1; },
  {Element = (0018,0091); Name = EchoTrainLength; Sort = 1; Part = 1; },
  {Element = (0018,1210); Name = ConvolutionKernel; Sort = 1; Part = 1; },
  {Element = (0018,1314); Name = FlipAngle; Sort = 1; Part = 1; },
  {Element = (0018,0015); Name = BodyPartExamined; Sort = 1; Part = 1; },
  {Element = (0028,0008); Name = NumberOfFrames; Sort = 1; Part = 1; },
  {Element = (0028,0010); Name = Rows; Sort = 1; Part = 1; },
  {Element = (0028,0011); Name = Columns; Sort = 1; Part = 1; },
  {Element = (0020,0037); Name = ImageOrientationPatient; Sort = 1; Part = 1; Tolerance = 0.000005; },
  {Element = (0018,1004); Name = PlateID; Sort = 1; Part = 1; },
  {Element = (0018,1000); Name = DeviceSerialNumber; Sort = 1; Part = 1; },
  {Element = (0028,0004); Name = PhotometricInterpretation; Sort = 1; Part = 1; },
  {Element = (0028,0100); Name = BitsAllocated; Sort = 1; Part = 1; },
  {Element = (0028,0102); Name = HighBit; Sort = 1; Part = 1; },
  {Element = (0028,0103); Name = PixelRepresentation; Sort = 1; Part = 1; },
  {Element = (0018,0020); Name = ScanningSequence; Sort = 1; Part = 1; },
  {Element = (0018,0023); Name = MRAcquisitionType; Sort = 1; Part = 1; },
  {Element = (0028,0030); Name = PixelSpacing; Sort = 1; Part = 1; Tolerance = 0.00001; },
  {Element = (0054,0010); Name = EnergyWindowVector; Sort = 1; Part = 1; },
  {Element = (0054,0030); Name = PhaseVector; Sort = 1; Part = 1; },
  {Element = (0054,0060); Name = RRIntervalVector; Sort = 1; Part = 1; },
  {Element = (0054,0050); Name = RotationVector; Sort = 1; Part = 1; },
  {Element = (0020,000e); Name = SeriesInstanceUID; Sort = 1; SortCondition = "Modality = NM & !(FrameIncrementPointer = '(0054,0010)')" Part = 1; PartCondition = "Modality = NM & !(FrameIncrementPointer = '(0054,0010)')";       },
  {Element = (0008,0018); Name = SOPInstanceUID; Sort = 1; SortCondition = "Modality = NM & NumberOfFrames > 1";  Part = 1; PartCondition = "Modality = NM & NumberOfFrames > 1";  },
  {Element = (0008,0018); Name = SOPInstanceUID; Sort = 1; SortCondition = "Modality = CR | Modality = DR | Modality = MG | Modality = MX"; Part = 1; PartCondition = "Modality = CR | Modality = DR | Modality = MG | Modality = MX";  },
  {Element = (0008,1090); Name = ManufacturerModelName; Sort = 1; Part = 1; },
  {Element = (0008,1010); Name = StationName; Sort = 1; Part = 1; },
  {Element = (0008,0070); Name = Manufacturer; Sort = 1; Part = 1; },
  {Element = (0018,0020); Name = ScanningSequence; Sort = 1; Part = 1; },
  {Element = (0018,0085); Name = ImagedNucleus; Sort = 1; Part = 1; },
  {Element = (0018,0087); Name = MagneticFieldStrength; Sort = 1; Part = 1; },
  {Element = (0018,1020); Name = SoftwareVersion; Sort = 1; Part = 1; },
  {Element = (0018,5100); Name = PatientPosition; Sort = 1; Part = 1; },
  {Element = (0062,000b); Name = ReferencedSegmentNumber; Sort = 1; SortCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; Part = 1;  PartCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; },
  {Element = (0020,000e); Name = SeriesInstanceUID; Sort = 1; SortCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; Part = 1; PartCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; },
  {Element = (0020,0013); Name = InstanceNumber; Sort = 1; Part = 0; },
  {Element = (0008,0030); Name = StudyTime; Sort = 1; Part = 0; },
  {Element = (0020,0011); Name = SeriesNumber; Sort = 1; Part = 0; },
  {Element = (0008,0021); Name = SeriesDate; Sort = 1; Part = 0; },
  {Element = (0008,0031); Name = SeriesTime; Sort = 1; Part = 0; },
  {Element = (0018,0081); Name = EchoTime; Sort = 1; Part = 0; },
  {Element = (0018,0024); Name = SequenceName; Sort = 1; Part = 0; },
  {Element = (0020,0012); Name = AcquisitionNumber; Sort = 1; Part = 0; },
  {Element = (0018,0022); Name = ScanOptions; Sort = 1; Part = 0; },
  {Element = (0008,0022); Name = AcquisitionDate; Sort = 1; Part = 0; },
  {Element = (0008,0032); Name = AcquisitionTime; Sort = 1; Part = 0; },
  {Element = (0008,0023); Name = ContentDate; Sort = 1; Part = 0; },
  {Element = (0008,0033); Name = ContentTime; Sort = 1; Part = 0; },
  {Element = (0020,0032); Name = ImagePositionPatient; Sort = 1; Part = 0; },
  {Element = (0054,0020); Name = DetectorVector; Sort = 1; Part = 0; },
  {Element = (0054,0100); Name = TimeSliceVector; Sort = 1; Part = 0; },
  {Element = (0054,0070); Name = TimeSlotVector; Sort = 1; Part = 0; },
  {Element = (0054,0080); Name = SliceVector; Sort = 1; Part = 0; },
  {Element = (0054,0090); Name = AngularViewVector; Sort = 1; Part = 0; },
)
*"
    dplConfigString3 = "*(
  {Element = (0008,0060); Name = Modality;  Sort = 1; Part = 1; },
  {Element = (0008,0020); Name = StudyDate; Sort = 1; Part = 1; },
  {Element = (0008,0008); Name = ImageType; Sort = 1; Part = 1; },
  {Element = (0018,1030); Name = ProtocolName; Sort = 1; Part = 1; },
  {Element = (0018,0050); Name = SliceThickness; Sort = 1; Part = 1; Tolerance = 0.000005; },
  {Element = (0018,0080); Name = RepetitionTime; Sort = 1; Part = 1; },
  {Element = (0018,0082); Name = InversionTime; Sort = 1; Part = 1; },
  {Element = (0018,0091); Name = EchoTrainLength; Sort = 1; Part = 1; },
  {Element = (0018,1210); Name = ConvolutionKernel; Sort = 1; Part = 1; },
  {Element = (0018,1314); Name = FlipAngle; Sort = 1; Part = 1; },
  {Element = (0018,0015); Name = BodyPartExamined; Sort = 1; Part = 1; },
  {Element = (0028,0008); Name = NumberOfFrames; Sort = 1; Part = 1; },
  {Element = (0028,0010); Name = Rows; Sort = 1; Part = 1; },
  {Element = (0028,0011); Name = Columns; Sort = 1; Part = 1; },
  {Element = (0020,0037); Name = ImageOrientationPatient; Sort = 1; Part = 1; Tolerance = 0.000005; },
  {Element = (0018,1004); Name = PlateID; Sort = 1; Part = 1; },
  {Element = (0018,1000); Name = DeviceSerialNumber; Sort = 1; Part = 1; },
  {Element = (0028,0004); Name = PhotometricInterpretation; Sort = 1; Part = 1; },
  {Element = (0028,0100); Name = BitsAllocated; Sort = 1; Part = 1; },
  {Element = (0028,0102); Name = HighBit; Sort = 1; Part = 1; },
  {Element = (0028,0103); Name = PixelRepresentation; Sort = 1; Part = 1; },
  {Element = (0018,0020); Name = ScanningSequence; Sort = 1; Part = 1; },
  {Element = (0018,0023); Name = MRAcquisitionType; Sort = 1; Part = 1; },
  {Element = (0028,0030); Name = PixelSpacing; Sort = 1; Part = 1; Tolerance = 0.00001; },
  {Element = (0054,0010); Name = EnergyWindowVector; Sort = 1; Part = 1; },
  {Element = (0054,0030); Name = PhaseVector; Sort = 1; Part = 1; },
  {Element = (0054,0060); Name = RRIntervalVector; Sort = 1; Part = 1; },
  {Element = (0054,0050); Name = RotationVector; Sort = 1; Part = 1; },
  {Element = (0020,000e); Name = SeriesInstanceUID; Sort = 1; SortCondition = "Modality = NM & !(FrameIncrementPointer = '(0054,0010)')" Part = 1; PartCondition = "Modality = NM & !(FrameIncrementPointer = '(0054,0010)')";       },
  {Element = (0008,0018); Name = SOPInstanceUID; Sort = 1; SortCondition = "Modality = NM & NumberOfFrames > 1";  Part = 1; PartCondition = "Modality = NM & NumberOfFrames > 1";  },
  {Element = (0008,0018); Name = SOPInstanceUID; Sort = 1; SortCondition = "Modality = CR | Modality = DR | Modality = MG | Modality = MX"; Part = 1; PartCondition = "Modality = CR | Modality = DR | Modality = MG | Modality = MX";  },
  {Element = (0008,1090); Name = ManufacturerModelName; Sort = 1; Part = 1; },
  {Element = (0008,1010); Name = StationName; Sort = 1; Part = 1; },
  {Element = (0008,0070); Name = Manufacturer; Sort = 1; Part = 1; },
  {Element = (0018,0020); Name = ScanningSequence; Sort = 1; Part = 1; },
  {Element = (0018,0085); Name = ImagedNucleus; Sort = 1; Part = 1; },
  {Element = (0018,0087); Name = MagneticFieldStrength; Sort = 1; Part = 1; },
  {Element = (0018,1020); Name = SoftwareVersion; Sort = 1; Part = 1; },
  {Element = (0018,5100); Name = PatientPosition; Sort = 1; Part = 1; },
  {Element = (0062,000b); Name = ReferencedSegmentNumber; Sort = 1; SortCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; Part = 1;  PartCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; },
  {Element = (0020,000e); Name = SeriesInstanceUID; Sort = 1; SortCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; Part = 1; PartCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; },
  {Element = (0020,0013); Name = InstanceNumber; Sort = 1; Part = 0; },
  {Element = (0008,0030); Name = StudyTime; Sort = 1; Part = 0; },
  {Element = (0020,0011); Name = SeriesNumber; Sort = 1; Part = 0; },
  {Element = (0008,0021); Name = SeriesDate; Sort = 1; Part = 0; },
  {Element = (0008,0031); Name = SeriesTime; Sort = 1; Part = 0; },
  {Element = (0018,0081); Name = EchoTime; Sort = 1; Part = 0; },
  {Element = (0018,0024); Name = SequenceName; Sort = 1; Part = 0; },
  {Element = (0020,0012); Name = AcquisitionNumber; Sort = 1; Part = 0; },
  {Element = (0018,0022); Name = ScanOptions; Sort = 1; Part = 0; },
  {Element = (0008,0022); Name = AcquisitionDate; Sort = 1; Part = 0; },
  {Element = (0008,0032); Name = AcquisitionTime; Sort = 1; Part = 0; },
  {Element = (0008,0023); Name = ContentDate; Sort = 1; Part = 0; },
  {Element = (0008,0033); Name = ContentTime; Sort = 1; Part = 0; },
  {Element = (0020,0032); Name = ImagePositionPatient; Sort = 1; Part = 0; },
  {Element = (0054,0020); Name = DetectorVector; Sort = 1; Part = 0; },
  {Element = (0054,0100); Name = TimeSliceVector; Sort = 1; Part = 0; },
  {Element = (0054,0070); Name = TimeSlotVector; Sort = 1; Part = 0; },
  {Element = (0054,0080); Name = SliceVector; Sort = 1; Part = 0; },
  {Element = (0054,0090); Name = AngularViewVector; Sort = 1; Part = 0; },
)
*"
    dplUsedConfig = UserConfig1
    relativeDistanceTolerance = 0.25
    absoluteDistanceTolerance = 0.02
    positionToleranceMM = 0.0999
    seriesBasedPreprocessingCondition = FALSE
    force2DPlusTCondition = "Modality == XA | Modality == US | Modality == RF"
    logPartingAndSortingInformation = FALSE
    dplScanRecursively = FALSE
    decomposeMultiFrameFiles = TRUE
    copyFullFunctionalGroupSequences = TRUE
    removePrivateMFSQTag = FALSE
    forceOrthogonalWorldMatrix = FALSE
    decomposeTo3DVolumes = FALSE
    allowMixedPixelTypes = FALSE
    copyPrivateTopLevelSourceTags = FALSE
    dplHardOverwriteTagOn0 = FALSE
    dplHardOverwriteTagId0 = ""
    dplHardOverwriteTagStr0 = ""
    dplHardOverwriteTagOn1 = FALSE
    dplHardOverwriteTagId1 = ""
    dplHardOverwriteTagStr1 = ""
    dplHardOverwriteTagOn2 = FALSE
    dplHardOverwriteTagId2 = ""
    dplHardOverwriteTagStr2 = ""
    dplHardOverwriteTagOn3 = FALSE
    dplHardOverwriteTagId3 = ""
    dplHardOverwriteTagStr3 = ""
    dplAllowSortingAccordingToDimensionIndexValues = Auto
    dplWorkaroundValueForImageOrientationPatientTag = ""
    composeOtherFilesMode = Single
    silentTrialFileTypes = ".dat .raw .txt"
    source = ""
    guiCachePath = ""
  }
}
module FileListFilterPlugin {
  internal  {
    frame = "693 -915 136 56"
    moduleGroupName = ""
    windows  {
      window _default {
        geometry = "624 534 1230 619"
        sizeHint = "776 619"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = FileListFilterPlugin2
    volumeLabel = ""
    volumeConfig = "*(
  {Element = (0008,0060); Name = Modality;  Sort = 1; Part = 1; },
  {Element = (0008,0020); Name = StudyDate; Sort = 1; Part = 1; },
  {Element = (0008,0008); Name = ImageType; Sort = 1; Part = 1; },
  {Element = (0018,1030); Name = ProtocolName; Sort = 1; Part = 1; },
  {Element = (0018,0050); Name = SliceThickness; Sort = 1; Part = 1; Tolerance = 0.000005; },
  {Element = (0018,0080); Name = RepetitionTime; Sort = 1; Part = 1; },
  {Element = (0018,0082); Name = InversionTime; Sort = 1; Part = 1; },
  {Element = (0018,0091); Name = EchoTrainLength; Sort = 1; Part = 1; },
  {Element = (0018,1210); Name = ConvolutionKernel; Sort = 1; Part = 1; },
  {Element = (0018,1314); Name = FlipAngle; Sort = 1; Part = 1; },
  {Element = (0018,0015); Name = BodyPartExamined; Sort = 1; Part = 1; },
  {Element = (0028,0008); Name = NumberOfFrames; Sort = 1; Part = 1; },
  {Element = (0028,0010); Name = Rows; Sort = 1; Part = 1; },
  {Element = (0028,0011); Name = Columns; Sort = 1; Part = 1; },
  {Element = (0020,0037); Name = ImageOrientationPatient; Sort = 1; Part = 1; Tolerance = 0.000005; },
  {Element = (0018,1004); Name = PlateID; Sort = 1; Part = 1; },
  {Element = (0018,1000); Name = DeviceSerialNumber; Sort = 1; Part = 1; },
  {Element = (0028,0004); Name = PhotometricInterpretation; Sort = 1; Part = 1; },
  {Element = (0028,0100); Name = BitsAllocated; Sort = 1; Part = 1; },
  {Element = (0028,0102); Name = HighBit; Sort = 1; Part = 1; },
  {Element = (0028,0103); Name = PixelRepresentation; Sort = 1; Part = 1; },
  {Element = (0018,0020); Name = ScanningSequence; Sort = 1; Part = 1; },
  {Element = (0018,0023); Name = MRAcquisitionType; Sort = 1; Part = 1; },
  {Element = (0028,0030); Name = PixelSpacing; Sort = 1; Part = 1; Tolerance = 0.00001; },
  {Element = (0054,0010); Name = EnergyWindowVector; Sort = 1; Part = 1; },
  {Element = (0054,0030); Name = PhaseVector; Sort = 1; Part = 1; },
  {Element = (0054,0060); Name = RRIntervalVector; Sort = 1; Part = 1; },
  {Element = (0054,0050); Name = RotationVector; Sort = 1; Part = 1; },
  {Element = (0020,000e); Name = SeriesInstanceUID; Sort = 1; SortCondition = "Modality = NM & !(FrameIncrementPointer = '(0054,0010)')" Part = 1; PartCondition = "Modality = NM & !(FrameIncrementPointer = '(0054,0010)')";       },
  {Element = (0008,0018); Name = SOPInstanceUID; Sort = 1; SortCondition = "Modality = NM & NumberOfFrames > 1";  Part = 1; PartCondition = "Modality = NM & NumberOfFrames > 1";  },
  {Element = (0008,0018); Name = SOPInstanceUID; Sort = 1; SortCondition = "Modality = CR | Modality = DR | Modality = MG | Modality = MX"; Part = 1; PartCondition = "Modality = CR | Modality = DR | Modality = MG | Modality = MX";  },
  {Element = (0008,1090); Name = ManufacturerModelName; Sort = 1; Part = 1; },
  {Element = (0008,1010); Name = StationName; Sort = 1; Part = 1; },
  {Element = (0008,0070); Name = Manufacturer; Sort = 1; Part = 1; },
  {Element = (0018,0020); Name = ScanningSequence; Sort = 1; Part = 1; },
  {Element = (0018,0085); Name = ImagedNucleus; Sort = 1; Part = 1; },
  {Element = (0018,0087); Name = MagneticFieldStrength; Sort = 1; Part = 1; },
  {Element = (0018,1020); Name = SoftwareVersion; Sort = 1; Part = 1; },
  {Element = (0018,5100); Name = PatientPosition; Sort = 1; Part = 1; },
  {Element = (0062,000b); Name = ReferencedSegmentNumber; Sort = 1; SortCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; Part = 1;  PartCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; },
  {Element = (0020,000e); Name = SeriesInstanceUID; Sort = 1; SortCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; Part = 1; PartCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; },
  {Element = (0020,0013); Name = InstanceNumber; Sort = 1; Part = 0; },
  {Element = (0008,0030); Name = StudyTime; Sort = 1; Part = 0; },
  {Element = (0020,0011); Name = SeriesNumber; Sort = 1; Part = 0; },
  {Element = (0008,0021); Name = SeriesDate; Sort = 1; Part = 0; },
  {Element = (0008,0031); Name = SeriesTime; Sort = 1; Part = 0; },
  {Element = (0018,0081); Name = EchoTime; Sort = 1; Part = 0; },
  {Element = (0018,0024); Name = SequenceName; Sort = 1; Part = 0; },
  {Element = (0020,0012); Name = AcquisitionNumber; Sort = 1; Part = 0; },
  {Element = (0018,0022); Name = ScanOptions; Sort = 1; Part = 0; },
  {Element = (0008,0022); Name = AcquisitionDate; Sort = 1; Part = 0; },
  {Element = (0008,0032); Name = AcquisitionTime; Sort = 1; Part = 0; },
  {Element = (0008,0023); Name = ContentDate; Sort = 1; Part = 0; },
  {Element = (0008,0033); Name = ContentTime; Sort = 1; Part = 0; },
  {Element = (0020,0032); Name = ImagePositionPatient; Sort = 1; Part = 0; },
  {Element = (0054,0020); Name = DetectorVector; Sort = 1; Part = 0; },
  {Element = (0054,0100); Name = TimeSliceVector; Sort = 1; Part = 0; },
  {Element = (0054,0070); Name = TimeSlotVector; Sort = 1; Part = 0; },
  {Element = (0054,0080); Name = SliceVector; Sort = 1; Part = 0; },
  {Element = (0054,0090); Name = AngularViewVector; Sort = 1; Part = 0; },
)
*"
    processingSettings = ""
    clearPassFlagBeforeFiltering = FALSE
    labelAssignMode = DoNotChangeLabel
    configAssignMode = DoNotChangeConfig
    processingSettingsAssignMode = DoNotChangeProcSettings
    allowRecursiveTagSearch = FALSE
    applyFilePathFilter = FALSE
    pathFilterRegEx = ".*"
    invertPathFilterRegEx = FALSE
    setPassFlagOnPathMatches = TRUE
    clearPassFlagOnPathMismatches = FALSE
    regExStatus = ""
    applyTagStringFilter = TRUE
    tagStringFilterTagId = (0008,103e)
    tagStringFilterTagValueIndex = -1
    tagStringFilterPrivateCreator = ""
    checkOnlyFirstRecursiveTagString = TRUE
    tagStringEvalRegEx = ".*T1w.*"
    invertTagStringEvalRegEx = FALSE
    setTagStrEvalPassFlagOnPathMatches = FALSE
    clearTagStrEvalPassFlagOnPathMismatches = TRUE
    tagFilterRegExStatus = ""
    applyTagValueFilter = FALSE
    treeFilterEx = 0
    tagId0 = (0000,0000)
    tagId0ValueIndex = -1
    tagId0PrivateCreator = ""
    tagId1 = (0000,0000)
    tagId1ValueIndex = -1
    tagId1PrivateCreator = ""
    tagId2 = (0000,0000)
    tagId2ValueIndex = -1
    tagId2PrivateCreator = ""
    tagId3 = (0000,0000)
    tagId3ValueIndex = -1
    tagId3PrivateCreator = ""
    const0 = 0
    const1 = 0
    const2 = 0
    const3 = 0
    rangeMin = -1
    rangeMax = 1
    setPassFlagOnTagValueMatches = FALSE
    clearPassFlagOnTagValueMismatches = TRUE
    treeFilterStatus = ""
  }
}
module FileListFilterPlugin {
  internal  {
    frame = "693 -763 136 56"
    moduleGroupName = ""
    windows  {
      window _default {
        geometry = "2522 227 1230 619"
        sizeHint = "776 619"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = FileListFilterPlugin3
    volumeLabel = ""
    volumeConfig = "*(
  {Element = (0008,0060); Name = Modality;  Sort = 1; Part = 1; },
  {Element = (0008,0020); Name = StudyDate; Sort = 1; Part = 1; },
  {Element = (0008,0008); Name = ImageType; Sort = 1; Part = 1; },
  {Element = (0018,1030); Name = ProtocolName; Sort = 1; Part = 1; },
  {Element = (0018,0050); Name = SliceThickness; Sort = 1; Part = 1; Tolerance = 0.000005; },
  {Element = (0018,0080); Name = RepetitionTime; Sort = 1; Part = 1; },
  {Element = (0018,0082); Name = InversionTime; Sort = 1; Part = 1; },
  {Element = (0018,0091); Name = EchoTrainLength; Sort = 1; Part = 1; },
  {Element = (0018,1210); Name = ConvolutionKernel; Sort = 1; Part = 1; },
  {Element = (0018,1314); Name = FlipAngle; Sort = 1; Part = 1; },
  {Element = (0018,0015); Name = BodyPartExamined; Sort = 1; Part = 1; },
  {Element = (0028,0008); Name = NumberOfFrames; Sort = 1; Part = 1; },
  {Element = (0028,0010); Name = Rows; Sort = 1; Part = 1; },
  {Element = (0028,0011); Name = Columns; Sort = 1; Part = 1; },
  {Element = (0020,0037); Name = ImageOrientationPatient; Sort = 1; Part = 1; Tolerance = 0.000005; },
  {Element = (0018,1004); Name = PlateID; Sort = 1; Part = 1; },
  {Element = (0018,1000); Name = DeviceSerialNumber; Sort = 1; Part = 1; },
  {Element = (0028,0004); Name = PhotometricInterpretation; Sort = 1; Part = 1; },
  {Element = (0028,0100); Name = BitsAllocated; Sort = 1; Part = 1; },
  {Element = (0028,0102); Name = HighBit; Sort = 1; Part = 1; },
  {Element = (0028,0103); Name = PixelRepresentation; Sort = 1; Part = 1; },
  {Element = (0018,0020); Name = ScanningSequence; Sort = 1; Part = 1; },
  {Element = (0018,0023); Name = MRAcquisitionType; Sort = 1; Part = 1; },
  {Element = (0028,0030); Name = PixelSpacing; Sort = 1; Part = 1; Tolerance = 0.00001; },
  {Element = (0054,0010); Name = EnergyWindowVector; Sort = 1; Part = 1; },
  {Element = (0054,0030); Name = PhaseVector; Sort = 1; Part = 1; },
  {Element = (0054,0060); Name = RRIntervalVector; Sort = 1; Part = 1; },
  {Element = (0054,0050); Name = RotationVector; Sort = 1; Part = 1; },
  {Element = (0020,000e); Name = SeriesInstanceUID; Sort = 1; SortCondition = "Modality = NM & !(FrameIncrementPointer = '(0054,0010)')" Part = 1; PartCondition = "Modality = NM & !(FrameIncrementPointer = '(0054,0010)')";       },
  {Element = (0008,0018); Name = SOPInstanceUID; Sort = 1; SortCondition = "Modality = NM & NumberOfFrames > 1";  Part = 1; PartCondition = "Modality = NM & NumberOfFrames > 1";  },
  {Element = (0008,0018); Name = SOPInstanceUID; Sort = 1; SortCondition = "Modality = CR | Modality = DR | Modality = MG | Modality = MX"; Part = 1; PartCondition = "Modality = CR | Modality = DR | Modality = MG | Modality = MX";  },
  {Element = (0008,1090); Name = ManufacturerModelName; Sort = 1; Part = 1; },
  {Element = (0008,1010); Name = StationName; Sort = 1; Part = 1; },
  {Element = (0008,0070); Name = Manufacturer; Sort = 1; Part = 1; },
  {Element = (0018,0020); Name = ScanningSequence; Sort = 1; Part = 1; },
  {Element = (0018,0085); Name = ImagedNucleus; Sort = 1; Part = 1; },
  {Element = (0018,0087); Name = MagneticFieldStrength; Sort = 1; Part = 1; },
  {Element = (0018,1020); Name = SoftwareVersion; Sort = 1; Part = 1; },
  {Element = (0018,5100); Name = PatientPosition; Sort = 1; Part = 1; },
  {Element = (0062,000b); Name = ReferencedSegmentNumber; Sort = 1; SortCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; Part = 1;  PartCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; },
  {Element = (0020,000e); Name = SeriesInstanceUID; Sort = 1; SortCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; Part = 1; PartCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; },
  {Element = (0020,0013); Name = InstanceNumber; Sort = 1; Part = 0; },
  {Element = (0008,0030); Name = StudyTime; Sort = 1; Part = 0; },
  {Element = (0020,0011); Name = SeriesNumber; Sort = 1; Part = 0; },
  {Element = (0008,0021); Name = SeriesDate; Sort = 1; Part = 0; },
  {Element = (0008,0031); Name = SeriesTime; Sort = 1; Part = 0; },
  {Element = (0018,0081); Name = EchoTime; Sort = 1; Part = 0; },
  {Element = (0018,0024); Name = SequenceName; Sort = 1; Part = 0; },
  {Element = (0020,0012); Name = AcquisitionNumber; Sort = 1; Part = 0; },
  {Element = (0018,0022); Name = ScanOptions; Sort = 1; Part = 0; },
  {Element = (0008,0022); Name = AcquisitionDate; Sort = 1; Part = 0; },
  {Element = (0008,0032); Name = AcquisitionTime; Sort = 1; Part = 0; },
  {Element = (0008,0023); Name = ContentDate; Sort = 1; Part = 0; },
  {Element = (0008,0033); Name = ContentTime; Sort = 1; Part = 0; },
  {Element = (0020,0032); Name = ImagePositionPatient; Sort = 1; Part = 0; },
  {Element = (0054,0020); Name = DetectorVector; Sort = 1; Part = 0; },
  {Element = (0054,0100); Name = TimeSliceVector; Sort = 1; Part = 0; },
  {Element = (0054,0070); Name = TimeSlotVector; Sort = 1; Part = 0; },
  {Element = (0054,0080); Name = SliceVector; Sort = 1; Part = 0; },
  {Element = (0054,0090); Name = AngularViewVector; Sort = 1; Part = 0; },
)
*"
    processingSettings = ""
    clearPassFlagBeforeFiltering = FALSE
    labelAssignMode = DoNotChangeLabel
    configAssignMode = DoNotChangeConfig
    processingSettingsAssignMode = DoNotChangeProcSettings
    allowRecursiveTagSearch = FALSE
    applyFilePathFilter = FALSE
    pathFilterRegEx = ".*"
    invertPathFilterRegEx = FALSE
    setPassFlagOnPathMatches = TRUE
    clearPassFlagOnPathMismatches = FALSE
    regExStatus = ""
    applyTagStringFilter = FALSE
    tagStringFilterTagId = (0008,0008)
    tagStringFilterTagValueIndex = -1
    tagStringFilterPrivateCreator = ""
    checkOnlyFirstRecursiveTagString = TRUE
    tagStringEvalRegEx = ".*"
    invertTagStringEvalRegEx = FALSE
    setTagStrEvalPassFlagOnPathMatches = FALSE
    clearTagStrEvalPassFlagOnPathMismatches = TRUE
    tagFilterRegExStatus = ""
    applyTagValueFilter = TRUE
    treeFilterEx = t0-c0
    tagId0 = (0028,0008)
    tagId0ValueIndex = -1
    tagId0PrivateCreator = ""
    tagId1 = (0000,0000)
    tagId1ValueIndex = -1
    tagId1PrivateCreator = ""
    tagId2 = (0000,0000)
    tagId2ValueIndex = -1
    tagId2PrivateCreator = ""
    tagId3 = (0000,0000)
    tagId3ValueIndex = -1
    tagId3PrivateCreator = ""
    const0 = 1
    const1 = 0
    const2 = 0
    const3 = 0
    rangeMin = 1
    rangeMax = 1000000
    setPassFlagOnTagValueMatches = FALSE
    clearPassFlagOnTagValueMismatches = TRUE
    treeFilterStatus = ""
  }
}
module DicomFrameTagInfo {
  internal  {
    frame = "669 -1179 152 56"
    moduleGroupName = ""
    windows  {
      window _default {
        geometry = "916 193 621 323"
        sizeHint = "354 323"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = DicomFrameTagInfo6
    tagName = ImageType
  }
}
module StringSplit {
  internal  {
    frame = "841 -1339 96 56"
    moduleGroupName = "Preprocess T1w file name"
    windows  {
      window _default {
        geometry = "2640 421 944 720"
        sizeHint = "500 720"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = StringSplit4
    inString = ""
    separators = #
    trimWhitespace = TRUE
    selectedSubStringIndex = 8
    searchSubstring = ""
    searchIgnoreCase = FALSE
  }
}
module StringUtils {
  internal  {
    frame = "809 -1467 96 72"
    moduleGroupName = "Preprocess T1w file name"
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "828 518 923 336"
        sizeHint = "370 331"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = StringUtils6
    operationType = Replace
    string1 = ""
    string2 = "***"
    string3 = ""
    string4 = ""
    string5 = ""
    string6 = ""
    stringPrefix = [
    stringPostfix = ]
    toggle1 = TRUE
    toggle2 = TRUE
    toggle3 = FALSE
    toggle4 = FALSE
    toggle5 = FALSE
    toggle6 = FALSE
    togglePrefix = FALSE
    togglePostfix = FALSE
    separator = ""
    selectSeparator = 0
    toggleIgnoreCase = FALSE
    inPos1 = 0
    inPos2 = 0
  }
}
module StringUtils {
  internal  {
    frame = "809 -1571 96 72"
    moduleGroupName = "Preprocess T1w file name"
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "1082 159 787 204"
        sizeHint = "234 204"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = StringUtils8
    operationType = Replace
    string1 = ""
    string2 = .dcm
    string3 = ""
    string4 = ""
    string5 = ""
    string6 = ""
    stringPrefix = [
    stringPostfix = ]
    toggle1 = TRUE
    toggle2 = TRUE
    toggle3 = FALSE
    toggle4 = FALSE
    toggle5 = FALSE
    toggle6 = FALSE
    togglePrefix = FALSE
    togglePostfix = FALSE
    separator = ""
    selectSeparator = 0
    toggleIgnoreCase = FALSE
    inPos1 = 0
    inPos2 = 0
  }
}
module StringUtils {
  internal  {
    frame = "797 -1891 104 72"
    moduleGroupName = "Preprocess T1w file name"
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "1976 254 787 448"
        sizeHint = "234 204"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = StringUtils9
    operationType = Concatenate
    string1 = MLoutput/
    string2 = _T1W
    string3 = ""
    string4 = .nii
    string5 = ""
    string6 = ""
    stringPrefix = [
    stringPostfix = ]
    toggle1 = TRUE
    toggle2 = TRUE
    toggle3 = FALSE
    toggle4 = FALSE
    toggle5 = FALSE
    toggle6 = FALSE
    togglePrefix = FALSE
    togglePostfix = FALSE
    separator = ""
    selectSeparator = 0
    toggleIgnoreCase = FALSE
    inPos1 = 0
    inPos2 = 0
  }
}
module FileInformation {
  internal  {
    frame = "933 -1643 120 56"
    moduleGroupName = "Preprocess T1w file name"
    windows  {
      window _default {
        geometry = "1095 481 829 377"
        sizeHint = "266 377"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = FileInformation4
    path = ""
    dirname = ""
    filename = ""
    basename = ""
    extension = ""
  }
}
module StringUtils {
  internal  {
    frame = "973 -1779 104 72"
    moduleGroupName = "Preprocess T1w file name"
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "2389 338 923 575"
        sizeHint = "370 331"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = StringUtils10
    operationType = Concatenate
    string1 = ""
    string2 = MLoutput/
    string3 = ""
    string4 = .nii
    string5 = ""
    string6 = ""
    stringPrefix = [
    stringPostfix = ]
    toggle1 = TRUE
    toggle2 = TRUE
    toggle3 = TRUE
    toggle4 = FALSE
    toggle5 = FALSE
    toggle6 = FALSE
    togglePrefix = FALSE
    togglePostfix = FALSE
    separator = ""
    selectSeparator = 0
    toggleIgnoreCase = FALSE
    inPos1 = 0
    inPos2 = 0
  }
}
module ImageSave {
  internal  {
    frame = "653 -2003 104 72"
    moduleGroupName = "Preprocess T1w file name"
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "45 151 1411 500"
        sizeHint = "401 500"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = ImageSave2
    taskVerboseLogging = FALSE
    filename = "C:/Users/khespen/Documents/2. Qflow/2. Data/Marjolijn/enhanced_unanom/DICOM/MLoutput/9495487_06_02_sagmip 4 -2 T1w 3D TFE pulsate_T1W.dcm"
    format = DICOM
    comment = MeVisLab
    allowOverwrite = TRUE
    autoFilename = FALSE
    sourceName = ""
    postfix = .result1
    dicomNameUsed = TRUE
    dicomMetaHeader = TRUE
    dicomDerived = FALSE
    dicomDerivedImageType = "OTHER\\MEVISLAB"
    dicomDiscardTags = None
    dicomStoreTimeInfo = None
    dicomSetWindow = FALSE
    dicomWindowCenter = 0
    dicomWindowWidth = 0
    dicomIgnoreHalfVoxelShift = FALSE
    tiffCompression = None
    tiffTileX = 128
    tiffTileY = 128
    tiffTileXAuto = TRUE
    tiffTileYAuto = TRUE
    tiffLinearRGB = FALSE
    saveDicomHeaderOnly = FALSE
    pngCompression = Default
    pngInterlaced = FALSE
    jpegQuality = 75
    jpegProgressive = FALSE
  }
}
module Switch {
  internal  {
    frame = "873 2077 144 72"
    moduleGroupName = ""
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "651 680 200 64"
        sizeHint = "200 64"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = Switch1
    currentInput = 0
    numberOfInputs = 5
  }
}
module Bypass {
  internal  {
    frame = "2589 1069 104 56"
    moduleGroupName = ""
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "2837 620 120 20"
        sizeHint = "100 20"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = Bypass
    noBypass = FALSE
  }
}
module FieldListener {
  internal  {
    frame = "1245 2381 104 56"
    moduleGroupName = ""
    windows  {
      window _default {
        geometry = "665 575 700 296"
        sizeHint = "635 296"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = FieldListener
    mode = MLImage
    inParameter = ""
    enableConsoleLog = FALSE
    shouldAutoUpdate = TRUE
  }
}
module SoView2DAnnotation {
  internal  {
    frame = "1117 109 152 56"
    moduleGroupName = ""
    windows  {
      window _default {
        geometry = "2575 238 777 571"
        sizeHint = "711 571"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = SoView2DAnnotation
    interactionProviderID = ""
    drawingOn = TRUE
    editingOn = TRUE
    fixZOn = TRUE
    color = "1 1 1"
    selectionTolerance = 4
    needsValidVoxel = FALSE
    button1 = IGNORED
    button2 = IGNORED
    button3 = IGNORED
    shift = IGNORED
    control = IGNORED
    alt = IGNORED
    wantsAllEvents = TRUE
    wantsKeyEvents = TRUE
    wantsMouseWheelEvents = FALSE
    setEventHandled = FALSE
    ignoreHandledEvents = FALSE
    createNewMode = FALSE
    renderOnSlab = TRUE
    clipToSlice = TRUE
    cursorShape = UNDEFINED_CURSOR
    annotationMode = ANNO_MODE_MR
    showOrientation = ANNO_ORIENTATION_OFF
    drawNegativeOrientation = FALSE
    drawPositiveOrientation = FALSE
    orientationColor = "1 1 1"
    verticalRuler = FALSE
    horizontalRuler = FALSE
    verticalRulerMarginRight = 8
    horizontalRulerMarginBottom = 8
    showTechnicalInfo = FALSE
    showAnnotation = ANNO_SHOW_DETAILED
    annotationFontSize = ANNO_SIZE_AUTO
    minDetailFontSize = 10
    maxDetailFontSize = 18
    minShortFontSize = 8
    maxShortFontSize = 12
    userDetailFontSize = 12
    userShortFontSize = 10
    rulerFontSize = 12
    textShadow = TRUE
    rulerShadow = TRUE
    annotationUserTopLeft = "$(PatientsName)
$(PatientID) $(PatientsSex)
$(PatientsBirthDate)"
    annotationUserTopRight = "$(InstitutionName)
$(ManufacturersModelName)
$(Modality)"
    annotationUserBottomLeft = "slice: $(slice)
$(SeriesDescription)"
    annotationUserBottomRight = "User Mode
acquisition: $(AcquisitionDate)"
    annotationUserBottomCenter = ""
    annotationCTTopLeft = "$(PatientsName)
$(PatientID) $(PatientsSex)
$(PatientsBirthDate)"
    annotationCTTopRight = "$(InstitutionName)
$(ManufacturersModelName)
$(Modality)"
    annotationCTBottomLeft = "slice: $(slice)
timepoint: $(timepoint)
$(sizex),$(sizey),$(sizez),$(sizec),$(sizet)
$(voxelx),$(voxely),$(voxelz)
$(SeriesDescription)"
    annotationCTBottomRight = "CT Mode
acquisition: $(AcquisitionDate)"
    annotationCTBottomCenter = ""
    annotationMRTopLeft = ""
    annotationMRTopRight = ""
    annotationMRBottomLeft = "Path length: $(input00) mm"
    annotationMRBottomRight = ""
    annotationMRBottomCenter = ""
    shortTopLeft = "$(PatientsName)
$(PatientID)"
    shortTopRight = $(Modality)
    shortBottomLeft = "Slice: $(slice)"
    shortBottomRight = ""
    shortBottomCenter = ""
    abreviateChars = -1
    abreviateShortChars = 16
    input00 = 0.00
    input01 = ""
    input02 = ""
    input03 = ""
    input04 = ""
    input05 = ""
    input06 = ""
    input07 = ""
    input08 = ""
    input09 = ""
    numInput00 = 0
    numInput01 = 0
    numInput02 = 0
    numInput03 = 0
    numInput04 = 0
    numInput05 = 0
    numInput06 = 0
    numInput07 = 0
    numInput08 = 0
    numInput09 = 0
    fontWidthDummyString = ""
    targetWidth = 0
    targetHeight = 0
    orientationModel = FALSE
    orientationModelPosition = ANNO_BOTTOM_RIGHT
    marginTop = 4
    marginBottom = 34
    marginLeft = 9
    marginRight = 2
    orientationModelRelativeSize = 0.125
    orientationModelMinSize = 24
    orientationModelMaxSize = 128
    orientationModelRelativeVerticalOffset = -0.1
    orientationModelMinVerticalOffset = 0
    orientationModelMaxVerticalOffset = 128
    orientationModelRelativeHorizontalOffset = -0.1
    orientationModelMinHorizontalOffset = 0
    orientationModelMaxHorizontalOffset = 128
    orientationModelColor = "1 1 1"
    orientationAndScaleFromCamera = FALSE
    drawBackgroundBox = FALSE
    backgroundColor = "0.200000002980232 0.200000002980232 0.699999988079071"
    backgroundOpacity = 0.5
    backgroundEdgeColor = "0.200000002980232 0.200000002980232 0.699999988079071"
    backgroundEdgeOpacity = 0.5
  }
}
module SoToggle {
  internal  {
    frame = "1185 -7 96 64"
    moduleGroupName = ""
    windows  {
      window _default {
        geometry = "104 126 120 33"
        sizeHint = "64 33"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = annotation
    whichChild = -3
    on = TRUE
  }
}
module SoView2D {
  internal  {
    frame = "1321 105 96 64"
    moduleGroupName = ""
    windows  {
      window _default {
        geometry = "2932 457 728 501"
        sizeHint = "439 501"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = annoview2d
    interactionProviderID = ""
    viewerId = viewer
    startSlice = 0
    sliceStep = 1
    numSlices = 1
    numXSlices = 1
    maxSlice = 0
    keepSlicesInView = FALSE
    slab = 1
    lowerLeft = "0 0"
    upperRight = "1 1"
    margin = "5 5"
    spacing = "4 4"
    sliceZoom = 1
    sliceZoomSynchronized = 1
    zoomCenter = "0.5 0.5"
    minSliceZoomKeyboard = 1
    sliceOrigin = "0 0"
    viewingCenter = "0 0 0"
    enableViewingCenter = FALSE
    unzoomOnImageChange = FALSE
    drawImageData = FALSE
    timePoint = 0
    maxTimePoint = 0
    snapToCenter = FALSE
    standardKeys = TRUE
    standardKeysNumbers = FALSE
    standardKeysNeedValidPosition = FALSE
    passHandledFlagToInventor = FALSE
    reverseExtensionDrawingOrder = FALSE
    blendMode = BLEND_REPLACE
    filterMode = FILTER_LINEAR
    cacheMode = SLICE_CACHING_OFF
    sliceAlignX = SLICE_ALIGNX_CENTER
    sliceAlignY = SLICE_ALIGNY_CENTER
    useShaders = TRUE
    applyLut = TRUE
    lutPrecision = VIEW2D_LUT_AUTO
    zoomMode = VIEW2D_FIXED_MM_PER_VIEWER_WIDTH
    zoomModeParameter = 1
    invertKeyPanningDirections = FALSE
    invertKeySlicingDirection = FALSE
    overrideAspectRatio = FALSE
    overrideAspectRatioValue = 1
    alphaFactor = 1
    baseColor = "1 1 1"
    backgroundAlphaFactor = 0
    backgroundColor = "0 0 0"
    cineCenterT = 0
    cineIntervalT = 0
    cineCenterZ = 0
    cineIntervalZ = 0
    cineMode = CINE_Z
    cineDirection = CINE_PINGPONG
    cineRepeat = CINE_ONCE
    cineSpeed = 0.1
    cineFullRangeZ = TRUE
    cineFullRangeT = TRUE
    cineAlwaysReset = TRUE
    deletingEnabled = TRUE
    handle2DEvents = TRUE
    handle3DEvents = TRUE
    useManagedInteraction = FALSE
    devicePixelSize = 1
    enableZBuffer = TRUE
    enableZWrite = TRUE
  }
}
module Arithmetic0 {
  internal  {
    frame = "1117 293 104 72"
    moduleGroupName = ""
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "1024 471 460 241"
        sizeHint = "447 241"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = Arithmetic03
    debugLevel = 0
    arg1 = "0 0 0"
    arg1X = 0
    arg1XAsVec = FALSE
    operation = Add
    arg2 = "0 0 0"
    arg2X = 0
    arg2XAsVec = FALSE
    resultsAsPercent = FALSE
    formatString = %0.2f
  }
}
module StringUtils {
  internal  {
    frame = "1469 2141 104 72"
    moduleGroupName = ""
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "1060 260 234 209"
        sizeHint = "234 206"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = StringUtils11
    operationType = Compare
    string1 = Invalid
    string2 = Valid
    string3 = ""
    string4 = ""
    string5 = ""
    string6 = ""
    stringPrefix = [
    stringPostfix = ]
    toggle1 = TRUE
    toggle2 = TRUE
    toggle3 = FALSE
    toggle4 = FALSE
    toggle5 = FALSE
    toggle6 = FALSE
    togglePrefix = FALSE
    togglePostfix = FALSE
    separator = ""
    selectSeparator = 0
    toggleIgnoreCase = FALSE
    inPos1 = 0
    inPos2 = 0
  }
}
module Bypass {
  internal  {
    frame = "1025 1989 112 56"
    moduleGroupName = ""
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "917 620 120 20"
        sizeHint = "100 20"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = Bypass1
    noBypass = FALSE
  }
}
module PythonImage {
  internal  {
    frame = "2065 -2099 112 56"
    moduleGroupName = "Phase unwrapped,static tissue corrected"
  }
  fields  {
    instanceName = PythonImage4
  }
}
module DicomRescale {
  internal  {
    frame = "1909 -2123 120 72"
    moduleGroupName = ""
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "839 381 289 499"
        sizeHint = "257 499"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = DicomRescale1
    useUserMin = FALSE
    useUserMax = FALSE
    userMin = 0
    userMax = 255
    outputIntercept = 0
    outputSlope = 1
    typeSelect = Automatic
  }
}
module Mask {
  internal  {
    frame = "1913 -2299 80 72"
    moduleGroupName = ""
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "791 568 441 124"
        sizeHint = "353 124"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = Mask1
    mode = Mask
    outputImageSize = InvalidateOutputIfSizesDiffer
    blending = 0.5
    background = 0
  }
}
module MERIT {
  internal  {
    frame = "2009 2869 144 56"
    moduleGroupName = "Image registration"
    windows  {
      window _default {
        geometry = "646 569 1542 559"
        sizeHint = "1000 472"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = MERIT
    iterateNumberOfTimesNumber = 1
    iterateAutomaticallyStopLevel = 1
    iterateAutomaticallyMaximumNumberOfIterations = 300
    iterateAutomaticallyMaximumNumberOfLastLevelIterations = 20
    iterateAutomaticallyMinimumNumberOfLevelIterations = 3
    iterateAutomaticallyMinimumNumberOfLastLevelIterations = 8
    iterateAutomaticallyTau = 1e-08
    iterateAutomaticallyMaxRunTime = 600
    autoCalcNumberOfLevels = TRUE
    iterateAutomaticallyNumberOfLevels = 7
    iterateAutomaticallyScaleFactor = 0.75
    registrationStepSizeControl = Armijo
    registrationStartStepSize = 1
    registrationMinStepSize = 1e-07
    registrationStepSizeReduceFactor = 0.5
    registrationStepSizeSufficientDecreaseFactor = 9.9999997e-05
    registrationSlopeSufDecreaseFac = 1e-07
    interpolationMode = Cubic
    transformationMode = Translation
    isInverseTransformationEnabled = FALSE
    transformation1 = Shear
    transformation2 = Rotation
    transformation3 = Scale
    transformation4 = Translation
    transformationMatrix = "1 2.40741243048404e-35 -3.00926553810506e-36 0
4.81482486096809e-35 1 0 -3.5527136788005e-15
6.01853107621011e-36 2.77555756156289e-17 1 0
0 0 0 1"
    deformedTemplateImageMatrix = "0.78125 -2.41983757265633e-20 1.48863229910246e-19 -138.32231521606
-1.47320352109375e-19 -0.107280120904613 0.792419583416116 -17.9254467115598
-4.006512203125e-21 -0.773849170160886 -0.109854571141286 97.4969892665098
0 0 0 1"
    updateTransformationMatrix = FALSE
    testMode = Registration
    similarityMeasureMode = SSD
    similarityMutualInformationBinSizeNumber = 64
    vectorizationMode = None
    registrationFiniteDifferencesTranslation = 0.1
    registrationFiniteDifferencesRotation = 0.0099999998
    registrationFiniteDifferencesScale = 0.0099999998
    registrationFiniteDifferencesShear = 0.0099999998
    registrationType = Linear
    registrationPluginName = ""
    curveOutputTypes = "Error and relative error combined"
    drawCurveOutput = TRUE
    outputInterpolationMode = Linear
    isZAxisResampling = TRUE
    registrationDimensionType = 3-D
    isDelayedLoad = FALSE
    openMPNumberOfThreads = 6
    isUpdateCurrentStatus = TRUE
    undefinedRegionsFillValue = 0
    isComputeLinearDeformationField = TRUE
    initMode = "Image center equalization"
    isInitPositioning = FALSE
    initTolerance = 0.25
    isEnsureInitDecreasesError = FALSE
    initTranslationArea = "-0.25 0.25 40 -0.25 0.25 40 -0.25 0.25 40 "
    inputInitMatrix = "1 0 0 0
0 1 0 0
0 0 1 0
0 0 0 1"
    outputInitMatrix = "1 0 0 0
0 1 0 0
0 0 1 0
0 0 0 1"
    isInvalidateFields = FALSE
    isReformatOutputImages = FALSE
    linearTransformationParameters = "0 0 0 0 0 0 1 1 1 0 0 0 "
    isStoreTimeStep = FALSE
    storeTimeStepsIntervalSize = 1
    registrationOptimizationMethod = Newton
  }
}
module SetWorldMatrix {
  internal  {
    frame = "2285 2685 120 56"
    moduleGroupName = "Image registration"
    windows  {
      window _default {
        geometry = "743 463 506 335"
        sizeHint = "449 335"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = SetWorldMatrix
    center = "0 0 0"
    scaleOrientation = "0 0 1 0"
    scale = "1 1 1"
    rotation = "0 0 1 0"
    translation = "0 0 0"
    sourceUsage = Ignore
    referenceUsage = Forward
    elementaryUsage = Ignore
    invertResult = FALSE
    setCInfo = FALSE
    setTInfo = FALSE
    setUInfo = FALSE
  }
}
module ImageLoad {
  internal  {
    frame = "2269 2893 136 56"
    moduleGroupName = "Image registration"
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "2479 307 474 357"
        sizeHint = "474 357"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = ImageLoad3
    filename = ""
    autoLoad = TRUE
    readRaw = FALSE
    rawX = 1
    rawY = 1
    rawZ = 1
    rawC = 1
    rawT = 1
    rawU = 1
    dataTypeRaw = "unsigned int8"
    planarConfig = Contiguous
    byteOrder = LittleEndian
    dataOffset = 0
    pageSizeHint = "0 0 0 0 0 0"
    suppressErrorLog = FALSE
    dicomIgnoreHalfVoxelShift = FALSE
    enableCheckSumTests = FALSE
  }
}
module ImageSave {
  internal  {
    frame = "2261 2549 104 72"
    moduleGroupName = "Image registration"
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "1137 397 682 500"
        sizeHint = "401 500"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = ImageSave3
    taskVerboseLogging = FALSE
    filename = .temp.dcm
    format = DICOM
    comment = ""
    allowOverwrite = TRUE
    autoFilename = FALSE
    sourceName = ""
    postfix = .result1
    dicomNameUsed = TRUE
    dicomMetaHeader = TRUE
    dicomDerived = FALSE
    dicomDerivedImageType = "OTHER\\MEVISLAB"
    dicomDiscardTags = None
    dicomStoreTimeInfo = AcquisitionContent
    dicomSetWindow = FALSE
    dicomWindowCenter = 0
    dicomWindowWidth = 0
    dicomIgnoreHalfVoxelShift = FALSE
    tiffCompression = None
    tiffTileX = 128
    tiffTileY = 128
    tiffTileXAuto = TRUE
    tiffTileYAuto = TRUE
    tiffLinearRGB = FALSE
    saveDicomHeaderOnly = FALSE
    pngCompression = Default
    pngInterlaced = FALSE
    jpegQuality = 75
    jpegProgressive = FALSE
  }
}
module StringUtils {
  internal  {
    frame = "2197 2757 104 72"
    moduleGroupName = "Image registration"
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "782 465 370 331"
        sizeHint = "370 331"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = StringUtils12
    operationType = Concatenate
    string1 = ""
    string2 = .temp.dcm
    string3 = ""
    string4 = ""
    string5 = ""
    string6 = ""
    stringPrefix = [
    stringPostfix = ]
    toggle1 = TRUE
    toggle2 = TRUE
    toggle3 = FALSE
    toggle4 = FALSE
    toggle5 = FALSE
    toggle6 = FALSE
    togglePrefix = FALSE
    togglePostfix = FALSE
    separator = ""
    selectSeparator = 0
    toggleIgnoreCase = FALSE
    inPos1 = 0
    inPos2 = 0
  }
}
module ImageCache {
  internal  {
    frame = "1985 2749 176 72"
    moduleGroupName = "Image registration"
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "989 312 528 539"
        sizeHint = "513 539"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = ImageCache
    onInputChangeBehavior = UpdateIfInputValid
    inMode = PageCache
    inFileCache_useAutoFilename = TRUE
    inFileCache_customFilenameBase = ""
    inFileCache_preserveCacheFile = FALSE
  }
}
module DicomFrameTagInfo {
  internal  {
    frame = "2429 2717 152 56"
    moduleGroupName = "Image registration"
    windows  {
      window _default {
        geometry = "1233 583 354 323"
        sizeHint = "354 323"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = DicomFrameTagInfo7
    tagName = ImageComments
  }
}
module DicomFrameTagInfo {
  internal  {
    frame = "-803 -1603 152 56"
    moduleGroupName = "Get image type and set file name appropriately"
    windows  {
      window _default {
        geometry = "1227 104 584 323"
        sizeHint = "354 323"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = DicomFrameTagInfo8
    tagName = (0018,9090)
  }
}
module StringSplit {
  internal  {
    frame = "-831 -1699 96 56"
    moduleGroupName = "Get image type and set file name appropriately"
    windows  {
      window _default {
        geometry = "753 238 500 720"
        sizeHint = "500 720"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = StringSplit5
    inString = ""
    separators = "\\"
    trimWhitespace = TRUE
    selectedSubStringIndex = 0
    searchSubstring = 1
    searchIgnoreCase = FALSE
  }
}
module DicomFrameTagInfo {
  internal  {
    frame = "-35 -1331 152 56"
    moduleGroupName = "Check if dragged in image is already processed in MLoutput subfolder"
    windows  {
      window _default {
        geometry = "1254 751 512 323"
        sizeHint = "354 323"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = DicomFrameTagInfo9
    tagName = (0018,9090)
  }
}
module StringSplit {
  internal  {
    frame = "273 -1251 96 56"
    moduleGroupName = "Check if dragged in image is already processed in MLoutput subfolder"
    windows  {
      window _default {
        geometry = "314 342 500 720"
        sizeHint = "500 720"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = StringSplit6
    inString = ""
    separators = "\\"
    trimWhitespace = TRUE
    selectedSubStringIndex = 0
    searchSubstring = 1
    searchIgnoreCase = FALSE
  }
}
module DicomFrameTagInfo {
  internal  {
    frame = "265 -1179 160 56"
    moduleGroupName = "Check if dragged in image is already processed in MLoutput subfolder"
    windows  {
      window _default {
        geometry = "2260 447 611 323"
        sizeHint = "354 323"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = DicomFrameTagInfo10
    tagName = ImageType
  }
}
module StringSplit {
  internal  {
    frame = "169 -1355 96 56"
    moduleGroupName = "Check if dragged in image is already processed in MLoutput subfolder"
    windows  {
      window _default {
        geometry = "1017 283 500 720"
        sizeHint = "500 720"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = StringSplit7
    inString = ""
    separators = "\\"
    trimWhitespace = TRUE
    selectedSubStringIndex = 5
    searchSubstring = P
    searchIgnoreCase = FALSE
  }
}
module StringSplit {
  internal  {
    frame = "409 -1419 96 56"
    moduleGroupName = "Check if dragged in image is already processed in MLoutput subfolder"
    windows  {
      window _default {
        geometry = "1 200 3838 998"
        sizeHint = "500 720"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = StringSplit8
    inString = ""
    separators = "\\"
    trimWhitespace = TRUE
    selectedSubStringIndex = 5
    searchSubstring = PCA
    searchIgnoreCase = FALSE
  }
}
module StringListContainer {
  internal  {
    frame = "361 -1595 144 56"
    moduleGroupName = "Check if dragged in image is already processed in MLoutput subfolder"
    windows  {
      window _default {
        geometry = "2794 772 874 377"
        sizeHint = "424 377"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = StringListContainer1
    listString = "[#1 :_MFFE.dcm, #2 :_MPCA.dcm, #3 :_PPCA.dcm]"
    index = 0
    persistent = TRUE
    listStringEnable = FALSE
    applySelect = FALSE
    name = _MFFE.dcm
    newName = ""
    overflowMode = None
    maxSize = 0
    useInsertTemplate = FALSE
  }
}
module Arithmetic0 {
  internal  {
    frame = "197 -1459 104 72"
    moduleGroupName = "Check if dragged in image is already processed in MLoutput subfolder"
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "872 784 460 241"
        sizeHint = "447 241"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = Arithmetic04
    debugLevel = 0
    arg1 = "0 0 0"
    arg1X = 0
    arg1XAsVec = FALSE
    operation = Add
    arg2 = "0 0 0"
    arg2X = 0
    arg2XAsVec = FALSE
    resultsAsPercent = FALSE
    formatString = ""
  }
}
module FileListFilterPlugin {
  internal  {
    frame = "133 -867 136 56"
    moduleGroupName = "Check if dragged in image is already processed in MLoutput subfolder"
    windows  {
      window _default {
        geometry = "2231 313 776 619"
        sizeHint = "776 619"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = FileListFilterPlugin4
    volumeLabel = ""
    volumeConfig = "*(
  {Element = (0008,0060); Name = Modality;  Sort = 1; Part = 1; },
  {Element = (0008,0020); Name = StudyDate; Sort = 1; Part = 1; },
  {Element = (0008,0008); Name = ImageType; Sort = 1; Part = 1; },
  {Element = (0018,1030); Name = ProtocolName; Sort = 1; Part = 1; },
  {Element = (0018,0050); Name = SliceThickness; Sort = 1; Part = 1; Tolerance = 0.000005; },
  {Element = (0018,0080); Name = RepetitionTime; Sort = 1; Part = 1; },
  {Element = (0018,0082); Name = InversionTime; Sort = 1; Part = 1; },
  {Element = (0018,0091); Name = EchoTrainLength; Sort = 1; Part = 1; },
  {Element = (0018,1210); Name = ConvolutionKernel; Sort = 1; Part = 1; },
  {Element = (0018,1314); Name = FlipAngle; Sort = 1; Part = 1; },
  {Element = (0018,0015); Name = BodyPartExamined; Sort = 1; Part = 1; },
  {Element = (0028,0008); Name = NumberOfFrames; Sort = 1; Part = 1; },
  {Element = (0028,0010); Name = Rows; Sort = 1; Part = 1; },
  {Element = (0028,0011); Name = Columns; Sort = 1; Part = 1; },
  {Element = (0020,0037); Name = ImageOrientationPatient; Sort = 1; Part = 1; Tolerance = 0.000005; },
  {Element = (0018,1004); Name = PlateID; Sort = 1; Part = 1; },
  {Element = (0018,1000); Name = DeviceSerialNumber; Sort = 1; Part = 1; },
  {Element = (0028,0004); Name = PhotometricInterpretation; Sort = 1; Part = 1; },
  {Element = (0028,0100); Name = BitsAllocated; Sort = 1; Part = 1; },
  {Element = (0028,0102); Name = HighBit; Sort = 1; Part = 1; },
  {Element = (0028,0103); Name = PixelRepresentation; Sort = 1; Part = 1; },
  {Element = (0018,0020); Name = ScanningSequence; Sort = 1; Part = 1; },
  {Element = (0018,0023); Name = MRAcquisitionType; Sort = 1; Part = 1; },
  {Element = (0028,0030); Name = PixelSpacing; Sort = 1; Part = 1; Tolerance = 0.00001; },
  {Element = (0054,0010); Name = EnergyWindowVector; Sort = 1; Part = 1; },
  {Element = (0054,0030); Name = PhaseVector; Sort = 1; Part = 1; },
  {Element = (0054,0060); Name = RRIntervalVector; Sort = 1; Part = 1; },
  {Element = (0054,0050); Name = RotationVector; Sort = 1; Part = 1; },
  {Element = (0020,000e); Name = SeriesInstanceUID; Sort = 1; SortCondition = "Modality = NM & !(FrameIncrementPointer = '(0054,0010)')" Part = 1; PartCondition = "Modality = NM & !(FrameIncrementPointer = '(0054,0010)')";       },
  {Element = (0008,0018); Name = SOPInstanceUID; Sort = 1; SortCondition = "Modality = NM & NumberOfFrames > 1";  Part = 1; PartCondition = "Modality = NM & NumberOfFrames > 1";  },
  {Element = (0008,0018); Name = SOPInstanceUID; Sort = 1; SortCondition = "Modality = CR | Modality = DR | Modality = MG | Modality = MX"; Part = 1; PartCondition = "Modality = CR | Modality = DR | Modality = MG | Modality = MX";  },
  {Element = (0008,1090); Name = ManufacturerModelName; Sort = 1; Part = 1; },
  {Element = (0008,1010); Name = StationName; Sort = 1; Part = 1; },
  {Element = (0008,0070); Name = Manufacturer; Sort = 1; Part = 1; },
  {Element = (0018,0020); Name = ScanningSequence; Sort = 1; Part = 1; },
  {Element = (0018,0085); Name = ImagedNucleus; Sort = 1; Part = 1; },
  {Element = (0018,0087); Name = MagneticFieldStrength; Sort = 1; Part = 1; },
  {Element = (0018,1020); Name = SoftwareVersion; Sort = 1; Part = 1; },
  {Element = (0018,5100); Name = PatientPosition; Sort = 1; Part = 1; },
  {Element = (0062,000b); Name = ReferencedSegmentNumber; Sort = 1; SortCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; Part = 1;  PartCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; },
  {Element = (0020,000e); Name = SeriesInstanceUID; Sort = 1; SortCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; Part = 1; PartCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; },
  {Element = (0020,0013); Name = InstanceNumber; Sort = 1; Part = 0; },
  {Element = (0008,0030); Name = StudyTime; Sort = 1; Part = 0; },
  {Element = (0020,0011); Name = SeriesNumber; Sort = 1; Part = 0; },
  {Element = (0008,0021); Name = SeriesDate; Sort = 1; Part = 0; },
  {Element = (0008,0031); Name = SeriesTime; Sort = 1; Part = 0; },
  {Element = (0018,0081); Name = EchoTime; Sort = 1; Part = 0; },
  {Element = (0018,0024); Name = SequenceName; Sort = 1; Part = 0; },
  {Element = (0020,0012); Name = AcquisitionNumber; Sort = 1; Part = 0; },
  {Element = (0018,0022); Name = ScanOptions; Sort = 1; Part = 0; },
  {Element = (0008,0022); Name = AcquisitionDate; Sort = 1; Part = 0; },
  {Element = (0008,0032); Name = AcquisitionTime; Sort = 1; Part = 0; },
  {Element = (0008,0023); Name = ContentDate; Sort = 1; Part = 0; },
  {Element = (0008,0033); Name = ContentTime; Sort = 1; Part = 0; },
  {Element = (0020,0032); Name = ImagePositionPatient; Sort = 1; Part = 0; },
  {Element = (0054,0020); Name = DetectorVector; Sort = 1; Part = 0; },
  {Element = (0054,0100); Name = TimeSliceVector; Sort = 1; Part = 0; },
  {Element = (0054,0070); Name = TimeSlotVector; Sort = 1; Part = 0; },
  {Element = (0054,0080); Name = SliceVector; Sort = 1; Part = 0; },
  {Element = (0054,0090); Name = AngularViewVector; Sort = 1; Part = 0; },
)
*"
    processingSettings = ""
    clearPassFlagBeforeFiltering = FALSE
    labelAssignMode = DoNotChangeLabel
    configAssignMode = DoNotChangeConfig
    processingSettingsAssignMode = DoNotChangeProcSettings
    allowRecursiveTagSearch = FALSE
    applyFilePathFilter = TRUE
    pathFilterRegEx = ""
    invertPathFilterRegEx = FALSE
    setPassFlagOnPathMatches = FALSE
    clearPassFlagOnPathMismatches = TRUE
    regExStatus = ""
    applyTagStringFilter = FALSE
    tagStringFilterTagId = (0000,0000)
    tagStringFilterTagValueIndex = -1
    tagStringFilterPrivateCreator = ""
    checkOnlyFirstRecursiveTagString = TRUE
    tagStringEvalRegEx = ".*"
    invertTagStringEvalRegEx = FALSE
    setTagStrEvalPassFlagOnPathMatches = FALSE
    clearTagStrEvalPassFlagOnPathMismatches = TRUE
    tagFilterRegExStatus = ""
    applyTagValueFilter = FALSE
    treeFilterEx = 0
    tagId0 = (0000,0000)
    tagId0ValueIndex = -1
    tagId0PrivateCreator = ""
    tagId1 = (0000,0000)
    tagId1ValueIndex = -1
    tagId1PrivateCreator = ""
    tagId2 = (0000,0000)
    tagId2ValueIndex = -1
    tagId2PrivateCreator = ""
    tagId3 = (0000,0000)
    tagId3ValueIndex = -1
    tagId3PrivateCreator = ""
    const0 = 0
    const1 = 0
    const2 = 0
    const3 = 0
    rangeMin = -1
    rangeMax = 1
    setPassFlagOnTagValueMatches = FALSE
    clearPassFlagOnTagValueMismatches = TRUE
    treeFilterStatus = ""
  }
}
module DirectDicomImport {
  internal  {
    frame = "137 -987 144 56"
    moduleGroupName = "Check if dragged in image is already processed in MLoutput subfolder"
    windows  {
      window _default {
        geometry = "2172 224 1456 820"
        sizeHint = "800 385"
        wasOpen = yes
      }
    }
  }
  fields  {
    instanceName = DirectDicomImport2
    tagDumpSize = 50000
    dumpPrivateTagValues = FALSE
    numShownBinaryEntries = 8
    annotate = FALSE
    regExLineFilter = ""
    fullUserSrcPaths = ""
    fullTargetPath = ""
    useRelativeCachePaths = FALSE
    writeSingleVolumeCacheFiles = FALSE
    autoCreateCachePath = FALSE
    cacheFileName = DDICacheFile
    consoleSizeInKiloBytes = 64
    outVolume = 0
    preferCacheBeforeImport = FALSE
    clearAfterImport = FALSE
    clearSingleFrameCacheAfterImport = TRUE
    maxTreeCachedMBs = 250
    maxTagCachedMBs = 80
    editDicomCacheSize = FALSE
    useResultCaching = FALSE
    suppressedFilesAndSuffixes = ".mlab .db .log .lst .xml .rar .zip .img .exe .inf .svn-base entries all-wcprops .DDI-SMF-TreeCacheFile.dcm"
    explicitFileTypes = ".1 .2 .3 .4 .5 .6 .7 .8 .9 .bmp .dm3 .dm4 .cnf .cpi .dat .gipl .gsa .hdr .jpg .jpeg .lsm .mhd .mlimage .nhdr .nii .mca .nrrd .pgm .pic .png .pnm .ppm .raw .rd .rek .spe .spr .tif .tiff .txt .uxd .vms .vtk .xy"
    inputFileList = ""
    sortMode = NumVoxels
    sortUpwards = TRUE
    idxSortTagValue = ""
    useNumericTagValueSorting = FALSE
    thumbNailsExt = 40
    userColumnTag0 = ""
    userColumnTag1 = ""
    userColumnTag2 = ""
    iconBuildMode = UseMiddleSlice
    icon = FALSE
    userTag0 = FALSE
    userTag1 = FALSE
    userTag2 = FALSE
    columnConfig = "# Note: Comments must always be prefixed at line start with a '#'.

# Default setting:
validImage hasIssues fileType voxelType imgExt numVoxels numSlices numTimePoints numSrcFiles modality patientID patientSex patientsName studyID

#modality studyDate acquisitionTime numSlices spacingBetweenSlices studyDescription seriesDescription acquisitionDate imageComments patientsName patientSex patientsBirthDate patientID referringPhysiciansName admittingDiagnosesDescription

# Available values are:
#userTag0 userTag1 userTag2 validImage hasIssues importTime fileType voxelType imgExt voxelExtent numVoxels numSlices colorImage numTimePoints numSrcFiles firstOrigFile outFileName inputFilterLabel lossy compressionType humanReadableOrientation accessionNumber acquisitionDate acquisitionMatrix acquisitionNumber acquisitionTime aCR_NEMA_AcquisitionsInSeries aCR_NEMA_ImageOrientation aCR_NEMA_ImagePosition admittingDiagnosesDescription angioFlag bitsAllocated bitsStored bodyPartExamined codeMeaning codeValue columns contentDate contentTime contrastBolusAgent contrastBolusStartTime convolutionKernel currentPatientLocation derivationDescription echoTime echoTrainLength exposure exposureTime flipAngle frameOfReferenceUID gantryAngle gantryAngleTolerance gantryDetectorSlew gantryDetectorTilt gantryRotationDirection highBit imageComments imagedNucleus imageOrientationPatient imagePositionPatient imageType imagingFrequency instanceCreationDate instanceCreationTime instanceNumber institutionAddress institutionName inversionTime kVP largestImagePixelValue magneticFieldStrength manufacturer manufacturersModelName mediaStorageSOPInstanceUID modality mRAcquisitionType nameOfPhysiciansReadingStudy numberOfAverages numberOfFrames numberOfPhaseEncodingSteps numberOfTemporalPositions otherPatientNames patientComments patientID patientOrientation patientsAge percentSampling patientSex patientPosition patientsAddress patientsMothersBirthName patientsName patientsTelephoneNumbers patientsWeight patientsBirthDate performedProcedureStepDescription performedProcedureStepStartDate performedProcedureStepStartTime photometricInterpretation physiciansOfRecord pixelRepresentation pixelSpacing protocolName receiveCoilName reconstructionDiameter referringPhysiciansName repetitionTime requestedProcedureDescription requestingPhysician requestingService rescaleIntercept rescaleSlope rescaleType rows samplesPerPixel sAR scanningSequence scanOptions scheduledProcedureStepDescription sequenceName sequenceVariant seriesDate seriesDescription seriesInstanceUID seriesNumber seriesTime sliceLocation sliceThickness smallestImagePixelValue softwareVersions sOPClassUID sOPInstanceUID spacingBetweenSlices stationName studyDate studyDescription studyID studyInstanceUID studyTime windowCenter windowWidth xRayTubeCurrent "
    dplCalcMinMax = Automatic
    dplAnon = FALSE
    dplVerbose = 0
    specialProcessors = Off
    minimumNumFramesInVolume = 1
    dplConfigString0 = "*(
  {Element = (0008,0060); Name = Modality;  Sort = 1; Part = 1; },
  {Element = (0008,0020); Name = StudyDate; Sort = 1; Part = 1; },
  {Element = (0008,0008); Name = ImageType; Sort = 1; Part = 1; },
  {Element = (0018,1030); Name = ProtocolName; Sort = 1; Part = 1; },
  {Element = (0018,0050); Name = SliceThickness; Sort = 1; Part = 1; Tolerance = 0.000005; },
  {Element = (0018,0080); Name = RepetitionTime; Sort = 1; Part = 1; },
  {Element = (0018,0082); Name = InversionTime; Sort = 1; Part = 1; },
  {Element = (0018,0091); Name = EchoTrainLength; Sort = 1; Part = 1; },
  {Element = (0018,1210); Name = ConvolutionKernel; Sort = 1; Part = 1; },
  {Element = (0018,1314); Name = FlipAngle; Sort = 1; Part = 1; },
  {Element = (0018,0015); Name = BodyPartExamined; Sort = 1; Part = 1; },
  {Element = (0028,0008); Name = NumberOfFrames; Sort = 1; Part = 1; },
  {Element = (0028,0010); Name = Rows; Sort = 1; Part = 1; },
  {Element = (0028,0011); Name = Columns; Sort = 1; Part = 1; },
  {Element = (0020,0037); Name = ImageOrientationPatient; Sort = 1; Part = 1; Tolerance = 0.000005; },
  {Element = (0018,1004); Name = PlateID; Sort = 1; Part = 1; },
  {Element = (0018,1000); Name = DeviceSerialNumber; Sort = 1; Part = 1; },
  {Element = (0028,0004); Name = PhotometricInterpretation; Sort = 1; Part = 1; },
  {Element = (0028,0100); Name = BitsAllocated; Sort = 1; Part = 1; },
  {Element = (0028,0102); Name = HighBit; Sort = 1; Part = 1; },
  {Element = (0028,0103); Name = PixelRepresentation; Sort = 1; Part = 1; },
  {Element = (0018,0020); Name = ScanningSequence; Sort = 1; Part = 1; },
  {Element = (0018,0023); Name = MRAcquisitionType; Sort = 1; Part = 1; },
  {Element = (0028,0030); Name = PixelSpacing; Sort = 1; Part = 1; Tolerance = 0.00001; },
  {Element = (0054,0010); Name = EnergyWindowVector; Sort = 1; Part = 1; },
  {Element = (0054,0030); Name = PhaseVector; Sort = 1; Part = 1; },
  {Element = (0054,0060); Name = RRIntervalVector; Sort = 1; Part = 1; },
  {Element = (0054,0050); Name = RotationVector; Sort = 1; Part = 1; },
  {Element = (0020,000e); Name = SeriesInstanceUID; Sort = 1; SortCondition = "Modality = NM & !(FrameIncrementPointer = '(0054,0010)')" Part = 1; PartCondition = "Modality = NM & !(FrameIncrementPointer = '(0054,0010)')";       },
  {Element = (0008,0018); Name = SOPInstanceUID; Sort = 1; SortCondition = "Modality = NM & NumberOfFrames > 1";  Part = 1; PartCondition = "Modality = NM & NumberOfFrames > 1";  },
  {Element = (0008,0018); Name = SOPInstanceUID; Sort = 1; SortCondition = "Modality = CR | Modality = DR | Modality = MG | Modality = MX"; Part = 1; PartCondition = "Modality = CR | Modality = DR | Modality = MG | Modality = MX";  },
  {Element = (0008,1090); Name = ManufacturerModelName; Sort = 1; Part = 1; },
  {Element = (0008,1010); Name = StationName; Sort = 1; Part = 1; },
  {Element = (0008,0070); Name = Manufacturer; Sort = 1; Part = 1; },
  {Element = (0018,0020); Name = ScanningSequence; Sort = 1; Part = 1; },
  {Element = (0018,0085); Name = ImagedNucleus; Sort = 1; Part = 1; },
  {Element = (0018,0087); Name = MagneticFieldStrength; Sort = 1; Part = 1; },
  {Element = (0018,1020); Name = SoftwareVersion; Sort = 1; Part = 1; },
  {Element = (0018,5100); Name = PatientPosition; Sort = 1; Part = 1; },
  {Element = (0062,000b); Name = ReferencedSegmentNumber; Sort = 1; SortCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; Part = 1;  PartCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; },
  {Element = (0020,000e); Name = SeriesInstanceUID; Sort = 1; SortCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; Part = 1; PartCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; },
  {Element = (0020,0013); Name = InstanceNumber; Sort = 1; Part = 0; },
  {Element = (0008,0030); Name = StudyTime; Sort = 1; Part = 0; },
  {Element = (0020,0011); Name = SeriesNumber; Sort = 1; Part = 0; },
  {Element = (0008,0021); Name = SeriesDate; Sort = 1; Part = 0; },
  {Element = (0008,0031); Name = SeriesTime; Sort = 1; Part = 0; },
  {Element = (0018,0081); Name = EchoTime; Sort = 1; Part = 0; },
  {Element = (0018,0024); Name = SequenceName; Sort = 1; Part = 0; },
  {Element = (0020,0012); Name = AcquisitionNumber; Sort = 1; Part = 0; },
  {Element = (0018,0022); Name = ScanOptions; Sort = 1; Part = 0; },
  {Element = (0008,0022); Name = AcquisitionDate; Sort = 1; Part = 0; },
  {Element = (0008,0032); Name = AcquisitionTime; Sort = 1; Part = 0; },
  {Element = (0008,0023); Name = ContentDate; Sort = 1; Part = 0; },
  {Element = (0008,0033); Name = ContentTime; Sort = 1; Part = 0; },
  {Element = (0020,0032); Name = ImagePositionPatient; Sort = 1; Part = 0; },
  {Element = (0054,0020); Name = DetectorVector; Sort = 1; Part = 0; },
  {Element = (0054,0100); Name = TimeSliceVector; Sort = 1; Part = 0; },
  {Element = (0054,0070); Name = TimeSlotVector; Sort = 1; Part = 0; },
  {Element = (0054,0080); Name = SliceVector; Sort = 1; Part = 0; },
  {Element = (0054,0090); Name = AngularViewVector; Sort = 1; Part = 0; },
)
*"
    dplConfigString1 = "*(
  {Element = (0008,0060); Name = Modality;  Sort = 1; Part = 1; },
  {Element = (0008,0020); Name = StudyDate; Sort = 1; Part = 1; },
  {Element = (0008,0008); Name = ImageType; Sort = 1; Part = 1; },
  {Element = (0018,1030); Name = ProtocolName; Sort = 1; Part = 1; },
  {Element = (0018,0050); Name = SliceThickness; Sort = 1; Part = 1; Tolerance = 0.000005; },
  {Element = (0018,0080); Name = RepetitionTime; Sort = 1; Part = 1; },
  {Element = (0018,0082); Name = InversionTime; Sort = 1; Part = 1; },
  {Element = (0018,0091); Name = EchoTrainLength; Sort = 1; Part = 1; },
  {Element = (0018,1210); Name = ConvolutionKernel; Sort = 1; Part = 1; },
  {Element = (0018,1314); Name = FlipAngle; Sort = 1; Part = 1; },
  {Element = (0018,0015); Name = BodyPartExamined; Sort = 1; Part = 1; },
  {Element = (0028,0008); Name = NumberOfFrames; Sort = 1; Part = 1; },
  {Element = (0028,0010); Name = Rows; Sort = 1; Part = 1; },
  {Element = (0028,0011); Name = Columns; Sort = 1; Part = 1; },
  {Element = (0020,0037); Name = ImageOrientationPatient; Sort = 1; Part = 1; Tolerance = 0.000005; },
  {Element = (0018,1004); Name = PlateID; Sort = 1; Part = 1; },
  {Element = (0018,1000); Name = DeviceSerialNumber; Sort = 1; Part = 1; },
  {Element = (0028,0004); Name = PhotometricInterpretation; Sort = 1; Part = 1; },
  {Element = (0028,0100); Name = BitsAllocated; Sort = 1; Part = 1; },
  {Element = (0028,0102); Name = HighBit; Sort = 1; Part = 1; },
  {Element = (0028,0103); Name = PixelRepresentation; Sort = 1; Part = 1; },
  {Element = (0018,0020); Name = ScanningSequence; Sort = 1; Part = 1; },
  {Element = (0018,0023); Name = MRAcquisitionType; Sort = 1; Part = 1; },
  {Element = (0028,0030); Name = PixelSpacing; Sort = 1; Part = 1; Tolerance = 0.00001; },
  {Element = (0054,0010); Name = EnergyWindowVector; Sort = 1; Part = 1; },
  {Element = (0054,0030); Name = PhaseVector; Sort = 1; Part = 1; },
  {Element = (0054,0060); Name = RRIntervalVector; Sort = 1; Part = 1; },
  {Element = (0054,0050); Name = RotationVector; Sort = 1; Part = 1; },
  {Element = (0020,000e); Name = SeriesInstanceUID; Sort = 1; SortCondition = "Modality = NM & !(FrameIncrementPointer = '(0054,0010)')" Part = 1; PartCondition = "Modality = NM & !(FrameIncrementPointer = '(0054,0010)')";       },
  {Element = (0008,0018); Name = SOPInstanceUID; Sort = 1; SortCondition = "Modality = NM & NumberOfFrames > 1";  Part = 1; PartCondition = "Modality = NM & NumberOfFrames > 1";  },
  {Element = (0008,0018); Name = SOPInstanceUID; Sort = 1; SortCondition = "Modality = CR | Modality = DR | Modality = MG | Modality = MX"; Part = 1; PartCondition = "Modality = CR | Modality = DR | Modality = MG | Modality = MX";  },
  {Element = (0008,1090); Name = ManufacturerModelName; Sort = 1; Part = 1; },
  {Element = (0008,1010); Name = StationName; Sort = 1; Part = 1; },
  {Element = (0008,0070); Name = Manufacturer; Sort = 1; Part = 1; },
  {Element = (0018,0020); Name = ScanningSequence; Sort = 1; Part = 1; },
  {Element = (0018,0085); Name = ImagedNucleus; Sort = 1; Part = 1; },
  {Element = (0018,0087); Name = MagneticFieldStrength; Sort = 1; Part = 1; },
  {Element = (0018,1020); Name = SoftwareVersion; Sort = 1; Part = 1; },
  {Element = (0018,5100); Name = PatientPosition; Sort = 1; Part = 1; },
  {Element = (0062,000b); Name = ReferencedSegmentNumber; Sort = 1; SortCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; Part = 1;  PartCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; },
  {Element = (0020,000e); Name = SeriesInstanceUID; Sort = 1; SortCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; Part = 1; PartCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; },
  {Element = (0020,0013); Name = InstanceNumber; Sort = 1; Part = 0; },
  {Element = (0008,0030); Name = StudyTime; Sort = 1; Part = 0; },
  {Element = (0020,0011); Name = SeriesNumber; Sort = 1; Part = 0; },
  {Element = (0008,0021); Name = SeriesDate; Sort = 1; Part = 0; },
  {Element = (0008,0031); Name = SeriesTime; Sort = 1; Part = 0; },
  {Element = (0018,0081); Name = EchoTime; Sort = 1; Part = 0; },
  {Element = (0018,0024); Name = SequenceName; Sort = 1; Part = 0; },
  {Element = (0020,0012); Name = AcquisitionNumber; Sort = 1; Part = 0; },
  {Element = (0018,0022); Name = ScanOptions; Sort = 1; Part = 0; },
  {Element = (0008,0022); Name = AcquisitionDate; Sort = 1; Part = 0; },
  {Element = (0008,0032); Name = AcquisitionTime; Sort = 1; Part = 0; },
  {Element = (0008,0023); Name = ContentDate; Sort = 1; Part = 0; },
  {Element = (0008,0033); Name = ContentTime; Sort = 1; Part = 0; },
  {Element = (0020,0032); Name = ImagePositionPatient; Sort = 1; Part = 0; },
  {Element = (0054,0020); Name = DetectorVector; Sort = 1; Part = 0; },
  {Element = (0054,0100); Name = TimeSliceVector; Sort = 1; Part = 0; },
  {Element = (0054,0070); Name = TimeSlotVector; Sort = 1; Part = 0; },
  {Element = (0054,0080); Name = SliceVector; Sort = 1; Part = 0; },
  {Element = (0054,0090); Name = AngularViewVector; Sort = 1; Part = 0; },
)
*"
    dplConfigString2 = "*(
  {Element = (0008,0060); Name = Modality;  Sort = 1; Part = 1; },
  {Element = (0008,0020); Name = StudyDate; Sort = 1; Part = 1; },
  {Element = (0008,0008); Name = ImageType; Sort = 1; Part = 1; },
  {Element = (0018,1030); Name = ProtocolName; Sort = 1; Part = 1; },
  {Element = (0018,0050); Name = SliceThickness; Sort = 1; Part = 1; Tolerance = 0.000005; },
  {Element = (0018,0080); Name = RepetitionTime; Sort = 1; Part = 1; },
  {Element = (0018,0082); Name = InversionTime; Sort = 1; Part = 1; },
  {Element = (0018,0091); Name = EchoTrainLength; Sort = 1; Part = 1; },
  {Element = (0018,1210); Name = ConvolutionKernel; Sort = 1; Part = 1; },
  {Element = (0018,1314); Name = FlipAngle; Sort = 1; Part = 1; },
  {Element = (0018,0015); Name = BodyPartExamined; Sort = 1; Part = 1; },
  {Element = (0028,0008); Name = NumberOfFrames; Sort = 1; Part = 1; },
  {Element = (0028,0010); Name = Rows; Sort = 1; Part = 1; },
  {Element = (0028,0011); Name = Columns; Sort = 1; Part = 1; },
  {Element = (0020,0037); Name = ImageOrientationPatient; Sort = 1; Part = 1; Tolerance = 0.000005; },
  {Element = (0018,1004); Name = PlateID; Sort = 1; Part = 1; },
  {Element = (0018,1000); Name = DeviceSerialNumber; Sort = 1; Part = 1; },
  {Element = (0028,0004); Name = PhotometricInterpretation; Sort = 1; Part = 1; },
  {Element = (0028,0100); Name = BitsAllocated; Sort = 1; Part = 1; },
  {Element = (0028,0102); Name = HighBit; Sort = 1; Part = 1; },
  {Element = (0028,0103); Name = PixelRepresentation; Sort = 1; Part = 1; },
  {Element = (0018,0020); Name = ScanningSequence; Sort = 1; Part = 1; },
  {Element = (0018,0023); Name = MRAcquisitionType; Sort = 1; Part = 1; },
  {Element = (0028,0030); Name = PixelSpacing; Sort = 1; Part = 1; Tolerance = 0.00001; },
  {Element = (0054,0010); Name = EnergyWindowVector; Sort = 1; Part = 1; },
  {Element = (0054,0030); Name = PhaseVector; Sort = 1; Part = 1; },
  {Element = (0054,0060); Name = RRIntervalVector; Sort = 1; Part = 1; },
  {Element = (0054,0050); Name = RotationVector; Sort = 1; Part = 1; },
  {Element = (0020,000e); Name = SeriesInstanceUID; Sort = 1; SortCondition = "Modality = NM & !(FrameIncrementPointer = '(0054,0010)')" Part = 1; PartCondition = "Modality = NM & !(FrameIncrementPointer = '(0054,0010)')";       },
  {Element = (0008,0018); Name = SOPInstanceUID; Sort = 1; SortCondition = "Modality = NM & NumberOfFrames > 1";  Part = 1; PartCondition = "Modality = NM & NumberOfFrames > 1";  },
  {Element = (0008,0018); Name = SOPInstanceUID; Sort = 1; SortCondition = "Modality = CR | Modality = DR | Modality = MG | Modality = MX"; Part = 1; PartCondition = "Modality = CR | Modality = DR | Modality = MG | Modality = MX";  },
  {Element = (0008,1090); Name = ManufacturerModelName; Sort = 1; Part = 1; },
  {Element = (0008,1010); Name = StationName; Sort = 1; Part = 1; },
  {Element = (0008,0070); Name = Manufacturer; Sort = 1; Part = 1; },
  {Element = (0018,0020); Name = ScanningSequence; Sort = 1; Part = 1; },
  {Element = (0018,0085); Name = ImagedNucleus; Sort = 1; Part = 1; },
  {Element = (0018,0087); Name = MagneticFieldStrength; Sort = 1; Part = 1; },
  {Element = (0018,1020); Name = SoftwareVersion; Sort = 1; Part = 1; },
  {Element = (0018,5100); Name = PatientPosition; Sort = 1; Part = 1; },
  {Element = (0062,000b); Name = ReferencedSegmentNumber; Sort = 1; SortCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; Part = 1;  PartCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; },
  {Element = (0020,000e); Name = SeriesInstanceUID; Sort = 1; SortCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; Part = 1; PartCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; },
  {Element = (0020,0013); Name = InstanceNumber; Sort = 1; Part = 0; },
  {Element = (0008,0030); Name = StudyTime; Sort = 1; Part = 0; },
  {Element = (0020,0011); Name = SeriesNumber; Sort = 1; Part = 0; },
  {Element = (0008,0021); Name = SeriesDate; Sort = 1; Part = 0; },
  {Element = (0008,0031); Name = SeriesTime; Sort = 1; Part = 0; },
  {Element = (0018,0081); Name = EchoTime; Sort = 1; Part = 0; },
  {Element = (0018,0024); Name = SequenceName; Sort = 1; Part = 0; },
  {Element = (0020,0012); Name = AcquisitionNumber; Sort = 1; Part = 0; },
  {Element = (0018,0022); Name = ScanOptions; Sort = 1; Part = 0; },
  {Element = (0008,0022); Name = AcquisitionDate; Sort = 1; Part = 0; },
  {Element = (0008,0032); Name = AcquisitionTime; Sort = 1; Part = 0; },
  {Element = (0008,0023); Name = ContentDate; Sort = 1; Part = 0; },
  {Element = (0008,0033); Name = ContentTime; Sort = 1; Part = 0; },
  {Element = (0020,0032); Name = ImagePositionPatient; Sort = 1; Part = 0; },
  {Element = (0054,0020); Name = DetectorVector; Sort = 1; Part = 0; },
  {Element = (0054,0100); Name = TimeSliceVector; Sort = 1; Part = 0; },
  {Element = (0054,0070); Name = TimeSlotVector; Sort = 1; Part = 0; },
  {Element = (0054,0080); Name = SliceVector; Sort = 1; Part = 0; },
  {Element = (0054,0090); Name = AngularViewVector; Sort = 1; Part = 0; },
)
*"
    dplConfigString3 = "*(
  {Element = (0008,0060); Name = Modality;  Sort = 1; Part = 1; },
  {Element = (0008,0020); Name = StudyDate; Sort = 1; Part = 1; },
  {Element = (0008,0008); Name = ImageType; Sort = 1; Part = 1; },
  {Element = (0018,1030); Name = ProtocolName; Sort = 1; Part = 1; },
  {Element = (0018,0050); Name = SliceThickness; Sort = 1; Part = 1; Tolerance = 0.000005; },
  {Element = (0018,0080); Name = RepetitionTime; Sort = 1; Part = 1; },
  {Element = (0018,0082); Name = InversionTime; Sort = 1; Part = 1; },
  {Element = (0018,0091); Name = EchoTrainLength; Sort = 1; Part = 1; },
  {Element = (0018,1210); Name = ConvolutionKernel; Sort = 1; Part = 1; },
  {Element = (0018,1314); Name = FlipAngle; Sort = 1; Part = 1; },
  {Element = (0018,0015); Name = BodyPartExamined; Sort = 1; Part = 1; },
  {Element = (0028,0008); Name = NumberOfFrames; Sort = 1; Part = 1; },
  {Element = (0028,0010); Name = Rows; Sort = 1; Part = 1; },
  {Element = (0028,0011); Name = Columns; Sort = 1; Part = 1; },
  {Element = (0020,0037); Name = ImageOrientationPatient; Sort = 1; Part = 1; Tolerance = 0.000005; },
  {Element = (0018,1004); Name = PlateID; Sort = 1; Part = 1; },
  {Element = (0018,1000); Name = DeviceSerialNumber; Sort = 1; Part = 1; },
  {Element = (0028,0004); Name = PhotometricInterpretation; Sort = 1; Part = 1; },
  {Element = (0028,0100); Name = BitsAllocated; Sort = 1; Part = 1; },
  {Element = (0028,0102); Name = HighBit; Sort = 1; Part = 1; },
  {Element = (0028,0103); Name = PixelRepresentation; Sort = 1; Part = 1; },
  {Element = (0018,0020); Name = ScanningSequence; Sort = 1; Part = 1; },
  {Element = (0018,0023); Name = MRAcquisitionType; Sort = 1; Part = 1; },
  {Element = (0028,0030); Name = PixelSpacing; Sort = 1; Part = 1; Tolerance = 0.00001; },
  {Element = (0054,0010); Name = EnergyWindowVector; Sort = 1; Part = 1; },
  {Element = (0054,0030); Name = PhaseVector; Sort = 1; Part = 1; },
  {Element = (0054,0060); Name = RRIntervalVector; Sort = 1; Part = 1; },
  {Element = (0054,0050); Name = RotationVector; Sort = 1; Part = 1; },
  {Element = (0020,000e); Name = SeriesInstanceUID; Sort = 1; SortCondition = "Modality = NM & !(FrameIncrementPointer = '(0054,0010)')" Part = 1; PartCondition = "Modality = NM & !(FrameIncrementPointer = '(0054,0010)')";       },
  {Element = (0008,0018); Name = SOPInstanceUID; Sort = 1; SortCondition = "Modality = NM & NumberOfFrames > 1";  Part = 1; PartCondition = "Modality = NM & NumberOfFrames > 1";  },
  {Element = (0008,0018); Name = SOPInstanceUID; Sort = 1; SortCondition = "Modality = CR | Modality = DR | Modality = MG | Modality = MX"; Part = 1; PartCondition = "Modality = CR | Modality = DR | Modality = MG | Modality = MX";  },
  {Element = (0008,1090); Name = ManufacturerModelName; Sort = 1; Part = 1; },
  {Element = (0008,1010); Name = StationName; Sort = 1; Part = 1; },
  {Element = (0008,0070); Name = Manufacturer; Sort = 1; Part = 1; },
  {Element = (0018,0020); Name = ScanningSequence; Sort = 1; Part = 1; },
  {Element = (0018,0085); Name = ImagedNucleus; Sort = 1; Part = 1; },
  {Element = (0018,0087); Name = MagneticFieldStrength; Sort = 1; Part = 1; },
  {Element = (0018,1020); Name = SoftwareVersion; Sort = 1; Part = 1; },
  {Element = (0018,5100); Name = PatientPosition; Sort = 1; Part = 1; },
  {Element = (0062,000b); Name = ReferencedSegmentNumber; Sort = 1; SortCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; Part = 1;  PartCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; },
  {Element = (0020,000e); Name = SeriesInstanceUID; Sort = 1; SortCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; Part = 1; PartCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; },
  {Element = (0020,0013); Name = InstanceNumber; Sort = 1; Part = 0; },
  {Element = (0008,0030); Name = StudyTime; Sort = 1; Part = 0; },
  {Element = (0020,0011); Name = SeriesNumber; Sort = 1; Part = 0; },
  {Element = (0008,0021); Name = SeriesDate; Sort = 1; Part = 0; },
  {Element = (0008,0031); Name = SeriesTime; Sort = 1; Part = 0; },
  {Element = (0018,0081); Name = EchoTime; Sort = 1; Part = 0; },
  {Element = (0018,0024); Name = SequenceName; Sort = 1; Part = 0; },
  {Element = (0020,0012); Name = AcquisitionNumber; Sort = 1; Part = 0; },
  {Element = (0018,0022); Name = ScanOptions; Sort = 1; Part = 0; },
  {Element = (0008,0022); Name = AcquisitionDate; Sort = 1; Part = 0; },
  {Element = (0008,0032); Name = AcquisitionTime; Sort = 1; Part = 0; },
  {Element = (0008,0023); Name = ContentDate; Sort = 1; Part = 0; },
  {Element = (0008,0033); Name = ContentTime; Sort = 1; Part = 0; },
  {Element = (0020,0032); Name = ImagePositionPatient; Sort = 1; Part = 0; },
  {Element = (0054,0020); Name = DetectorVector; Sort = 1; Part = 0; },
  {Element = (0054,0100); Name = TimeSliceVector; Sort = 1; Part = 0; },
  {Element = (0054,0070); Name = TimeSlotVector; Sort = 1; Part = 0; },
  {Element = (0054,0080); Name = SliceVector; Sort = 1; Part = 0; },
  {Element = (0054,0090); Name = AngularViewVector; Sort = 1; Part = 0; },
)
*"
    dplUsedConfig = UserConfig1
    relativeDistanceTolerance = 0.25
    absoluteDistanceTolerance = 0.02
    positionToleranceMM = 0.0999
    seriesBasedPreprocessingCondition = FALSE
    force2DPlusTCondition = "Modality == XA | Modality == US | Modality == RF"
    logPartingAndSortingInformation = FALSE
    dplScanRecursively = FALSE
    decomposeMultiFrameFiles = FALSE
    copyFullFunctionalGroupSequences = TRUE
    removePrivateMFSQTag = FALSE
    forceOrthogonalWorldMatrix = FALSE
    decomposeTo3DVolumes = FALSE
    allowMixedPixelTypes = FALSE
    copyPrivateTopLevelSourceTags = FALSE
    dplHardOverwriteTagOn0 = FALSE
    dplHardOverwriteTagId0 = ""
    dplHardOverwriteTagStr0 = ""
    dplHardOverwriteTagOn1 = FALSE
    dplHardOverwriteTagId1 = ""
    dplHardOverwriteTagStr1 = ""
    dplHardOverwriteTagOn2 = FALSE
    dplHardOverwriteTagId2 = ""
    dplHardOverwriteTagStr2 = ""
    dplHardOverwriteTagOn3 = FALSE
    dplHardOverwriteTagId3 = ""
    dplHardOverwriteTagStr3 = ""
    dplAllowSortingAccordingToDimensionIndexValues = Auto
    dplWorkaroundValueForImageOrientationPatientTag = ""
    composeOtherFilesMode = Single
    silentTrialFileTypes = ".dat .raw .txt"
    source = ""
    guiCachePath = ""
  }
}
module RegistrationManual {
  internal  {
    frame = "1901 2489 168 64"
    moduleGroupName = "Image registration"
    windows  {
      window _default {
        geometry = "1208 222 668 627"
        sizeHint = "668 627"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = ViewRegistrationResults
    layout = LAYOUT_CUBE_EQUAL
    position = "-6.33353424072266 -14.9943675994873 -4.08188199996948"
    grayWidth = 0.479999959468842
    grayCenter = 0.197499975562096
    overlayGrayWidth = 0.23250008
    overlayGrayCenter = 0.082500003
    referenceColor = "0 0.670588254928589 1"
    overlayColor = "1 0.329411774873734 0"
    overlayMode = BLEND_ADD
    interactive = FALSE
    scale = "1 1 1"
    rotation = "0 0 1 0"
    translation = "0 0 0"
    center = "0 0 0"
    fillValue = 0
    matrix = "1 0 0 0
0 1 0 0
0 0 1 0
0 0 0 1"
    setBothTimepoints = FALSE
    timepoint = 0
    zoomMode = VIEW2D_AUTO_ZOOM
    zoomModeParameter = 1
  }
}
module SoRenderArea {
  internal  {
    frame = "2153 2421 112 56"
    moduleGroupName = "Image registration"
    windows  {
      window _viewer {
        geometry = "940 239 680 400"
        sizeHint = "400 400"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = SoRenderArea
    renderCaching = AUTO
    boundingBoxCaching = AUTO
    renderCulling = AUTO
    pickCulling = AUTO
    border = FALSE
    background = "0 0 0"
    transparency = BLEND
    antialiasing = FALSE
    antialiasingNumPasses = 1
    useSampleBuffers = FALSE
    numSamples = 8
    grabKeyFocus = TRUE
    enableKeyCommands = TRUE
    snapshotFormat = SNAPSHOT_RGB
    outputAviFile = ""
    autoRedrawWhenRecording = TRUE
    frameRate = 7
    frameRateAvi = 15
    outputSnapshotFile = none
    outputSnapshotFileWritten = none
    autoIncreaseFile = TRUE
    showSnapshotWithShell = FALSE
    snapCount = 0
    inputDevicesList = ""
  }
}
module SoDiagram2D {
  internal  {
    frame = "2113 2533 112 56"
    moduleGroupName = "Image registration"
  }
  fields  {
    instanceName = SoDiagram2D
    minX = -5e-06
    maxX = 5e-06
    minY = -5e-06
    maxY = 5e-06
    scaleX = 1
    scaleY = 1
    autoRangeX = TRUE
    autoRangeY = TRUE
    axisColor = "1 1 1"
    axisRotation = AXIS_ROTATION_LEFT_BOTTOM
    titleFontHeight = 14
    drawDiagramTitle = FALSE
    diagramTitleString = ""
    drawGrid = FALSE
    gridColor = "0.349999994039536 0.349999994039536 0.349999994039536"
    drawLegend = FALSE
    legendPlacement = LEGEND_UPPER_RIGHT
    legendFontHeight = 12
    autoLimitLegendFontHeight = FALSE
    zoomAnimationEase = 0.5
    zoomAnimationEpsilon = 0.0099999998
    useZoomRestrictions = FALSE
    minZoomFactor = 0.1
    maxZoomFactor = 10
    drawChildrenExtensions = TRUE
    forwardEventsToChildrenExtensions = TRUE
    changeLineOpacityForHighlightedCurves = FALSE
    curveLineOpacityHighlighted = 1
    changeAreaOpacityForHighlightedCurves = FALSE
    curveAreaOpacityHighlighted = 1
    changeLineOpacityForNotHighlightedCurves = FALSE
    curveLineOpacityNotHighlighted = 0.30000001
    changeAreaOpacityForNotHighlightedCurves = FALSE
    curveAreaOpacityNotHighlighted = 0.30000001
    changeLineStyleForHighlightedCurves = FALSE
    curveLineStyleHighlighted = 1
    changeLineStyleForNotHighlightedCurves = FALSE
    curveLineStyleNotHighlighted = 1
    changeLineWidthForHighlightedCurves = FALSE
    curveLineWidthHighlighted = 1
    changeLineWidthForNotHighlightedCurves = FALSE
    curveLineWidthNotHighlighted = 1
    curveIndexHighlighted = ""
    reorderHighlightedCurves = FALSE
    borderH = 43
    borderV = 26
    autoBorderH = TRUE
    autoBorderV = TRUE
    drawAxisX = TRUE
    drawAxisY = TRUE
    drawTicksX = TRUE
    drawTicksY = TRUE
    drawLabelsX = TRUE
    drawLabelsY = TRUE
    drawAxisTitleX = FALSE
    drawAxisTitleY = FALSE
    axisTitleStringX = "X [dn]"
    axisTitleStringY = "Y [dn]"
    axisTitleFontHeightX = 12
    axisTitleFontHeightY = 12
    axisLabelFontHeightX = 12
    axisLabelFontHeightY = 12
    tickMinDistance = 30
    curveColor = "1 1 1"
    lineStyle = LINE_STYLE_SOLID
    markerType = MARKER_TYPE_NONE
    markerSize = 10
    lineWidth = 1
    antiAlias = TRUE
    areaOpacity = 0.5
    lineOpacity = 1
    stylePaletteMode = STYLE_PALETTE_INDEX
  }
}
module BoolArithmetic {
  internal  {
    frame = "1257 2133 112 72"
    moduleGroupName = ""
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "1311 604 193 276"
        sizeHint = "193 276"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = BoolArithmetic
    inputBool1 = FALSE
    inputBool2 = TRUE
    operation = And
  }
}
module BoolArithmetic {
  internal  {
    frame = "1077 2253 120 72"
    moduleGroupName = ""
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "871 492 193 276"
        sizeHint = "193 276"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = BoolArithmetic1
    inputBool1 = FALSE
    inputBool2 = TRUE
    operation = Identity
  }
}
module BoolArithmetic {
  internal  {
    frame = "1077 2125 120 72"
    moduleGroupName = ""
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "1065 435 193 276"
        sizeHint = "193 276"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = BoolArithmetic2
    inputBool1 = FALSE
    inputBool2 = FALSE
    operation = And
  }
}
module SkullStrip {
  internal  {
    frame = "849 1765 96 56"
    moduleGroupName = ""
    localMacro = 1
    windows  {
      window _default {
        geometry = "717 330 500 600"
        sizeHint = "260 223"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = SkullStrip
    ApplySkullStrip = TRUE
  }
}
module MPRTubularTracking {
  internal  {
    frame = "2085 1077 152 56"
    moduleGroupName = ""
    localMacro = 1
  }
  fields  {
    instanceName = MPRTubularTracking
  }
}
module SoPerspectiveCamera {
  internal  {
    frame = "1789 -3 152 56"
    moduleGroupName = ""
    windows  {
      window _default {
        geometry = "764 506 446 248"
        sizeHint = "406 248"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = SoPerspectiveCamera
    viewportMapping = ADJUST_CAMERA
    position = "-132.466674804688 -111.13126373291 -57.0888481140137"
    orientation = "-0.820172011852264 0.532940208911896 0.208068668842316 4.48273992538452"
    aspectRatio = 1
    nearDistance = 0.33903831
    farDistance = 339.71707
    focalDistance = 149.18889
    heightAngle = 0.78539819
  }
}
module FWHM_iso_value_calculation {
  internal  {
    frame = "3133 1189 200 56"
    moduleGroupName = ""
    localMacro = 1
  }
  fields  {
    instanceName = FWHM_iso_value_calculation
  }
}
module SegmentationVisualization {
  internal  {
    frame = "1517 805 184 56"
    moduleGroupName = ""
    localMacro = 1
  }
  fields  {
    instanceName = SegmentationVisualization
    FOV = 15
  }
}
module XMarkerListContainer {
  internal  {
    frame = "2413 181 152 56"
    moduleGroupName = ""
    windows  {
      window _default {
        geometry = "3141 250 513 497"
        sizeHint = "500 497"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = XMarkerListContainer
    listString = ""
    index = 0
    persistent = FALSE
    listStringEnable = FALSE
    applySelect = FALSE
    name = ""
    newName = ""
    overflowMode = None
    maxSize = 0
    useInsertTemplate = FALSE
    posXYZ = "173 124 11"
    posC = 0
    posT = 0
    posU = 0
    vecXYZ = "0 0 0"
    type = 0
    newPosXYZ = "0 0 0"
    newPosC = 0
    newPosT = 0
    newPosU = 0
    newVecXYZ = "0 0 0"
    newType = 0
  }
}
module WorldVoxelConvert {
  internal  {
    frame = "2605 269 136 56"
    moduleGroupName = ""
    windows  {
      window _default {
        geometry = "811 656 414 237"
        sizeHint = "414 237"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = WorldVoxelConvert
    voxelX = 173
    voxelY = 124
    voxelZ = 11
    worldX = 173
    worldY = 124
    worldZ = 11
    voxelPos = "173 124 11"
    worldPos = "173 124 11"
    voxelMode = TRUE
    worldMode = FALSE
    intVoxelCoords = FALSE
    keepConstant = Voxel
  }
}
module GetVoxelValue {
  internal  {
    frame = "2889 269 144 72"
    moduleGroupName = ""
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "1296 571 488 281"
        sizeHint = "488 281"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = GetVoxelValue
    position = "173 124 11 0 0 0"
    updateMode = AutoUpdate
    coordinateType = Voxel
    interpolation = NearestNeighbor
  }
}
module So3DMarkerRenderer {
  internal  {
    frame = "2605 -35 152 56"
    moduleGroupName = ""
    windows  {
      window _default {
        geometry = "811 466 323 329"
        sizeHint = "313 329"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = So3DMarkerRenderer
    renderCaching = AUTO
    boundingBoxCaching = AUTO
    renderCulling = AUTO
    pickCulling = AUTO
    markerRenderMode = Point
    vectorRenderMode = LineWithArrow
    geometryComplexity = LOW
    colorMode = COLOR_BY_TYPE
    diffuseColor = "1 1 1"
    ambientColor = "0.200000002980232 0.200000002980232 0.200000002980232"
    specularColor = "0.200000002980232 0.200000002980232 0.200000002980232"
    shininess = 0.2
    markerSize = 1
    lineWidth = 1
    vectorScale = 1
    arrowHeadSize = 1
    arrowCylinderRadius = 0.1
    timepointToRender = -1
  }
}
module Arithmetic0 {
  internal  {
    frame = "165 1213 104 72"
    moduleGroupName = "Initializing location of the LUT points"
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "744 510 460 241"
        sizeHint = "447 241"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = Arithmetic05
    debugLevel = 0
    arg1 = "0 0 0"
    arg1X = 0
    arg1XAsVec = FALSE
    operation = Multiply
    arg2 = "1.5 0 0"
    arg2X = 1.5
    arg2XAsVec = FALSE
    resultsAsPercent = FALSE
    formatString = ""
  }
}
module ImageLoad {
  internal  {
    frame = "-787 -1475 136 56"
    moduleGroupName = "Get image type and set file name appropriately"
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "2650 452 474 357"
        sizeHint = "474 357"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = ImageLoad4
    filename = ""
    autoLoad = TRUE
    readRaw = FALSE
    rawX = 1
    rawY = 1
    rawZ = 1
    rawC = 1
    rawT = 1
    rawU = 1
    dataTypeRaw = "unsigned int8"
    planarConfig = Contiguous
    byteOrder = LittleEndian
    dataOffset = 0
    pageSizeHint = "0 0 0 0 0 0"
    suppressErrorLog = FALSE
    dicomIgnoreHalfVoxelShift = FALSE
    enableCheckSumTests = FALSE
  }
}
module StringSplit {
  internal  {
    frame = "169 -1115 96 56"
    moduleGroupName = "Check if dragged in image is already processed in MLoutput subfolder"
    windows  {
      window _default {
        geometry = "837 346 944 720"
        sizeHint = "500 720"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = StringSplit9
    inString = ""
    separators = #
    trimWhitespace = TRUE
    selectedSubStringIndex = 8
    searchSubstring = ""
    searchIgnoreCase = FALSE
  }
}
module StringUtils {
  internal  {
    frame = "109 -1203 104 72"
    moduleGroupName = "Check if dragged in image is already processed in MLoutput subfolder"
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "2117 553 787 209"
        sizeHint = "234 204"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = StringUtils13
    operationType = Replace
    string1 = ""
    string2 = "***"
    string3 = ""
    string4 = ""
    string5 = ""
    string6 = ""
    stringPrefix = [
    stringPostfix = ]
    toggle1 = TRUE
    toggle2 = TRUE
    toggle3 = FALSE
    toggle4 = FALSE
    toggle5 = FALSE
    toggle6 = FALSE
    togglePrefix = FALSE
    togglePostfix = FALSE
    separator = ""
    selectSeparator = 0
    toggleIgnoreCase = FALSE
    inPos1 = 0
    inPos2 = 0
  }
}
module ImageLoad {
  internal  {
    frame = "-59 -1227 136 56"
    moduleGroupName = "Check if dragged in image is already processed in MLoutput subfolder"
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "2271 495 474 357"
        sizeHint = "474 357"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = ImageLoad5
    filename = ""
    autoLoad = TRUE
    readRaw = FALSE
    rawX = 1
    rawY = 1
    rawZ = 1
    rawC = 1
    rawT = 1
    rawU = 1
    dataTypeRaw = "unsigned int8"
    planarConfig = Contiguous
    byteOrder = LittleEndian
    dataOffset = 0
    pageSizeHint = "0 0 0 0 0 0"
    suppressErrorLog = FALSE
    dicomIgnoreHalfVoxelShift = FALSE
    enableCheckSumTests = FALSE
  }
}
module Console {
  internal  {
    frame = "1025 -395 80 56"
    moduleGroupName = ""
    windows  {
      window _default {
        geometry = "1993 556 779 512"
        sizeHint = "268 351"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = Console
    logInformation = TRUE
    logWarnings = TRUE
    logErrors = TRUE
    logFatals = TRUE
    logDebugs = TRUE
    logCouts = TRUE
    logCerrs = TRUE
    logOthers = TRUE
    logLine = TRUE
    logFileName = TRUE
    logTime = TRUE
    logFunc = TRUE
    logReason = TRUE
    logHandling = TRUE
    logLibraryPrefix = TRUE
    logMessageType = TRUE
    maxConsoleSize = 11
  }
}
module MLLogFile {
  internal  {
    frame = "1085 -531 88 56"
    moduleGroupName = ""
    windows  {
      window _default {
        geometry = "1199 567 378 321"
        sizeHint = "378 321"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = MLLogFile
    logInformation = TRUE
    logWarnings = TRUE
    logErrors = TRUE
    logFatals = TRUE
    logDebugs = TRUE
    logCouts = TRUE
    logCerrs = TRUE
    logOthers = TRUE
    logLine = TRUE
    logFileName = TRUE
    logTime = TRUE
    logFunc = TRUE
    logReason = TRUE
    logHandling = TRUE
    logLibraryPrefix = TRUE
    logMessageType = TRUE
    enableLog = FALSE
    logFile = $(HOME)/DampingUILogFile.log
  }
}
module FileListFilterPlugin {
  internal  {
    frame = "-1561 211 136 56"
    moduleGroupName = "Draw Manual Mask"
    windows  {
      window _default {
        geometry = "383 264 1230 619"
        sizeHint = "776 619"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = FileListFilterPlugin1
    volumeLabel = ""
    volumeConfig = "*(
  {Element = (0008,0060); Name = Modality;  Sort = 1; Part = 1; },
  {Element = (0008,0020); Name = StudyDate; Sort = 1; Part = 1; },
  {Element = (0008,0008); Name = ImageType; Sort = 1; Part = 1; },
  {Element = (0018,1030); Name = ProtocolName; Sort = 1; Part = 1; },
  {Element = (0018,0050); Name = SliceThickness; Sort = 1; Part = 1; Tolerance = 0.000005; },
  {Element = (0018,0080); Name = RepetitionTime; Sort = 1; Part = 1; },
  {Element = (0018,0082); Name = InversionTime; Sort = 1; Part = 1; },
  {Element = (0018,0091); Name = EchoTrainLength; Sort = 1; Part = 1; },
  {Element = (0018,1210); Name = ConvolutionKernel; Sort = 1; Part = 1; },
  {Element = (0018,1314); Name = FlipAngle; Sort = 1; Part = 1; },
  {Element = (0018,0015); Name = BodyPartExamined; Sort = 1; Part = 1; },
  {Element = (0028,0008); Name = NumberOfFrames; Sort = 1; Part = 1; },
  {Element = (0028,0010); Name = Rows; Sort = 1; Part = 1; },
  {Element = (0028,0011); Name = Columns; Sort = 1; Part = 1; },
  {Element = (0020,0037); Name = ImageOrientationPatient; Sort = 1; Part = 1; Tolerance = 0.000005; },
  {Element = (0018,1004); Name = PlateID; Sort = 1; Part = 1; },
  {Element = (0018,1000); Name = DeviceSerialNumber; Sort = 1; Part = 1; },
  {Element = (0028,0004); Name = PhotometricInterpretation; Sort = 1; Part = 1; },
  {Element = (0028,0100); Name = BitsAllocated; Sort = 1; Part = 1; },
  {Element = (0028,0102); Name = HighBit; Sort = 1; Part = 1; },
  {Element = (0028,0103); Name = PixelRepresentation; Sort = 1; Part = 1; },
  {Element = (0018,0020); Name = ScanningSequence; Sort = 1; Part = 1; },
  {Element = (0018,0023); Name = MRAcquisitionType; Sort = 1; Part = 1; },
  {Element = (0028,0030); Name = PixelSpacing; Sort = 1; Part = 1; Tolerance = 0.00001; },
  {Element = (0054,0010); Name = EnergyWindowVector; Sort = 1; Part = 1; },
  {Element = (0054,0030); Name = PhaseVector; Sort = 1; Part = 1; },
  {Element = (0054,0060); Name = RRIntervalVector; Sort = 1; Part = 1; },
  {Element = (0054,0050); Name = RotationVector; Sort = 1; Part = 1; },
  {Element = (0020,000e); Name = SeriesInstanceUID; Sort = 1; SortCondition = "Modality = NM & !(FrameIncrementPointer = '(0054,0010)')" Part = 1; PartCondition = "Modality = NM & !(FrameIncrementPointer = '(0054,0010)')";       },
  {Element = (0008,0018); Name = SOPInstanceUID; Sort = 1; SortCondition = "Modality = NM & NumberOfFrames > 1";  Part = 1; PartCondition = "Modality = NM & NumberOfFrames > 1";  },
  {Element = (0008,0018); Name = SOPInstanceUID; Sort = 1; SortCondition = "Modality = CR | Modality = DR | Modality = MG | Modality = MX"; Part = 1; PartCondition = "Modality = CR | Modality = DR | Modality = MG | Modality = MX";  },
  {Element = (0008,1090); Name = ManufacturerModelName; Sort = 1; Part = 1; },
  {Element = (0008,1010); Name = StationName; Sort = 1; Part = 1; },
  {Element = (0008,0070); Name = Manufacturer; Sort = 1; Part = 1; },
  {Element = (0018,0020); Name = ScanningSequence; Sort = 1; Part = 1; },
  {Element = (0018,0085); Name = ImagedNucleus; Sort = 1; Part = 1; },
  {Element = (0018,0087); Name = MagneticFieldStrength; Sort = 1; Part = 1; },
  {Element = (0018,1020); Name = SoftwareVersion; Sort = 1; Part = 1; },
  {Element = (0018,5100); Name = PatientPosition; Sort = 1; Part = 1; },
  {Element = (0062,000b); Name = ReferencedSegmentNumber; Sort = 1; SortCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; Part = 1;  PartCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; },
  {Element = (0020,000e); Name = SeriesInstanceUID; Sort = 1; SortCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; Part = 1; PartCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; },
  {Element = (0020,0013); Name = InstanceNumber; Sort = 1; Part = 0; },
  {Element = (0008,0030); Name = StudyTime; Sort = 1; Part = 0; },
  {Element = (0020,0011); Name = SeriesNumber; Sort = 1; Part = 0; },
  {Element = (0008,0021); Name = SeriesDate; Sort = 1; Part = 0; },
  {Element = (0008,0031); Name = SeriesTime; Sort = 1; Part = 0; },
  {Element = (0018,0081); Name = EchoTime; Sort = 1; Part = 0; },
  {Element = (0018,0024); Name = SequenceName; Sort = 1; Part = 0; },
  {Element = (0020,0012); Name = AcquisitionNumber; Sort = 1; Part = 0; },
  {Element = (0018,0022); Name = ScanOptions; Sort = 1; Part = 0; },
  {Element = (0008,0022); Name = AcquisitionDate; Sort = 1; Part = 0; },
  {Element = (0008,0032); Name = AcquisitionTime; Sort = 1; Part = 0; },
  {Element = (0008,0023); Name = ContentDate; Sort = 1; Part = 0; },
  {Element = (0008,0033); Name = ContentTime; Sort = 1; Part = 0; },
  {Element = (0020,0032); Name = ImagePositionPatient; Sort = 1; Part = 0; },
  {Element = (0054,0020); Name = DetectorVector; Sort = 1; Part = 0; },
  {Element = (0054,0100); Name = TimeSliceVector; Sort = 1; Part = 0; },
  {Element = (0054,0070); Name = TimeSlotVector; Sort = 1; Part = 0; },
  {Element = (0054,0080); Name = SliceVector; Sort = 1; Part = 0; },
  {Element = (0054,0090); Name = AngularViewVector; Sort = 1; Part = 0; },
)
*"
    processingSettings = ""
    clearPassFlagBeforeFiltering = TRUE
    labelAssignMode = DoNotChangeLabel
    configAssignMode = DoNotChangeConfig
    processingSettingsAssignMode = DoNotChangeProcSettings
    allowRecursiveTagSearch = FALSE
    applyFilePathFilter = TRUE
    pathFilterRegEx = ""
    invertPathFilterRegEx = FALSE
    setPassFlagOnPathMatches = TRUE
    clearPassFlagOnPathMismatches = FALSE
    regExStatus = ""
    applyTagStringFilter = FALSE
    tagStringFilterTagId = (0008,0008)
    tagStringFilterTagValueIndex = -1
    tagStringFilterPrivateCreator = ""
    checkOnlyFirstRecursiveTagString = FALSE
    tagStringEvalRegEx = ".*M_FFE .*"
    invertTagStringEvalRegEx = FALSE
    setTagStrEvalPassFlagOnPathMatches = FALSE
    clearTagStrEvalPassFlagOnPathMismatches = TRUE
    tagFilterRegExStatus = ""
    applyTagValueFilter = FALSE
    treeFilterEx = t0-c0
    tagId0 = (0028,0008)
    tagId0ValueIndex = -1
    tagId0PrivateCreator = ""
    tagId1 = (0000,0000)
    tagId1ValueIndex = -1
    tagId1PrivateCreator = ""
    tagId2 = (0000,0000)
    tagId2ValueIndex = -1
    tagId2PrivateCreator = ""
    tagId3 = (0000,0000)
    tagId3ValueIndex = -1
    tagId3PrivateCreator = ""
    const0 = 142
    const1 = 0
    const2 = 0
    const3 = 0
    rangeMin = -1
    rangeMax = 1
    setPassFlagOnTagValueMatches = FALSE
    clearPassFlagOnTagValueMismatches = TRUE
    treeFilterStatus = ""
  }
}
module DirectDicomImport {
  internal  {
    frame = "-1485 99 176 56"
    moduleGroupName = "Draw Manual Mask"
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "2284 336 1349 651"
        sizeHint = "800 385"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = DirectDicomImport3
    tagDumpSize = 10000
    dumpPrivateTagValues = FALSE
    numShownBinaryEntries = 8
    annotate = FALSE
    regExLineFilter = type
    fullUserSrcPaths = ""
    fullTargetPath = ""
    useRelativeCachePaths = FALSE
    writeSingleVolumeCacheFiles = FALSE
    autoCreateCachePath = FALSE
    cacheFileName = DDICacheFile
    consoleSizeInKiloBytes = 64
    outVolume = 0
    preferCacheBeforeImport = FALSE
    clearAfterImport = FALSE
    clearSingleFrameCacheAfterImport = TRUE
    maxTreeCachedMBs = 250
    maxTagCachedMBs = 80
    editDicomCacheSize = FALSE
    useResultCaching = FALSE
    suppressedFilesAndSuffixes = ".mlab .db .log .lst .xml .rar .zip .img .exe .inf .svn-base entries all-wcprops .DDI-SMF-TreeCacheFile.dcm"
    explicitFileTypes = ".1 .2 .3 .4 .5 .6 .7 .8 .9 .bmp .dm3 .dm4 .cnf .cpi .dat .gipl .gsa .hdr .jpg .jpeg .lsm .mhd .mlimage .nhdr .nii .mca .nrrd .pgm .pic .png .pnm .ppm .raw .rd .rek .spe .spr .tif .tiff .txt .uxd .vms .vtk .xy"
    inputFileList = ""
    sortMode = NumVoxels
    sortUpwards = TRUE
    idxSortTagValue = ""
    useNumericTagValueSorting = FALSE
    thumbNailsExt = 40
    userColumnTag0 = ""
    userColumnTag1 = ""
    userColumnTag2 = ""
    iconBuildMode = UseMiddleSlice
    icon = FALSE
    userTag0 = FALSE
    userTag1 = FALSE
    userTag2 = FALSE
    columnConfig = "# Note: Comments must always be prefixed at line start with a '#'.

# Default setting:
validImage hasIssues fileType voxelType imgExt numVoxels numSlices numTimePoints numSrcFiles modality patientID patientSex patientsName studyID

#modality studyDate acquisitionTime numSlices spacingBetweenSlices studyDescription seriesDescription acquisitionDate imageComments patientsName patientSex patientsBirthDate patientID referringPhysiciansName admittingDiagnosesDescription

# Available values are:
#userTag0 userTag1 userTag2 validImage hasIssues importTime fileType voxelType imgExt voxelExtent numVoxels numSlices colorImage numTimePoints numSrcFiles firstOrigFile outFileName inputFilterLabel lossy compressionType humanReadableOrientation accessionNumber acquisitionDate acquisitionMatrix acquisitionNumber acquisitionTime aCR_NEMA_AcquisitionsInSeries aCR_NEMA_ImageOrientation aCR_NEMA_ImagePosition admittingDiagnosesDescription angioFlag bitsAllocated bitsStored bodyPartExamined codeMeaning codeValue columns contentDate contentTime contrastBolusAgent contrastBolusStartTime convolutionKernel currentPatientLocation derivationDescription echoTime echoTrainLength exposure exposureTime flipAngle frameOfReferenceUID gantryAngle gantryAngleTolerance gantryDetectorSlew gantryDetectorTilt gantryRotationDirection highBit imageComments imagedNucleus imageOrientationPatient imagePositionPatient imageType imagingFrequency instanceCreationDate instanceCreationTime instanceNumber institutionAddress institutionName inversionTime kVP largestImagePixelValue magneticFieldStrength manufacturer manufacturersModelName mediaStorageSOPInstanceUID modality mRAcquisitionType nameOfPhysiciansReadingStudy numberOfAverages numberOfFrames numberOfPhaseEncodingSteps numberOfTemporalPositions otherPatientNames patientComments patientID patientOrientation patientsAge percentSampling patientSex patientPosition patientsAddress patientsMothersBirthName patientsName patientsTelephoneNumbers patientsWeight patientsBirthDate performedProcedureStepDescription performedProcedureStepStartDate performedProcedureStepStartTime photometricInterpretation physiciansOfRecord pixelRepresentation pixelSpacing protocolName receiveCoilName reconstructionDiameter referringPhysiciansName repetitionTime requestedProcedureDescription requestingPhysician requestingService rescaleIntercept rescaleSlope rescaleType rows samplesPerPixel sAR scanningSequence scanOptions scheduledProcedureStepDescription sequenceName sequenceVariant seriesDate seriesDescription seriesInstanceUID seriesNumber seriesTime sliceLocation sliceThickness smallestImagePixelValue softwareVersions sOPClassUID sOPInstanceUID spacingBetweenSlices stationName studyDate studyDescription studyID studyInstanceUID studyTime windowCenter windowWidth xRayTubeCurrent "
    dplCalcMinMax = Automatic
    dplAnon = FALSE
    dplVerbose = 0
    specialProcessors = Off
    minimumNumFramesInVolume = 1
    dplConfigString0 = "*(
  {Element = (0008,0060); Name = Modality;  Sort = 1; Part = 1; },
  {Element = (0008,0020); Name = StudyDate; Sort = 1; Part = 1; },
  {Element = (0008,0008); Name = ImageType; Sort = 1; Part = 1; },
  {Element = (0018,1030); Name = ProtocolName; Sort = 1; Part = 1; },
  {Element = (0018,0050); Name = SliceThickness; Sort = 1; Part = 1; Tolerance = 0.000005; },
  {Element = (0018,0080); Name = RepetitionTime; Sort = 1; Part = 1; },
  {Element = (0018,0082); Name = InversionTime; Sort = 1; Part = 1; },
  {Element = (0018,0091); Name = EchoTrainLength; Sort = 1; Part = 1; },
  {Element = (0018,1210); Name = ConvolutionKernel; Sort = 1; Part = 1; },
  {Element = (0018,1314); Name = FlipAngle; Sort = 1; Part = 1; },
  {Element = (0018,0015); Name = BodyPartExamined; Sort = 1; Part = 1; },
  {Element = (0028,0008); Name = NumberOfFrames; Sort = 1; Part = 1; },
  {Element = (0028,0010); Name = Rows; Sort = 1; Part = 1; },
  {Element = (0028,0011); Name = Columns; Sort = 1; Part = 1; },
  {Element = (0020,0037); Name = ImageOrientationPatient; Sort = 1; Part = 1; Tolerance = 0.000005; },
  {Element = (0018,1004); Name = PlateID; Sort = 1; Part = 1; },
  {Element = (0018,1000); Name = DeviceSerialNumber; Sort = 1; Part = 1; },
  {Element = (0028,0004); Name = PhotometricInterpretation; Sort = 1; Part = 1; },
  {Element = (0028,0100); Name = BitsAllocated; Sort = 1; Part = 1; },
  {Element = (0028,0102); Name = HighBit; Sort = 1; Part = 1; },
  {Element = (0028,0103); Name = PixelRepresentation; Sort = 1; Part = 1; },
  {Element = (0018,0020); Name = ScanningSequence; Sort = 1; Part = 1; },
  {Element = (0018,0023); Name = MRAcquisitionType; Sort = 1; Part = 1; },
  {Element = (0028,0030); Name = PixelSpacing; Sort = 1; Part = 1; Tolerance = 0.00001; },
  {Element = (0054,0010); Name = EnergyWindowVector; Sort = 1; Part = 1; },
  {Element = (0054,0030); Name = PhaseVector; Sort = 1; Part = 1; },
  {Element = (0054,0060); Name = RRIntervalVector; Sort = 1; Part = 1; },
  {Element = (0054,0050); Name = RotationVector; Sort = 1; Part = 1; },
  {Element = (0020,000e); Name = SeriesInstanceUID; Sort = 1; SortCondition = "Modality = NM & !(FrameIncrementPointer = '(0054,0010)')" Part = 1; PartCondition = "Modality = NM & !(FrameIncrementPointer = '(0054,0010)')";       },
  {Element = (0008,0018); Name = SOPInstanceUID; Sort = 1; SortCondition = "Modality = NM & NumberOfFrames > 1";  Part = 1; PartCondition = "Modality = NM & NumberOfFrames > 1";  },
  {Element = (0008,0018); Name = SOPInstanceUID; Sort = 1; SortCondition = "Modality = CR | Modality = DR | Modality = MG | Modality = MX"; Part = 1; PartCondition = "Modality = CR | Modality = DR | Modality = MG | Modality = MX";  },
  {Element = (0008,1090); Name = ManufacturerModelName; Sort = 1; Part = 1; },
  {Element = (0008,1010); Name = StationName; Sort = 1; Part = 1; },
  {Element = (0008,0070); Name = Manufacturer; Sort = 1; Part = 1; },
  {Element = (0018,0020); Name = ScanningSequence; Sort = 1; Part = 1; },
  {Element = (0018,0085); Name = ImagedNucleus; Sort = 1; Part = 1; },
  {Element = (0018,0087); Name = MagneticFieldStrength; Sort = 1; Part = 1; },
  {Element = (0018,1020); Name = SoftwareVersion; Sort = 1; Part = 1; },
  {Element = (0018,5100); Name = PatientPosition; Sort = 1; Part = 1; },
  {Element = (0062,000b); Name = ReferencedSegmentNumber; Sort = 1; SortCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; Part = 1;  PartCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; },
  {Element = (0020,000e); Name = SeriesInstanceUID; Sort = 1; SortCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; Part = 1; PartCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; },
  {Element = (0020,0013); Name = InstanceNumber; Sort = 1; Part = 0; },
  {Element = (0008,0030); Name = StudyTime; Sort = 1; Part = 0; },
  {Element = (0020,0011); Name = SeriesNumber; Sort = 1; Part = 0; },
  {Element = (0008,0021); Name = SeriesDate; Sort = 1; Part = 0; },
  {Element = (0008,0031); Name = SeriesTime; Sort = 1; Part = 0; },
  {Element = (0018,0081); Name = EchoTime; Sort = 1; Part = 0; },
  {Element = (0018,0024); Name = SequenceName; Sort = 1; Part = 0; },
  {Element = (0020,0012); Name = AcquisitionNumber; Sort = 1; Part = 0; },
  {Element = (0018,0022); Name = ScanOptions; Sort = 1; Part = 0; },
  {Element = (0008,0022); Name = AcquisitionDate; Sort = 1; Part = 0; },
  {Element = (0008,0032); Name = AcquisitionTime; Sort = 1; Part = 0; },
  {Element = (0008,0023); Name = ContentDate; Sort = 1; Part = 0; },
  {Element = (0008,0033); Name = ContentTime; Sort = 1; Part = 0; },
  {Element = (0020,0032); Name = ImagePositionPatient; Sort = 1; Part = 0; },
  {Element = (0054,0020); Name = DetectorVector; Sort = 1; Part = 0; },
  {Element = (0054,0100); Name = TimeSliceVector; Sort = 1; Part = 0; },
  {Element = (0054,0070); Name = TimeSlotVector; Sort = 1; Part = 0; },
  {Element = (0054,0080); Name = SliceVector; Sort = 1; Part = 0; },
  {Element = (0054,0090); Name = AngularViewVector; Sort = 1; Part = 0; },
)
*"
    dplConfigString1 = "*(
  {Element = (0008,0060); Name = Modality;  Sort = 1; Part = 1; },
  {Element = (0008,0020); Name = StudyDate; Sort = 1; Part = 1; },
  {Element = (0008,0008); Name = ImageType; Sort = 1; Part = 1; },
  {Element = (0018,1030); Name = ProtocolName; Sort = 1; Part = 1; },
  {Element = (0018,0050); Name = SliceThickness; Sort = 1; Part = 1; Tolerance = 0.000005; },
  {Element = (0018,0080); Name = RepetitionTime; Sort = 1; Part = 1; },
  {Element = (0018,0082); Name = InversionTime; Sort = 1; Part = 1; },
  {Element = (0018,0091); Name = EchoTrainLength; Sort = 1; Part = 1; },
  {Element = (0018,1210); Name = ConvolutionKernel; Sort = 1; Part = 1; },
  {Element = (0018,1314); Name = FlipAngle; Sort = 1; Part = 1; },
  {Element = (0018,0015); Name = BodyPartExamined; Sort = 1; Part = 1; },
  {Element = (0028,0008); Name = NumberOfFrames; Sort = 1; Part = 1; },
  {Element = (0028,0010); Name = Rows; Sort = 1; Part = 1; },
  {Element = (0028,0011); Name = Columns; Sort = 1; Part = 1; },
  {Element = (0020,0037); Name = ImageOrientationPatient; Sort = 1; Part = 1; Tolerance = 0.000005; },
  {Element = (0018,1004); Name = PlateID; Sort = 1; Part = 1; },
  {Element = (0018,1000); Name = DeviceSerialNumber; Sort = 1; Part = 1; },
  {Element = (0028,0004); Name = PhotometricInterpretation; Sort = 1; Part = 1; },
  {Element = (0028,0100); Name = BitsAllocated; Sort = 1; Part = 1; },
  {Element = (0028,0102); Name = HighBit; Sort = 1; Part = 1; },
  {Element = (0028,0103); Name = PixelRepresentation; Sort = 1; Part = 1; },
  {Element = (0018,0020); Name = ScanningSequence; Sort = 1; Part = 1; },
  {Element = (0018,0023); Name = MRAcquisitionType; Sort = 1; Part = 1; },
  {Element = (0028,0030); Name = PixelSpacing; Sort = 1; Part = 1; Tolerance = 0.00001; },
  {Element = (0054,0010); Name = EnergyWindowVector; Sort = 1; Part = 1; },
  {Element = (0054,0030); Name = PhaseVector; Sort = 1; Part = 1; },
  {Element = (0054,0060); Name = RRIntervalVector; Sort = 1; Part = 1; },
  {Element = (0054,0050); Name = RotationVector; Sort = 1; Part = 1; },
  {Element = (0020,000e); Name = SeriesInstanceUID; Sort = 1; SortCondition = "Modality = NM & !(FrameIncrementPointer = '(0054,0010)')" Part = 1; PartCondition = "Modality = NM & !(FrameIncrementPointer = '(0054,0010)')";       },
  {Element = (0008,0018); Name = SOPInstanceUID; Sort = 1; SortCondition = "Modality = NM & NumberOfFrames > 1";  Part = 1; PartCondition = "Modality = NM & NumberOfFrames > 1";  },
  {Element = (0008,0018); Name = SOPInstanceUID; Sort = 1; SortCondition = "Modality = CR | Modality = DR | Modality = MG | Modality = MX"; Part = 1; PartCondition = "Modality = CR | Modality = DR | Modality = MG | Modality = MX";  },
  {Element = (0008,1090); Name = ManufacturerModelName; Sort = 1; Part = 1; },
  {Element = (0008,1010); Name = StationName; Sort = 1; Part = 1; },
  {Element = (0008,0070); Name = Manufacturer; Sort = 1; Part = 1; },
  {Element = (0018,0020); Name = ScanningSequence; Sort = 1; Part = 1; },
  {Element = (0018,0085); Name = ImagedNucleus; Sort = 1; Part = 1; },
  {Element = (0018,0087); Name = MagneticFieldStrength; Sort = 1; Part = 1; },
  {Element = (0018,1020); Name = SoftwareVersion; Sort = 1; Part = 1; },
  {Element = (0018,5100); Name = PatientPosition; Sort = 1; Part = 1; },
  {Element = (0062,000b); Name = ReferencedSegmentNumber; Sort = 1; SortCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; Part = 1;  PartCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; },
  {Element = (0020,000e); Name = SeriesInstanceUID; Sort = 1; SortCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; Part = 1; PartCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; },
  {Element = (0020,0013); Name = InstanceNumber; Sort = 1; Part = 0; },
  {Element = (0008,0030); Name = StudyTime; Sort = 1; Part = 0; },
  {Element = (0020,0011); Name = SeriesNumber; Sort = 1; Part = 0; },
  {Element = (0008,0021); Name = SeriesDate; Sort = 1; Part = 0; },
  {Element = (0008,0031); Name = SeriesTime; Sort = 1; Part = 0; },
  {Element = (0018,0081); Name = EchoTime; Sort = 1; Part = 0; },
  {Element = (0018,0024); Name = SequenceName; Sort = 1; Part = 0; },
  {Element = (0020,0012); Name = AcquisitionNumber; Sort = 1; Part = 0; },
  {Element = (0018,0022); Name = ScanOptions; Sort = 1; Part = 0; },
  {Element = (0008,0022); Name = AcquisitionDate; Sort = 1; Part = 0; },
  {Element = (0008,0032); Name = AcquisitionTime; Sort = 1; Part = 0; },
  {Element = (0008,0023); Name = ContentDate; Sort = 1; Part = 0; },
  {Element = (0008,0033); Name = ContentTime; Sort = 1; Part = 0; },
  {Element = (0020,0032); Name = ImagePositionPatient; Sort = 1; Part = 0; },
  {Element = (0054,0020); Name = DetectorVector; Sort = 1; Part = 0; },
  {Element = (0054,0100); Name = TimeSliceVector; Sort = 1; Part = 0; },
  {Element = (0054,0070); Name = TimeSlotVector; Sort = 1; Part = 0; },
  {Element = (0054,0080); Name = SliceVector; Sort = 1; Part = 0; },
  {Element = (0054,0090); Name = AngularViewVector; Sort = 1; Part = 0; },
)
*"
    dplConfigString2 = "*(
  {Element = (0008,0060); Name = Modality;  Sort = 1; Part = 1; },
  {Element = (0008,0020); Name = StudyDate; Sort = 1; Part = 1; },
  {Element = (0008,0008); Name = ImageType; Sort = 1; Part = 1; },
  {Element = (0018,1030); Name = ProtocolName; Sort = 1; Part = 1; },
  {Element = (0018,0050); Name = SliceThickness; Sort = 1; Part = 1; Tolerance = 0.000005; },
  {Element = (0018,0080); Name = RepetitionTime; Sort = 1; Part = 1; },
  {Element = (0018,0082); Name = InversionTime; Sort = 1; Part = 1; },
  {Element = (0018,0091); Name = EchoTrainLength; Sort = 1; Part = 1; },
  {Element = (0018,1210); Name = ConvolutionKernel; Sort = 1; Part = 1; },
  {Element = (0018,1314); Name = FlipAngle; Sort = 1; Part = 1; },
  {Element = (0018,0015); Name = BodyPartExamined; Sort = 1; Part = 1; },
  {Element = (0028,0008); Name = NumberOfFrames; Sort = 1; Part = 1; },
  {Element = (0028,0010); Name = Rows; Sort = 1; Part = 1; },
  {Element = (0028,0011); Name = Columns; Sort = 1; Part = 1; },
  {Element = (0020,0037); Name = ImageOrientationPatient; Sort = 1; Part = 1; Tolerance = 0.000005; },
  {Element = (0018,1004); Name = PlateID; Sort = 1; Part = 1; },
  {Element = (0018,1000); Name = DeviceSerialNumber; Sort = 1; Part = 1; },
  {Element = (0028,0004); Name = PhotometricInterpretation; Sort = 1; Part = 1; },
  {Element = (0028,0100); Name = BitsAllocated; Sort = 1; Part = 1; },
  {Element = (0028,0102); Name = HighBit; Sort = 1; Part = 1; },
  {Element = (0028,0103); Name = PixelRepresentation; Sort = 1; Part = 1; },
  {Element = (0018,0020); Name = ScanningSequence; Sort = 1; Part = 1; },
  {Element = (0018,0023); Name = MRAcquisitionType; Sort = 1; Part = 1; },
  {Element = (0028,0030); Name = PixelSpacing; Sort = 1; Part = 1; Tolerance = 0.00001; },
  {Element = (0054,0010); Name = EnergyWindowVector; Sort = 1; Part = 1; },
  {Element = (0054,0030); Name = PhaseVector; Sort = 1; Part = 1; },
  {Element = (0054,0060); Name = RRIntervalVector; Sort = 1; Part = 1; },
  {Element = (0054,0050); Name = RotationVector; Sort = 1; Part = 1; },
  {Element = (0020,000e); Name = SeriesInstanceUID; Sort = 1; SortCondition = "Modality = NM & !(FrameIncrementPointer = '(0054,0010)')" Part = 1; PartCondition = "Modality = NM & !(FrameIncrementPointer = '(0054,0010)')";       },
  {Element = (0008,0018); Name = SOPInstanceUID; Sort = 1; SortCondition = "Modality = NM & NumberOfFrames > 1";  Part = 1; PartCondition = "Modality = NM & NumberOfFrames > 1";  },
  {Element = (0008,0018); Name = SOPInstanceUID; Sort = 1; SortCondition = "Modality = CR | Modality = DR | Modality = MG | Modality = MX"; Part = 1; PartCondition = "Modality = CR | Modality = DR | Modality = MG | Modality = MX";  },
  {Element = (0008,1090); Name = ManufacturerModelName; Sort = 1; Part = 1; },
  {Element = (0008,1010); Name = StationName; Sort = 1; Part = 1; },
  {Element = (0008,0070); Name = Manufacturer; Sort = 1; Part = 1; },
  {Element = (0018,0020); Name = ScanningSequence; Sort = 1; Part = 1; },
  {Element = (0018,0085); Name = ImagedNucleus; Sort = 1; Part = 1; },
  {Element = (0018,0087); Name = MagneticFieldStrength; Sort = 1; Part = 1; },
  {Element = (0018,1020); Name = SoftwareVersion; Sort = 1; Part = 1; },
  {Element = (0018,5100); Name = PatientPosition; Sort = 1; Part = 1; },
  {Element = (0062,000b); Name = ReferencedSegmentNumber; Sort = 1; SortCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; Part = 1;  PartCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; },
  {Element = (0020,000e); Name = SeriesInstanceUID; Sort = 1; SortCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; Part = 1; PartCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; },
  {Element = (0020,0013); Name = InstanceNumber; Sort = 1; Part = 0; },
  {Element = (0008,0030); Name = StudyTime; Sort = 1; Part = 0; },
  {Element = (0020,0011); Name = SeriesNumber; Sort = 1; Part = 0; },
  {Element = (0008,0021); Name = SeriesDate; Sort = 1; Part = 0; },
  {Element = (0008,0031); Name = SeriesTime; Sort = 1; Part = 0; },
  {Element = (0018,0081); Name = EchoTime; Sort = 1; Part = 0; },
  {Element = (0018,0024); Name = SequenceName; Sort = 1; Part = 0; },
  {Element = (0020,0012); Name = AcquisitionNumber; Sort = 1; Part = 0; },
  {Element = (0018,0022); Name = ScanOptions; Sort = 1; Part = 0; },
  {Element = (0008,0022); Name = AcquisitionDate; Sort = 1; Part = 0; },
  {Element = (0008,0032); Name = AcquisitionTime; Sort = 1; Part = 0; },
  {Element = (0008,0023); Name = ContentDate; Sort = 1; Part = 0; },
  {Element = (0008,0033); Name = ContentTime; Sort = 1; Part = 0; },
  {Element = (0020,0032); Name = ImagePositionPatient; Sort = 1; Part = 0; },
  {Element = (0054,0020); Name = DetectorVector; Sort = 1; Part = 0; },
  {Element = (0054,0100); Name = TimeSliceVector; Sort = 1; Part = 0; },
  {Element = (0054,0070); Name = TimeSlotVector; Sort = 1; Part = 0; },
  {Element = (0054,0080); Name = SliceVector; Sort = 1; Part = 0; },
  {Element = (0054,0090); Name = AngularViewVector; Sort = 1; Part = 0; },
)
*"
    dplConfigString3 = "*(
  {Element = (0008,0060); Name = Modality;  Sort = 1; Part = 1; },
  {Element = (0008,0020); Name = StudyDate; Sort = 1; Part = 1; },
  {Element = (0008,0008); Name = ImageType; Sort = 1; Part = 1; },
  {Element = (0018,1030); Name = ProtocolName; Sort = 1; Part = 1; },
  {Element = (0018,0050); Name = SliceThickness; Sort = 1; Part = 1; Tolerance = 0.000005; },
  {Element = (0018,0080); Name = RepetitionTime; Sort = 1; Part = 1; },
  {Element = (0018,0082); Name = InversionTime; Sort = 1; Part = 1; },
  {Element = (0018,0091); Name = EchoTrainLength; Sort = 1; Part = 1; },
  {Element = (0018,1210); Name = ConvolutionKernel; Sort = 1; Part = 1; },
  {Element = (0018,1314); Name = FlipAngle; Sort = 1; Part = 1; },
  {Element = (0018,0015); Name = BodyPartExamined; Sort = 1; Part = 1; },
  {Element = (0028,0008); Name = NumberOfFrames; Sort = 1; Part = 1; },
  {Element = (0028,0010); Name = Rows; Sort = 1; Part = 1; },
  {Element = (0028,0011); Name = Columns; Sort = 1; Part = 1; },
  {Element = (0020,0037); Name = ImageOrientationPatient; Sort = 1; Part = 1; Tolerance = 0.000005; },
  {Element = (0018,1004); Name = PlateID; Sort = 1; Part = 1; },
  {Element = (0018,1000); Name = DeviceSerialNumber; Sort = 1; Part = 1; },
  {Element = (0028,0004); Name = PhotometricInterpretation; Sort = 1; Part = 1; },
  {Element = (0028,0100); Name = BitsAllocated; Sort = 1; Part = 1; },
  {Element = (0028,0102); Name = HighBit; Sort = 1; Part = 1; },
  {Element = (0028,0103); Name = PixelRepresentation; Sort = 1; Part = 1; },
  {Element = (0018,0020); Name = ScanningSequence; Sort = 1; Part = 1; },
  {Element = (0018,0023); Name = MRAcquisitionType; Sort = 1; Part = 1; },
  {Element = (0028,0030); Name = PixelSpacing; Sort = 1; Part = 1; Tolerance = 0.00001; },
  {Element = (0054,0010); Name = EnergyWindowVector; Sort = 1; Part = 1; },
  {Element = (0054,0030); Name = PhaseVector; Sort = 1; Part = 1; },
  {Element = (0054,0060); Name = RRIntervalVector; Sort = 1; Part = 1; },
  {Element = (0054,0050); Name = RotationVector; Sort = 1; Part = 1; },
  {Element = (0020,000e); Name = SeriesInstanceUID; Sort = 1; SortCondition = "Modality = NM & !(FrameIncrementPointer = '(0054,0010)')" Part = 1; PartCondition = "Modality = NM & !(FrameIncrementPointer = '(0054,0010)')";       },
  {Element = (0008,0018); Name = SOPInstanceUID; Sort = 1; SortCondition = "Modality = NM & NumberOfFrames > 1";  Part = 1; PartCondition = "Modality = NM & NumberOfFrames > 1";  },
  {Element = (0008,0018); Name = SOPInstanceUID; Sort = 1; SortCondition = "Modality = CR | Modality = DR | Modality = MG | Modality = MX"; Part = 1; PartCondition = "Modality = CR | Modality = DR | Modality = MG | Modality = MX";  },
  {Element = (0008,1090); Name = ManufacturerModelName; Sort = 1; Part = 1; },
  {Element = (0008,1010); Name = StationName; Sort = 1; Part = 1; },
  {Element = (0008,0070); Name = Manufacturer; Sort = 1; Part = 1; },
  {Element = (0018,0020); Name = ScanningSequence; Sort = 1; Part = 1; },
  {Element = (0018,0085); Name = ImagedNucleus; Sort = 1; Part = 1; },
  {Element = (0018,0087); Name = MagneticFieldStrength; Sort = 1; Part = 1; },
  {Element = (0018,1020); Name = SoftwareVersion; Sort = 1; Part = 1; },
  {Element = (0018,5100); Name = PatientPosition; Sort = 1; Part = 1; },
  {Element = (0062,000b); Name = ReferencedSegmentNumber; Sort = 1; SortCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; Part = 1;  PartCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; },
  {Element = (0020,000e); Name = SeriesInstanceUID; Sort = 1; SortCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; Part = 1; PartCondition = "SOPClassUID = 1.2.840.10008.5.1.4.1.1.66.4"; },
  {Element = (0020,0013); Name = InstanceNumber; Sort = 1; Part = 0; },
  {Element = (0008,0030); Name = StudyTime; Sort = 1; Part = 0; },
  {Element = (0020,0011); Name = SeriesNumber; Sort = 1; Part = 0; },
  {Element = (0008,0021); Name = SeriesDate; Sort = 1; Part = 0; },
  {Element = (0008,0031); Name = SeriesTime; Sort = 1; Part = 0; },
  {Element = (0018,0081); Name = EchoTime; Sort = 1; Part = 0; },
  {Element = (0018,0024); Name = SequenceName; Sort = 1; Part = 0; },
  {Element = (0020,0012); Name = AcquisitionNumber; Sort = 1; Part = 0; },
  {Element = (0018,0022); Name = ScanOptions; Sort = 1; Part = 0; },
  {Element = (0008,0022); Name = AcquisitionDate; Sort = 1; Part = 0; },
  {Element = (0008,0032); Name = AcquisitionTime; Sort = 1; Part = 0; },
  {Element = (0008,0023); Name = ContentDate; Sort = 1; Part = 0; },
  {Element = (0008,0033); Name = ContentTime; Sort = 1; Part = 0; },
  {Element = (0020,0032); Name = ImagePositionPatient; Sort = 1; Part = 0; },
  {Element = (0054,0020); Name = DetectorVector; Sort = 1; Part = 0; },
  {Element = (0054,0100); Name = TimeSliceVector; Sort = 1; Part = 0; },
  {Element = (0054,0070); Name = TimeSlotVector; Sort = 1; Part = 0; },
  {Element = (0054,0080); Name = SliceVector; Sort = 1; Part = 0; },
  {Element = (0054,0090); Name = AngularViewVector; Sort = 1; Part = 0; },
)
*"
    dplUsedConfig = DefaultConfig
    relativeDistanceTolerance = 0.25
    absoluteDistanceTolerance = 0.02
    positionToleranceMM = 0.0999
    seriesBasedPreprocessingCondition = FALSE
    force2DPlusTCondition = "Modality == XA | Modality == US | Modality == RF"
    logPartingAndSortingInformation = FALSE
    dplScanRecursively = TRUE
    decomposeMultiFrameFiles = TRUE
    copyFullFunctionalGroupSequences = TRUE
    removePrivateMFSQTag = FALSE
    forceOrthogonalWorldMatrix = FALSE
    decomposeTo3DVolumes = FALSE
    allowMixedPixelTypes = FALSE
    copyPrivateTopLevelSourceTags = TRUE
    dplHardOverwriteTagOn0 = FALSE
    dplHardOverwriteTagId0 = ""
    dplHardOverwriteTagStr0 = ""
    dplHardOverwriteTagOn1 = FALSE
    dplHardOverwriteTagId1 = ""
    dplHardOverwriteTagStr1 = ""
    dplHardOverwriteTagOn2 = FALSE
    dplHardOverwriteTagId2 = ""
    dplHardOverwriteTagStr2 = ""
    dplHardOverwriteTagOn3 = FALSE
    dplHardOverwriteTagId3 = ""
    dplHardOverwriteTagStr3 = ""
    dplAllowSortingAccordingToDimensionIndexValues = Auto
    dplWorkaroundValueForImageOrientationPatientTag = ""
    composeOtherFilesMode = Single
    silentTrialFileTypes = ".dat .raw .txt"
    source = ""
    guiCachePath = ""
  }
}
module Counter {
  internal  {
    frame = "-309 -45 80 72"
    moduleGroupName = "Draw Manual Mask"
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "1780 258 579 259"
        sizeHint = "579 259"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = Counter
    currentValue = 0
    minValue = 0
    maxValue = 3
    startValue = 0
    stepValue = 1
    loop = FALSE
    checkConsistency = TRUE
    autoStepInterval_s = 1
    stepDirection = Up
  }
}
module FileInformation {
  internal  {
    frame = "-886 337 120 56"
    moduleGroupName = "Draw Manual Mask"
    windows  {
      window _default {
        geometry = "0 0 269 377"
        sizeHint = "266 377"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = FileInformation5
    path = ""
    dirname = ""
    filename = ""
    basename = ""
    extension = ""
  }
}
module StringUtils {
  internal  {
    frame = "-545 307 104 72"
    moduleGroupName = "Draw Manual Mask"
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "1509 562 790 327"
        sizeHint = "366 327"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = StringUtils14
    operationType = Concatenate
    string1 = ""
    string2 = /ManualMask.nii
    string3 = ""
    string4 = ""
    string5 = ""
    string6 = ""
    stringPrefix = [
    stringPostfix = ]
    toggle1 = TRUE
    toggle2 = TRUE
    toggle3 = FALSE
    toggle4 = FALSE
    toggle5 = FALSE
    toggle6 = FALSE
    togglePrefix = FALSE
    togglePostfix = FALSE
    separator = ""
    selectSeparator = 0
    toggleIgnoreCase = FALSE
    inPos1 = 0
    inPos2 = 0
  }
}
module itkImageFileWriter {
  internal  {
    frame = "-677 -277 128 56"
    moduleGroupName = "Draw Manual Mask"
    windows  {
      window _default {
        geometry = "801 219 1154 761"
        sizeHint = "256 403"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = itkImageFileWriter
    useCompression = FALSE
    correctSubVoxelShift = TRUE
    forceDirectionCosineWrite = TRUE
    outputVoxelType = Automatic
    info = ""
    unresolvedFileName = /ManualMask.nii
  }
}
module SoView2DDrawVoxels3D {
  internal  {
    frame = "-833 11 168 56"
    moduleGroupName = "Draw Manual Mask"
    windows  {
      window _default {
        geometry = "802 542 330 177"
        sizeHint = "330 177"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = SoView2DDrawVoxels3D
    interactionProviderID = ""
    drawingOn = TRUE
    editingOn = TRUE
    fixZOn = TRUE
    color = "1 1 1"
    selectionTolerance = 4
    needsValidVoxel = FALSE
    button1 = PRESSED
    button2 = IGNORED
    button3 = IGNORED
    shift = IGNORED
    control = IGNORED
    alt = IGNORED
    wantsAllEvents = FALSE
    wantsKeyEvents = FALSE
    wantsMouseWheelEvents = FALSE
    setEventHandled = FALSE
    ignoreHandledEvents = FALSE
    createNewMode = FALSE
    renderOnSlab = FALSE
    clipToSlice = FALSE
    cursorShape = UNDEFINED_CURSOR
    alpha = 1
    width = 1
    fillColor = "0.800000011920929 0.800000011920929 0.800000011920929"
    fillAlpha = 0.30000001
  }
}
module UndoManager {
  internal  {
    frame = "-933 203 112 56"
    moduleGroupName = "Draw Manual Mask"
    windows  {
      window _default {
        geometry = "889 584 156 92"
        sizeHint = "91 92"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = UndoManager
    maxNumberUndoSteps = -1
  }
}
module DrawVoxels3D {
  internal  {
    frame = "-993 91 120 56"
    moduleGroupName = "Draw Manual Mask"
    windows  {
      window _default {
        geometry = "140 398 297 332"
        sizeHint = "294 332"
        wasOpen = no
      }
      window _automatic {
        geometry = "400 332 500 600"
        sizeHint = "260 223"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = DrawVoxels3D1
    memoryMode = WholeVolume
    voxelPosition = "66 47 28"
    cDimensionPosition = 0
    tDimensionPosition = 0
    uDimensionPosition = 0
    voxelWriteValue = 1000
    drawMode = DiskY
    drawSize = 5
    drawThickness = 0.1
    sizeCoordinateSystem = World
    updateMode = Clear
  }
}
module SoGroup {
  internal  {
    frame = "-869 -117 128 56"
    moduleGroupName = "Draw Manual Mask"
  }
  fields  {
    instanceName = SoGroup
  }
}
module OrthoView2D {
  internal  {
    frame = "-1057 -205 120 56"
    moduleGroupName = "Draw Manual Mask"
    windows  {
      window _default {
        geometry = "3056 248 775 693"
        sizeHint = "400 430"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = OrthoView2D
    inventorInputOn = TRUE
    inventorOutputOn = FALSE
    synchronizePosition = TRUE
    layout = LAYOUT_CUBE_EQUAL
    filterMode = FILTER_LINEAR
    synchronizeZoom = TRUE
    synchronizePanning = FALSE
    useGlobalInputImage = TRUE
    snapToCenter = FALSE
    alternCubeLayout = FALSE
    timePoint = 0
    useManagedInteraction = FALSE
    enableSlicing = TRUE
    borderOn = TRUE
    borderColor = "0.899999976158142 0.899999976158142 0.899999976158142"
    grayWidth = 1
    grayCenter = 1
    annotationOn = TRUE
    annotationSizeMode = ANNO_SHOW_SHORT
    annotationFontSize = ANNO_SIZE_AUTO
    valueHighPrecision = TRUE
    annoCoords = Voxel
    showCurrentPos = FALSE
    worldPosition = "-47.8988952636719 -95.0913162231445 -161.066513061523"
    coloredMode = FALSE
  }
}
module DrawVoxels3DPreview {
  internal  {
    frame = "-637 11 160 56"
    moduleGroupName = "Draw Manual Mask"
    windows  {
      window _default {
        geometry = "147 756 266 174"
        sizeHint = "246 174"
        wasOpen = no
      }
      window _automatic {
        geometry = "717 329 500 600"
        sizeHint = "260 223"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = DrawVoxels3DPreview
    drawMode = DiskY
    sizeCoordinateSystem = World
    drawSize = 5
    drawThickness = 0.1
    color = "1 0.65490198135376 0.26274511218071"
    hidePreviewOnInteraction = FALSE
  }
}
module SoView2DOverlayMPR {
  internal  {
    frame = "-1021 11 160 56"
    moduleGroupName = "Draw Manual Mask"
    windows  {
      window _default {
        geometry = "781 319 373 621"
        sizeHint = "373 621"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = SoView2DOverlayMPR
    interactionProviderID = ""
    drawingOn = TRUE
    editingOn = TRUE
    fixZOn = TRUE
    color = "1 1 1"
    selectionTolerance = 4
    needsValidVoxel = TRUE
    button1 = IGNORED
    button2 = IGNORED
    button3 = IGNORED
    shift = IGNORED
    control = IGNORED
    alt = IGNORED
    wantsAllEvents = FALSE
    wantsKeyEvents = FALSE
    wantsMouseWheelEvents = FALSE
    setEventHandled = FALSE
    ignoreHandledEvents = FALSE
    createNewMode = FALSE
    renderOnSlab = TRUE
    clipToSlice = TRUE
    cursorShape = UNDEFINED_CURSOR
    overlayName = ""
    blendMode = BLEND_BLEND
    overwriteCurrentTimePoint = FALSE
    timePoint = 0
    useInputResolutionIfAxisAligned = FALSE
    filterMode = FILTER_LINEAR
    inheritFilterMode = TRUE
    lutPrecision = VIEW2D_LUT_AUTO
    fillValue = 1
    fillValueMode = IMAGE_MIN_VALUE
    resampleInterpolation = MPR_TRILINEAR
    resampleBorderHandling = MPR_CLAMP_TO_EDGE
    memoryAccess = GLOBAL
    slabSize = 1
    slabMode = USE_VIEW2D_SLAB_SIZE
    depthSlabRenderMode = MPR_MAXIMUM
    timeSlabRenderMode = MPR_AVERAGE
    timeSlabSize = 1
    alphaFactor = 0.63
    baseColor = "1 0.65490198135376 0.26274511218071"
    applyLut = TRUE
    renderBoundingBox = FALSE
    boundingBoxColor = "1 1 1"
  }
}
module ImageLoad {
  internal  {
    frame = "-1457 331 136 56"
    moduleGroupName = "Draw Manual Mask"
    showNetworkPanel = true
    windows  {
      window _default {
        geometry = "1308 552 474 353"
        sizeHint = "474 353"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = ImageLoad6
    filename = ""
    autoLoad = TRUE
    readRaw = FALSE
    rawX = 1
    rawY = 1
    rawZ = 1
    rawC = 1
    rawT = 1
    rawU = 1
    dataTypeRaw = "unsigned int8"
    planarConfig = Contiguous
    byteOrder = LittleEndian
    dataOffset = 0
    pageSizeHint = "0 0 0 0 0 0"
    suppressErrorLog = FALSE
    dicomIgnoreHalfVoxelShift = FALSE
    enableCheckSumTests = FALSE
  }
}
module DicomTagBrowser {
  internal  {
    frame = "-259 -1155 136 56"
    moduleGroupName = ""
    windows  {
      window _default {
        geometry = "662 412 610 436"
        sizeHint = "610 436"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = DicomTagBrowser1
    sortByColumn = 0
    sortAscending = TRUE
  }
}
module SoOrientationInset {
  internal  {
    frame = "1829 173 136 56"
    moduleGroupName = ""
    windows  {
      window _default {
        geometry = "504 449 238 181"
        sizeHint = "232 181"
        wasOpen = no
      }
    }
  }
  fields  {
    instanceName = SoOrientationInset
    renderCaching = AUTO
    boundingBoxCaching = AUTO
    renderCulling = AUTO
    pickCulling = AUTO
    on = TRUE
    projectionType = AUTO
    location = LOWER_RIGHT
    size = "100 100"
    sizeAsPercentage = FALSE
    renderDelayedPaths = TRUE
  }
}
connections  {
  DirectDicomImport.inputFilterPlugin = FileListFilterPlugin.outputFilterPlugin
  DirectDicomImport.source = FileInformation1.dirname
  DicomFrameTagInfo.input0 = DirectDicomImport.output0
  StringSplit.inString = DirectDicomImport.fileListInfo
  StringUtils.string1 = StringSplit.subString0
  StringUtils1.string1 = StringUtils.result
  StringUtils2.string1 = StringUtils4.result
  StringUtils2.string3 = StringSplit5.searchResultPosition
  StringUtils2.string5 = StringListContainer.name
  StringSplit1.inString = DicomFrameTagInfo.tagValue
  StringSplit2.inString = DicomFrameTagInfo.tagValue
  StringListContainer.index = Arithmetic0.resultX
  Arithmetic0.arg1X = StringSplit1.searchResultFlag
  Arithmetic0.arg2X = StringSplit2.searchResultFlag
  ImageSave.input0 = DirectDicomImport.output0
  ImageSave.filename = StringUtils2.result
  FileInformation.path = StringUtils1.result
  StringUtils4.string1 = FileInformation.dirname
  StringUtils4.string3 = FileInformation.filename
  DicomRescale5.input0 = ImageLoad2.output0
  Arithmetic2.input0 = ImagePropertyConvert.output0
  Arithmetic2.input1 = Arithmetic21.output0
  ImagePropertyConvert.input0 = ImageLoad2.output0
  ImagePropertyConvert1.input0 = PythonImage.output0
  Arithmetic1.input0 = ImagePropertyConvert1.output0
  Arithmetic1.constant = Arithmetic01.resultString
  Arithmetic01.arg1X = DicomRescale5.inputMax
  IntervalThreshold.input0 = ImagePropertyConvert.output0
  Arithmetic21.input0 = itkVotingBinaryHoleFillingImageFilter.output0
  Arithmetic21.input1 = Arithmetic1.output0
  View2D2.inImage = PythonImage1.output0
  itkVotingBinaryHoleFillingImageFilter.input0 = IntervalThreshold.output0
  ImageSave1.input0 = ImagePropertyConvert2.output0
  ImageSave1.filename = StringUtils7.result
  ImagePropertyConvert2.input0 = Mask1.output0
  DicomTagBrowser.input0 = ImageLoad2.output0
  DicomFrameTagInfo1.input0 = ImageLoad2.output0
  StringUtils3.string1 = DicomFrameTagInfo1.tagValue
  DicomFrameTagInfo4.input0 = DirectDicomImport2.output0
  FileInformation2.path = FileInformation1.path
  StringUtils5.string1 = FileInformation2.dirname
  StringUtils5.string3 = FileInformation2.basename
  StringUtils5.string5 = StringSplit6.searchResultPosition
  StringUtils5.string6 = StringListContainer1.name
  FileInformation3.path = StringUtils5.result
  StringUtils7.string1 = ImageLoad2.filename
  WorldVoxelConvert2.input0 = Bypass.output0
  SoLUTEditor.inHistogram = Histogram.outputHistogramCurve
  Histogram.input0 = Switch1.output0
  Histogram.input1 = OtsuThreshold.output0
  Arithmetic02.arg1X = ImageStatistics.totalMean
  Arithmetic02.arg2X = Arithmetic05.resultX
  ImageStatistics.input0 = Switch1.output0
  ImageStatistics.input1 = OtsuThreshold.output0
  OtsuThreshold.input0 = Switch1.output0
  Render_Centerline.input0 = Bypass1.output0
  Render_Centerline.Thresholdvesselness = StringUtils11.boolResult
  Render_Centerline.OverrideT1usage = BoolArithmetic.inputBool2
  Start_end_marker_selection.baseIn0 = Render_Centerline.baseOut0
  WorldVoxelConvert_start_end_markers.input0 = Switch1.output0
  WorldVoxelConvert_start_end_markers.baseIn0 = Start_end_marker_selection.baseOut0
  DTF_path_and_MPR.input0 = Load_split_dicoms.output1
  DTF_path_and_MPR.baseIn0 = Render_Centerline.baseOut2
  DTF_path_and_MPR.input1 = Switch1.output0
  DTF_path_and_MPR.XMarkerShortestPath_startPoint = WorldVoxelConvert_start_end_markers.WorldVoxelConvert_worldPos
  DTF_path_and_MPR.XMarkerShortestPath_endPoint = WorldVoxelConvert_start_end_markers.WorldVoxelConvert1_worldPos
  DTF_path_and_MPR.MPRPath1_currentKeyFrame = Magnitude_velocity_viewers.MPR_magnitude_startSlice
  Select_Vessels_3D_Viewer.input0 = SkullStrip.output0
  Select_Vessels_3D_Viewer.input1 = SegmentationVisualization.output0
  Select_Vessels_3D_Viewer.nodeIn0 = Start_end_marker_selection.nodeOut1
  Select_Vessels_3D_Viewer.nodeIn1 = SegmentationVisualization.nodeOut0
  Select_Vessels_3D_Viewer.nodeIn3 = Start_end_marker_selection.nodeOut0
  Select_Vessels_3D_Viewer.nodeIn4 = SoOrientationInset.self
  Select_Vessels_3D_Viewer.nodeIn5 = SoLUTEditor.outInventorLUT
  Render_Pulsatility_spheres.baseIn0 = DTF_path_and_MPR.baseOut1
  Measurements_3D_Viewer.input0 = SkullStrip.output0
  Measurements_3D_Viewer.input1 = Bypass.output0
  Measurements_3D_Viewer.input2 = SegmentationVisualization.output0
  Measurements_3D_Viewer.nodeIn0 = SoLUTEditor.outInventorLUT
  Measurements_3D_Viewer.nodeIn1 = SoOrientationInset.self
  Measurements_3D_Viewer.nodeIn2 = Render_Pulsatility_spheres.nodeOut0
  Measurements_3D_Viewer.nodeIn3 = Highlight_current_marker.nodeOut0
  Measurements_3D_Viewer.nodeIn5 = SegmentationVisualization.nodeOut0
  Measurements_3D_Viewer.baseIn0 = DTF_path_and_MPR.baseOut0
  Measurements_3D_Viewer.Draw_Box_currentKeyFrame = Magnitude_velocity_viewers.MPR_magnitude_startSlice
  Measurements_3D_Viewer.FOV = DTF_path_and_MPR.FOV
  VesselViewer.children = "SoPerspectiveCamera.self Select_Vessels_3D_Viewer.nodeOut0 annotation.self"
  MeasurementsViewer.children = "SoPerspectiveCamera.self Measurements_3D_Viewer.baseOut0 So3DMarkerRenderer.self"
  Phase_to_velocity.input0 = Load_split_dicoms.output0
  Phase_to_velocity.baseIn0 = DTF_path_and_MPR.baseOut0
  Phase_to_velocity.FOV = DTF_path_and_MPR.FOV
  Highlight_current_marker.baseIn0 = Magnitude_velocity_viewers.baseOut0
  Highlight_current_marker.baseIn1 = DTF_path_and_MPR.baseOut1
  Highlight_current_marker.So3DMarkerEditor1_scaleLength = Render_Pulsatility_spheres.FieldBypass4_outputString
  Highlight_current_marker.XMarkerListContainer2_index = Magnitude_velocity_viewers.MPR_magnitude_startSlice
  Magnitude_velocity_viewers.input0 = Phase_to_velocity.output0
  Magnitude_velocity_viewers.input1 = Bypass.output0
  Magnitude_velocity_viewers.CSO_creation_CSOIsoGenerator2_isoValue = FWHM_iso_value_calculation.isovalue0
  DirectDicomImport1.inputFilterPlugin = FileListFilterPlugin2.outputFilterPlugin
  DirectDicomImport1.source = DirectDicomImport.source
  FileListFilterPlugin2.inputFilterPlugin = FileListFilterPlugin3.outputFilterPlugin
  DicomFrameTagInfo6.input0 = DirectDicomImport1.output0
  StringSplit4.inString = DirectDicomImport1.fileListInfo
  StringUtils6.string1 = StringSplit4.subString0
  StringUtils8.string1 = StringUtils6.result
  StringUtils9.string1 = StringUtils10.result
  FileInformation4.path = StringUtils8.result
  StringUtils10.string1 = FileInformation4.dirname
  StringUtils10.string3 = FileInformation4.filename
  ImageSave2.input0 = DirectDicomImport1.output0
  ImageSave2.filename = StringUtils9.result
  Switch1.input0 = Load_split_dicoms.output1
  Switch1.input1 = Load_split_dicoms.t1w
  Switch1.currentInput = BoolArithmetic2.outputBool
  Bypass.input0 = DTF_path_and_MPR.output0
  FieldListener.inImage = Load_split_dicoms.t1w
  SoView2DAnnotation.input00 = Arithmetic03.resultString
  annotation.children = "SoView2DAnnotation.self annoview2d.self"
  Arithmetic03.arg1X = DTF_path_and_MPR.pathLength
  StringUtils11.string1 = FieldListener.sourceFieldValue
  Bypass1.input0 = Switch1.output0
  DicomRescale1.input0 = Arithmetic2.output0
  Mask1.input0 = DicomRescale1.output0
  Mask1.input1 = PythonImage4.output0
  MERIT.input0 = Load_split_dicoms.t1w
  MERIT.input1 = Load_split_dicoms.output1
  SetWorldMatrix.input0 = ImageLoad3.output0
  SetWorldMatrix.input1 = ImageCache.output0
  ImageSave3.input0 = SetWorldMatrix.output0
  ImageSave3.filename = StringUtils12.result
  ImageSave3.comment = DicomFrameTagInfo7.tagValue
  StringUtils12.string1 = ImageLoad3.filename
  ImageCache.input0 = MERIT.output2
  DicomFrameTagInfo7.input0 = ImageLoad3.output0
  DicomFrameTagInfo8.input0 = ImageLoad4.output0
  StringSplit5.inString = DicomFrameTagInfo8.sharedTagValue
  DicomFrameTagInfo9.input0 = ImageLoad5.output0
  StringSplit6.inString = DicomFrameTagInfo9.sharedTagValue
  DicomFrameTagInfo10.input0 = DirectDicomImport2.output0
  StringSplit7.inString = DicomFrameTagInfo10.tagValue
  StringSplit8.inString = DicomFrameTagInfo10.tagValue
  StringListContainer1.index = Arithmetic04.resultX
  Arithmetic04.arg1X = StringSplit7.searchResultFlag
  Arithmetic04.arg2X = StringSplit8.searchResultFlag
  FileListFilterPlugin4.pathFilterRegEx = FileInformation1.path
  DirectDicomImport2.inputFilterPlugin = FileListFilterPlugin4.outputFilterPlugin
  DirectDicomImport2.source = FileInformation1.dirname
  ViewRegistrationResults.inReferenceImage = MERIT.output0
  ViewRegistrationResults.inImage = ImageCache.output0
  SoRenderArea.children = SoDiagram2D.self
  SoDiagram2D.inCurveList = MERIT.outputCurve
  BoolArithmetic.inputBool1 = StringUtils11.boolResult
  BoolArithmetic1.inputBool1 = BoolArithmetic.inputBool1
  BoolArithmetic1.inputBool2 = BoolArithmetic.inputBool2
  BoolArithmetic2.inputBool1 = BoolArithmetic1.outputBool
  BoolArithmetic2.inputBool2 = BoolArithmetic.outputBool
  SkullStrip.input0 = Switch1.output0
  MPRTubularTracking.input1 = DTF_path_and_MPR.output0
  MPRTubularTracking.input0 = DTF_path_and_MPR.output2
  FWHM_iso_value_calculation.input0 = PythonImage2.output0
  SegmentationVisualization.input0 = Load_split_dicoms.output1
  SegmentationVisualization.baseIn0 = DTF_path_and_MPR.baseOut0
  SegmentationVisualization.baseIn1 = DTF_path_and_MPR.baseOut1
  SegmentationVisualization.baseIn2 = Magnitude_velocity_viewers.csocontours0
  SegmentationVisualization.input1 = Switch1.output0
  SegmentationVisualization.FOV = DTF_path_and_MPR.FOV
  XMarkerListContainer.posXYZ = WorldVoxelConvert.worldPos
  WorldVoxelConvert.input0 = Load_split_dicoms.output1
  GetVoxelValue.input0 = Load_split_dicoms.output0
  GetVoxelValue.position = WorldVoxelConvert.voxelPos
  So3DMarkerRenderer.inMarkers = XMarkerListContainer.outXMarkerList
  Arithmetic05.arg1X = ImageStatistics.totalStdDev
  ImageLoad4.filename = StringUtils.result
  StringSplit9.inString = DirectDicomImport2.fileListInfo
  StringUtils13.string1 = StringSplit9.subString0
  ImageLoad5.filename = StringUtils13.result
  FileListFilterPlugin1.pathFilterRegEx = ImageLoad6.filename
  DirectDicomImport3.inputFilterPlugin = FileListFilterPlugin1.outputFilterPlugin
  DirectDicomImport3.source = FileInformation5.dirname
  FileInformation5.path = ImageLoad6.filename
  StringUtils14.string1 = FileInformation5.dirname
  itkImageFileWriter.input0 = DrawVoxels3D1.output0
  itkImageFileWriter.unresolvedFileName = StringUtils14.result
  SoView2DDrawVoxels3D.inputDrawVoxels3D = DrawVoxels3D1.outSelf
  DrawVoxels3D1.input0 = DirectDicomImport3.output0
  DrawVoxels3D1.inUndoContext = UndoManager.outUndoContext
  SoGroup.children = "SoView2DOverlayMPR.self SoView2DDrawVoxels3D.self DrawVoxels3DPreview.self"
  OrthoView2D.image = DirectDicomImport3.output0
  OrthoView2D.inInvPostLUT = SoGroup.self
  DrawVoxels3DPreview.input0 = DirectDicomImport3.output0
  DrawVoxels3DPreview.drawMode = DrawVoxels3D1.drawMode
  DrawVoxels3DPreview.sizeCoordinateSystem = DrawVoxels3D1.sizeCoordinateSystem
  DrawVoxels3DPreview.drawSize = DrawVoxels3D1.drawSize
  DrawVoxels3DPreview.drawThickness = DrawVoxels3D1.drawThickness
  DrawVoxels3DPreview.color = SoView2DOverlayMPR.baseColor
  SoView2DOverlayMPR.image = DrawVoxels3D1.output0
  DicomTagBrowser1.input0 = DirectDicomImport.output0
  SoOrientationInset.children = SoOrientationModel.self
}
networkModel  {
  parentItems  {
    0  {
      MLABNetworkModelItem MLABNetworkModelItemGroup {
        uniqueId = 333
        objectName = "Get image type and set file name appropriately"
        parentUniqueId = 0
        color  {
          r = 45
          g = 226
          b = 226
          a = 40
        }
      }
      MLABNetworkModelItem MLABNetworkModelItemGroup {
        uniqueId = 334
        objectName = "Preprocess file name"
        parentUniqueId = 0
        color  {
          r = 45
          g = 226
          b = 226
          a = 40
        }
      }
      MLABNetworkModelItem MLABNetworkModelItemGroup {
        uniqueId = 335
        objectName = "Static tissue mask"
        parentUniqueId = 0
        color  {
          r = 45
          g = 226
          b = 226
          a = 40
        }
      }
      MLABNetworkModelItem MLABNetworkModelItemGroup {
        uniqueId = 336
        objectName = "Loaded magnitude, modulus and phase images"
        parentUniqueId = 0
        color  {
          r = 45
          g = 226
          b = 226
          a = 40
        }
      }
      MLABNetworkModelItem MLABNetworkModelItemGroup {
        uniqueId = 337
        objectName = "Background correction"
        parentUniqueId = 0
        color  {
          r = 45
          g = 226
          b = 226
          a = 40
        }
      }
      MLABNetworkModelItem MLABNetworkModelItemGroup {
        uniqueId = 338
        objectName = "Check if PPCA has already been corrected"
        parentUniqueId = 0
        color  {
          r = 45
          g = 226
          b = 226
          a = 40
        }
      }
      MLABNetworkModelItem MLABNetworkModelItemGroup {
        uniqueId = 339
        objectName = "Check if dragged in image is already processed in MLoutput subfolder"
        parentUniqueId = 0
        color  {
          r = 45
          g = 226
          b = 226
          a = 40
        }
      }
      MLABNetworkModelItem MLABNetworkModelItemGroup {
        uniqueId = 340
        objectName = "Initializing location of the LUT points"
        parentUniqueId = 0
        color  {
          r = 45
          g = 226
          b = 226
          a = 40
        }
      }
      MLABNetworkModelItem MLABNetworkModelItemGroup {
        uniqueId = 341
        objectName = "Preprocess T1w file name"
        parentUniqueId = 0
        color  {
          r = 45
          g = 226
          b = 226
          a = 40
        }
      }
      MLABNetworkModelItem MLABNetworkModelItemGroup {
        uniqueId = 342
        objectName = "Phase unwrapped,static tissue corrected"
        parentUniqueId = 0
        color  {
          r = 45
          g = 226
          b = 226
          a = 40
        }
      }
      MLABNetworkModelItem MLABNetworkModelItemGroup {
        uniqueId = 343
        objectName = "Image registration"
        parentUniqueId = 0
        color  {
          r = 45
          g = 226
          b = 226
          a = 40
        }
      }
      MLABNetworkModelItem MLABNetworkModelItemGroup {
        uniqueId = 368
        objectName = "Draw Manual Mask"
        parentUniqueId = 0
        color  {
          r = 45
          g = 226
          b = 226
          a = 40
        }
      }
    }
  }
}