VivoQuant Scriptable Widget Dump
tabAtlasNMCT (QTabWidget) -- Settings for atlas registration and analysis, PK analysis and an output log for updates on the tool's progress.
cbPKModel (QComboBox) -- PK model name.
textInputFunction (QLineEdit) -- The input function (time series) CSV file name.
The first column of this file should specify time points in minutes that correspond to NM images.
The first row should specify input function names.
The remaining values should specify input function values at each time point.
buttonInputFunction (QPushButton) -- Click this to select the input function file.
sbTimeStart (QDoubleSpinBox) -- Time points from this time will be used for the analysis.
sbTimeStop (QDoubleSpinBox) -- Time points until this time will be used for the analysis.
cbApplyScale (QComboBox) -- Apply scaling to Data can only be selected when registering Data to Atlas
cbNormalizeToRegion (QComboBox) -- If specified, results will be normalized to the mean value in the region.
sbVoxelSize (QDoubleSpinBox) -- The isotropic voxel size of the final images. Setting this to a low value may be computationally demanding.
cbAtlasRegTransform (QComboBox) -- The type of transform used in the registration.
Versor: rigid body transform only (no scaling).
Versor-Scale: rigid body transform followed by atlas scaling - the original NMCT tool transform.
Versor-Affine: rigid body transform followed by affine.
Affine: affine transform only.
cbAtlasRegQuality (QComboBox) -- The quality of registration to use.
Fast: quick, but may not recover large transforms.
Standard: should recover most transforms.
Fine: takes longer, but can recover large transforms.
cbIpacsRepository (QComboBox) -- The iPACS repository to upload to. This will be limited to iPACS you have connected to previously.
cbIpacs (QCheckBox) -- Check this box if you want to upload the output to an iPACS project.
cbIpacsProject (QComboBox) -- The iPACS project to upload to.
cbAtlasKey (QComboBox) -- The atlas key CSV file name, which specifies how regions in the atlas map to regions in results.
cbLeftRightSplit (QCheckBox) -- Outputs separate data and atlases for left and right hemispheres. Requires existence of *Left and *Right key files.
sbVerbose (QSpinBox)
cbAtlasDeformTransformName (QComboBox)
cbImport3DROI (QCheckBox) -- Import the ROI image currently loaded in the 3D ROI tool instead of using one of the atlas images. Input images must already be aligned to the 3D ROI image.
cbAtlasRegPoint (QComboBox) -- Registration point.
Head Center is the old.
Cursor Seed Point is the new.
textCropCenter (QLineEdit) -- The crop/head center currently specified by the VivoQuant crosshairs. You may need to move the mouse scrollwheel to update the value.
cbCrop (QCheckBox) -- Check this to crop the input images around the crosshair position in VivoQuant. The crosshair position should be manually moved to the center of the animal's head
cbAtlasRegDirection (QComboBox) -- Registration direction.
Data to atlas is required for later voxel-wise analysis.
Atlas to data avoids resampling the input images.
tbAddCustomAtlas (QToolButton) -- Add a new atlas
cbModality (QComboBox) -- The modality of the input anatomical image. We currently support CT and MR.
cbAnimal (QComboBox) -- The animal name.
tbRemoveCustomAtlas (QToolButton) -- Remove an existing atlas
cbAtlas (QComboBox) -- The atlas RMHA image file name.
ScrollLeftButton (QToolButton)
ScrollRightButton (QToolButton)
textOutputDir (QLineEdit) -- Output results and images will be written to this directory.
buttonOutputDir (QPushButton) -- Click this to choose an output directory.
buttonLoad (QPushButton) -- Click this to load existing results and images from the current output directory.
buttonRun (QPushButton) -- Click this to run the tool with the current settings. If the output directory already contains final results, the user will be asked for confirmation before the tool runs.
buttonCancel (QPushButton) -- Attempts to stop the tool running. We generally recommend that you let the tool finish and rerun it instead of trying to cancel.
35 interactive, 45 structural
WholeBodyAtlasDialog
pbRun (QPushButton)
pbRefreshLib (QPushButton)
tabSettings (QTabWidget)
sbWinLowerQuantile (QDoubleSpinBox)
sbWinUpperQuantile (QDoubleSpinBox)
cbWinsorize (QCheckBox)
cbUseCompression (QCheckBox)
cbRunDeformableOnBestN (QCheckBox)
cbVerbose (QComboBox)
cbAverage (QComboBox) -- Averaging Method:
Uniform - All registrations are given equal weight
BestN - Only the Best N registrations are used for averaging. N is set in NumberToAverage
sbBestNN (QSpinBox) -- Number of Registrations to use when Averaging (Requires BestN Averaging)
cbBestNMetric (QComboBox)
cbFusion (QComboBox)
sbJLFAlpha (QDoubleSpinBox)
sbJLFBeta (QDoubleSpinBox)
sbJLFSearchRadius (QSpinBox)
sbJLFPatchRadius (QSpinBox)
cbJLFMetric (QComboBox)
sbLinearMinStepLength (QDoubleSpinBox)
cbLinearTypes (QComboBox)
cbLinearMetric (QComboBox)
sbLinearRelaxation (QDoubleSpinBox)
cbLinearOptimizer (QComboBox)
sbLinearSamplingPercentage (QDoubleSpinBox)
sbLinearLearningRate (QDoubleSpinBox)
cbInitType (QComboBox)
sbLinearNumIter (QSpinBox)
cbLinearMultiRes (QCheckBox)
leLinearSchedule (QLineEdit)
leDeformableSchedule (QLineEdit)
sbDeformableSigma (QDoubleSpinBox)
cbDeformableMetric (QComboBox)
sbDeformableTolerance (QDoubleSpinBox)
leDeformableNumIter (QLineEdit)
sbDeformableMaxStep (QDoubleSpinBox)
cbDeformableMultiRes (QCheckBox)
cbDeformableName (QComboBox)
cbDeformablePreReg (QComboBox)
sbHistMatchBins (QSpinBox)
sbMetricHistBins (QSpinBox)
cbBoundingBox (QComboBox)
cbHistogramMatching (QCheckBox)
sbBoundingBoxPadding (QSpinBox) -- Number of voxels to pad the bounding box
cbIPACS (QComboBox) -- Specifies location of segmentation library.
tbRefreshIPACS (QToolButton)
cbProject (QComboBox) -- Project selected only applies to iPACS repositories.
lePrjFilter (QLineEdit)
cbAnimal (QComboBox) -- Select animal type from available animals in your library.
cbThresholdName (QComboBox)
sbThreshold (QDoubleSpinBox) -- Increasing the threshold will increase segmentation sensitivity at the expense of specificity. Lowering the threshold produces the opposite effect.
sbVoxLow (QDoubleSpinBox) -- Minimum voxel size in library data. This value may be increased if data in the library are too low resolution relative to the loaded data set in order to improve quality.
sbVoxHigh (QDoubleSpinBox) -- Maximum voxel size allowed from library data. Increasing this can imrpove quality at the expense of processing time.
leLibraryLocation (QLineEdit)
pbSelectLibrary (QPushButton)
pbBrowseSettings (QPushButton)
cbCloseAfterRun (QCheckBox)
ScrollLeftButton (QToolButton)
ScrollRightButton (QToolButton)
pbClose (QPushButton)
pbReload (QPushButton)
60 interactive, 72 structural
VTKController
saveStatBtn (QToolButton) -- Save settings
autoUpdateBtn (QToolButton) -- MIP auto render
forceRenderButton (QToolButton) -- Force a re-render of VTK viewer
resetCameraButton (QToolButton) -- Reset camera of VTK viewer to initial position
expandViewBtn (QToolButton) -- Expand viewer bounds
frustumBtn (QToolButton) -- Perspective vs Orthographic Projection
cbboundbox (QToolButton)
cbGradientBackground (QToolButton) -- Toggle Background Gradient
cbVTKMIP (QToolButton) -- Toggle Maximum Intensity Projection (MIP) image in VTK viewer
cbMPR (QToolButton) -- Toggle Multi-planar reconstruction (MPR) view in VTK viewer
cbOrientCube (QToolButton) -- Toggle orientation cube in VTK viewer
cbAnnotation (QToolButton) -- Toggle visible annotations in VTK viewer
menuSamplingFactor (QToolButton) -- Change performance of rendering by optionally downsampling the image
angleSlider (QSlider)
buttonPlay (QPushButton)
tbVTKMain (QToolButton)
cbPresetRef (QComboBox)
sbSpecularRef (QDoubleSpinBox)
sbSpecularPowInp2 (QDoubleSpinBox)
cbShadeInp1 (QCheckBox)
sbAmbientRef (QDoubleSpinBox)
cbShadeInp2 (QCheckBox)
cbPresetInp1 (QComboBox)
sbSpecularPowInp1 (QDoubleSpinBox)
sbSpecularPowRef (QDoubleSpinBox)
cbShadeRef (QCheckBox)
cbPresetInp2 (QComboBox)
sbSpecularInp2 (QDoubleSpinBox)
sbDiffuseInp1 (QDoubleSpinBox)
sbSpecularInp1 (QDoubleSpinBox)
sbAmbientInp1 (QDoubleSpinBox)
sbDiffuseInp2 (QDoubleSpinBox)
sbAmbientInp2 (QDoubleSpinBox)
sbDiffuseRef (QDoubleSpinBox)
pbRemovePreset (QPushButton)
pbAddPreset (QPushButton)
pbResetColorControls (QPushButton) -- Reset the color control settings to default.
renderingmodecb (QComboBox) -- Select computation hardware
blendCb (QComboBox) -- Sets the blend mode for blending multiple datasets together
tabVolumeControls (QTabWidget)
projectionmodecb (QComboBox) -- Change volume rendering method
interpolationcb (QComboBox) -- interpolation method
TransPeriodSb (QDoubleSpinBox) -- Set the Transition Period of the sigmiod function
WeightSb (QDoubleSpinBox) -- set the weight between scalar and gradient value, higer weight increase the ration between gradient over scalar.
ThresholdSb (QDoubleSpinBox) -- Set threshold of the sigmond function.
redWSb (QDoubleSpinBox) -- Weight of red channel.
greenWSb (QDoubleSpinBox) -- Weight of green channel.
blueWSb (QDoubleSpinBox) -- Weight of blue channel.
rbContourOpacitySync (QRadioButton)
cbContour1 (QCheckBox) -- Enable this contour
sbContour1 (QDoubleSpinBox) -- Set the contour value
cbContour2 (QCheckBox) -- Enable this contour
sbContour2 (QDoubleSpinBox) -- Set the contour value
cbContour3 (QCheckBox) -- Enable this contour
sbContour3 (QDoubleSpinBox) -- Set the contour value
finalcolorlevelspb (QSlider) -- Sets the overall opacity when blending multiple datasets together in Alpha blend mode
projectionmodecb (QComboBox) -- Change volume rendering method
interpolationcb (QComboBox) -- interpolation method
TransPeriodSb (QDoubleSpinBox) -- Set the Transition Period of the sigmiod function
WeightSb (QDoubleSpinBox) -- set the weight between scalar and gradient value, higer weight increase the ration between gradient over scalar.
ThresholdSb (QDoubleSpinBox) -- Set threshold of the sigmond function.
redWSb (QDoubleSpinBox) -- Weight of red channel.
greenWSb (QDoubleSpinBox) -- Weight of green channel.
blueWSb (QDoubleSpinBox) -- Weight of blue channel.
rbContourOpacitySync (QRadioButton)
cbContour1 (QCheckBox) -- Enable this contour
sbContour1 (QDoubleSpinBox) -- Set the contour value
cbContour2 (QCheckBox) -- Enable this contour
sbContour2 (QDoubleSpinBox) -- Set the contour value
cbContour3 (QCheckBox) -- Enable this contour
sbContour3 (QDoubleSpinBox) -- Set the contour value
finalcolorlevelspb (QSlider) -- Sets the overall opacity when blending multiple datasets together in Alpha blend mode
projectionmodecb (QComboBox) -- Change volume rendering method
interpolationcb (QComboBox) -- interpolation method
TransPeriodSb (QDoubleSpinBox) -- Set the Transition Period of the sigmiod function
WeightSb (QDoubleSpinBox) -- set the weight between scalar and gradient value, higer weight increase the ration between gradient over scalar.
ThresholdSb (QDoubleSpinBox) -- Set threshold of the sigmond function.
redWSb (QDoubleSpinBox) -- Weight of red channel.
greenWSb (QDoubleSpinBox) -- Weight of green channel.
blueWSb (QDoubleSpinBox) -- Weight of blue channel.
rbContourOpacitySync (QRadioButton)
cbContour1 (QCheckBox) -- Enable this contour
sbContour1 (QDoubleSpinBox) -- Set the contour value
cbContour2 (QCheckBox) -- Enable this contour
sbContour2 (QDoubleSpinBox) -- Set the contour value
cbContour3 (QCheckBox) -- Enable this contour
sbContour3 (QDoubleSpinBox) -- Set the contour value
finalcolorlevelspb (QSlider) -- Sets the overall opacity when blending multiple datasets together in Alpha blend mode
ScrollLeftButton (QToolButton)
ScrollRightButton (QToolButton)
tbViewControl (QToolButton)
speedSlider (QSlider)
timeintervalle (QLineEdit)
sbElevation (QDoubleSpinBox) -- Elevation orbiting angle (vertical rotation)
sbDistance (QDoubleSpinBox) -- Distance from the center of rotation
sbVertical (QDoubleSpinBox) -- Vertical position offset (moves focal point as well)
sbAzimuth (QDoubleSpinBox) -- Azimuth orbiting angle (horizontal rotation)
sbHorizontal (QDoubleSpinBox) -- Horizontal position offset (moves focal point as well)
currentPosLe (QLineEdit)
recordPointsLe (QLineEdit)
savedPointsLe (QLineEdit)
splineAddPb (QPushButton)
splineResetPb (QPushButton)
coordinateCb (QComboBox)
splineApplyPb (QPushButton)
closeCb (QCheckBox) -- Close the spline path by automatically appending the starting location
106 interactive, 99 structural
CorticalThicknessDialog
tbImportFile (QToolButton) -- Import ROIs from RMHA file
tbImportDM (QToolButton) -- Import ROIs from 3D ROI Operator
tbSaveCSV (QToolButton) -- Save measurements to disk
calculatepb (QPushButton) -- Calculate cortical thickness of selected ROIs
cancelpb (QPushButton)
5 interactive, 4 structural
MModeSegmentationDialog
pbZoomIn (QPushButton)
pbZoomOut (QPushButton)
pbResetView (QPushButton) -- Reset zoom and pan
pbSaveImage (QPushButton) -- Save image with plot
centerSlider (QSlider)
pbStartSeg (QPushButton)
pbToggleLinesVisibility (QPushButton)
tbClearSegmentation (QToolButton) -- Clear all segmentation lines
tbLoadSaveSegmentation (QToolButton) -- Import/Export segmentation lines to disk or iPACS
tbEditSeg (QToolButton) -- Edit a segmentation line
cbSegEdit (QComboBox)
sbBullyRadius (QSpinBox)
pbResetSeg (QPushButton)
tableLVTrace (QTableWidget)
pbToggleMeasureVisibility (QPushButton)
pbAutoAdjustMeasures (QPushButton) -- Run auto measurements adjustment.
ckAutoAdjustMeasures (QCheckBox) -- Auto adjust measurements as segmentation is modified.
ckAlignMeasurements (QCheckBox) -- Align alll AW, ID and PW measurements.
pbClose (QPushButton)
19 interactive, 5 structural
View: Slice View | Operator: Reorientation/Registration
cbROI (QCheckBox)
vtkButton (QToolButton)
resetCameraButton (QToolButton)
cbVTKMoveVolumes (QToolButton) -- Toggle ability to move volumes within the VTK Viewer.
buttonReset (QToolButton)
buttonOK (QToolButton)
cbInterpolator (QComboBox)
cbQuickPreview (QCheckBox)
reorientTabs (QTabWidget)
landmark3Drb (QRadioButton)
landmark2Drb (QRadioButton)
LM3DRigidcb (QComboBox)
showMessLM3Dpb (QPushButton)
applyLandmark3D (QPushButton)
refcb0 (QComboBox)
movecb0 (QComboBox)
refcb1 (QComboBox)
movecb1 (QComboBox)
refcb2 (QComboBox)
movecb2 (QComboBox)
LMRigidcb (QComboBox)
Ref2Dcb (QComboBox)
addAnnpb2D (QPushButton)
applyLandmark (QPushButton)
deform3Drb (QRadioButton)
deform2Drb (QRadioButton)
tbWarpGrid (QToolButton) -- Show deformed grid overlaid on the image
tbWarpMagnitude (QToolButton) -- Show heatmap of the Deformable vector field.
NonLinearSelect3D (QComboBox)
NonLinearHighIter3D (QSpinBox) -- Set number of optimizer iterations at the native resolution of the data.
NonLinearMedIter3D (QSpinBox) -- Set number of optimizer iterations at 2x downsampled resolution of the data.
NonLinearLowIter3D (QSpinBox) -- Set number of optimizer iterations at 4x downsampled resolution of the data.
NonLinearStdDev3D (QDoubleSpinBox) -- Set the Gaussian smoothing standard deviations for the velocity field. The values are set with respect to pixel coordinates.
NonLinearStepSize3D (QDoubleSpinBox) -- Set the maximum update step length.
NonLinearApply3D (QPushButton)
NonLinearLowShrinkFactor3D (QDoubleSpinBox) -- Set number of optimizer iterations at 4x downsampled resolution of the data.
NonLinearMedShrinkFactor3D (QDoubleSpinBox) -- Set number of optimizer iterations at 2x downsampled resolution of the data.
NonLinearHighShrinkFactor3D (QDoubleSpinBox) -- set down sample factor at fist iteration.
NonLinearFieldSmooth3D (QDoubleSpinBox) -- Set the Gaussian smoothing standard deviations for the update field. The values are set with respect to pixel coordinates.
NonLinearMetric3D (QDoubleSpinBox) -- Metric convergence threshold.
tbWarpGrid2D (QToolButton) -- Show deformed grid overlaid on the image
tbWarpMagnitude2D (QToolButton) -- Show heatmap of the Deformable vector field.
NonLinearSelect2D (QComboBox)
NonLinearHighIter2D (QSpinBox) -- Set number of optimizer iterations at the native resolution of the data.
NonLinearMedIter2D (QSpinBox) -- Set number of optimizer iterations at 2x downsampled resolution of the data.
NonLinearLowIter2D (QSpinBox) -- Set number of optimizer iterations at 4x downsampled resolution of the data.
NonLinearStdDev2D (QDoubleSpinBox) -- Set the Gaussian smoothing standard deviations for the velocity field. The values are set with respect to pixel coordinates.
NonLinearStepSize2D (QDoubleSpinBox) -- Set the maximum update step length.
NonLinearApply2D (QPushButton)
NonLinearLowShrinkFactor2D (QDoubleSpinBox) -- Set number of optimizer iterations at 4x downsampled resolution of the data.
NonLinearMedShrinkFactor2D (QDoubleSpinBox) -- Set number of optimizer iterations at 2x downsampled resolution of the data.
NonLinearHighShrinkFactor2D (QDoubleSpinBox) -- set down sample factor at fist iteration.
NonLinearFieldSmooth2D (QDoubleSpinBox) -- Set the Gaussian smoothing standard deviations for the update field. The values are set with respect to pixel coordinates.
NonLinearMetric2D (QDoubleSpinBox) -- Metric convergence threshold.
rigid3Drb (QRadioButton)
rigid2Drb (QRadioButton)
buttonQualityFast (QPushButton)
buttonQualityStandard (QPushButton)
buttonQualityFine (QPushButton)
buttonTransformTranslate (QPushButton)
buttonTransformVersor (QPushButton)
buttonTransformAffine (QPushButton)
cbTransform (QComboBox) -- Are the images off by just a shift or does the co-registration require a rotation also?
cbOptimizer (QComboBox)
cbInterpolation (QComboBox) -- Interpolator used in intermediate steps.
cbMetric (QComboBox)
sbSamplingBins (QSpinBox) -- Mutual Information: Number of bins used in historgram
sbSamplingPercent (QSpinBox) -- Number of voxels used to sample the entire volume
sbStepMin (QDoubleSpinBox)
sbStepMax (QDoubleSpinBox)
sbIterations (QSpinBox) -- Stop after this number of iterations unless another stop condition is met earlier
sbRelaxation (QDoubleSpinBox)
cbTransformv4 (QComboBox) -- Are the images off by just a shift or does the co-registration require a rotation also?
cbOptimizerv4 (QComboBox)
cbInterpolationv4 (QComboBox) -- Interpolator used in intermediate steps.
cbMetricv4 (QComboBox)
sbSamplingBinsv4 (QSpinBox) -- Mutual Information: Number of bins used in historgram
sbSamplingPercentv4 (QSpinBox) -- Number of voxels used to sample the entire volume
sbStepMinv4 (QDoubleSpinBox)
sbLearningRatev4 (QDoubleSpinBox)
sbIterationsv4 (QSpinBox) -- Stop after this number of iterations unless another stop condition is met earlier
sbRelaxationv4 (QDoubleSpinBox)
MetricRangecb (QComboBox)
buttonRegister (QPushButton)
buttonRegAll (QPushButton)
buttonQualityFast2D (QPushButton)
buttonQualityStandard2D (QPushButton)
buttonQualityFine2D (QPushButton)
buttonTransformTranslate2D (QPushButton)
buttonTransformRigid2D (QPushButton)
buttonTransformAffine2D (QPushButton)
cbTransform2D (QComboBox) -- Are the images off by just a shift or does the co-registration require a rotation also?
cbInterpolation2D (QComboBox) -- Interpolator used in intermediate steps.
cbMetric2D (QComboBox)
sbSamplingBins2D (QSpinBox) -- Mutual Information: Number of bins used in historgram
sbSamplingPercent2D (QSpinBox) -- Number of voxels used to sample the entire volume
sbStepMin2D (QDoubleSpinBox)
sbStepMax2D (QDoubleSpinBox)
sbIterations2D (QSpinBox) -- Stop after this number of iterations unless another stop condition is met earlier
sbRelaxation2D (QDoubleSpinBox)
cbOptimizer2D (QComboBox)
cbTransform2Dv4 (QComboBox) -- Are the images off by just a shift or does the co-registration require a rotation also?
cbOptimizer2Dv4 (QComboBox)
cbInterpolation2Dv4 (QComboBox) -- Interpolator used in intermediate steps.
cbMetric2Dv4 (QComboBox)
sbSamplingBins2Dv4 (QSpinBox) -- Mutual Information: Number of bins used in historgram
sbSamplingPercent2Dv4 (QSpinBox) -- Number of voxels used to sample the entire volume
sbStepMin2Dv4 (QDoubleSpinBox)
sbLearningRate2Dv4 (QDoubleSpinBox)
sbIterations2Dv4 (QSpinBox) -- Stop after this number of iterations unless another stop condition is met earlier
sbRelaxation2Dv4 (QDoubleSpinBox)
MetricRange2Dcb (QComboBox)
buttonRegister2D (QPushButton)
buttonRegAll2D (QPushButton)
manual3Drb (QRadioButton)
manual2Drb (QRadioButton)
sliderScalingX (QSlider)
transZ (QDoubleSpinBox)
sbScalingY (QSpinBox)
sbScalingZ (QSpinBox)
sbScalingX (QSpinBox)
sliderScalingZ (QSlider)
sbY (QDoubleSpinBox)
sbX (QDoubleSpinBox)
cbUniformScale (QCheckBox)
sliderScalingY (QSlider)
cbFlipLeftRight (QCheckBox)
sbZ (QDoubleSpinBox)
cbFlipAntPost (QCheckBox)
sliderX (QSlider)
sliderY (QSlider)
transX (QDoubleSpinBox)
sliderZ (QSlider)
transY (QDoubleSpinBox)
cbFlipHeadFeet (QCheckBox)
sliderY2D (QSlider)
sliderX2D (QSlider)
transY2D (QDoubleSpinBox)
transX2D (QDoubleSpinBox)
sliderScalingX2D (QSlider)
sliderScalingY2D (QSlider)
sbScalingY2D (QSpinBox)
sbScalingX2D (QSpinBox)
resetAll2DButton (QPushButton)
cbUniformScale2D (QCheckBox)
sbRotation2D (QDoubleSpinBox)
ScrollLeftButton (QToolButton)
ScrollRightButton (QToolButton)
148 interactive, 118 structural
tabWidget (QTabWidget)
buttonExpertExport (QToolButton) -- Export ROI to volume
cbCompressedROI (QCheckBox) -- Store ROI data in compressed format
buttonExpertImport (QToolButton) -- Import ROI from volume
cbRenderingQuality (QComboBox)
cbCropRange (QCheckBox) -- Apply Cropping Ops range
cbExpertSmoothing (QCheckBox) -- Apply a smoothing filter inside segmentation algorithms
sbExpertIter (QSpinBox) -- Number of iterations
sbExpertTimeStep (QDoubleSpinBox) -- Time step
sbExpertMultiplier (QDoubleSpinBox) -- Multiplier
sbExpertNeighborRad (QSpinBox) -- Neighborhood
FullConnect (QCheckBox) -- If turned off, voxels are connected if faces are adjacent. If turned on, Face or edge or vertex connectivity is sufficient.
MagicSegmentationSelector (QComboBox)
MagicThresholdMin (QLineEdit)
ButtonMagicMin (QPushButton)
MagicThresholdMax (QLineEdit)
ButtonMagicMax (QPushButton)
MagicPreview (QCheckBox) -- For the current slices, draw an estimate of the segmentation algorithm results.
MagicApply (QPushButton)
MagicMaxSize (QSpinBox)
MagicRadius (QDoubleSpinBox)
MagicLowPassRadius (QSpinBox)
MagicModalRadius (QSpinBox)
MagicIter (QSpinBox)
kMeansTab (QTabWidget)
sbKMeansManual (QSpinBox)
tableviewKMean (QTableWidget)
KMeansManualRow0 (QLineEdit)
KMeansManualRow1 (QLineEdit)
KMeansManualRow2 (QLineEdit)
sbKMeansAuto (QSpinBox)
ScrollLeftButton (QToolButton)
ScrollRightButton (QToolButton)
cb_Direction (QComboBox)
leKMeansPrefix (QLineEdit)
cbKMeanMask (QCheckBox)
SplineSelect (QComboBox)
SplineClear (QToolButton) -- Clear spline path. [C]
SplineIsoThickness (QSpinBox) -- Use Slice Thickness to set the number of slices the segmentation will be applied to; centered around the slice where it was originally applied.
SplineFindEmtpySlice (QCheckBox) -- Automatically skip to the next empty slice when auto advance is also enabled.
cbClearOnApply (QCheckBox) -- When enabled, the spline points will be cleared after applying to the ROI.
SplineAccept (QToolButton) -- Apply spline path to ROI. [ENTER]
SplineIsoThreshold (QSpinBox)
SplineAutoUpdate (QCheckBox) -- Automatically update threshold selection for the next slice.
SplineRecordLoadFromDisk (QToolButton) -- Load contours from a JSON file
SplineRecordSaveToDisk (QToolButton) -- Save the current contours to a JSON file
SplineRecordClear (QToolButton) -- Clear the recorded spline points.
SplineRecord (QToolButton) -- Engage recording of the Spline Applys
sbSmoothAngle (QSpinBox) -- Controls how faithfully each recorded path follows the original drawn contour. Lower values preserve more points and produce a more accurate representation of the drawn shape; higher values discard more points, resulting in a smoother but more generalised contour.
tbFillControlPoints (QToolButton) -- Interpolates a smooth containment surface between your control paths and fills the enclosed volume slice by slice
pbSplineManual (QPushButton)
rbPaintCube (QRadioButton)
rbPaintCylinder (QRadioButton)
rbPaint2DOnly (QCheckBox) -- Apply shape in 2D mode only (e.g. sphere becomes circle)
highlightCB (QCheckBox)
rbPaintSphere (QRadioButton)
cbLockCross (QCheckBox) -- Move cursor to the position currently painted over
bullyRadius (QSpinBox)
bullyHeight (QSpinBox)
cbErodeCurrentSlice (QCheckBox)
cbErodeMapTo (QCheckBox) -- Enable map-to ROI
cbMagicEDRadius (QComboBox)
cbErode2DOnly (QCheckBox)
buttonMagicErode (QToolButton) -- Apply erosion/dilation
buttonRenderROIPaint (QToolButton) -- Update VTK rendering
buttonData (QToolButton) -- Load or save an ROI from disk or iPACS
buttonResetROIs (QToolButton) -- Reset or Delete All ROIs
buttonShowHistogram (QToolButton) -- Show Histogram
buttonExportTable (QToolButton) -- Export Table
buttonShowTable (QToolButton) -- Show the quantification table
buttonResetCamera (QToolButton) -- Reset the camera view
buttonRenderROI (QToolButton) -- Update rendering of ROIs in the MIP view
buttonCutROI (QToolButton) -- Cut ROI
buttonROIView (QToolButton) -- Visualization Mode
buttonMoveROI (QToolButton)
buttonBedRemoval (QToolButton) -- Export ROIs into bed removal tool
tbROITransfer (QToolButton) -- Tranfer ROIs between layers
ScrollLeftButton (QToolButton)
ScrollRightButton (QToolButton)
buttonAddLayer (QToolButton) -- Add Layer
buttonClearLayer (QToolButton) -- Reset Layer
cbLayers (QComboBox) -- Layer List
buttonEditLayer (QToolButton) -- Edit Layer
buttonHideLayer (QToolButton) -- Hide Layer
buttonDeleteLayer (QToolButton) -- Delete Layer
tbDynamicLayers (QToolButton)
buttonDeleteROI (QToolButton) -- Delete ROI
buttonAddROI (QToolButton) -- Add ROI
cbROIs (QComboBox) -- ROI List
buttonClearROI (QToolButton) -- Reset ROI
buttonEditROI (QToolButton) -- Edit ROI
buttonHideROI (QToolButton) -- Hide ROI
buttonExportROI (QToolButton) -- Export ROI to the DataManager
93 interactive, 55 structural
View: Slice View | Operator: Cropping
sbFromY (QSpinBox)
sbToX (QSpinBox)
sbFromZ (QSpinBox)
sbToZ (QSpinBox)
sbFromX (QSpinBox)
sbToY (QSpinBox)
buttonAutoCrop (QPushButton)
buttonReset (QToolButton)
buttonOK (QToolButton)
sbEmbedX (QSpinBox)
sbEmbedY (QSpinBox)
sbEmbedZ (QSpinBox)
cbEmbedValueMode (QComboBox) -- Choose how the fill value for the padded/embedded region is determined: use the dataset's minimum, maximum, or a percentage between the two.
sbEmbedValue (QDoubleSpinBox)
buttonEmbed (QPushButton)
15 interactive, 25 structural
View: Slice View | Operator: Distance/Annotation
buttonAdd (QToolButton) -- Add new
cbType (QComboBox)
cbColor (QComboBox)
buttonResetCamera (QToolButton) -- Reset Camera for VTK Viewer
buttonData (QToolButton)
buttonPlot (QToolButton) -- Plot selected profiles
buttonPtDtc (QToolButton) -- Landmark circle detection
buttonInteractor (QToolButton) -- Toggle dragging of line ends in VTK Viewer
buttonClear (QToolButton) -- Clear all
buttonVTK (QToolButton) -- Render 3D VTK Viewer
buttonExamine (QToolButton) -- Annotation Examiner
11 interactive, 2 structural
View: Slice View | Operator: Modeling
ModelSelector (QComboBox)
SubtypeSelector (QComboBox)
rbROI (QRadioButton)
rbVoxelWise (QRadioButton)
rbSingle (QRadioButton)
ComputeButton (QPushButton) -- Compute image derived input function (not smoothed) directly from the mean concentration in the specified ROI.
sbTimeStart (QDoubleSpinBox)
sbBloodFracTimeStart (QDoubleSpinBox)
buttonReadTimes (QPushButton)
sbMaxVal (QDoubleSpinBox)
sbMaxADC (QDoubleSpinBox)
sbFieldStrength (QDoubleSpinBox)
sbTemperature (QDoubleSpinBox)
leFrequencies (QLineEdit)
leFreqProps (QLineEdit)
cbUseROI (QCheckBox) -- Enable voxel-wise modeling only within the specified ROI
cbOutputConfErrors (QCheckBox) -- Output standard errors for each parameter at the expense of speed.
cbOutputReport (QCheckBox) -- Generate a detailed report file about the operation after it has been executed.
cbIsotope (QComboBox) -- Radiotracer used for loaded data. Not needed if data are decay-corrected.
cbDecayCorr (QCheckBox) -- Indicate whether data are decay corrected. If not selected, please select an isotope from the dropdown.
leK2prime (QLineEdit) -- Effective efflux rate constant from tissue to plasma. Median or average k2' value from SRTM is a suitable estimate here.
sbBloodVolFraction (QDoubleSpinBox) -- Blood volume fraction, assumed to be constant across tissues
sbK2K3min (QDoubleSpinBox) -- Decay parameter of first exponential component. For FDG, this is approximately equal to the sum of the k2 and k3 rate constants. More precisely, it is equal to [(k2+k3+k4) + sqrt((k2+k3+k4)^2 - 4*k2*k4)]/2
sbK2K3max (QDoubleSpinBox) -- Decay parameter of first exponential component. For FDG, this is approximately equal to the sum of the k2 and k3 rate constants. More precisely, it is equal to [(k2+k3+k4) + sqrt((k2+k3+k4)^2 - 4*k2*k4)]/2
sbK4min (QDoubleSpinBox) -- Decay parameter of second exponential component. For FDG, this is approximately equal to the k4 rate constant. More precisely, it is equal to [(k2+k3+k4) - sqrt((k2+k3+k4)^2 - 4*k2*k4)]/2
sbK4max (QDoubleSpinBox) -- Decay parameter of second exponential component. For FDG, this is approximately equal to the k4 rate constant. More precisely, it is equal to [(k2+k3+k4) - sqrt((k2+k3+k4)^2 - 4*k2*k4)]/2
sbK2amin (QDoubleSpinBox)
sbK2amax (QDoubleSpinBox)
cbWeightType (QComboBox) -- 1
cbParentFraction (QComboBox) -- Saved function to be applied as the parent fraction to the given plasma concentration data. If "1" is selected, it is assumed that no meaningful metabolism of the parent tracer occurred.
cbPlasmaFraction (QComboBox) -- Saved function to be applied as the plasma fraction to the given blood concentration data. If "1" is selected, it is assumed that the provided concentration are already derived from the plasma or that no meaningful concentration can be associated with the red blood cells.
cbInputFunction (QComboBox) -- Saved function to be used as the input or reference function for the given model and data.
cbBloodFunction (QComboBox) -- Saved function to be used as the blood data for normalization of the given concentration data assuming the provided blood fraction.
sbRowCount (QSpinBox)
cbUnits (QComboBox)
pbFindStart (QPushButton)
checkFitFraction 3-Exp.A1 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueFraction 3-Exp.A1 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundFraction 3-Exp.A1 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundFraction 3-Exp.A1 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitFraction 3-Exp.B1 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueFraction 3-Exp.B1 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundFraction 3-Exp.B1 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundFraction 3-Exp.B1 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitFraction 3-Exp.A2 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueFraction 3-Exp.A2 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundFraction 3-Exp.A2 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundFraction 3-Exp.A2 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitFraction 3-Exp.B2 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueFraction 3-Exp.B2 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundFraction 3-Exp.B2 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundFraction 3-Exp.B2 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitFraction 3-Exp.A3 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueFraction 3-Exp.A3 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundFraction 3-Exp.A3 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundFraction 3-Exp.A3 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitFraction 3-Exp.B3 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueFraction 3-Exp.B3 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundFraction 3-Exp.B3 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundFraction 3-Exp.B3 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitRise/Fall ExponentialA0 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueRise/Fall ExponentialA0 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundRise/Fall ExponentialA0 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundRise/Fall ExponentialA0 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitRise/Fall ExponentialB1 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueRise/Fall ExponentialB1 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundRise/Fall ExponentialB1 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundRise/Fall ExponentialB1 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitRise/Fall ExponentialB2 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueRise/Fall ExponentialB2 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundRise/Fall ExponentialB2 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundRise/Fall ExponentialB2 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitBlood/Ref 3-Exp.A1 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueBlood/Ref 3-Exp.A1 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundBlood/Ref 3-Exp.A1 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundBlood/Ref 3-Exp.A1 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitBlood/Ref 3-Exp.B1 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueBlood/Ref 3-Exp.B1 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundBlood/Ref 3-Exp.B1 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundBlood/Ref 3-Exp.B1 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitBlood/Ref 3-Exp.A2 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueBlood/Ref 3-Exp.A2 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundBlood/Ref 3-Exp.A2 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundBlood/Ref 3-Exp.A2 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitBlood/Ref 3-Exp.B2 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueBlood/Ref 3-Exp.B2 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundBlood/Ref 3-Exp.B2 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundBlood/Ref 3-Exp.B2 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitBlood/Ref 3-Exp.A3 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueBlood/Ref 3-Exp.A3 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundBlood/Ref 3-Exp.A3 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundBlood/Ref 3-Exp.A3 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitBlood/Ref 3-Exp.B3 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueBlood/Ref 3-Exp.B3 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundBlood/Ref 3-Exp.B3 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundBlood/Ref 3-Exp.B3 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitLogan PlotSlope (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueLogan PlotSlope (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundLogan PlotSlope (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundLogan PlotSlope (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitLogan PlotIntercept (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueLogan PlotIntercept (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundLogan PlotIntercept (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundLogan PlotIntercept (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitLogan PlotSlope (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueLogan PlotSlope (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundLogan PlotSlope (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundLogan PlotSlope (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitLogan PlotIntercept (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueLogan PlotIntercept (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundLogan PlotIntercept (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundLogan PlotIntercept (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitPatlak PlotKi (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valuePatlak PlotKi (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundPatlak PlotKi (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundPatlak PlotKi (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitPatlak PlotIntercept (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valuePatlak PlotIntercept (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundPatlak PlotIntercept (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundPatlak PlotIntercept (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitSRTMR1 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueSRTMR1 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundSRTMR1 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundSRTMR1 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitSRTMk2 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueSRTMk2 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundSRTMk2 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundSRTMk2 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitSRTMBPnd (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueSRTMBPnd (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundSRTMBPnd (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundSRTMBPnd (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitSRTM2R1 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueSRTM2R1 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundSRTM2R1 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundSRTM2R1 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitSRTM2k2a (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueSRTM2k2a (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundSRTM2k2a (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundSRTM2k2a (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFit2TCMK1 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
value2TCMK1 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBound2TCMK1 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBound2TCMK1 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFit2TCMk2 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
value2TCMk2 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBound2TCMk2 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBound2TCMk2 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFit2TCMk3 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
value2TCMk3 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBound2TCMk3 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBound2TCMk3 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFit2TCMk4 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
value2TCMk4 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBound2TCMk4 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBound2TCMk4 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFit1TCMK1 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
value1TCMK1 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBound1TCMK1 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBound1TCMK1 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFit1TCMk2 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
value1TCMk2 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBound1TCMk2 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBound1TCMk2 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitMA1-Vt/b (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueMA1-Vt/b (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundMA1-Vt/b (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundMA1-Vt/b (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitMA11/b (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueMA11/b (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundMA11/b (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundMA11/b (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitMRTM-Vt/(b*Vnd) (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueMRTM-Vt/(b*Vnd) (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundMRTM-Vt/(b*Vnd) (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundMRTM-Vt/(b*Vnd) (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitMRTM1/b (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueMRTM1/b (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundMRTM1/b (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundMRTM1/b (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitMRTM-Vt/(b*Vnd*k2') (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueMRTM-Vt/(b*Vnd*k2') (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundMRTM-Vt/(b*Vnd*k2') (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundMRTM-Vt/(b*Vnd*k2') (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitMRTM2-Vt/(b*Vnd) (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueMRTM2-Vt/(b*Vnd) (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundMRTM2-Vt/(b*Vnd) (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundMRTM2-Vt/(b*Vnd) (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitMRTM21/b (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueMRTM21/b (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundMRTM21/b (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundMRTM21/b (QLineEdit) -- Maximum value allowed for the parameter's fitted value
tbROIToggle (QPushButton)
buttonViewSolverReport (QPushButton) -- Open the detailed solver report generated after this function executes
buttonSaveInterp (QPushButton) -- Save current input data as an interpolated set of points.
buttonSaveFit (QPushButton) -- Save fit from model into stored list of curves.
buttonRun (QPushButton) -- Run currently selected model configuration.
tbLoadCurve (QToolButton) -- Input/Output of curves to disk and iPACS.
tbSaveCurve (QToolButton) -- Add current curve to stored dropdown list.
tbDeleteCurve (QToolButton) -- Discard curve currently selected in stored dropdown list.
tbShowCurve (QToolButton) -- Show curve currently selected in stored dropdown list.
cbSavedCurves (QComboBox)
202 interactive, 85 structural
View: Slice View | Operator: Arithmetics
cbAppendData (QCheckBox)
cbSelect (QComboBox)
2 interactive, 8 structural
View: Slice View | Operator: Time Series
leMaxVal (QLineEdit)
refImgLock (QCheckBox)
inp1ImgLock (QCheckBox)
lockMIP (QCheckBox)
cbNextData (QComboBox)
leMinVal (QLineEdit)
cbFixedMinMax (QCheckBox)
buttonPlay (QPushButton)
comboBoxGeneralFrameDuration (QComboBox) -- Seconds
cbROI (QCheckBox)
sliderT (QSlider)
sbT (QSpinBox)
listWidget (QListWidget)
comboBoxFrameDuration-Frame00 (QComboBox) -- Seconds
checkBoxShowROI-Frame00 (QCheckBox)
comboBoxFrameDuration-Frame01 (QComboBox) -- Seconds
checkBoxShowROI-Frame01 (QCheckBox)
comboBoxFrameDuration-Frame02 (QComboBox) -- Seconds
checkBoxShowROI-Frame02 (QCheckBox)
comboBoxFrameDuration-Frame03 (QComboBox) -- Seconds
checkBoxShowROI-Frame03 (QCheckBox)
comboBoxFrameDuration-Frame04 (QComboBox) -- Seconds
checkBoxShowROI-Frame04 (QCheckBox)
23 interactive, 15 structural
View: Slice View | Operator: Filtering
cbForce2D (QCheckBox)
cbAppendData (QCheckBox)
cbShowROI (QCheckBox) -- Only update filtered result in ROI(Check this will display ROI instead of filter preview.)
SmoothingIter (QSpinBox)
SmoothingTimeStep (QDoubleSpinBox)
SmoothingConductance (QDoubleSpinBox)
SmoothingCutOffFrac (QDoubleSpinBox)
SmoothingMaxError (QDoubleSpinBox)
SmoothingRadius (QDoubleSpinBox)
RangeSigma (QDoubleSpinBox)
DomainSigma (QDoubleSpinBox)
SmoothingFWHM (QDoubleSpinBox)
SmoothingFWHMX (QDoubleSpinBox)
SmoothingFWHMY (QDoubleSpinBox)
SmoothingFWHMZ (QDoubleSpinBox)
AnisotropicFWHM (QCheckBox)
SaveBiasField (QCheckBox)
IterativeOtsu (QCheckBox)
DownsampleFactor (QDoubleSpinBox)
UseRician (QCheckBox)
ShrinkFactor (QSpinBox) -- Downsample image by factor of `shrink factor` before denoising, making the process go faster.
NonLocalSearchRadius (QSpinBox)
NonLocalBlockRadius (QSpinBox)
MaxIterations (QLineEdit)
ConvergeThreshold (QDoubleSpinBox)
SplineOrder (QSpinBox)
ControlPoints (QLineEdit)
ScaleFactor (QDoubleSpinBox)
SubSurfaceVariance (QDoubleSpinBox)
cbhstrech (QComboBox) -- The filter produces an adaptively equalized histogram or a version of unsharp mask (local mean subtraction). Instead of applying a strict histogram equalization in a window about a pixel, this filter prescribes a mapping function (power law) controlled by the parameters alpha and beta.
HistogramEqualAlpha (QDoubleSpinBox) -- The parameter alpha controls how much the filter acts like the classical histogram equalization method (alpha=0) to how much the filter acts like an unsharp mask (alpha=1)
HistogramEqualBeta (QDoubleSpinBox) -- The parameter beta controls how much the filter acts like an unsharp mask (beta=0) to much the filter acts like pass through (beta=1, with alpha=1)
Iteration (QSpinBox)
Normalize (QCheckBox)
SphereWindow (QCheckBox)
cbFilterSelect (QComboBox)
36 interactive, 13 structural
View: Slice View | Operator: Splitting
cbShape (QComboBox)
tbAdd (QToolButton) -- Create a new shape of shape group from the default data state or from a previously saved state
tbSplittingOpShowIn3D (QToolButton) -- 3D Visibility
tbSplittingOpEditIn3D (QToolButton) -- 3D Editing
pbSetSplitShapeUserDefault (QPushButton) -- Saves the current shape type settings
tbResetSplitShape (QToolButton) -- Reset the shape or shape group to the previously saved state or to the default data state
sbWidth (QDoubleSpinBox)
sbHeight (QDoubleSpinBox)
sbStroke (QSpinBox)
sbOpacity (QSpinBox)
sbRows (QSpinBox) -- Changing the rows will reset sizes and locations of the children
sbCols (QSpinBox) -- Changing the columns will reset sizes and locations of the children
sbRadius (QDoubleSpinBox)
cbPlane (QComboBox)
cbColor (QComboBox)
sbCenterX (QDoubleSpinBox)
sbCenterY (QDoubleSpinBox)
sbCenterZ (QDoubleSpinBox)
sbDepth (QDoubleSpinBox)
cb3DRenderMode (QComboBox)
cbOrientation (QComboBox) -- This rotation will only be applied after Split execution
tbSplittingOpPlaneLink (QToolButton) -- Link all the children values
tbSplittingOpStrokeLink (QToolButton) -- Link all the children values
tbSplittingOpOpacityLink (QToolButton) -- Link all the children values
tbSplittingOpWidthLink (QToolButton) -- Link all the children values
tbSplittingOpRadiusLink (QToolButton) -- Link all the children values
tbSplittingOpDepthLink (QToolButton) -- Link all the children values
tbSplittingOpHeightLink (QToolButton) -- Link all the children values
tbSplittingOp3DRenderModeLink (QToolButton) -- Link all the children values
tbSplittingOpOrientationLink (QToolButton) -- Link all the children values
pbSplitDM (QPushButton) -- Split and replace image in data manager with split versions
pbSplitFiles (QPushButton) -- Split images and save the to disk
32 interactive, 13 structural
View: Multi View | Operator: Layout
cbHangProtocols (QComboBox)
pbAddHangProtocol (QPushButton)
pbRemoveHangProtocol (QPushButton)
cbShowROI (QCheckBox)
pbShowROIAll (QPushButton)
5 interactive, 9 structural
View: Multi View | Operator: Distance/Annotation
buttonAdd (QToolButton) -- Add new
cbType (QComboBox)
cbColor (QComboBox)
buttonResetCamera (QToolButton) -- Reset Camera for VTK Viewer
buttonData (QToolButton)
buttonPlot (QToolButton) -- Plot selected profiles
buttonPtDtc (QToolButton) -- Landmark circle detection
buttonInteractor (QToolButton) -- Toggle dragging of line ends in VTK Viewer
buttonClear (QToolButton) -- Clear all
buttonVTK (QToolButton) -- Render 3D VTK Viewer
buttonExamine (QToolButton) -- Annotation Examiner
11 interactive, 2 structural
View: Multi View | Operator: Modeling
ModelSelector (QComboBox)
SubtypeSelector (QComboBox)
rbROI (QRadioButton)
rbVoxelWise (QRadioButton)
rbSingle (QRadioButton)
ComputeButton (QPushButton) -- Compute image derived input function (not smoothed) directly from the mean concentration in the specified ROI.
sbTimeStart (QDoubleSpinBox)
sbBloodFracTimeStart (QDoubleSpinBox)
buttonReadTimes (QPushButton)
sbMaxVal (QDoubleSpinBox)
sbMaxADC (QDoubleSpinBox)
sbFieldStrength (QDoubleSpinBox)
sbTemperature (QDoubleSpinBox)
leFrequencies (QLineEdit)
leFreqProps (QLineEdit)
cbUseROI (QCheckBox) -- Enable voxel-wise modeling only within the specified ROI
cbOutputConfErrors (QCheckBox) -- Output standard errors for each parameter at the expense of speed.
cbOutputReport (QCheckBox) -- Generate a detailed report file about the operation after it has been executed.
cbIsotope (QComboBox) -- Radiotracer used for loaded data. Not needed if data are decay-corrected.
cbDecayCorr (QCheckBox) -- Indicate whether data are decay corrected. If not selected, please select an isotope from the dropdown.
leK2prime (QLineEdit) -- Effective efflux rate constant from tissue to plasma. Median or average k2' value from SRTM is a suitable estimate here.
sbBloodVolFraction (QDoubleSpinBox) -- Blood volume fraction, assumed to be constant across tissues
sbK2K3min (QDoubleSpinBox) -- Decay parameter of first exponential component. For FDG, this is approximately equal to the sum of the k2 and k3 rate constants. More precisely, it is equal to [(k2+k3+k4) + sqrt((k2+k3+k4)^2 - 4*k2*k4)]/2
sbK2K3max (QDoubleSpinBox) -- Decay parameter of first exponential component. For FDG, this is approximately equal to the sum of the k2 and k3 rate constants. More precisely, it is equal to [(k2+k3+k4) + sqrt((k2+k3+k4)^2 - 4*k2*k4)]/2
sbK4min (QDoubleSpinBox) -- Decay parameter of second exponential component. For FDG, this is approximately equal to the k4 rate constant. More precisely, it is equal to [(k2+k3+k4) - sqrt((k2+k3+k4)^2 - 4*k2*k4)]/2
sbK4max (QDoubleSpinBox) -- Decay parameter of second exponential component. For FDG, this is approximately equal to the k4 rate constant. More precisely, it is equal to [(k2+k3+k4) - sqrt((k2+k3+k4)^2 - 4*k2*k4)]/2
sbK2amin (QDoubleSpinBox)
sbK2amax (QDoubleSpinBox)
cbWeightType (QComboBox) -- 1
cbParentFraction (QComboBox) -- Saved function to be applied as the parent fraction to the given plasma concentration data. If "1" is selected, it is assumed that no meaningful metabolism of the parent tracer occurred.
cbPlasmaFraction (QComboBox) -- Saved function to be applied as the plasma fraction to the given blood concentration data. If "1" is selected, it is assumed that the provided concentration are already derived from the plasma or that no meaningful concentration can be associated with the red blood cells.
cbInputFunction (QComboBox) -- Saved function to be used as the input or reference function for the given model and data.
cbBloodFunction (QComboBox) -- Saved function to be used as the blood data for normalization of the given concentration data assuming the provided blood fraction.
sbRowCount (QSpinBox)
cbUnits (QComboBox)
pbFindStart (QPushButton)
checkFitFraction 3-Exp.A1 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueFraction 3-Exp.A1 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundFraction 3-Exp.A1 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundFraction 3-Exp.A1 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitFraction 3-Exp.B1 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueFraction 3-Exp.B1 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundFraction 3-Exp.B1 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundFraction 3-Exp.B1 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitFraction 3-Exp.A2 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueFraction 3-Exp.A2 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundFraction 3-Exp.A2 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundFraction 3-Exp.A2 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitFraction 3-Exp.B2 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueFraction 3-Exp.B2 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundFraction 3-Exp.B2 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundFraction 3-Exp.B2 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitFraction 3-Exp.A3 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueFraction 3-Exp.A3 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundFraction 3-Exp.A3 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundFraction 3-Exp.A3 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitFraction 3-Exp.B3 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueFraction 3-Exp.B3 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundFraction 3-Exp.B3 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundFraction 3-Exp.B3 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitRise/Fall ExponentialA0 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueRise/Fall ExponentialA0 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundRise/Fall ExponentialA0 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundRise/Fall ExponentialA0 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitRise/Fall ExponentialB1 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueRise/Fall ExponentialB1 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundRise/Fall ExponentialB1 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundRise/Fall ExponentialB1 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitRise/Fall ExponentialB2 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueRise/Fall ExponentialB2 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundRise/Fall ExponentialB2 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundRise/Fall ExponentialB2 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitBlood/Ref 3-Exp.A1 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueBlood/Ref 3-Exp.A1 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundBlood/Ref 3-Exp.A1 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundBlood/Ref 3-Exp.A1 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitBlood/Ref 3-Exp.B1 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueBlood/Ref 3-Exp.B1 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundBlood/Ref 3-Exp.B1 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundBlood/Ref 3-Exp.B1 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitBlood/Ref 3-Exp.A2 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueBlood/Ref 3-Exp.A2 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundBlood/Ref 3-Exp.A2 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundBlood/Ref 3-Exp.A2 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitBlood/Ref 3-Exp.B2 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueBlood/Ref 3-Exp.B2 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundBlood/Ref 3-Exp.B2 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundBlood/Ref 3-Exp.B2 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitBlood/Ref 3-Exp.A3 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueBlood/Ref 3-Exp.A3 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundBlood/Ref 3-Exp.A3 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundBlood/Ref 3-Exp.A3 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitBlood/Ref 3-Exp.B3 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueBlood/Ref 3-Exp.B3 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundBlood/Ref 3-Exp.B3 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundBlood/Ref 3-Exp.B3 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitLogan PlotSlope (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueLogan PlotSlope (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundLogan PlotSlope (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundLogan PlotSlope (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitLogan PlotIntercept (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueLogan PlotIntercept (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundLogan PlotIntercept (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundLogan PlotIntercept (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitLogan PlotSlope (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueLogan PlotSlope (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundLogan PlotSlope (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundLogan PlotSlope (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitLogan PlotIntercept (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueLogan PlotIntercept (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundLogan PlotIntercept (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundLogan PlotIntercept (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitPatlak PlotKi (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valuePatlak PlotKi (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundPatlak PlotKi (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundPatlak PlotKi (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitPatlak PlotIntercept (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valuePatlak PlotIntercept (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundPatlak PlotIntercept (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundPatlak PlotIntercept (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitSRTMR1 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueSRTMR1 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundSRTMR1 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundSRTMR1 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitSRTMk2 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueSRTMk2 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundSRTMk2 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundSRTMk2 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitSRTMBPnd (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueSRTMBPnd (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundSRTMBPnd (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundSRTMBPnd (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitSRTM2R1 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueSRTM2R1 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundSRTM2R1 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundSRTM2R1 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitSRTM2k2a (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueSRTM2k2a (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundSRTM2k2a (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundSRTM2k2a (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFit2TCMK1 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
value2TCMK1 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBound2TCMK1 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBound2TCMK1 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFit2TCMk2 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
value2TCMk2 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBound2TCMk2 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBound2TCMk2 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFit2TCMk3 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
value2TCMk3 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBound2TCMk3 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBound2TCMk3 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFit2TCMk4 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
value2TCMk4 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBound2TCMk4 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBound2TCMk4 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFit1TCMK1 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
value1TCMK1 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBound1TCMK1 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBound1TCMK1 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFit1TCMk2 (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
value1TCMk2 (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBound1TCMk2 (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBound1TCMk2 (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitMA1-Vt/b (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueMA1-Vt/b (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundMA1-Vt/b (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundMA1-Vt/b (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitMA11/b (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueMA11/b (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundMA11/b (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundMA11/b (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitMRTM-Vt/(b*Vnd) (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueMRTM-Vt/(b*Vnd) (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundMRTM-Vt/(b*Vnd) (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundMRTM-Vt/(b*Vnd) (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitMRTM1/b (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueMRTM1/b (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundMRTM1/b (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundMRTM1/b (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitMRTM-Vt/(b*Vnd*k2') (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueMRTM-Vt/(b*Vnd*k2') (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundMRTM-Vt/(b*Vnd*k2') (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundMRTM-Vt/(b*Vnd*k2') (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitMRTM2-Vt/(b*Vnd) (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueMRTM2-Vt/(b*Vnd) (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundMRTM2-Vt/(b*Vnd) (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundMRTM2-Vt/(b*Vnd) (QLineEdit) -- Maximum value allowed for the parameter's fitted value
checkFitMRTM21/b (QCheckBox) -- Select to fix this parameter to the initial value. De-selecting this will allow the parameter to be fit by the model
valueMRTM21/b (QLineEdit) -- Initial value to be used by the model. For exponential parameters, this value is only used if the parameter is fixed.
lowerBoundMRTM21/b (QLineEdit) -- Minimum value allowed for the parameter's fitted value
upperBoundMRTM21/b (QLineEdit) -- Maximum value allowed for the parameter's fitted value
tbROIToggle (QPushButton)
buttonViewSolverReport (QPushButton) -- Open the detailed solver report generated after this function executes
buttonSaveInterp (QPushButton) -- Save current input data as an interpolated set of points.
buttonSaveFit (QPushButton) -- Save fit from model into stored list of curves.
buttonRun (QPushButton) -- Run currently selected model configuration.
tbLoadCurve (QToolButton) -- Input/Output of curves to disk and iPACS.
tbSaveCurve (QToolButton) -- Add current curve to stored dropdown list.
tbDeleteCurve (QToolButton) -- Discard curve currently selected in stored dropdown list.
tbShowCurve (QToolButton) -- Show curve currently selected in stored dropdown list.
cbSavedCurves (QComboBox)
202 interactive, 85 structural
View: Multi View | Operator: Arithmetics
cbAppendData (QCheckBox)
cbSelect (QComboBox)
2 interactive, 8 structural
View: Multi View | Operator: Filtering
cbForce2D (QCheckBox)
cbAppendData (QCheckBox)
cbShowROI (QCheckBox) -- Only update filtered result in ROI(Check this will display ROI instead of filter preview.)
SmoothingIter (QSpinBox)
SmoothingTimeStep (QDoubleSpinBox)
SmoothingConductance (QDoubleSpinBox)
SmoothingCutOffFrac (QDoubleSpinBox)
SmoothingMaxError (QDoubleSpinBox)
SmoothingRadius (QDoubleSpinBox)
RangeSigma (QDoubleSpinBox)
DomainSigma (QDoubleSpinBox)
SmoothingFWHM (QDoubleSpinBox)
SmoothingFWHMX (QDoubleSpinBox)
SmoothingFWHMY (QDoubleSpinBox)
SmoothingFWHMZ (QDoubleSpinBox)
AnisotropicFWHM (QCheckBox)
SaveBiasField (QCheckBox)
IterativeOtsu (QCheckBox)
DownsampleFactor (QDoubleSpinBox)
UseRician (QCheckBox)
ShrinkFactor (QSpinBox) -- Downsample image by factor of `shrink factor` before denoising, making the process go faster.
NonLocalSearchRadius (QSpinBox)
NonLocalBlockRadius (QSpinBox)
MaxIterations (QLineEdit)
ConvergeThreshold (QDoubleSpinBox)
SplineOrder (QSpinBox)
ControlPoints (QLineEdit)
ScaleFactor (QDoubleSpinBox)
SubSurfaceVariance (QDoubleSpinBox)
cbhstrech (QComboBox) -- The filter produces an adaptively equalized histogram or a version of unsharp mask (local mean subtraction). Instead of applying a strict histogram equalization in a window about a pixel, this filter prescribes a mapping function (power law) controlled by the parameters alpha and beta.
HistogramEqualAlpha (QDoubleSpinBox) -- The parameter alpha controls how much the filter acts like the classical histogram equalization method (alpha=0) to how much the filter acts like an unsharp mask (alpha=1)
HistogramEqualBeta (QDoubleSpinBox) -- The parameter beta controls how much the filter acts like an unsharp mask (beta=0) to much the filter acts like pass through (beta=1, with alpha=1)
Iteration (QSpinBox)
Normalize (QCheckBox)
SphereWindow (QCheckBox)
cbFilterSelect (QComboBox)
36 interactive, 13 structural
View: Multi View | Operator: Splitting
cbShape (QComboBox)
tbAdd (QToolButton) -- Create a new shape of shape group from the default data state or from a previously saved state
tbSplittingOpShowIn3D (QToolButton) -- 3D Visibility
tbSplittingOpEditIn3D (QToolButton) -- 3D Editing
pbSetSplitShapeUserDefault (QPushButton) -- Saves the current shape type settings
tbResetSplitShape (QToolButton) -- Reset the shape or shape group to the previously saved state or to the default data state
sbWidth (QDoubleSpinBox)
sbHeight (QDoubleSpinBox)
sbStroke (QSpinBox)
sbOpacity (QSpinBox)
sbRows (QSpinBox) -- Changing the rows will reset sizes and locations of the children
sbCols (QSpinBox) -- Changing the columns will reset sizes and locations of the children
sbRadius (QDoubleSpinBox)
cbPlane (QComboBox)
cbColor (QComboBox)
sbCenterX (QDoubleSpinBox)
sbCenterY (QDoubleSpinBox)
sbCenterZ (QDoubleSpinBox)
sbDepth (QDoubleSpinBox)
cb3DRenderMode (QComboBox)
cbOrientation (QComboBox) -- This rotation will only be applied after Split execution
tbSplittingOpPlaneLink (QToolButton) -- Link all the children values
tbSplittingOpStrokeLink (QToolButton) -- Link all the children values
tbSplittingOpOpacityLink (QToolButton) -- Link all the children values
tbSplittingOpWidthLink (QToolButton) -- Link all the children values
tbSplittingOpRadiusLink (QToolButton) -- Link all the children values
tbSplittingOpDepthLink (QToolButton) -- Link all the children values
tbSplittingOpHeightLink (QToolButton) -- Link all the children values
tbSplittingOp3DRenderModeLink (QToolButton) -- Link all the children values
tbSplittingOpOrientationLink (QToolButton) -- Link all the children values
pbSplitDM (QPushButton) -- Split and replace image in data manager with split versions
pbSplitFiles (QPushButton) -- Split images and save the to disk
32 interactive, 13 structural
View: Tile View | Operator: Time Series
leMaxVal (QLineEdit)
refImgLock (QCheckBox)
inp1ImgLock (QCheckBox)
lockMIP (QCheckBox)
cbNextData (QComboBox)
leMinVal (QLineEdit)
cbFixedMinMax (QCheckBox)
buttonPlay (QPushButton)
comboBoxGeneralFrameDuration (QComboBox) -- Seconds
cbROI (QCheckBox)
sliderT (QSlider)
sbT (QSpinBox)
listWidget (QListWidget)
comboBoxFrameDuration-Frame00 (QComboBox) -- Seconds
checkBoxShowROI-Frame00 (QCheckBox)
comboBoxFrameDuration-Frame01 (QComboBox) -- Seconds
checkBoxShowROI-Frame01 (QCheckBox)
comboBoxFrameDuration-Frame02 (QComboBox) -- Seconds
checkBoxShowROI-Frame02 (QCheckBox)
comboBoxFrameDuration-Frame03 (QComboBox) -- Seconds
checkBoxShowROI-Frame03 (QCheckBox)
comboBoxFrameDuration-Frame04 (QComboBox) -- Seconds
checkBoxShowROI-Frame04 (QCheckBox)
23 interactive, 15 structural