def setup(self):
#Se establecen los pasos del flujo de trabajo
self.StepInicio=simuladorTornillosPedicularesWizard.Inicio('Inicio')
self.StepRegistro=simuladorTornillosPedicularesWizard.IngresoAlumno('IngresoAlumno')
self.StepHistoriaClinica=simuladorTornillosPedicularesWizard.HistoriaClinica('HistoriaClinica')
self.StepModuloPlaneacion=simuladorTornillosPedicularesWizard.ModuloPlaneacion('ModuloPlaneacion')
self.StepMenuProfesor=simuladorTornillosPedicularesWizard.MenuProfesor('MenuProfesor')
self.StepCalibracion=simuladorTornillosPedicularesWizard.SimulatorTTPCalibration('SimulatorTTPCalibration')
steps = [] #Se crea tupla que contenga los pasos del flujo de trabajo
#Se añade a la tupla cada uno de los pasos del flujo de trabajo
steps.append(self.StepInicio)
#Se crea el flujo de trabajo
self.workflow = ctk.ctkWorkflow()
workflowWidget = ctk.ctkWorkflowStackedWidget()
workflowWidget.setWorkflow(self.workflow)
#Se definen las transiciones entre los pasos del flujo de trabajo
self.workflow.addTransition(self.StepInicio, self.StepRegistro,'1', ctk.ctkWorkflow.Bidirectional )
self.workflow.addTransition(self.StepInicio, self.StepHistoriaClinica,'2', ctk.ctkWorkflow.Bidirectional )
self.workflow.addTransition(self.StepInicio, self.StepMenuProfesor,'3', ctk.ctkWorkflow.Bidirectional )
self.workflow.addTransition(self.StepHistoriaClinica, self.StepModuloPlaneacion)
self.workflow.addTransition(self.StepModuloPlaneacion,self.StepCalibracion)
self.workflow.start()
workflowWidget.visible = True
self.layout.addWidget( workflowWidget )
def setup(self):
self.workflow = ctk.ctkWorkflow()
workflowWidget = ctk.ctkWorkflowStackedWidget()
workflowWidget.setWorkflow(self.workflow)
steps = []
steps.append(StenosisDetectorWizard.InputStep('Input'))
steps.append(StenosisDetectorWizard.VesselnessFilterStep('Vesselness Filter'))
steps.append(StenosisDetectorWizard.LevelSetSegmentationStep('Level Set Segmentation'))
# steps.append(OptimizationStep('Optimization'))
steps.append(StenosisDetectorWizard.CenterlineComputationStep('Centerline Computation'))
steps.append(StenosisDetectorWizard.VisualizationStep('Detect Stenosis'))
logic = SlicerVmtk4CommonLib.StenosisDetectorLogic()
# Add transition associated to steps
for i in range(len(steps) - 1):
steps[i].setLogic(logic)
self.workflow.addTransition(steps[i], steps[i + 1])
self.workflow.start()
workflowWidget.visible = True
self.layout.addWidget(workflowWidget)
def setup(self):
'''
Create and start the EMSegment workflow.
'''
# Use the logic associated with the module
if not self.__logic:
self.__logic = self.parent.module().logic()
self.parent.connect('mrmlSceneChanged(vtkMRMLScene*)',
self.onMRMLSceneChanged)
workflow = ctk.ctkWorkflow()
workflowWidget = ctk.ctkWorkflowStackedWidget()
workflowWidget.setWorkflow(workflow)
# Create all wizard steps
step1 = EMSegmentWizard.EMSegmentQuickStep1(Helper.GetNthStepId(2))
step2 = EMSegmentWizard.EMSegmentQuickStep2(Helper.GetNthStepId(3))
step3 = EMSegmentWizard.EMSegmentQuickStep3(Helper.GetNthStepId(7))
step4 = EMSegmentWizard.EMSegmentQuickStep4(Helper.GetNthStepId(9))
step5 = EMSegmentWizard.EMSegmentQuickStep5(Helper.GetNthStepId(11))
segmentStep = EMSegmentWizard.EMSegmentQuickSegmentationStep(
Helper.GetNthStepId(10))
# Add the wizard steps to an array for convenience
allSteps = []
allSteps.append(step1)
allSteps.append(step2)
allSteps.append(step3)
allSteps.append(step4)
allSteps.append(step5)
allSteps.append(segmentStep)
# Add transitions
for i in range(0, len(allSteps) - 1):
workflow.addTransition(allSteps[i], allSteps[i + 1])
# Propagate the workflow, the logic and the MRML Manager to the steps
for s in allSteps:
s.setLogic(self.__logic)
s.setMRMLManager(self.__logic.GetMRMLManager())
# Disable the error text which showed up when jumping to the (invisible) segment step
workflowWidget.workflowGroupBox().errorTextEnabled = False
workflow.goBackToOriginStepUponSuccess = False
slicer.modules.emsegmenteasystep1 = step1
slicer.modules.emsegmenteasystep2 = step2
# Start the workflow and show the widget
workflow.start()
workflowWidget.visible = True
self.parent.layout().addWidget(workflowWidget)
# Keep track of workflow and workflowWidget references
self.__workflow = workflow
self.__workflowWidget = workflowWidget
def setup( self ):
'''
Create and start the EMSegment workflow.
'''
# Use the logic associated with the module
if not self.__logic:
self.__logic = self.parent.module().logic()
self.parent.connect('mrmlSceneChanged(vtkMRMLScene*)', self.onMRMLSceneChanged)
workflow = ctk.ctkWorkflow()
workflowWidget = ctk.ctkWorkflowStackedWidget()
workflowWidget.setWorkflow( workflow )
# Create all wizard steps
step1 = EMSegmentWizard.EMSegmentQuickStep1( Helper.GetNthStepId( 2 ) )
step2 = EMSegmentWizard.EMSegmentQuickStep2( Helper.GetNthStepId( 3 ) )
step3 = EMSegmentWizard.EMSegmentQuickStep3( Helper.GetNthStepId( 7 ) )
step4 = EMSegmentWizard.EMSegmentQuickStep4( Helper.GetNthStepId( 9 ) )
step5 = EMSegmentWizard.EMSegmentQuickStep5( Helper.GetNthStepId( 11 ) )
segmentStep = EMSegmentWizard.EMSegmentQuickSegmentationStep( Helper.GetNthStepId( 10 ) )
# Add the wizard steps to an array for convenience
allSteps = []
allSteps.append( step1 )
allSteps.append( step2 )
allSteps.append( step3 )
allSteps.append( step4 )
allSteps.append( step5 )
allSteps.append( segmentStep )
# Add transitions
for i in range( 0, len( allSteps ) - 1 ):
workflow.addTransition( allSteps[i], allSteps[i + 1] )
# Propagate the workflow, the logic and the MRML Manager to the steps
for s in allSteps:
s.setLogic( self.__logic )
s.setMRMLManager( self.__logic.GetMRMLManager() )
# Disable the error text which showed up when jumping to the (invisible) segment step
workflowWidget.workflowGroupBox().errorTextEnabled = False
workflow.goBackToOriginStepUponSuccess = False
slicer.modules.emsegmenteasystep1 = step1
slicer.modules.emsegmenteasystep2 = step2
# Start the workflow and show the widget
workflow.start()
workflowWidget.visible = True
self.parent.layout().addWidget( workflowWidget )
# Keep track of workflow and workflowWidget references
self.__workflow = workflow
self.__workflowWidget = workflowWidget
def setup( self ):
self.workflow = ctk.ctkWorkflow()
workflowWidget = ctk.ctkWorkflowStackedWidget()
workflowWidget.setWorkflow( self.workflow )
# create all 4 wizard steps
self.selectDataStep = LASegmentationResources.LASegmentationWorkflowSelectDataStep( 'SelectData' )
self.registrationStep = LASegmentationResources.LASegmentationWorkflowImageRegistrationStep( 'ImageRegistration' )
self.endoSegStep = LASegmentationResources.LASegmentationWorkflowEndoSegmentationStep( 'LAEndoSegmentation' )
# add the wizard steps to an array for convenience
allSteps = []
allSteps.append( self.selectDataStep )
allSteps.append( self.registrationStep )
allSteps.append( self.endoSegStep )
self.workflow.addTransition( self.selectDataStep, self.registrationStep )
self.workflow.addTransition( self.registrationStep, self.endoSegStep )
nNodes = slicer.mrmlScene.GetNumberOfNodesByClass('vtkMRMLScriptedModuleNode')
self.parameterNode = None
for n in xrange(nNodes):
compNode = slicer.mrmlScene.GetNthNodeByClass(n, 'vtkMRMLScriptedModuleNode')
nodeid = None
if compNode.GetModuleName() == 'LASegmentationWorkflow':
self.parameterNode = compNode
print 'Found existing LASegmentationWorkflow parameter node'
break
if self.parameterNode == None:
self.parameterNode = slicer.vtkMRMLScriptedModuleNode()
self.parameterNode.SetModuleName('LASegmentationWorkflow')
slicer.mrmlScene.AddNode(self.parameterNode)
for s in allSteps:
s.setParameterNode (self.parameterNode)
# restore workflow step
currentStep = self.parameterNode.GetParameter('currentStep')
if currentStep != '':
print 'Restoring workflow step to ', currentStep
if currentStep == 'SelectData':
self.workflow.setInitialStep(self.selectDataStep)
if currentStep == 'ImageRegistration':
self.workflow.setInitialStep(self.registrationStep)
if currentStep == 'LAEndoSegmentation':
self.workflow.setInitialStep(self.endoSegStep)
else:
print 'currentStep in parameter node is empty!'
# Start the workflow and show the widget
self.workflow.start()
workflowWidget.visible = True
self.layout.addWidget( workflowWidget )
def setup(self):
self.Step1 = Flujos.Step1('Step1')
self.Step0 = Flujos.Step0('Step0')
self.Step2 = Flujos.Step2('Step2')
self.Step3 = Flujos.Step3('Step3')
self.Step4 = Flujos.Step4('Step4')
self.Step5 = Flujos.Step5('Step5')
self.Step6 = Flujos.Step6('Step6')
self.Step7 = Flujos.Step7('Step7')
self.Step8 = Flujos.Step8('Step8')
self.Step9 = Flujos.Step9('Step9')
self.Step10 = Flujos.Step10('Step10')
steps = []
steps.append(self.Step1)
steps.append(self.Step0)
steps.append(self.Step2)
steps.append(self.Step3)
steps.append(self.Step4)
steps.append(self.Step5)
steps.append(self.Step6)
steps.append(self.Step7)
steps.append(self.Step8)
steps.append(self.Step9)
steps.append(self.Step10)
self.workflow = ctk.ctkWorkflow()
workflowWidget = ctk.ctkWorkflowStackedWidget()
workflowWidget.setWorkflow(self.workflow)
self.workflow.addTransition(self.Step1, self.Step2, 'pass',
ctk.ctkWorkflow.Bidirectional)
self.workflow.addTransition(self.Step1, self.Step3, 'fail',
ctk.ctkWorkflow.Bidirectional)
self.workflow.addTransition(self.Step1, self.Step0, 'Reg',
ctk.ctkWorkflow.Bidirectional)
self.workflow.addTransition(self.Step3, self.Step4)
self.workflow.addTransition(self.Step2, self.Step5)
self.workflow.addTransition(self.Step5, self.Step6, 'pass',
ctk.ctkWorkflow.Bidirectional)
self.workflow.addTransition(self.Step5, self.Step7, 'fail',
ctk.ctkWorkflow.Bidirectional)
self.workflow.addTransition(self.Step4, self.Step8, '1',
ctk.ctkWorkflow.Bidirectional)
self.workflow.addTransition(self.Step4, self.Step9, '2',
ctk.ctkWorkflow.Bidirectional)
self.workflow.addTransition(self.Step4, self.Step10, '3',
ctk.ctkWorkflow.Bidirectional)
self.workflow.start()
workflowWidget.visible = True
self.layout.addWidget(workflowWidget)
def setup(self):
self.Step1 = Flujos.Step1('Step1')
self.Step0 = Flujos.Step0('Step0')
self.Step2 = Flujos.Step2('Step2')
self.Step3 = Flujos.Step3('Step3')
self.Step4 = Flujos.Step4('Step4')
self.Step5 = Flujos.Step5('Step5')
self.Step6 = Flujos.Step6('Step6')
self.Step7 = Flujos.Step7('Step7')
self.Step8 = Flujos.Step8('Step8')
self.Step9 = Flujos.Step9('Step9')
self.Step10 = Flujos.Step10('Step10')
steps = []
steps.append(self.Step1)
steps.append(self.Step0)
steps.append(self.Step2)
steps.append(self.Step3)
steps.append(self.Step4)
steps.append(self.Step5)
steps.append(self.Step6)
steps.append(self.Step7)
steps.append(self.Step8)
steps.append(self.Step9)
steps.append(self.Step10)
self.workflow = ctk.ctkWorkflow()
workflowWidget = ctk.ctkWorkflowStackedWidget()
workflowWidget.setWorkflow(self.workflow)
self.workflow.addTransition(self.Step1, self.Step2, 'pass', ctk.ctkWorkflow.Bidirectional )
self.workflow.addTransition(self.Step1, self.Step3, 'fail', ctk.ctkWorkflow.Bidirectional )
self.workflow.addTransition(self.Step1, self.Step0, 'Reg', ctk.ctkWorkflow.Bidirectional )
self.workflow.addTransition(self.Step3, self.Step4)
self.workflow.addTransition(self.Step2, self.Step5)
self.workflow.addTransition(self.Step5, self.Step6, 'pass', ctk.ctkWorkflow.Bidirectional )
self.workflow.addTransition(self.Step5, self.Step7, 'fail', ctk.ctkWorkflow.Bidirectional )
self.workflow.addTransition(self.Step4, self.Step8, '1', ctk.ctkWorkflow.Bidirectional )
self.workflow.addTransition(self.Step4, self.Step9, '2', ctk.ctkWorkflow.Bidirectional )
self.workflow.addTransition(self.Step4, self.Step10, '3', ctk.ctkWorkflow.Bidirectional )
self.workflow.start()
workflowWidget.visible = True
self.layout.addWidget( workflowWidget )
def setup(self):
self.workflow = ctk.ctkWorkflow()
workflowWidget = ctk.ctkWorkflowStackedWidget()
workflowWidget.setWorkflow(self.workflow)
steps = []
steps.append(ExampleStep('step1'))
steps.append(ExampleStep('step2'))
steps.append(ExampleStep('step3'))
# Add transition associated to steps
for i in range(len(steps) - 1):
self.workflow.addTransition(steps[i], steps[i + 1])
self.workflow.start()
workflowWidget.visible = True
self.layout.addWidget(workflowWidget)
def setup(self):
#Se establecen los pasos del flujo de trabajo
self.StepInicio = simuladorTornillosPedicularesWizard.Inicio('Inicio')
self.StepRegistro = simuladorTornillosPedicularesWizard.IngresoAlumno(
'IngresoAlumno')
self.StepHistoriaClinica = simuladorTornillosPedicularesWizard.HistoriaClinica(
'HistoriaClinica')
self.StepModuloPlaneacion = simuladorTornillosPedicularesWizard.ModuloPlaneacion(
'ModuloPlaneacion')
self.StepMenuProfesor = simuladorTornillosPedicularesWizard.MenuProfesor(
'MenuProfesor')
self.StepCalibracion = simuladorTornillosPedicularesWizard.SimulatorTTPCalibration(
'SimulatorTTPCalibration')
steps = [] #Se crea tupla que contenga los pasos del flujo de trabajo
#Se añade a la tupla cada uno de los pasos del flujo de trabajo
steps.append(self.StepInicio)
#Se crea el flujo de trabajo
self.workflow = ctk.ctkWorkflow()
workflowWidget = ctk.ctkWorkflowStackedWidget()
workflowWidget.setWorkflow(self.workflow)
#Se definen las transiciones entre los pasos del flujo de trabajo
self.workflow.addTransition(self.StepInicio, self.StepRegistro, '1',
ctk.ctkWorkflow.Bidirectional)
self.workflow.addTransition(self.StepInicio, self.StepHistoriaClinica,
'2', ctk.ctkWorkflow.Bidirectional)
self.workflow.addTransition(self.StepInicio, self.StepMenuProfesor,
'3', ctk.ctkWorkflow.Bidirectional)
self.workflow.addTransition(self.StepHistoriaClinica,
self.StepModuloPlaneacion)
self.workflow.addTransition(self.StepModuloPlaneacion,
self.StepCalibracion)
self.workflow.start()
workflowWidget.visible = True
self.layout.addWidget(workflowWidget)
def setup(self):
'''
Create and start the ChangeTracker workflow.
'''
self.workflow = ctk.ctkWorkflow()
workflowWidget = ctk.ctkWorkflowStackedWidget()
workflowWidget.setWorkflow(self.workflow)
# create all wizard steps
self.selectScansStep = ChangeTrackerWizard.ChangeTrackerSelectScansStep(
'SelectScans')
self.defineROIStep = ChangeTrackerWizard.ChangeTrackerDefineROIStep(
'DefineROI')
self.segmentROIStep = ChangeTrackerWizard.ChangeTrackerSegmentROIStep(
'SegmentROI')
self.analyzeROIStep = ChangeTrackerWizard.ChangeTrackerAnalyzeROIStep(
'AnalyzeROI')
self.reportROIStep = ChangeTrackerWizard.ChangeTrackerReportROIStep(
'ReportROI')
# add the wizard steps to an array for convenience
allSteps = []
allSteps.append(self.selectScansStep)
allSteps.append(self.defineROIStep)
allSteps.append(self.segmentROIStep)
allSteps.append(self.analyzeROIStep)
allSteps.append(self.reportROIStep)
# Add transition for the first step which let's the user choose between simple and advanced mode
self.workflow.addTransition(self.selectScansStep, self.defineROIStep)
self.workflow.addTransition(self.defineROIStep, self.segmentROIStep)
self.workflow.addTransition(self.segmentROIStep, self.analyzeROIStep)
self.workflow.addTransition(self.analyzeROIStep, self.reportROIStep)
nNodes = slicer.mrmlScene.GetNumberOfNodesByClass(
'vtkMRMLScriptedModuleNode')
self.parameterNode = None
for n in xrange(nNodes):
compNode = slicer.mrmlScene.GetNthNodeByClass(
n, 'vtkMRMLScriptedModuleNode')
nodeid = None
if compNode.GetModuleName() == 'ChangeTracker':
self.parameterNode = compNode
print 'Found existing ChangeTracker parameter node'
break
if self.parameterNode == None:
self.parameterNode = slicer.vtkMRMLScriptedModuleNode()
self.parameterNode.SetModuleName('ChangeTracker')
slicer.mrmlScene.AddNode(self.parameterNode)
for s in allSteps:
s.setParameterNode(self.parameterNode)
# restore workflow step
currentStep = self.parameterNode.GetParameter('currentStep')
if currentStep != '':
print 'Restoring workflow step to ', currentStep
if currentStep == 'SelectScans':
self.workflow.setInitialStep(self.selectScansStep)
if currentStep == 'DefineROI':
self.workflow.setInitialStep(self.defineROIStep)
if currentStep == 'SegmentROI':
self.workflow.setInitialStep(self.segmentROIStep)
if currentStep == 'AnalyzeROI':
self.workflow.setInitialStep(self.analyzeROIStep)
if currentStep == 'ReportROI':
self.workflow.setInitialStep(self.reportROIStep)
else:
print 'currentStep in parameter node is empty!'
# start the workflow and show the widget
self.workflow.start()
workflowWidget.visible = True
self.layout.addWidget(workflowWidget)
def __init__(self, widgetClass=None):
self.parent = qt.QFrame()
self.parent.setLayout(qt.QHBoxLayout())
self.moduleLogic = StylusBasedUSProbeCalibrationLogic()
# TODO: should have way to pop up python interactor
self.leftFrame = qt.QFrame(self.parent)
self.leftFrame.setLayout(qt.QVBoxLayout())
self.parent.layout().addWidget(self.leftFrame, 1)
self.layoutSelectorFrame2 = qt.QFrame(self.parent)
self.layoutSelectorFrame2.setLayout(qt.QHBoxLayout())
self.leftFrame.layout().addWidget(self.layoutSelectorFrame2)
self.layoutSelectorLabel2 = qt.QLabel("Layout Selector: ", self.layoutSelectorFrame2)
self.layoutSelectorLabel2.setToolTip("Select the layout ...")
self.layoutSelectorFrame2.layout().addWidget(self.layoutSelectorLabel2)
self.layoutSelector2 = qt.QComboBox(self.layoutSelectorFrame2)
self.layoutSelector2.addItem("FourViews")
self.layoutSelector2.addItem("3D View")
self.layoutSelector2.addItem("One view")
self.layoutSelector2.addItem("Double 3D View")
self.layoutSelectorFrame2.layout().addWidget(self.layoutSelector2)
self.layoutSelector2.connect('activated(int)', self.onLayoutSelect)
self.resetViewButton = qt.QPushButton("Reset")
self.layoutSelectorFrame2.layout().addWidget(self.resetViewButton)
self.resetViewButton.connect('clicked()', self.moduleLogic.onResetView)
self.layoutWidget = slicer.qMRMLLayoutWidget()
self.layoutWidget.setMRMLScene(slicer.mrmlScene)
# self.layoutManager.setLayout(slicer.vtkMRMLLayoutNode.SlicerLayoutOneUp3DView)
# self.layoutManager.setLayout(slicer.vtkMRMLLayoutNode.SlicerLayoutOneUpRedSliceView)
# self.layoutManager.setLayout(slicer.vtkMRMLLayoutNode.SlicerLayoutTabbedSliceView)
#### Some of the possible layouts
# SlicerLayout3DPlusLightboxView SlicerLayoutCompareGridView SlicerLayoutCompareWidescreenView SlicerLayoutConventionalQuantitativeView SlicerLayoutConventionalView SlicerLayoutConventionalWidescreenView
# SlicerLayoutCustomView SlicerLayoutDefaultView SlicerLayoutOneUp3DView SlicerLayoutOneUpRedSliceView SlicerLayoutOneUpGreenSliceView SlicerLayoutOneUpYellowSliceView SlicerLayoutDual3DView
# SlicerLayoutFourOverFourView SlicerLayoutTabbedSliceView
self.layoutWidget.setLayout(slicer.vtkMRMLLayoutNode.SlicerLayoutConventionalView)
self.parent.layout().addWidget(self.layoutWidget, 2)
self.toolsViewer = ToolsViewer()
self.toolsViewer.setModuleLogic(self.moduleLogic)
# self.toolsViewer.listenToScene()
# item=qt.QListWidgetItem("unItem")
# self.modelsViewer.addItem(item)
self.leftFrame.layout().addWidget(self.toolsViewer.getToolsWidget(), 1)
'''
Create and start the USGuided workflow.
'''
self.workflow = ctk.ctkWorkflow()
self.workflowWidget = ctk.ctkWorkflowStackedWidget()
self.workflowWidget.setWorkflow(self.workflow)
bw = self.workflowWidget.buttonBoxWidget()
bw.hideInvalidButtons = True
groupBox = self.workflowWidget.workflowGroupBox()
groupBox.errorTextEnabled = False
#bw.nextButtonDefaultText = ""
#bw.backButtonDefaultText = ""
nextButton=bw.nextButton()
backButton=bw.backButton()
nextButton.text=""
backButton.text=""
self.leftFrame.layout().addWidget(self.workflowWidget, 8)
# create all wizard steps
self.connectToTrackerStep = StylusBasedUSProbeCalibrationWizard.ConnectToTrackerStep('ConnectToTracker')
self.connectToTrackerStep.setModuleLogic(self.moduleLogic)
self.connectToTrackerStep.setButtonBoxWidget(bw)
self.connectToTrackerStep.setToolsViewer(self.toolsViewer)
self.placeStylusTipInTheImageStep = StylusBasedUSProbeCalibrationWizard.PlaceStylusTipInTheImageStep('PlaceStylusTipInTheImage')
self.placeStylusTipInTheImageStep.setModuleLogic(self.moduleLogic)
self.placeStylusTipInTheImageStep.setButtonBoxWidget(bw)
self.captureSpatialPositionsStep = StylusBasedUSProbeCalibrationWizard.CaptureSpatialPositionsStep('CaptureSpatialPositions')
self.captureSpatialPositionsStep.setModuleLogic(self.moduleLogic)
self.captureSpatialPositionsStep.setButtonBoxWidget(bw)
self.registrationStep = StylusBasedUSProbeCalibrationWizard.RegistrationStep('Registration')
self.registrationStep.setModuleLogic(self.moduleLogic)
self.registrationStep.setButtonBoxWidget(bw)
# add the wizard steps to an array for convenience
allSteps = []
allSteps.append(self.connectToTrackerStep)
allSteps.append(self.captureSpatialPositionsStep)
allSteps.append(self.placeStylusTipInTheImageStep)
allSteps.append(self.registrationStep)
# Add transition for the first step which let's the user choose between simple and advanced mode
self.workflow.addTransition(self.connectToTrackerStep, self.captureSpatialPositionsStep)
self.workflow.addTransition(self.captureSpatialPositionsStep, self.placeStylusTipInTheImageStep)
self.workflow.addTransition(self.placeStylusTipInTheImageStep, self.registrationStep)
nNodes = slicer.mrmlScene.GetNumberOfNodesByClass('vtkMRMLScriptedModuleNode')
self.parameterNode = None
for n in xrange(nNodes):
compNode = slicer.mrmlScene.GetNthNodeByClass(n, 'vtkMRMLScriptedModuleNode')
nodeid = None
if compNode.GetModuleName() == 'StylusBasedUSProbeCalibration':
self.parameterNode = compNode
print 'Found existing StylusBasedUSProbeCalibration parameter node'
break
if self.parameterNode == None:
self.parameterNode = slicer.vtkMRMLScriptedModuleNode()
self.parameterNode.SetModuleName('StylusBasedUSProbeCalibration')
slicer.mrmlScene.AddNode(self.parameterNode)
for s in allSteps:
s.setParameterNode (self.parameterNode)
# restore workflow step
currentStep = self.parameterNode.GetParameter('currentStep')
if currentStep != '':
print 'Restoring workflow step to ', currentStep
if currentStep == 'ConnectToTracker':
self.workflow.setInitialStep(self.connectToTrackerStep)
if currentStep == 'PlaceStylusInTheImage':
self.workflow.setInitialStep(self.placeStylusInTheImageStep)
if currentStep == 'CaptureSpatialPositions':
self.workflow.setInitialStep(self.captureSpatialPositionsStep)
if currentStep == 'Registration':
self.workflow.setInitialStep(self.registrationStep)
else:
print 'currentStep in parameter node is empty!'
# start the workflow and show the widget
self.workflow.start()
self.workflowWidget.visible = True
if widgetClass:
self.widget = widgetClass(self.parent)
self.parent.show()
def setup(self):
'''
Define a workflow with the necessary steps.
'''
self.workflow = ctk.ctkWorkflow()
workflowWidget = ctk.ctkWorkflowStackedWidget()
workflowWidget.setWorkflow(self.workflow)
workflowWidget.buttonBoxWidget().nextButtonDefaultText = ""
workflowWidget.buttonBoxWidget().backButtonDefaultText = ""
# Create all wizard steps
selectVolumesStep = MRIChangeDetectorWizard.SelectVolumesStep(
'SelectVolumes')
registrationStep = MRIChangeDetectorWizard.RegistrationStep(
'Registration')
#quantificationStep = MRIChangeDetectorWizard.QuantificationStep('Quantification')
# add the wizard steps to an array for convenience
allSteps = []
allSteps.append(selectVolumesStep)
allSteps.append(registrationStep)
#allSteps.append(quantificationStep)
# Add transition for the first step which let's the user choose between simple and advanced mode
self.workflow.addTransition(selectVolumesStep, registrationStep)
#self.workflow.addTransition( registrationStep, quantificationStep)
nNodes = slicer.mrmlScene.GetNumberOfNodesByClass(
'vtkMRMLScriptedModuleNode')
self.parameterNode = None
for n in xrange(nNodes):
compNode = slicer.mrmlScene.GetNthNodeByClass(
n, 'vtkMRMLScriptedModuleNode')
nodeid = None
if compNode.GetModuleName() == 'MRIChangeDetector':
self.parameterNode = compNode
print 'Found existing MRIChangeDetector parameter node'
break
if self.parameterNode == None:
self.parameterNode = slicer.mrmlScene.CreateNodeByClass(
'vtkMRMLScriptedModuleNode')
self.parameterNode.SetModuleName('MRIChangeDetector')
slicer.mrmlScene.AddNode(self.parameterNode)
# Propagate the workflow, the logic and the MRML Manager to the steps
for s in allSteps:
s.setWorkflow(self.workflow)
s.setParameterNode(self.parameterNode)
# restore workflow step
currentStep = self.parameterNode.GetParameter('currentStep')
if currentStep != '':
print 'Restoring workflow step to ', currentStep
if currentStep == 'SelectVolumes':
self.workflow.setInitialStep(selectVolumesStep)
if currentStep == 'Registration':
self.workflow.setInitialStep(registrationStep)
#if currentStep == 'Quantification':
# self.workflow.setInitialStep(quantificationStep)
else:
print 'currentStep in parameter node is empty!'
# start the workflow and show the widget
self.workflow.start()
workflowWidget.visible = True
self.layout.addWidget(workflowWidget)
def setup(self):
'''
Create and start the EMSegment workflow.
'''
# Use the logic associated with the module
if not self.__logic:
self.__logic = self.parent.module().logic()
self.parent.connect('mrmlSceneChanged(vtkMRMLScene*)',
self.onMRMLSceneChanged)
workflow = ctk.ctkWorkflow()
workflowWidget = ctk.ctkWorkflowStackedWidget()
workflowWidget.setWorkflow(workflow)
workflowWidget.buttonBoxWidget().nextButtonDefaultText = ""
workflowWidget.buttonBoxWidget().backButtonDefaultText = ""
# create all wizard steps
selectTaskStep = EMSegmentWizard.EMSegmentSelectTaskStep(
Helper.GetNthStepId(1))
defineInputChannelsSimpleStep = EMSegmentWizard.EMSegmentDefineInputChannelsStep(
Helper.GetNthStepId(2) + 'Simple') # simple branch
defineInputChannelsAdvancedStep = EMSegmentWizard.EMSegmentDefineInputChannelsStep(
Helper.GetNthStepId(2) + 'Advanced') # advanced branch
defineAnatomicalTreeStep = EMSegmentWizard.EMSegmentDefineAnatomicalTreeStep(
Helper.GetNthStepId(3))
defineAtlasStep = EMSegmentWizard.EMSegmentDefineAtlasStep(
Helper.GetNthStepId(4))
editRegistrationParametersStep = EMSegmentWizard.EMSegmentEditRegistrationParametersStep(
Helper.GetNthStepId(5))
definePreprocessingStep = EMSegmentWizard.EMSegmentDefinePreprocessingStep(
Helper.GetNthStepId(6))
specifyIntensityDistributionStep = EMSegmentWizard.EMSegmentSpecifyIntensityDistributionStep(
Helper.GetNthStepId(7))
editNodeBasedParametersStep = EMSegmentWizard.EMSegmentEditNodeBasedParametersStep(
Helper.GetNthStepId(8))
miscStep = EMSegmentWizard.EMSegmentDefineMiscParametersStep(
Helper.GetNthStepId(9))
segmentStep = EMSegmentWizard.EMSegmentStartSegmentationStep(
Helper.GetNthStepId(10))
statisticsStep = EMSegmentWizard.EMSegmentLabelStatisticsStep(
Helper.GetNthStepId(11))
# add the wizard steps to an array for convenience
allSteps = []
allSteps.append(selectTaskStep)
allSteps.append(defineInputChannelsSimpleStep)
allSteps.append(defineInputChannelsAdvancedStep)
allSteps.append(defineAnatomicalTreeStep)
allSteps.append(defineAtlasStep)
allSteps.append(editRegistrationParametersStep)
allSteps.append(definePreprocessingStep)
allSteps.append(specifyIntensityDistributionStep)
allSteps.append(editNodeBasedParametersStep)
allSteps.append(miscStep)
allSteps.append(statisticsStep)
allSteps.append(segmentStep)
# Add transition for the first step which let's the user choose between simple and advanced mode
workflow.addTransition(selectTaskStep, defineInputChannelsSimpleStep,
'SimpleMode')
workflow.addTransition(selectTaskStep, defineInputChannelsAdvancedStep,
'AdvancedMode')
# Add transitions associated to the simple mode
workflow.addTransition(defineInputChannelsSimpleStep,
defineAnatomicalTreeStep)
# Add transitions associated to the advanced mode
workflow.addTransition(defineInputChannelsAdvancedStep,
defineAnatomicalTreeStep)
# .. add transitions for the rest of the advanced mode steps
for i in range(3, len(allSteps) - 1):
workflow.addTransition(allSteps[i], allSteps[i + 1])
# Propagate the workflow, the logic and the MRML Manager to the steps
for s in allSteps:
s.setLogic(self.__logic)
s.setMRMLManager(self.__logic.GetMRMLManager())
# Disable the error text which showed up when jumping to the (invisible) segment step
workflowWidget.workflowGroupBox().errorTextEnabled = False
workflow.goBackToOriginStepUponSuccess = False
# start the workflow and show the widget
workflow.start()
workflowWidget.visible = True
self.layout.addWidget(workflowWidget)
# enable global access to the dynamicFrames on step 2 and step 6
slicer.modules.emsegmentLogic = self.__logic
slicer.modules.emsegmentSimpleDynamicFrame = defineInputChannelsSimpleStep.dynamicFrame(
)
slicer.modules.emsegmentPreprocessingStep = definePreprocessingStep
# Keep track of workflow and workflowWidget references
self.__workflow = workflow
self.__workflowWidget = workflowWidget
def setup(self):
'''
Define a workflow with the necessary steps.
'''
self.workflow = ctk.ctkWorkflow()
workflowWidget = ctk.ctkWorkflowStackedWidget()
workflowWidget.setWorkflow(self.workflow)
workflowWidget.buttonBoxWidget().nextButtonDefaultText = ""
workflowWidget.buttonBoxWidget().backButtonDefaultText = ""
# Create all wizard steps
selectVolumesStep = TMRIChangeDetectorWizard.SelectVolumesStep('SelectVolumes')
registrationStep = TMRIChangeDetectorWizard.RegistrationStep('Registration')
quantificationStep = TMRIChangeDetectorWizard.QuantificationStep('Quantification')
# add the wizard steps to an array for convenience
allSteps = []
allSteps.append(selectVolumesStep)
allSteps.append(registrationStep)
allSteps.append(quantificationStep)
# Add transition for the first step which let's the user choose between simple and advanced mode
self.workflow.addTransition( selectVolumesStep, registrationStep)
self.workflow.addTransition( registrationStep, quantificationStep)
nNodes = slicer.mrmlScene.GetNumberOfNodesByClass('vtkMRMLScriptedModuleNode')
self.parameterNode = None
for n in xrange(nNodes):
compNode = slicer.mrmlScene.GetNthNodeByClass(n, 'vtkMRMLScriptedModuleNode')
nodeid = None
if compNode.GetModuleName() == 'TMRIChangeDetector':
self.parameterNode = compNode
print 'Found existing TMRIChangeDetector parameter node'
break
if self.parameterNode == None:
self.parameterNode = slicer.mrmlScene.CreateNodeByClass('vtkMRMLScriptedModuleNode')
self.parameterNode.SetModuleName('TMRIChangeDetector')
slicer.mrmlScene.AddNode(self.parameterNode)
# Propagate the workflow, the logic and the MRML Manager to the steps
for s in allSteps:
s.setWorkflow(self.workflow)
s.setParameterNode(self.parameterNode)
# restore workflow step
currentStep = self.parameterNode.GetParameter('currentStep')
if currentStep != '':
print 'Restoring workflow step to ', currentStep
if currentStep == 'SelectVolumes':
self.workflow.setInitialStep(selectVolumesStep)
if currentStep == 'Registration':
self.workflow.setInitialStep(registrationStep)
if currentStep == 'Quantification':
self.workflow.setInitialStep(quantificationStep)
else:
print 'currentStep in parameter node is empty!'
# start the workflow and show the widget
self.workflow.start()
workflowWidget.visible = True
self.layout.addWidget(workflowWidget)
def setup( self ):
""" Slicer seems to call all methods of these classes upon entry. setup creates
a workflow from ctk, which simply means that it creates a series of UI
steps one can traverse with "next" / "previous" buttons. The steps themselves
are contained within SegmentationWizard_Lib.
"""
# Currently unclear on the difference between ctkWorkflow and
# ctkWorkflowStackedWidget, but presumably the latter creates a UI
# for the former.
self.workflow = ctk.ctkWorkflow()
workflowWidget = ctk.ctkWorkflowStackedWidget()
workflowWidget.setWorkflow( self.workflow )
# Create workflow steps.
self.Step1 = SegmentationWizard_Lib.VolumeSelectStep('VolumeSelectStep')
self.Step2 = SegmentationWizard_Lib.RegistrationStep('RegistrationStep')
self.Step3 = SegmentationWizard_Lib.NormalizeSubtractStep('NormalizeSubtractStep')
self.Step4 = SegmentationWizard_Lib.ROIStep('ROIStep')
self.Step5 = SegmentationWizard_Lib.ThresholdStep('ThresholdStep')
self.Step6 = SegmentationWizard_Lib.ReviewStep('ReviewStep')
# Add the wizard steps to an array for convenience. Much of the following code
# is copied wholesale from ChangeTracker.
allSteps = []
allSteps.append( self.Step1 )
allSteps.append( self.Step2 )
allSteps.append( self.Step3 )
allSteps.append( self.Step4 )
allSteps.append( self.Step5 )
allSteps.append( self.Step6 )
# Adds transition functionality between steps.
self.workflow.addTransition(self.Step1, self.Step2)
self.workflow.addTransition(self.Step2, self.Step3)
self.workflow.addTransition(self.Step3, self.Step4)
self.workflow.addTransition(self.Step4, self.Step5)
self.workflow.addTransition(self.Step5, self.Step6)
self.workflow.addTransition(self.Step6, self.Step1)
""" The following code creates a 'parameter node' from the vtkMRMLScriptedModuleNode class.
A parameter node keeps track of module variables from step to step, in the case of
ctkWorkflow, and when users leave the module to visit other modules. The code below
searches to see if a parameter node already exists for SegmentationWizard among all
available parameter nodes, and then creates one if it does not.
"""
nNodes = slicer.mrmlScene.GetNumberOfNodesByClass('vtkMRMLScriptedModuleNode')
self.parameterNode = None
for n in xrange(nNodes):
compNode = slicer.mrmlScene.GetNthNodeByClass(n, 'vtkMRMLScriptedModuleNode')
nodeid = None
if compNode.GetModuleName() == 'SegmentationWizard':
self.parameterNode = compNode
# print 'Found existing SegmentationWizard parameter node'
break
if self.parameterNode == None:
self.parameterNode = slicer.vtkMRMLScriptedModuleNode()
self.parameterNode.SetModuleName('SegmentationWizard')
slicer.mrmlScene.AddNode(self.parameterNode)
# Individual workflow steps need to remember the parameter node too.
for s in allSteps:
s.setParameterNode(self.parameterNode)
# Restores you to the correct step if you leave and then return to the module.
currentStep = self.parameterNode.GetParameter('currentStep')
if currentStep != '':
# print 'Restoring SegmentationWizard workflow step to ', currentStep
if currentStep == 'VolumeSelectStep':
self.workflow.setInitialStep(self.Step1)
if currentStep == 'RegistrationStep':
self.workflow.setInitialStep(self.Step2)
if currentStep == 'NormalizeSubtractStep':
self.workflow.setInitialStep(self.Step3)
if currentStep == 'ROIStep':
self.workflow.setInitialStep(self.Step4)
if currentStep == 'ThresholdStep':
self.workflow.setInitialStep(self.Step4)
if currentStep == 'ReviewStep':
self.workflow.setInitialStep(self.Step4)
else:
# print 'currentStep in parameter node is empty!'
pass
# Starts and show the workflow.
self.workflow.start()
workflowWidget.visible = True
self.layout.addWidget( workflowWidget )
def setup(self):
""" Slicer seems to call all methods of these classes upon entry. setup creates
a workflow from ctk, which simply means that it creates a certies of UI
steps one can traverse with "next" / "previous" buttons. The steps themselves
are contained within ContrastSubtractionWizard.
"""
# Currently unclear on the difference between ctkWorkflow and
# ctkWorkflowStackedWidget, but presumably the latter creates a UI
# for the former
self.workflow = ctk.ctkWorkflow()
workflowWidget = ctk.ctkWorkflowStackedWidget()
workflowWidget.setWorkflow(self.workflow)
# Create workflow steps.
self.Step1 = ContrastSubtractionWizard.VolumeSelectStep(
'VolumeSelectStep')
self.Step2 = ContrastSubtractionWizard.RegistrationStep(
'RegistrationStep')
self.Step3 = ContrastSubtractionWizard.NormalizeSubtractStep(
'NormalizeSubtractStep')
self.Step4 = ContrastSubtractionWizard.ROIStep('ROIStep')
self.Step5 = ContrastSubtractionWizard.ThresholdStep('ThresholdStep')
self.Step6 = ContrastSubtractionWizard.ReviewStep('ReviewStep')
# Add the wizard steps to an array for convenience. Much of the following code
# is copied wholesale from ChangeTracker.
allSteps = []
allSteps.append(self.Step1)
allSteps.append(self.Step2)
allSteps.append(self.Step3)
allSteps.append(self.Step4)
allSteps.append(self.Step5)
allSteps.append(self.Step6)
# Adds transition functionality between steps.
self.workflow.addTransition(self.Step1, self.Step2)
self.workflow.addTransition(self.Step2, self.Step3)
self.workflow.addTransition(self.Step3, self.Step4)
self.workflow.addTransition(self.Step4, self.Step5)
self.workflow.addTransition(self.Step5, self.Step6)
self.workflow.addTransition(self.Step6, self.Step1)
# The following code creates a so-called parameter node referencing the
# vtkMRMLScriptedModuleNode class, while checking to make sure one doesn't
# already exist for some reason. This node keeps track of changse to MRML scene.
nNodes = slicer.mrmlScene.GetNumberOfNodesByClass(
'vtkMRMLScriptedModuleNode')
self.parameterNode = None
for n in xrange(nNodes):
compNode = slicer.mrmlScene.GetNthNodeByClass(
n, 'vtkMRMLScriptedModuleNode')
nodeid = None
if compNode.GetModuleName() == 'ContrastSubtraction':
self.parameterNode = compNode
print 'Found existing ContrastSubtraction parameter node'
break
if self.parameterNode == None:
self.parameterNode = slicer.vtkMRMLScriptedModuleNode()
self.parameterNode.SetModuleName('ContrastSubtraction')
slicer.mrmlScene.AddNode(self.parameterNode)
# Individual steps get access to the parameter node too!
for s in allSteps:
s.setParameterNode(self.parameterNode)
# Restores workflow step in case something goes wrong.
currentStep = self.parameterNode.GetParameter('currentStep')
if currentStep != '':
print 'Restoring workflow step to ', currentStep
if currentStep == 'VolumeSelectStep':
self.workflow.setInitialStep(self.Step1)
if currentStep == 'RegistrationStep':
self.workflow.setInitialStep(self.Step2)
if currentStep == 'NormalizeSubtractStep':
self.workflow.setInitialStep(self.Step3)
if currentStep == 'ROIStep':
self.workflow.setInitialStep(self.Step4)
if currentStep == 'ThresholdStep':
self.workflow.setInitialStep(self.Step4)
if currentStep == 'ReviewStep':
self.workflow.setInitialStep(self.Step4)
else:
print 'currentStep in parameter node is empty!'
# Starts and show the workflow.
self.workflow.start()
workflowWidget.visible = True
self.layout.addWidget(workflowWidget)
def __init__(self, widgetClass=None):
self.parent = qt.QFrame()
self.parent.setLayout( qt.QHBoxLayout() )
self.moduleLogic = USGuidedProcedureLogic()
# TODO: should have way to pop up python interactor
self.leftFrame = qt.QFrame(self.parent)
self.leftFrame.setLayout( qt.QVBoxLayout() )
#self.leftFrame.setSizePolicy(qt.QSizePolicy.Maximum,qt.QSizePolicy.Maximum)
#self.leftFrame.setSizePolicy(qt.QSizePolicy.MinimumExpanding,qt.QSizePolicy.MinimumExpanding)
#self.parent.setStyleSheet(
#"QFrame{background: QLinearGradient(x1: 0, y1: 0, x2: 0, y2: 1, stop: 0 #eef, stop: 1 #ccf); background-color: qlineargradient(spread:pad, x1:0.989, y1:0.012, x2:0, y2:0, stop:0 rgba(223, 227, 255, 255), stop:0.494318 rgba(164, 157, 194, 255), stop:1 rgba(115, 115, 115, 255));}"
#"QComboBox{color: white; background-color: QLinearGradient( x1: 0, y1: 0, x2: 0, y2: 1, stop: 0 #88d, stop: 0.1 #99e, stop: 0.49 #77c, stop: 0.5 #66b, stop: 1 #77c); border-width: 1px; border-color: #339; border-style: solid; border-radius: 7; padding: 3px; font-size: 12px; font-weight: bold; padding-left: 5px; padding-right: 5px; /*min-width: 50px;*/ max-width: 150px; /*min-height: 13px;*/ max-height: 150px; }" "QPushButton{color: white; background-color: QLinearGradient( x1: 0, y1: 0, x2: 0, y2: 1, stop: 0 #88d, stop: 0.1 #99e, stop: 0.49 #77c, stop: 0.5 #66b, stop: 1 #77c); border-width: 1px; border-color: #339; border-style: solid; border-radius: 7; padding: 3px; font-size: 12px; font-weight: bold; padding-left: 5px; padding-right: 5px; min-width: 20px; max-width: 150px; min-height: 20px; max-height: 40px;}"
#"QLabel{color: white; background-color: rgba(255, 255, 255, 0);}"
# "QSlider::groove:horizontal{border: 1px solid #bbb;background: white;height: 10px;border-radius: 4px;}"
# "QSlider::sub-page:horizontal {background: qlineargradient(x1: 0, y1: 0, x2: 0, y2: 1, stop: 0 #66e, stop: 1 #bbf);background:qlineargradient(x1: 0, y1: 0.2, x2: 1, y2: 1, stop: 0 #bbf, stop: 1 #55f);border: 1px solid #777;height: 10px;border-radius:4px;}"
# "QSlider::add-page:horizontal {background: #fff;border: 1px solid #777;height: 10px;border-radius: 4px;}"
# "QSlider::handle:horizontal {background: qlineargradient(x1:0, y1:0, x2:1, y2:1, stop:0 #eee, stop:1 #ccc);border: 1px solid #777;width: 13px;margin-top: -2px;margin-bottom: -2px;border-radius: 4px;}"
# "QSlider::handle:horizontal:hover {background: qlineargradient(x1:0, y1:0, x2:1, y2:1, stop:0 #fff, stop:1 #ddd);border: 1px solid#444;border-radius: 4px;}"
# "QSlider::sub-page:horizontal:disabled {background: #bbb;border-color: #999;}"
# "QSlider::add-page:horizontal:disabled {background: #eee;border-color: #999;}"
# "QSlider::handle:horizontal:disabled {background: #eee;border: 1px solid #aaa;border-radius: 4px;}")
self.parent.layout().addWidget(self.leftFrame,1)
self.addDataButton = qt.QPushButton("Add Data")
self.leftFrame.layout().addWidget(self.addDataButton)
self.addDataButton.connect("clicked()",slicer.app.ioManager().openAddDataDialog)
self.saveSceneButton = qt.QPushButton("Save Data")
self.leftFrame.layout().addWidget(self.saveSceneButton)
self.saveSceneButton.connect("clicked()",slicer.app.ioManager().openSaveDataDialog)
#self.loadSceneButton = qt.QPushButton("Load Scene")
#self.leftFrame.layout().addWidget(self.loadSceneButton)
#self.loadSceneButton.connect("clicked()",slicer.app.ioManager().openLoadSceneDialog)
self.layoutSelectorFrame2 = qt.QFrame(self.parent)
self.layoutSelectorFrame2.setLayout(qt.QHBoxLayout())
self.leftFrame.layout().addWidget(self.layoutSelectorFrame2)
self.layoutSelectorLabel2 = qt.QLabel("Layout Selector: ", self.layoutSelectorFrame2)
self.layoutSelectorLabel2.setToolTip( "Select the layout ...")
self.layoutSelectorFrame2.layout().addWidget(self.layoutSelectorLabel2)
self.layoutSelector2 = qt.QComboBox(self.layoutSelectorFrame2)
self.layoutSelector2.addItem("FourViews")
self.layoutSelector2.addItem("3D View")
self.layoutSelector2.addItem("One view")
self.layoutSelector2.addItem("Double 3D View")
self.layoutSelectorFrame2.layout().addWidget(self.layoutSelector2)
self.layoutSelector2.connect('activated(int)', self.onLayoutSelect)
self.resetViewButton = qt.QPushButton("R")
self.layoutSelectorFrame2.layout().addWidget(self.resetViewButton)
self.resetViewButton.connect('clicked()', self.moduleLogic.onResetView)
self.layoutWidget = slicer.qMRMLLayoutWidget()
self.layoutWidget.setMRMLScene(slicer.mrmlScene)
#self.layoutManager.setLayout(slicer.vtkMRMLLayoutNode.SlicerLayoutOneUp3DView)
#self.layoutManager.setLayout(slicer.vtkMRMLLayoutNode.SlicerLayoutOneUpRedSliceView)
#self.layoutManager.setLayout(slicer.vtkMRMLLayoutNode.SlicerLayoutTabbedSliceView)
#### Some of the possible layouts
#SlicerLayout3DPlusLightboxView SlicerLayoutCompareGridView SlicerLayoutCompareWidescreenView SlicerLayoutConventionalQuantitativeView SlicerLayoutConventionalView SlicerLayoutConventionalWidescreenView
#SlicerLayoutCustomView SlicerLayoutDefaultView SlicerLayoutOneUp3DView SlicerLayoutOneUpRedSliceView SlicerLayoutOneUpGreenSliceView SlicerLayoutOneUpYellowSliceView SlicerLayoutDual3DView
#SlicerLayoutFourOverFourView SlicerLayoutTabbedSliceView
self.layoutWidget.setLayout(slicer.vtkMRMLLayoutNode.SlicerLayoutConventionalView)
self.parent.layout().addWidget(self.layoutWidget,2)
print("Previous line of the Constructor of ModelsViewer")
self.modelsViewer = ModelsViewer()
self.modelsViewer.setModuleLogic(self.moduleLogic)
self.modelsViewer.listenToScene()
self.volumeRenderingViewer = VolumeRenderingViewer()
self.volumeRenderingViewer.setModuleLogic(self.moduleLogic)
self.volumeRenderingViewer.listenToScene()
#item=qt.QListWidgetItem("unItem")
#self.modelsViewer.addItem(item)
self.leftFrame.layout().addWidget(self.modelsViewer.getListWidget(),1)
self.leftFrame.layout().addWidget(self.volumeRenderingViewer.getListWidget(),1)
'''
Create and start the USGuided workflow.
'''
self.workflow = ctk.ctkWorkflow()
self.workflowWidget = ctk.ctkWorkflowStackedWidget()
self.workflowWidget.setWorkflow( self.workflow )
bw=self.workflowWidget.buttonBoxWidget()
bw.hideInvalidButtons=True
groupBox=self.workflowWidget.workflowGroupBox()
groupBox.errorTextEnabled = False
self.workflowWidget.buttonBoxWidget().nextButtonDefaultText = ""
self.workflowWidget.buttonBoxWidget().backButtonDefaultText = ""
self.leftFrame.layout().addWidget( self.workflowWidget,3 )
# create all wizard steps
self.loadSceneStep = USGuidedWizard.LoadSceneStep('LoadScene')
self.loadSceneStep.setModuleLogic(self.moduleLogic)
self.loadSceneStep.setButtonBoxWidget(bw)
self.connectToTrackerStep = USGuidedWizard.ConnectToTrackerStep('ConnectToTracker')
self.connectToTrackerStep.setModuleLogic(self.moduleLogic)
self.connectToTrackerStep.setButtonBoxWidget(bw)
self.placeImageFiducialsStep = USGuidedWizard.PlaceImageFiducialsStep( 'PlaceImageFiducials')
self.placeImageFiducialsStep.setModuleLogic(self.moduleLogic)
self.placeImageFiducialsStep.setButtonBoxWidget(bw)
self.placeSpatialFiducialsStep = USGuidedWizard.PlaceSpatialFiducialsStep( 'PlaceSpatialFiducials')
self.placeSpatialFiducialsStep.setModuleLogic(self.moduleLogic)
self.placeSpatialFiducialsStep.setButtonBoxWidget(bw)
self.registrationStep = USGuidedWizard.RegistrationStep( 'Registration')
self.registrationStep.setModuleLogic(self.moduleLogic)
self.registrationStep.setButtonBoxWidget(bw)
self.navigationStep = USGuidedWizard.NavigationStep( 'Navigation')
self.navigationStep.setModuleLogic(self.moduleLogic)
self.navigationStep.setButtonBoxWidget(bw)
#self.selectScansStep = USGuidedWizard.ChangeTrackerSelectScansStep( 'SelectScans' )
#self.defineROIStep = USGuidedWizard.ChangeTrackerDefineROIStep( 'DefineROI' )
#self.segmentROIStep = USGuidedWizard.ChangeTrackerSegmentROIStep( 'SegmentROI' )
#self.analyzeROIStep = USGuidedWizard.ChangeTrackerAnalyzeROIStep( 'AnalyzeROI' )
#self.reportROIStep = USGuidedWizard.ChangeTrackerReportROIStep( 'ReportROI' )
# add the wizard steps to an array for convenience
allSteps = []
allSteps.append( self.loadSceneStep )
allSteps.append( self.connectToTrackerStep )
allSteps.append( self.placeImageFiducialsStep )
allSteps.append( self.placeSpatialFiducialsStep )
allSteps.append( self.registrationStep )
allSteps.append( self.navigationStep )
#allSteps.append( self.selectScansStep )
#allSteps.append( self.defineROIStep )
#allSteps.append( self.segmentROIStep )
#allSteps.append( self.analyzeROIStep )
#allSteps.append( self.reportROIStep )
# Add transition for the first step which let's the user choose between simple and advanced mode
self.workflow.addTransition( self.loadSceneStep, self.connectToTrackerStep )
self.workflow.addTransition( self.connectToTrackerStep, self.placeImageFiducialsStep )
self.workflow.addTransition( self.placeImageFiducialsStep, self.placeSpatialFiducialsStep )
self.workflow.addTransition( self.placeSpatialFiducialsStep, self.registrationStep )
self.workflow.addTransition( self.registrationStep, self.navigationStep )
#self.workflow.addTransition( self.placeImageFiducials, self.selectScansStep )
#self.workflow.addTransition( self.selectScansStep, self.defineROIStep )
#self.workflow.addTransition( self.defineROIStep, self.segmentROIStep )
#self.workflow.addTransition( self.segmentROIStep, self.analyzeROIStep )
#self.workflow.addTransition( self.analyzeROIStep, self.reportROIStep )
nNodes = slicer.mrmlScene.GetNumberOfNodesByClass('vtkMRMLScriptedModuleNode')
self.parameterNode = None
for n in xrange(nNodes):
compNode = slicer.mrmlScene.GetNthNodeByClass(n, 'vtkMRMLScriptedModuleNode')
nodeid = None
if compNode.GetModuleName() == 'USGuidedProcedure':
self.parameterNode = compNode
print 'Found existing USGuidedProcedure parameter node'
break
if self.parameterNode == None:
self.parameterNode = slicer.vtkMRMLScriptedModuleNode()
self.parameterNode.SetModuleName('USGuidedProcedure')
slicer.mrmlScene.AddNode(self.parameterNode)
for s in allSteps:
s.setParameterNode (self.parameterNode)
# restore workflow step
currentStep = self.parameterNode.GetParameter('currentStep')
if currentStep != '':
print 'Restoring workflow step to ', currentStep
if currentStep == 'LoadScene':
self.workflow.setInitialStep(self.loadSceneStep)
if currentStep == 'ConnectToTracker':
self.workflow.setInitialStep(self.connectToTrackerStep)
if currentStep == 'PlaceImageFiducials':
self.workflow.setInitialStep(self.placeImageFiducialsStep)
if currentStep == 'PlaceSpatialFiducials':
self.workflow.setInitialStep(self.placeSpatialFiducialsStep)
if currentStep == 'Registration':
self.workflow.setInitialStep(self.registrationStep)
if currentStep == 'Navigation':
self.workflow.setInitialStep(self.navigationStep)
#if currentStep == 'SelectScans':
# self.workflow.setInitialStep(self.selectScansStep)
#if currentStep == 'DefineROI':
# self.workflow.setInitialStep(self.defineROIStep)
#if currentStep == 'SegmentROI':
# self.workflow.setInitialStep(self.segmentROIStep)
#if currentStep == 'AnalyzeROI':
# self.workflow.setInitialStep(self.analyzeROIStep)
#if currentStep == 'ReportROI':
# self.workflow.setInitialStep(self.reportROIStep)
else:
print 'currentStep in parameter node is empty!'
# start the workflow and show the widget
self.workflow.start()
self.workflowWidget.visible = True
if widgetClass:
self.widget = widgetClass(self.parent)
self.widget.setup()
self.parent.show()
def setup(self):
self.level = 0
self.workflow = ctk.ctkWorkflow(self.parent)
#workflowWidget = ctk.ctkWorkflowStackedWidget()
workflowWidget = ctk.ctkWorkflowWidget()
workflowWidget.setWorkflow( self.workflow )
self.workflowWidget = workflowWidget
self.Settings = None
workflowWidget.buttonBoxWidget().hideInvalidButtons = True
workflowWidget.buttonBoxWidget().hideGoToButtons = True
workflowWidget.buttonBoxWidget().backButtonFormat = '[<-]{back:#}"/"{!#}") "{back:name}(back:description)'
workflowWidget.buttonBoxWidget().nextButtonFormat = '{next:#}"/"{!#}") "{next:name}(next:description)[->]'
workflowWidget.workflowGroupBox().titleFormat = '[current:icon]{#}"/"{!#}") "{current:name}'
workflowWidget.workflowGroupBox().hideWidgetsOfNonCurrentSteps = True
#Creating each step of the workflow
self.steps = [Widgets.InitialStep(),
Widgets.LoadDataStep(),
Widgets.ResampleStep(),
Widgets.RegisterStep(),
Widgets.SegmentationStep(),
Widgets.VesselEnhancementStep(),
Widgets.VesselExtractionStep(),
]
i = 0
for step in self.steps:
# \todo: b) steps should be able to access the workflow widget automatically
step.Workflow = self
# \todo: f) have an option to setup all the gui at startup
step.createUserInterface()
#Connecting the created steps of the workflow
if i != 0:
self.workflow.addTransition(self.steps[i-1], self.steps[i])
i += 1
self.layout.addWidget(workflowWidget)
# Settings
self.Settings = self.loadUi('WorkflowSettingsPanel.ui')
# Display settings
opacitySlider = self.findWidget(self.Settings, 'OpacityRatioDoubleSlider')
opacitySlider.connect('valueChanged(double)', self.setOpacityRatio)
self.setOpacityRatio(opacitySlider.value)
# Hide and disable until step 1 is validated
self.setDisplaySettingsVisible(False)
self.setDisplaySettingsEnabled(False)
# Advanced settings
levelComboBox = self.findWidget(self.Settings, 'WorkflowLevelComboBox')
levelComboBox.connect('currentIndexChanged(int)', self.setWorkflowLevel)
self.setWorkflowLevel(levelComboBox.currentIndex)
self.reloadButton = self.findWidget(self.Settings, 'ReloadPushButton')
self.reloadButton.connect('clicked()', self.reloadModule)
# Add CLI progress bar
self.CLIProgressBar = slicer.qSlicerCLIProgressBar()
self.CLIProgressBar.setStatusVisibility(self.CLIProgressBar.VisibleAfterCompletion)
self.CLIProgressBar.setProgressVisibility(self.CLIProgressBar.HiddenWhenIdle)
self.Settings.layout().insertWidget(1, self.CLIProgressBar) # insert after spacer
# Insert settings before workflow's buttons
collapsibleGroupBox = self.findWidget(self.workflowWidget.workflowGroupBox(), 'CollapsibleButton')
collapsibleGroupBox.layout().addWidget(self.Settings)
# Init naming and jsons.
self.step('Initial').onPresetSelected()
# Starting and showing the module in layout
self.workflow.start()
def setup(self):
self.level = 0
self.workflow = ctk.ctkWorkflow(self.parent)
#workflowWidget = ctk.ctkWorkflowStackedWidget()
workflowWidget = ctk.ctkWorkflowWidget()
workflowWidget.setWorkflow(self.workflow)
self.workflowWidget = workflowWidget
self.Settings = None
workflowWidget.buttonBoxWidget().hideInvalidButtons = True
workflowWidget.buttonBoxWidget().hideGoToButtons = True
workflowWidget.buttonBoxWidget(
).backButtonFormat = '[<-]{back:#}"/"{!#}") "{back:name}(back:description)'
workflowWidget.buttonBoxWidget(
).nextButtonFormat = '{next:#}"/"{!#}") "{next:name}(next:description)[->]'
workflowWidget.workflowGroupBox(
).titleFormat = '[current:icon]{#}"/"{!#}") "{current:name}'
workflowWidget.workflowGroupBox().hideWidgetsOfNonCurrentSteps = True
#Creating each step of the workflow
self.steps = [
Widgets.InitialStep(),
Widgets.LoadDataStep(),
Widgets.ResampleStep(),
Widgets.RegisterStep(),
Widgets.SegmentationStep(),
Widgets.VesselEnhancementStep(),
Widgets.VesselExtractionStep(),
]
i = 0
for step in self.steps:
# \todo: b) steps should be able to access the workflow widget automatically
step.Workflow = self
# \todo: f) have an option to setup all the gui at startup
step.createUserInterface()
#Connecting the created steps of the workflow
if i != 0:
self.workflow.addTransition(self.steps[i - 1], self.steps[i])
i += 1
self.layout.addWidget(workflowWidget)
# Settings
self.Settings = self.loadUi('WorkflowSettingsPanel.ui')
# Display settings
opacitySlider = self.findWidget(self.Settings,
'OpacityRatioDoubleSlider')
opacitySlider.connect('valueChanged(double)', self.setOpacityRatio)
self.setOpacityRatio(opacitySlider.value)
# Hide and disable until step 1 is validated
self.setDisplaySettingsVisible(False)
self.setDisplaySettingsEnabled(False)
# Advanced settings
levelComboBox = self.findWidget(self.Settings, 'WorkflowLevelComboBox')
levelComboBox.connect('currentIndexChanged(int)',
self.setWorkflowLevel)
self.setWorkflowLevel(levelComboBox.currentIndex)
self.reloadButton = self.findWidget(self.Settings, 'ReloadPushButton')
self.reloadButton.connect('clicked()', self.reloadModule)
# Add CLI progress bar
self.CLIProgressBar = slicer.qSlicerCLIProgressBar()
self.CLIProgressBar.setStatusVisibility(
self.CLIProgressBar.VisibleAfterCompletion)
self.CLIProgressBar.setProgressVisibility(
self.CLIProgressBar.HiddenWhenIdle)
self.Settings.layout().insertWidget(
1, self.CLIProgressBar) # insert after spacer
# Insert settings before workflow's buttons
collapsibleGroupBox = self.findWidget(
self.workflowWidget.workflowGroupBox(), 'CollapsibleButton')
collapsibleGroupBox.layout().addWidget(self.Settings)
# Init naming and jsons.
self.step('Initial').onPresetSelected()
# Starting and showing the module in layout
self.workflow.start()
def setup( self ):
""" Slicer seems to call all methods of these classes upon entry. setup creates
a workflow from ctk, which simply means that it creates a certies of UI
steps one can traverse with "next" / "previous" buttons. The steps themselves
are contained within ContrastSubtractionWizard.
"""
# Currently unclear on the difference between ctkWorkflow and
# ctkWorkflowStackedWidget, but presumably the latter creates a UI
# for the former
self.workflow = ctk.ctkWorkflow()
workflowWidget = ctk.ctkWorkflowStackedWidget()
workflowWidget.setWorkflow( self.workflow )
# Create workflow steps.
self.Step1 = ContrastSubtractionWizard.VolumeSelectStep('VolumeSelectStep')
self.Step2 = ContrastSubtractionWizard.RegistrationStep('RegistrationStep')
self.Step3 = ContrastSubtractionWizard.NormalizeSubtractStep('NormalizeSubtractStep')
self.Step4 = ContrastSubtractionWizard.ROIStep('ROIStep')
self.Step5 = ContrastSubtractionWizard.ThresholdStep('ThresholdStep')
self.Step6 = ContrastSubtractionWizard.ReviewStep('ReviewStep')
# Add the wizard steps to an array for convenience. Much of the following code
# is copied wholesale from ChangeTracker.
allSteps = []
allSteps.append( self.Step1 )
allSteps.append( self.Step2 )
allSteps.append( self.Step3 )
allSteps.append( self.Step4 )
allSteps.append( self.Step5 )
allSteps.append( self.Step6 )
# Adds transition functionality between steps.
self.workflow.addTransition(self.Step1, self.Step2)
self.workflow.addTransition(self.Step2, self.Step3)
self.workflow.addTransition(self.Step3, self.Step4)
self.workflow.addTransition(self.Step4, self.Step5)
self.workflow.addTransition(self.Step5, self.Step6)
# The following code creates a so-called parameter node referencing the
# vtkMRMLScriptedModuleNode class, while checking to make sure one doesn't
# already exist for some reason. This node keeps track of changse to MRML scene.
nNodes = slicer.mrmlScene.GetNumberOfNodesByClass('vtkMRMLScriptedModuleNode')
self.parameterNode = None
for n in xrange(nNodes):
compNode = slicer.mrmlScene.GetNthNodeByClass(n, 'vtkMRMLScriptedModuleNode')
nodeid = None
if compNode.GetModuleName() == 'ContrastSubtraction':
self.parameterNode = compNode
print 'Found existing ContrastSubtraction parameter node'
break
if self.parameterNode == None:
self.parameterNode = slicer.vtkMRMLScriptedModuleNode()
self.parameterNode.SetModuleName('ContrastSubtraction')
slicer.mrmlScene.AddNode(self.parameterNode)
# Individual steps get access to the parameter node too!
for s in allSteps:
s.setParameterNode (self.parameterNode)
# Restores workflow step in case something goes wrong.
currentStep = self.parameterNode.GetParameter('currentStep')
if currentStep != '':
print 'Restoring workflow step to ', currentStep
if currentStep == 'VolumeSelectStep':
self.workflow.setInitialStep(self.Step1)
if currentStep == 'RegistrationStep':
self.workflow.setInitialStep(self.Step2)
if currentStep == 'NormalizeSubtractStep':
self.workflow.setInitialStep(self.Step3)
if currentStep == 'ROIStep':
self.workflow.setInitialStep(self.Step4)
if currentStep == 'ThresholdStep':
self.workflow.setInitialStep(self.Step4)
if currentStep == 'ReviewStep':
self.workflow.setInitialStep(self.Step4)
else:
print 'currentStep in parameter node is empty!'
# Starts and show the workflow.
self.workflow.start()
workflowWidget.visible = True
self.layout.addWidget( workflowWidget )
def setup( self ):
'''
Create and start the EMSegment workflow.
'''
self.workflow = ctk.ctkWorkflow()
workflowWidget = ctk.ctkWorkflowStackedWidget()
workflowWidget.setWorkflow( self.workflow )
workflowWidget.buttonBoxWidget().nextButtonDefaultText = ""
workflowWidget.buttonBoxWidget().backButtonDefaultText = ""
# create all wizard steps
selectTaskStep = EMSegmentWizard.EMSegmentSelectTaskStep( Helper.GetNthStepId( 1 ) )
defineInputChannelsSimpleStep = EMSegmentWizard.EMSegmentDefineInputChannelsStep( Helper.GetNthStepId( 2 ) + 'Simple' ) # simple branch
defineInputChannelsAdvancedStep = EMSegmentWizard.EMSegmentDefineInputChannelsStep( Helper.GetNthStepId( 2 ) + 'Advanced' ) # advanced branch
defineAnatomicalTreeStep = EMSegmentWizard.EMSegmentDefineAnatomicalTreeStep( Helper.GetNthStepId( 3 ) )
defineAtlasStep = EMSegmentWizard.EMSegmentDefineAtlasStep( Helper.GetNthStepId( 4 ) )
editRegistrationParametersStep = EMSegmentWizard.EMSegmentEditRegistrationParametersStep( Helper.GetNthStepId( 5 ) )
definePreprocessingStep = EMSegmentWizard.EMSegmentDefinePreprocessingStep( Helper.GetNthStepId( 6 ) )
specifyIntensityDistributionStep = EMSegmentWizard.EMSegmentSpecifyIntensityDistributionStep( Helper.GetNthStepId( 7 ) )
editNodeBasedParametersStep = EMSegmentWizard.EMSegmentEditNodeBasedParametersStep( Helper.GetNthStepId( 8 ) )
miscStep = EMSegmentWizard.EMSegmentDefineMiscParametersStep( Helper.GetNthStepId( 9 ) )
segmentStep = EMSegmentWizard.EMSegmentStartSegmentationStep( Helper.GetNthStepId( 10 ) )
# add the wizard steps to an array for convenience
allSteps = []
allSteps.append( selectTaskStep )
allSteps.append( defineInputChannelsSimpleStep )
allSteps.append( defineInputChannelsAdvancedStep )
allSteps.append( defineAnatomicalTreeStep )
allSteps.append( defineAtlasStep )
allSteps.append( editRegistrationParametersStep )
allSteps.append( definePreprocessingStep )
allSteps.append( specifyIntensityDistributionStep )
allSteps.append( editNodeBasedParametersStep )
allSteps.append( miscStep )
allSteps.append( segmentStep )
# Add transition for the first step which let's the user choose between simple and advanced mode
self.workflow.addTransition( selectTaskStep, defineInputChannelsSimpleStep, 'SimpleMode' )
self.workflow.addTransition( selectTaskStep, defineInputChannelsAdvancedStep, 'AdvancedMode' )
# Add transitions associated to the simple mode
self.workflow.addTransition( defineInputChannelsSimpleStep, defineAnatomicalTreeStep )
# Add transitions associated to the advanced mode
self.workflow.addTransition( defineInputChannelsAdvancedStep, defineAnatomicalTreeStep )
# .. add transitions for the rest of the advanced mode steps
for i in range( 3, len( allSteps ) - 1 ):
self.workflow.addTransition( allSteps[i], allSteps[i + 1] )
# Propagate the workflow, the logic and the MRML Manager to the steps
for s in allSteps:
s.setWorkflow( self.workflow )
s.setLogic( self.logic() )
s.setMRMLManager( self.mrmlManager() )
# disable the error text which showed up when jumping to the (invisible) segment step
workflowWidget.workflowGroupBox().errorTextEnabled = False
# start the workflow and show the widget
self.workflow.start()
workflowWidget.visible = True
self.layout.addWidget( workflowWidget )
# enable global access to the dynamicFrames on step 2 and step 6
slicer.modules.emsegmentSimpleDynamicFrame = defineInputChannelsSimpleStep.dynamicFrame()
slicer.modules.emsegmentAdvancedDynamicFrame = definePreprocessingStep.dynamicFrame()
slicer.modules.emsegmentPreprocessingStep = definePreprocessingStep
def setup( self ):
'''
Create and start the workflow.
'''
self.workflow = ctk.ctkWorkflow()
workflowWidget = ctk.ctkWorkflowStackedWidget()
workflowWidget.setWorkflow( self.workflow )
# create all wizard steps
self.loadDataStep = PedicleScrewSimulatorWizard_v3.LoadDataStep( 'LoadData' )
self.defineROIStep = PedicleScrewSimulatorWizard_v3.DefineROIStep( 'DefineROI' )
self.measurementsStep = PedicleScrewSimulatorWizard_v3.MeasurementsStep( 'Measurements' )
self.landmarksStep = PedicleScrewSimulatorWizard_v3.LandmarksStep( 'Landmarks' )
self.screwStep = PedicleScrewSimulatorWizard_v3.ScrewStep( 'Screw' )
self.gradeStep = PedicleScrewSimulatorWizard_v3.GradeStep( 'Grade' )
self.endStep = PedicleScrewSimulatorWizard_v3.EndStep( 'Final' )
# add the wizard steps to an array for convenience
allSteps = []
allSteps.append( self.loadDataStep )
allSteps.append( self.defineROIStep )
allSteps.append( self.landmarksStep)
allSteps.append( self.measurementsStep )
allSteps.append( self.screwStep)
allSteps.append( self.gradeStep)
allSteps.append( self.endStep )
# Add transition
# Check if volume is loaded
self.workflow.addTransition( self.loadDataStep, self.defineROIStep )
self.workflow.addTransition( self.defineROIStep, self.landmarksStep, 'pass', ctk.ctkWorkflow.Bidirectional )
self.workflow.addTransition( self.defineROIStep, self.loadDataStep, 'fail', ctk.ctkWorkflow.Bidirectional )
self.workflow.addTransition( self.landmarksStep, self.measurementsStep, 'pass', ctk.ctkWorkflow.Bidirectional )
self.workflow.addTransition( self.landmarksStep, self.measurementsStep, 'fail', ctk.ctkWorkflow.Bidirectional )
self.workflow.addTransition( self.measurementsStep, self.screwStep, 'pass', ctk.ctkWorkflow.Bidirectional )
self.workflow.addTransition( self.measurementsStep, self.screwStep, 'fail', ctk.ctkWorkflow.Bidirectional )
self.workflow.addTransition( self.screwStep, self.gradeStep, 'pass', ctk.ctkWorkflow.Bidirectional )
self.workflow.addTransition( self.screwStep, self.gradeStep, 'fail', ctk.ctkWorkflow.Bidirectional )
self.workflow.addTransition( self.gradeStep, self.endStep )
nNodes = slicer.mrmlScene.GetNumberOfNodesByClass('vtkMRMLScriptedModuleNode')
self.parameterNode = None
for n in xrange(nNodes):
compNode = slicer.mrmlScene.GetNthNodeByClass(n, 'vtkMRMLScriptedModuleNode')
nodeid = None
if compNode.GetModuleName() == 'PedicleScrewSimulator_v3':
self.parameterNode = compNode
print 'Found existing PedicleScrewSimulator_v3 parameter node'
break
if self.parameterNode == None:
self.parameterNode = slicer.vtkMRMLScriptedModuleNode()
self.parameterNode.SetModuleName('PedicleScrewSimulator_v3')
slicer.mrmlScene.AddNode(self.parameterNode)
for s in allSteps:
s.setParameterNode (self.parameterNode)
# restore workflow step
currentStep = self.parameterNode.GetParameter('currentStep')
if currentStep != '':
print 'Restoring workflow step to ', currentStep
if currentStep == 'LoadData':
self.workflow.setInitialStep(self.loadDataStep)
if currentStep == 'DefineROI':
self.workflow.setInitialStep(self.defineROIStep)
if currentStep == 'Measurements':
self.workflow.setInitialStep(self.measurementsStep)
if currentStep == 'Landmarks':
self.workflow.setInitialStep(self.landmarksStep)
if currentStep == 'Screw':
self.workflow.setInitialStep(self.screwStep)
if currentStep == 'Grade':
self.workflow.setInitialStep(self.gradeStep)
if currentStep == 'Final':
self.workflow.setInitialStep(self.endStep)
else:
print 'currentStep in parameter node is empty!'
# start the workflow and show the widget
self.workflow.start()
workflowWidget.visible = True
self.layout.addWidget( workflowWidget )
def setup( self ):
'''
Create and start the ChangeTracker workflow.
'''
self.workflow = ctk.ctkWorkflow()
workflowWidget = ctk.ctkWorkflowStackedWidget()
workflowWidget.setWorkflow( self.workflow )
workflowWidget.buttonBoxWidget().nextButtonDefaultText = ""
workflowWidget.buttonBoxWidget().backButtonDefaultText = ""
# create all wizard steps
selectScansStep = ChangeTrackerWizard.ChangeTrackerSelectScansStep( 'SelectScans' )
defineROIStep = ChangeTrackerWizard.ChangeTrackerDefineROIStep( 'DefineROI' )
segmentROIStep = ChangeTrackerWizard.ChangeTrackerSegmentROIStep( 'SegmentROI' )
analyzeROIStep = ChangeTrackerWizard.ChangeTrackerAnalyzeROIStep( 'AnalyzeROI' )
reportROIStep = ChangeTrackerWizard.ChangeTrackerReportROIStep( 'ReportROI' )
# add the wizard steps to an array for convenience
allSteps = []
allSteps.append( selectScansStep )
allSteps.append( defineROIStep )
allSteps.append( segmentROIStep )
allSteps.append( analyzeROIStep )
allSteps.append( reportROIStep )
# Add transition for the first step which let's the user choose between simple and advanced mode
self.workflow.addTransition( selectScansStep, defineROIStep )
self.workflow.addTransition( defineROIStep, segmentROIStep )
self.workflow.addTransition( segmentROIStep, analyzeROIStep )
self.workflow.addTransition( analyzeROIStep, reportROIStep )
nNodes = slicer.mrmlScene.GetNumberOfNodesByClass('vtkMRMLScriptedModuleNode')
self.parameterNode = None
for n in xrange(nNodes):
compNode = slicer.mrmlScene.GetNthNodeByClass(n, 'vtkMRMLScriptedModuleNode')
nodeid = None
if compNode.GetModuleName() == 'ChangeTracker':
self.parameterNode = compNode
print 'Found existing ChangeTracker parameter node'
break
if self.parameterNode == None:
self.parameterNode = slicer.mrmlScene.CreateNodeByClass('vtkMRMLScriptedModuleNode')
self.parameterNode.SetModuleName('ChangeTracker')
slicer.mrmlScene.AddNode(self.parameterNode)
# Propagate the workflow, the logic and the MRML Manager to the steps
for s in allSteps:
s.setWorkflow( self.workflow )
s.setParameterNode (self.parameterNode)
#s.setLogic( self.logic() )
#s.setMRMLManager( self.mrmlManager() )
# restore workflow step
currentStep = self.parameterNode.GetParameter('currentStep')
if currentStep != '':
print 'Restoring workflow step to ', currentStep
if currentStep == 'SelectScans':
self.workflow.setInitialStep(selectScansStep)
if currentStep == 'DefineROI':
self.workflow.setInitialStep(defineROIStep)
if currentStep == 'SegmentROI':
self.workflow.setInitialStep(segmentROIStep)
if currentStep == 'AnalyzeROI':
self.workflow.setInitialStep(analyzeROIStep)
if currentStep == 'ReportROI':
self.workflow.setInitialStep(reportROIStep)
else:
print 'currentStep in parameter node is empty!'
# start the workflow and show the widget
self.workflow.start()
workflowWidget.visible = True
self.layout.addWidget( workflowWidget )
def setup( self ):
'''
Create and start the iGyne workflow.
'''
self.workflow = ctk.ctkWorkflow()
workflowWidget = ctk.ctkWorkflowStackedWidget()
workflowWidget.setWorkflow( self.workflow )
# create all wizard steps
selectProcedureStep = iGyneWizard.iGyneSelectProcedureStep( 'SelectProcedure' )
selectApplicatorStep = iGyneWizard.iGyneSelectApplicatorStep( 'SelectApplicator' )
loadModelStep = iGyneWizard.iGyneLoadModelStep( 'LoadModel' )
firstRegistrationStep = iGyneWizard.iGyneFirstRegistrationStep( 'FirstRegistration' )
secondRegistrationStep = iGyneWizard.iGyneSecondRegistrationStep( 'SecondRegistration' )
needlePlanningStep = iGyneWizard.iGyneNeedlePlanningStep( 'NeedlePlanning' )
needleSegmentationStep = iGyneWizard.iGyneNeedleSegmentationStep( 'NeedleSegmentation' )
# add the wizard steps to an array for convenience
allSteps = []
allSteps.append( selectProcedureStep )
allSteps.append( selectApplicatorStep )
allSteps.append( loadModelStep )
allSteps.append( firstRegistrationStep )
allSteps.append( secondRegistrationStep )
allSteps.append( needlePlanningStep )
allSteps.append( needleSegmentationStep )
self.workflow.addTransition( selectProcedureStep, selectApplicatorStep )
self.workflow.addTransition( selectApplicatorStep, loadModelStep )
self.workflow.addTransition( loadModelStep, firstRegistrationStep )
self.workflow.addTransition( firstRegistrationStep, secondRegistrationStep )
self.workflow.addTransition( secondRegistrationStep, needlePlanningStep )
self.workflow.addTransition( needlePlanningStep, needleSegmentationStep )
self.workflow.addTransition(selectProcedureStep,needleSegmentationStep)
nNodes = slicer.mrmlScene.GetNumberOfNodesByClass('vtkMRMLScriptedModuleNode')
self.parameterNode = None
for n in xrange(nNodes):
compNode = slicer.mrmlScene.GetNthNodeByClass(n, 'vtkMRMLScriptedModuleNode')
nodeid = None
if compNode.GetModuleName() == 'iGynePy':
self.parameterNode = compNode
print 'Found existing iGyne parameter node'
break
if self.parameterNode == None:
self.parameterNode = slicer.mrmlScene.CreateNodeByClass('vtkMRMLScriptedModuleNode')
self.parameterNode.SetModuleName('iGynePy')
slicer.mrmlScene.AddNode(self.parameterNode)
# Propagate the workflow, the logic and the MRML Manager to the steps
for s in allSteps:
s.setWorkflow( self.workflow )
s.setParameterNode (self.parameterNode)
# restore workflow step
currentStep = self.parameterNode.GetParameter('currentStep')
if currentStep != '':
print 'Restoring workflow step to ', currentStep
if currentStep == 'SelectProcedure':
self.workflow.setInitialStep(selectProcedureStep)
if currentStep == 'SelectApplicator':
self.workflow.setInitialStep(selectApplicatorStep)
if currentStep == 'LoadModel':
self.workflow.setInitialStep(loadModelStep)
if currentStep == 'FirstRegistration':
self.workflow.setInitialStep(firstRegistrationStep)
if currentStep == 'SecondRegistration':
self.workflow.setInitialStep(secondRegistrationStep)
if currentStep == 'NeedlePlanning':
self.workflow.setInitialStep(needlePlanningStep)
if currentStep == 'NeedleSegmentation':
self.workflow.setInitialStep(needleSegmentationStep)
else:
print 'currentStep in parameter node is empty!'
# start the workflow and show the widget
self.workflow.start()
workflowWidget.visible = True
self.layout.addWidget( workflowWidget )
def setup(self):
self.workflow = ctk.ctkWorkflow()
workflowWidget = ctk.ctkWorkflowStackedWidget()
workflowWidget.setWorkflow(self.workflow)
# create all 4 wizard steps
self.selectDataStep = LASegmentationResources.LASegmentationWorkflowSelectDataStep(
'SelectData')
self.registrationStep = LASegmentationResources.LASegmentationWorkflowImageRegistrationStep(
'ImageRegistration')
self.endoSegStep = LASegmentationResources.LASegmentationWorkflowEndoSegmentationStep(
'LAEndoSegmentation')
# add the wizard steps to an array for convenience
allSteps = []
allSteps.append(self.selectDataStep)
allSteps.append(self.registrationStep)
allSteps.append(self.endoSegStep)
self.workflow.addTransition(self.selectDataStep, self.registrationStep)
self.workflow.addTransition(self.registrationStep, self.endoSegStep)
nNodes = slicer.mrmlScene.GetNumberOfNodesByClass(
'vtkMRMLScriptedModuleNode')
self.parameterNode = None
for n in xrange(nNodes):
compNode = slicer.mrmlScene.GetNthNodeByClass(
n, 'vtkMRMLScriptedModuleNode')
nodeid = None
if compNode.GetModuleName() == 'LASegmentationWorkflow':
self.parameterNode = compNode
print 'Found existing LASegmentationWorkflow parameter node'
break
if self.parameterNode == None:
self.parameterNode = slicer.vtkMRMLScriptedModuleNode()
self.parameterNode.SetModuleName('LASegmentationWorkflow')
slicer.mrmlScene.AddNode(self.parameterNode)
for s in allSteps:
s.setParameterNode(self.parameterNode)
# restore workflow step
currentStep = self.parameterNode.GetParameter('currentStep')
if currentStep != '':
print 'Restoring workflow step to ', currentStep
if currentStep == 'SelectData':
self.workflow.setInitialStep(self.selectDataStep)
if currentStep == 'ImageRegistration':
self.workflow.setInitialStep(self.registrationStep)
if currentStep == 'LAEndoSegmentation':
self.workflow.setInitialStep(self.endoSegStep)
else:
print 'currentStep in parameter node is empty!'
# Start the workflow and show the widget
self.workflow.start()
workflowWidget.visible = True
self.layout.addWidget(workflowWidget)
def setup(self):
'''
Create and start the workflow.
'''
self.workflow = ctk.ctkWorkflow()
workflowWidget = ctk.ctkWorkflowStackedWidget()
workflowWidget.setWorkflow(self.workflow)
# create all wizard steps
self.loadDataStep = PedicleScrewSimulatorWizard_v3.LoadDataStep(
'LoadData')
self.defineROIStep = PedicleScrewSimulatorWizard_v3.DefineROIStep(
'DefineROI')
self.measurementsStep = PedicleScrewSimulatorWizard_v3.MeasurementsStep(
'Measurements')
self.landmarksStep = PedicleScrewSimulatorWizard_v3.LandmarksStep(
'Landmarks')
self.screwStep = PedicleScrewSimulatorWizard_v3.ScrewStep('Screw')
self.gradeStep = PedicleScrewSimulatorWizard_v3.GradeStep('Grade')
self.endStep = PedicleScrewSimulatorWizard_v3.EndStep('Final')
# add the wizard steps to an array for convenience
allSteps = []
allSteps.append(self.loadDataStep)
allSteps.append(self.defineROIStep)
allSteps.append(self.landmarksStep)
allSteps.append(self.measurementsStep)
allSteps.append(self.screwStep)
allSteps.append(self.gradeStep)
allSteps.append(self.endStep)
# Add transition
# Check if volume is loaded
self.workflow.addTransition(self.loadDataStep, self.defineROIStep)
self.workflow.addTransition(self.defineROIStep, self.landmarksStep,
'pass', ctk.ctkWorkflow.Bidirectional)
self.workflow.addTransition(self.defineROIStep, self.loadDataStep,
'fail', ctk.ctkWorkflow.Bidirectional)
self.workflow.addTransition(self.landmarksStep, self.measurementsStep,
'pass', ctk.ctkWorkflow.Bidirectional)
self.workflow.addTransition(self.landmarksStep, self.measurementsStep,
'fail', ctk.ctkWorkflow.Bidirectional)
self.workflow.addTransition(self.measurementsStep, self.screwStep,
'pass', ctk.ctkWorkflow.Bidirectional)
self.workflow.addTransition(self.measurementsStep, self.screwStep,
'fail', ctk.ctkWorkflow.Bidirectional)
self.workflow.addTransition(self.screwStep, self.gradeStep, 'pass',
ctk.ctkWorkflow.Bidirectional)
self.workflow.addTransition(self.screwStep, self.gradeStep, 'fail',
ctk.ctkWorkflow.Bidirectional)
self.workflow.addTransition(self.gradeStep, self.endStep)
nNodes = slicer.mrmlScene.GetNumberOfNodesByClass(
'vtkMRMLScriptedModuleNode')
self.parameterNode = None
for n in xrange(nNodes):
compNode = slicer.mrmlScene.GetNthNodeByClass(
n, 'vtkMRMLScriptedModuleNode')
nodeid = None
if compNode.GetModuleName() == 'PedicleScrewSimulator_v3':
self.parameterNode = compNode
print 'Found existing PedicleScrewSimulator_v3 parameter node'
break
if self.parameterNode == None:
self.parameterNode = slicer.vtkMRMLScriptedModuleNode()
self.parameterNode.SetModuleName('PedicleScrewSimulator_v3')
slicer.mrmlScene.AddNode(self.parameterNode)
for s in allSteps:
s.setParameterNode(self.parameterNode)
# restore workflow step
currentStep = self.parameterNode.GetParameter('currentStep')
if currentStep != '':
print 'Restoring workflow step to ', currentStep
if currentStep == 'LoadData':
self.workflow.setInitialStep(self.loadDataStep)
if currentStep == 'DefineROI':
self.workflow.setInitialStep(self.defineROIStep)
if currentStep == 'Measurements':
self.workflow.setInitialStep(self.measurementsStep)
if currentStep == 'Landmarks':
self.workflow.setInitialStep(self.landmarksStep)
if currentStep == 'Screw':
self.workflow.setInitialStep(self.screwStep)
if currentStep == 'Grade':
self.workflow.setInitialStep(self.gradeStep)
if currentStep == 'Final':
self.workflow.setInitialStep(self.endStep)
else:
print 'currentStep in parameter node is empty!'
# start the workflow and show the widget
self.workflow.start()
workflowWidget.visible = True
self.layout.addWidget(workflowWidget)
def setup(self):
"""
Create and start the EMSegment workflow.
"""
# Use the logic associated with the module
if not self.__logic:
self.__logic = self.parent.module().logic()
self.parent.connect("mrmlSceneChanged(vtkMRMLScene*)", self.onMRMLSceneChanged)
workflow = ctk.ctkWorkflow()
workflowWidget = ctk.ctkWorkflowStackedWidget()
workflowWidget.setWorkflow(workflow)
# create all wizard steps
selectTaskStep = EMSegmentWizard.EMSegmentSelectTaskStep(Helper.GetNthStepId(1))
defineInputChannelsSimpleStep = EMSegmentWizard.EMSegmentDefineInputChannelsStep(
Helper.GetNthStepId(2) + "Simple"
) # simple branch
defineInputChannelsAdvancedStep = EMSegmentWizard.EMSegmentDefineInputChannelsStep(
Helper.GetNthStepId(2) + "Advanced"
) # advanced branch
defineAnatomicalTreeStep = EMSegmentWizard.EMSegmentDefineAnatomicalTreeStep(Helper.GetNthStepId(3))
defineAtlasStep = EMSegmentWizard.EMSegmentDefineAtlasStep(Helper.GetNthStepId(4))
editRegistrationParametersStep = EMSegmentWizard.EMSegmentEditRegistrationParametersStep(Helper.GetNthStepId(5))
definePreprocessingStep = EMSegmentWizard.EMSegmentDefinePreprocessingStep(Helper.GetNthStepId(6))
specifyIntensityDistributionStep = EMSegmentWizard.EMSegmentSpecifyIntensityDistributionStep(
Helper.GetNthStepId(7)
)
editNodeBasedParametersStep = EMSegmentWizard.EMSegmentEditNodeBasedParametersStep(Helper.GetNthStepId(8))
miscStep = EMSegmentWizard.EMSegmentDefineMiscParametersStep(Helper.GetNthStepId(9))
segmentStep = EMSegmentWizard.EMSegmentStartSegmentationStep(Helper.GetNthStepId(10))
statisticsStep = EMSegmentWizard.EMSegmentLabelStatisticsStep(Helper.GetNthStepId(11))
# add the wizard steps to an array for convenience
allSteps = []
allSteps.append(selectTaskStep)
allSteps.append(defineInputChannelsSimpleStep)
allSteps.append(defineInputChannelsAdvancedStep)
allSteps.append(defineAnatomicalTreeStep)
allSteps.append(defineAtlasStep)
allSteps.append(editRegistrationParametersStep)
allSteps.append(definePreprocessingStep)
allSteps.append(specifyIntensityDistributionStep)
allSteps.append(editNodeBasedParametersStep)
allSteps.append(miscStep)
allSteps.append(statisticsStep)
allSteps.append(segmentStep)
# Add transition for the first step which let's the user choose between simple and advanced mode
workflow.addTransition(selectTaskStep, defineInputChannelsSimpleStep, "SimpleMode")
workflow.addTransition(selectTaskStep, defineInputChannelsAdvancedStep, "AdvancedMode")
# Add transitions associated to the simple mode
workflow.addTransition(defineInputChannelsSimpleStep, defineAnatomicalTreeStep)
# Add transitions associated to the advanced mode
workflow.addTransition(defineInputChannelsAdvancedStep, defineAnatomicalTreeStep)
# .. add transitions for the rest of the advanced mode steps
for i in range(3, len(allSteps) - 1):
workflow.addTransition(allSteps[i], allSteps[i + 1])
# Propagate the workflow, the logic and the MRML Manager to the steps
for s in allSteps:
s.setLogic(self.__logic)
s.setMRMLManager(self.__logic.GetMRMLManager())
# Disable the error text which showed up when jumping to the (invisible) segment step
workflowWidget.workflowGroupBox().errorTextEnabled = False
workflow.goBackToOriginStepUponSuccess = False
# start the workflow and show the widget
workflow.start()
workflowWidget.visible = True
self.layout.addWidget(workflowWidget)
# enable global access to the dynamicFrames on step 2 and step 6
slicer.modules.emsegmentLogic = self.__logic
slicer.modules.emsegmentSimpleDynamicFrame = defineInputChannelsSimpleStep.dynamicFrame()
slicer.modules.emsegmentPreprocessingStep = definePreprocessingStep
# Keep track of workflow and workflowWidget references
self.__workflow = workflow
self.__workflowWidget = workflowWidget
def setup( self ):
self.workflow = ctk.ctkWorkflow()
workflowWidget = ctk.ctkWorkflowStackedWidget()
workflowWidget.setWorkflow( self.workflow )
#workflowWidget.buttonBoxWidget().nextButtonDefaultText = ""
#workflowWidget.buttonBoxWidget().backButtonDefaultText = ""
# create all 9 wizard steps
self.selectMRIDataStep = Resources.CMRToolkitWizardSelectDataStep( 'SelectMRIData' )
self.endoSegStep = Resources.CMRToolkitWizardEndoSegmentationStep( 'LAEndoSegmentation' )
self.axialDilateStep = Resources.CMRToolkitWizardAxialDilateStep( 'AxialDilate' )
self.booleanRemoveStep = Resources.CMRToolkitWizardBooleanRemoveStep( 'BooleanRemove' )
self.wallCleanupStep = Resources.CMRToolkitWizardWallCleanupStep( 'LAWallCleanup' )
self.antrumCutStep = Resources.CMRToolkitWizardAntrumCutStep( 'PVAntrumCut' )
self.endoNVIsoStep = Resources.CMRToolkitWizardEndoNVIsosurfaceStep( 'EndoNVIsosurface' )
self.autoScarStep = Resources.CMRToolkitWizardAutoScarStep( 'AutomaticLeftAtrialScar' )
#self.scarIsoStep = Resources.CMRToolkitWizardScarIsosurfaceStep( 'ScarIsosurface' )
# add the wizard steps to an array for convenience
allSteps = []
allSteps.append( self.selectMRIDataStep )
allSteps.append( self.endoSegStep )
allSteps.append( self.axialDilateStep )
allSteps.append( self.booleanRemoveStep )
allSteps.append( self.wallCleanupStep )
allSteps.append( self.antrumCutStep )
allSteps.append( self.endoNVIsoStep )
allSteps.append( self.autoScarStep )
#allSteps.append( self.scarIsoStep )
self.workflow.addTransition( self.selectMRIDataStep, self.endoSegStep )
self.workflow.addTransition( self.endoSegStep, self.axialDilateStep )
self.workflow.addTransition( self.axialDilateStep, self.booleanRemoveStep )
self.workflow.addTransition( self.booleanRemoveStep, self.wallCleanupStep )
self.workflow.addTransition( self.wallCleanupStep, self.antrumCutStep )
self.workflow.addTransition( self.antrumCutStep, self.endoNVIsoStep )
self.workflow.addTransition( self.endoNVIsoStep, self.autoScarStep )
nNodes = slicer.mrmlScene.GetNumberOfNodesByClass('vtkMRMLScriptedModuleNode')
self.parameterNode = None
for n in xrange(nNodes):
compNode = slicer.mrmlScene.GetNthNodeByClass(n, 'vtkMRMLScriptedModuleNode')
nodeid = None
if compNode.GetModuleName() == 'CMRToolkitWizard':
self.parameterNode = compNode
print 'Found existing CMRToolkitWizard parameter node'
break
if self.parameterNode == None:
self.parameterNode = slicer.vtkMRMLScriptedModuleNode()
self.parameterNode.SetModuleName('CMRToolkitWizard')
slicer.mrmlScene.AddNode(self.parameterNode)
for s in allSteps:
s.setParameterNode (self.parameterNode)
# restore workflow step
currentStep = self.parameterNode.GetParameter('currentStep')
if currentStep != '':
print 'Restoring workflow step to ', currentStep
if currentStep == 'SelectMRIData':
self.workflow.setInitialStep(self.selectMRIDataStep)
if currentStep == 'LAEndoSegmentation':
self.workflow.setInitialStep(self.endoSegStep)
if currentStep == 'AxialDilate':
self.workflow.setInitialStep(self.axialDilateStep)
if currentStep == 'BooleanRemove':
self.workflow.setInitialStep(self.booleanRemoveStep)
if currentStep == 'LAWallSegmentation':
self.workflow.setInitialStep(self.wallCleanupStep)
if currentStep == 'PVAntrumCut':
self.workflow.setInitialStep(self.antrumCutStep)
if currentStep == 'EndoNVIsosurface':
self.workflow.setInitialStep(self.endoNVIsoStep)
if currentStep == 'AutomaticLeftAtrialScar':
self.workflow.setInitialStep(self.autoScarStep)
#if currentStep == 'ScarIsosurface':
# self.workflow.setInitialStep(self.scarIsoStep)
else:
print 'currentStep in parameter node is empty!'
# Start the workflow and show the widget
self.workflow.start()
workflowWidget.visible = True
self.layout.addWidget( workflowWidget )