def AddComputeHeatContoursStep(pipeline, scanId):
# Compute contours through the valid heatflow region
root = os.path.join(rootPath, scanId, scanId)
cmd = [
os.path.join(executablePath, 'ComputeHeatContours'),
wf.infile(root + '_HEATFLOW_THRESHOLDED.vtu'),
wf.outfile(root + '_HEATFLOW_CROSS_SECTIONS.vtp')
]
pipeline.AddStep(wf.CLIWorkflowStep('ComputeHeatContours-' + scanId, cmd))
def AddThresholdLaplaceSolutionStep(pipeline, scanId):
# Threshold the heatflow solution to only valid range [0, 1]
root = os.path.join(rootPath, scanId, scanId)
cmd = [
os.path.join(executablePath, 'ThresholdLaplaceSolution'),
wf.infile(root + '_HEATFLOW.mha'),
wf.outfile(root + '_HEATFLOW_THRESHOLDED.vtu')
]
pipeline.AddStep(
wf.CLIWorkflowStep('ThresholdLaplaceSolution-' + scanId, cmd))
def AddResampleCTStep(pipeline, scanId):
# Resample CT image to 0.5 mm spacing in each dimension
root = os.path.join(rootPath, scanId, scanId)
cmd = [
os.path.join(executablePath, 'ResampleImage'), '--interpolator',
'BSpline', '--spacing', '0.5,0.5,0.5',
wf.infile(root + '_INPUT.nrrd'),
wf.outfile(root + '_INPUT_RESAMPLED.nrrd')
]
resampleCT = wf.CLIWorkflowStep('ResampleCT-' + scanId, cmd)
pipeline.AddStep(resampleCT)
def AddResampleSegmentationStep(pipeline, scanId):
# Resample segmentation image to 0.5 mm spacing in each dimension
root = os.path.join(rootPath, scanId, scanId)
cmd = [
os.path.join(executablePath, 'ResampleImage'), '--interpolator',
'Nearest', '--spacing', '0.5,0.5,0.5',
wf.infile(root + '_MOUTH_REMOVED.mha'),
wf.outfile(root + '_SEGMENTATION_RESAMPLED.nrrd')
]
resampleSegmentation = wf.CLIWorkflowStep('ResampleSegmentation-' + scanId,
cmd)
pipeline.AddStep(resampleSegmentation)
def AddComputeCrossSectionsStep(pipeline, scanId):
# Full cross-section computation step
root = os.path.join(rootPath, scanId, scanId)
cmd = [
os.path.join(executablePath, 'ComputeCrossSections'),
wf.infile(root + '_HEATFLOW_CROSS_SECTIONS.vtp'),
wf.infile(root + '_MOUTH_REMOVED.vtp'),
wf.outfile(root + '_ALL_CROSS_SECTIONS.vtp'),
wf.outfile(root + '_ALL_CROSS_SECTIONS.csv')
]
pipeline.AddStep(
wf.CLIWorkflowStep('CalculateAllCrossSections-' + scanId, cmd))
def AddUnzipDICOMsStep(pipeline, scanId):
root = os.path.join(rootPath, scanId, scanId)
dicomZip = root + '_DICOMS.zip'
dicomDirectory = root + '_DICOMS/'
dicomDirectoryParent = os.path.dirname(dicomDirectory[:-1])
cmd = [
unzip, '-d', dicomDirectoryParent,
wf.outfile_hidden(dicomDirectory), '-u',
wf.infile(dicomZip)
]
unzipStep = wf.CLIWorkflowStep('UnzipDICOMs-' + scanId, cmd)
pipeline.AddStep(unzipStep)
def AddDICOMToNRRDStep(pipeline, scanId):
# Dicom to Nrrd
root = os.path.join(rootPath, scanId, scanId)
converterExe = os.path.join(executablePath, 'ConvertDICOMToNRRD')
cmd = [
python,
wf.infile('ConvertDICOMToNRRD.py'),
wf.infile(converterExe),
wf.infile(root + '_DICOMS/'),
wf.outfile(root + '_INPUT.nrrd')
]
conversionStep = wf.CLIWorkflowStep('DICOMToNRRD-' + scanId, cmd)
pipeline.AddStep(conversionStep)
def AddExtractSpheresStep(pipeline, scanId):
# Extract mouth removal spheres if XXXX_CLIPPINGS.pvsm is available
root = os.path.join(rootPath, scanId, scanId)
clippingsFilePath = root + '_CLIPPINGS.pvsm'
if (os.path.isfile(clippingsFilePath)):
cmd = [
python,
wf.infile('ExtractSpheres.py'),
wf.infile(clippingsFilePath),
wf.outfile(root + '_CLIPPINGS.txt')
]
defineSpheresStep = wf.CLIWorkflowStep('ExtractSpheres-' + scanId, cmd)
pipeline.AddStep(defineSpheresStep)
def AddComputeLaplaceSolutionStep(pipeline, scanId):
# Laplace solution step
root = os.path.join(rootPath, scanId, scanId)
cmd = [
python,
wf.infile('ComputeLaplaceSolution.py'),
wf.infile(os.path.join(executablePath, 'ComputeLaplaceSolution')),
wf.infile(root + '_MOUTH_REMOVED.mha'),
wf.infile(root + '_LANDMARKS.fcsv'),
wf.outfile(root + '_HEATFLOW.mha')
]
laplaceCalculationStep = wf.CLIWorkflowStep('LaplaceCalculation-' + scanId,
cmd)
pipeline.AddStep(laplaceCalculationStep)
def AddSplitEpiglottisCrossSectionStep(pipeline, scanId):
# Split the EpiglottisTip cross section by a anterior-posterior
# oriented cutting plane to record the areas of this cross section
# in front of and behind the tip.
root = os.path.join(rootPath, scanId, scanId)
cmd = [
os.path.join(executablePath, 'SplitEpiglottisCrossSection'),
wf.infile(root + '_CROSS_SECTIONS_AT_LANDMARKS.vtp'),
wf.infile(root + '_LANDMARKS.fcsv'),
wf.outfile(root + '_EPIGLOTTIS_TIP_AREAS.txt'),
wf.outfile(root + '_EPIGLOTTIS_FRONT.vtp'),
wf.outfile(root + '_EPIGLOTTIS_BACK.vtp')
]
splitEpiglottisCS = wf.CLIWorkflowStep(
'SplitEpiglottisCrossSection-' + scanId, cmd)
pipeline.AddStep(splitEpiglottisCS)
def AddLinkFragmentsStep(pipeline, scanId):
# Add link fragment step
root = os.path.join(rootPath, scanId, scanId)
linksFilePath = root + '_LINKS.fcsv'
if (os.path.isfile(linksFilePath)):
linksFilePath = wf.infile(linksFilePath)
cmd = [
python,
wf.infile('LinkFragments.py'),
wf.infile(os.path.join(segmenterPath, 'DrawLines')), linksFilePath,
wf.infile(root + '_INPUT.nrrd'),
wf.outfile(root + '_INPUT_LINKED.nrrd')
]
linkFragmentsStep = wf.CLIWorkflowStep('LinkFragments-' + scanId, cmd)
pipeline.AddStep(linkFragmentsStep)
def AddComputeLatticeBoltzmannBoundaryConditionsStep(pipeline, scanId):
# Lattice Boltzmann boundary condition step
root = os.path.join(rootPath, scanId, scanId)
cmd = [
python,
wf.infile('ComputeLatticeBoltzmannBoundaryConditionsStep.py'),
wf.infile(os.path.join(executablePath, 'ComputeLBMBoundaries')),
wf.infile(root + '_INPUT_RESAMPLED.nrrd'),
wf.infile(root + '_SEGMENTATION_RESAMPLED.nrrd'),
wf.infile(root + '_THRESHOLD.txt'),
wf.infile(root + '_NOSE_SPHERE.fcsv'),
wf.infile(root + '_LOWER_CUTOFF.fcsv'),
wf.outfile(root + '_LBM.vtk')
]
lbmBoundaryConditionStep = wf.CLIWorkflowStep(
'ComputeLatticeBoltzmannBoundaryCondition-' + scanId, cmd)
pipeline.AddStep(lbmBoundaryConditionStep)
def AddExtractLandmarkCrossSectionsStep(pipeline, scanId):
# Cross-sections for landmarks step
root = os.path.join(rootPath, scanId, scanId)
cmd = [
python,
wf.infile('ExtractLandmarkCrossSections.py'),
wf.infile(os.path.join(executablePath, 'ExtractCrossSections')),
wf.infile(os.path.join(executablePath, 'ExtractLandmarkSliceIndices')),
wf.infile(root + '_ALL_CROSS_SECTIONS.vtp'),
wf.infile(root + '_ALL_CROSS_SECTIONS.csv'),
wf.infile(root + '_LANDMARKS.fcsv'),
wf.outfile(root + '_CROSS_SECTIONS_AT_LANDMARKS.vtp'),
wf.outfile(root + '_CROSS_SECTIONS_AT_LANDMARKS.csv'), scanId
]
extractLandmarkCrossSections = wf.CLIWorkflowStep(
'ExtractLandmarkCrossSections-' + scanId, cmd)
pipeline.AddStep(extractLandmarkCrossSections)
def AddSegmentAirwayStep(pipeline, scanId):
# Segmentation step
root = os.path.join(rootPath, scanId, scanId)
cmd = [
python,
wf.infile('SegmentAirway.py'),
wf.infile(os.path.join(segmenterPath, 'AirwaySegmenter')),
wf.infile(root + '_LOWER.fcsv'),
wf.infile(root + '_UPPER.fcsv'),
wf.infile(root + '.mrml'),
wf.infile(root + '_INPUT_LINKED.nrrd'),
wf.outfile(root + '_OUTPUT.mha'),
wf.outfile(root + '_OUTPUT.vtp'),
wf.outfile(root + '_THRESHOLD.txt')
]
segmentationStep = wf.CLIWorkflowStep('SegmentAirway-' + scanId, cmd)
pipeline.AddStep(segmentationStep)
def AddRemoveMouthStep(pipeline, scanId):
# Mouth removal step
root = os.path.join(rootPath, scanId, scanId)
clippingsFilePath = root + '_CLIPPINGS.txt'
clippingsFilePath = wf.infile(clippingsFilePath)
cmd = [
python,
wf.infile('RemoveMouth.py'),
wf.infile(os.path.join(executablePath, 'RemoveSphere')),
wf.infile(root + '_OUTPUT.mha'),
wf.infile(root + '_OUTPUT.vtp'), clippingsFilePath,
wf.outfile(root + '_MOUTH_REMOVED.mha'),
wf.outfile(root + '_MOUTH_REMOVED.vtp')
]
mouthRemovalStep = wf.CLIWorkflowStep('RemoveMouth-' + scanId, cmd)
pipeline.AddStep(mouthRemovalStep)