def dictMatchScore_0(d): import sys score = 0 steps = 0 from bases import score_BeamSet steps += 1 score_temp = lib.score_generic(d, "TransformROI3D") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value"), "OnStructure") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value"), "[]") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value").get("value"), "DosePrescriptions") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value").get("value").get("value"), "Prescription") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value").get("value").get("value").get("value"), "BeamListSource") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value").get("value").get("value").get("value").get("value"), "[]") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value").get("value").get("value").get("value").get("value").get("value"), "DrrSettings") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = score_BeamSet.get_score(d.get("value").get("value").get("value").get("value").get("value").get("value").get("value").get("value")) if score_temp == sys.maxint: return sys.maxint else: score += score_temp return float(score) / float(steps)
def dictMatchScore_0(d): import sys score = 0 steps = 0 from bases import score_BeamSet steps += 1 score_temp = lib.score_generic(d, "SetArcTrajectory") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value"), "[]") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value"), "Beams") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = score_BeamSet.get_score( d.get("value").get("value").get("value")) if score_temp == sys.maxint: return sys.maxint else: score += score_temp return float(score) / float(steps)
def dictMatchScore_0(d): import sys score = 0 steps = 0 from bases import score_BeamSet steps += 1 score_temp = lib.score_generic(d, "DeleteSegment") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value"), "[]") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value"), "SetupBeams") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value").get("value"), "PatientSetup") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value").get("value").get("value"), "BeamListSource") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value").get("value").get("value").get("value"), "[]") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value").get("value").get("value").get("value").get("value"), "DrrSettings") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = score_BeamSet.get_score(d.get("value").get("value").get("value").get("value").get("value").get("value").get("value")) if score_temp == sys.maxint: return sys.maxint else: score += score_temp return float(score) / float(steps)
def dictMatchScore_0(d): import sys score = 0 steps = 0 from bases import score_BeamSet steps += 1 score_temp = lib.score_generic(d, "SetWeightedDose") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value"), "[]") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value"), "BeamDoses") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value").get("value"), "FractionDose") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value").get("value").get("value"), "BeamListSource") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value").get("value").get("value").get("value"), "[]") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value").get("value").get("value").get("value").get("value"), "DrrSettings") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = score_BeamSet.get_score(d.get("value").get("value").get("value").get("value").get("value").get("value").get("value")) if score_temp == sys.maxint: return sys.maxint else: score += score_temp return float(score) / float(steps)
def dictMatchScore_0(d): import sys score = 0 steps = 0 from bases import score_BeamSet steps += 1 score_temp = lib.score_generic(d, "CreateMarginGeometry") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value"), "OfRoi") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value"), "[]") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic( d.get("value").get("value").get("value"), "ApprovedRoiStructures") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic( d.get("value").get("value").get("value").get("value"), "DependentApprovedStructureSet") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = score_BeamSet.get_score( d.get("value").get("value").get("value").get("value").get("value")) if score_temp == sys.maxint: return sys.maxint else: score += score_temp return float(score) / float(steps)
def dictMatchScore_0(d): import sys score = 0 steps = 0 from bases import score_BeamSet steps += 1 score_temp = lib.score_generic(d, "MultiSpectralThreshold") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value"), "OfPoi") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value"), "[]") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic( d.get("value").get("value").get("value"), "ApprovedPoiStructures") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic( d.get("value").get("value").get("value").get("value"), "DependentApprovedStructureSet") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = score_BeamSet.get_score( d.get("value").get("value").get("value").get("value").get("value")) if score_temp == sys.maxint: return sys.maxint else: score += score_temp return float(score) / float(steps)
def dictMatchScore_0(d): import sys score = 0 steps = 0 from bases import score_BeamSet steps += 1 score_temp = lib.score_generic(d, "CreateDirectionalMarginGeometry") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value"), "[]") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value"), "Boli") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic( d.get("value").get("value").get("value"), "[]") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic( d.get("value").get("value").get("value").get("value"), "Beams") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = score_BeamSet.get_score( d.get("value").get("value").get("value").get("value").get("value")) if score_temp == sys.maxint: return sys.maxint else: score += score_temp return float(score) / float(steps)
def dictMatchScore_0(d): import sys score = 0 steps = 0 from bases import score_BeamSet steps += 1 score_temp = lib.score_generic(d, "NormalizeToPrescription") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = score_BeamSet.get_score(d.get("value")) if score_temp == sys.maxint: return sys.maxint else: score += score_temp return float(score) / float(steps)
def dictMatchScore_0(d): import sys score = 0 steps = 0 from bases import score_BeamSet steps += 1 score_temp = lib.score_generic(d, "CreateDoseSpecificationPoint") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = score_BeamSet.get_score(d.get("value")) if score_temp == sys.maxint: return sys.maxint else: score += score_temp return float(score) / float(steps)
def dictMatchScore_0(d): import sys score = 0 steps = 0 from bases import score_BeamSet steps += 1 score_temp = lib.score_generic(d, "DeliverPlanOnMultipleImageSets") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = score_BeamSet.get_score(d.get("value")) if score_temp == sys.maxint: return sys.maxint else: score += score_temp return float(score) / float(steps)
def dictMatchScore_0(d): import sys score = 0 steps = 0 from bases import score_BeamSet steps += 1 score_temp = lib.score_generic(d, "AutoBreastAddRoisAndBeams") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = score_BeamSet.get_score(d.get("value")) if score_temp == sys.maxint: return sys.maxint else: score += score_temp return float(score) / float(steps)
def dictMatchScore_0(d): import sys score = 0 steps = 0 from bases import score_BeamSet steps += 1 score_temp = lib.score_generic(d, "GetIsocenterData") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = score_BeamSet.get_score(d.get("value")) if score_temp == sys.maxint: return sys.maxint else: score += score_temp return float(score) / float(steps)
def dictMatchScore_0(d): import sys score = 0 steps = 0 from bases import score_BeamSet steps += 1 score_temp = lib.score_generic( d, "ExportRoiGeometryAsMetaImageWithSpecifiedGridSettings") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value"), "[]") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic( d.get("value").get("value"), "ApprovedRoiStructures") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic( d.get("value").get("value").get("value"), "DependentApprovedStructureSet") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = score_BeamSet.get_score( d.get("value").get("value").get("value").get("value")) if score_temp == sys.maxint: return sys.maxint else: score += score_temp return float(score) / float(steps)
def dictMatchScore_0(d): import sys score = 0 steps = 0 from bases import score_BeamSet steps += 1 score_temp = lib.score_generic(d, "CreateDefaultIsocenterData") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value"), "BeamListSource") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value"), "[]") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic( d.get("value").get("value").get("value"), "DrrSettings") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = score_BeamSet.get_score( d.get("value").get("value").get("value").get("value")) if score_temp == sys.maxint: return sys.maxint else: score += score_temp return float(score) / float(steps)
def dictMatchScore_0(d): import sys score = 0 steps = 0 from bases import score_BeamSet steps += 1 score_temp = lib.score_generic(d, "MachineFeasibilityTest") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value"), "BeamListSource") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value"), "[]") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value").get("value"), "DrrSettings") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = score_BeamSet.get_score(d.get("value").get("value").get("value").get("value")) if score_temp == sys.maxint: return sys.maxint else: score += score_temp return float(score) / float(steps)
def dictMatchScore_0(d): import sys score = 0 steps = 0 from bases import score_BeamSet steps += 1 score_temp = lib.score_generic(d, "AdaptMeshToGeometryAndStoreAsNewRoi") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value"), "OutlineSource") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value"), "OnDensity") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic( d.get("value").get("value").get("value"), "[]") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic( d.get("value").get("value").get("value").get("value"), "BeamDoses") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic( d.get("value").get("value").get("value").get("value").get("value"), "FractionDose") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic( d.get("value").get("value").get("value").get("value").get("value").get( "value"), "BeamListSource") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic( d.get("value").get("value").get("value").get("value").get("value").get( "value").get("value"), "[]") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic( d.get("value").get("value").get("value").get("value").get("value").get( "value").get("value").get("value"), "DrrSettings") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = score_BeamSet.get_score( d.get("value").get("value").get("value").get("value").get("value").get( "value").get("value").get("value").get("value")) if score_temp == sys.maxint: return sys.maxint else: score += score_temp return float(score) / float(steps)
def dictMatchScore_0(d): import sys score = 0 steps = 0 from bases import score_BeamSet steps += 1 score_temp = lib.score_generic(d, "SetRepresentation") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value"), "RoiGeometry") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value"), "[]") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic( d.get("value").get("value").get("value"), "DensityOverrides") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic( d.get("value").get("value").get("value").get("value"), "OnDensity") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic( d.get("value").get("value").get("value").get("value").get("value"), "[]") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic( d.get("value").get("value").get("value").get("value").get("value").get( "value"), "BeamDoses") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic( d.get("value").get("value").get("value").get("value").get("value").get( "value").get("value"), "FractionDose") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic( d.get("value").get("value").get("value").get("value").get("value").get( "value").get("value").get("value"), "BeamListSource") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic( d.get("value").get("value").get("value").get("value").get("value").get( "value").get("value").get("value").get("value"), "[]") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic( d.get("value").get("value").get("value").get("value").get("value").get( "value").get("value").get("value").get("value").get("value"), "DrrSettings") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = score_BeamSet.get_score( d.get("value").get("value").get("value").get("value").get("value").get( "value").get("value").get("value").get("value").get("value").get( "value")) if score_temp == sys.maxint: return sys.maxint else: score += score_temp return float(score) / float(steps)
def dictMatchScore_0(d): import sys score = 0 steps = 0 from bases import score_BeamSet steps += 1 score_temp = lib.score_generic(d, "SetCtToDensityTableForCbctImage") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value"), "EquipmentInfo") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value"), "FromExamination") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value").get("value"), "OnDensity") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value").get("value").get("value"), "[]") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value").get("value").get("value").get("value"), "BeamDoses") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value").get("value").get("value").get("value").get("value"), "FractionDose") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value").get("value").get("value").get("value").get("value").get("value"), "BeamListSource") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value").get("value").get("value").get("value").get("value").get("value").get("value"), "[]") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value").get("value").get("value").get("value").get("value").get("value").get("value").get("value"), "DrrSettings") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = score_BeamSet.get_score(d.get("value").get("value").get("value").get("value").get("value").get("value").get("value").get("value").get("value").get("value")) if score_temp == sys.maxint: return sys.maxint else: score += score_temp return float(score) / float(steps)
def dictMatchScore_0(d): import sys score = 0 steps = 0 from bases import score_BeamSet steps += 1 score_temp = lib.score_generic(d, "ImportSegmentationAsMetaImage") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value"), "OutlineSource") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value"), "OnDensity") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value").get("value"), "[]") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value").get("value").get("value"), "BeamDoses") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value").get("value").get("value").get("value"), "FractionDose") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value").get("value").get("value").get("value").get("value"), "BeamListSource") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value").get("value").get("value").get("value").get("value").get("value"), "[]") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value").get("value").get("value").get("value").get("value").get("value").get("value"), "DrrSettings") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = score_BeamSet.get_score(d.get("value").get("value").get("value").get("value").get("value").get("value").get("value").get("value").get("value")) if score_temp == sys.maxint: return sys.maxint else: score += score_temp return float(score) / float(steps)
def dictMatchScore_0(d): import sys score = 0 steps = 0 from bases import score_BeamSet steps += 1 score_temp = lib.score_generic(d, "GetImageStackHistogram") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value"), "ImageStack") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value"), "[]") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value").get("value"), "Series") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value").get("value").get("value"), "FromExamination") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value").get("value").get("value").get("value"), "OnDensity") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value").get("value").get("value").get("value").get("value"), "[]") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value").get("value").get("value").get("value").get("value").get("value"), "BeamDoses") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value").get("value").get("value").get("value").get("value").get("value").get("value"), "FractionDose") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value").get("value").get("value").get("value").get("value").get("value").get("value").get("value"), "BeamListSource") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value").get("value").get("value").get("value").get("value").get("value").get("value").get("value").get("value"), "[]") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value").get("value").get("value").get("value").get("value").get("value").get("value").get("value").get("value").get("value"), "DrrSettings") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = score_BeamSet.get_score(d.get("value").get("value").get("value").get("value").get("value").get("value").get("value").get("value").get("value").get("value").get("value").get("value")) if score_temp == sys.maxint: return sys.maxint else: score += score_temp return float(score) / float(steps)
def dictMatchScore_0(d): import sys score = 0 steps = 0 from bases import score_BeamSet steps += 1 score_temp = lib.score_generic(d, "CreateHybridDeformableRegistrationGroup") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value"), "RoiListSource") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value"), "OnDensity") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic( d.get("value").get("value").get("value"), "[]") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic( d.get("value").get("value").get("value").get("value"), "BeamDoses") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic( d.get("value").get("value").get("value").get("value").get("value"), "FractionDose") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic( d.get("value").get("value").get("value").get("value").get("value").get( "value"), "BeamListSource") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic( d.get("value").get("value").get("value").get("value").get("value").get( "value").get("value"), "[]") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic( d.get("value").get("value").get("value").get("value").get("value").get( "value").get("value").get("value"), "DrrSettings") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = score_BeamSet.get_score( d.get("value").get("value").get("value").get("value").get("value").get( "value").get("value").get("value").get("value")) if score_temp == sys.maxint: return sys.maxint else: score += score_temp return float(score) / float(steps)
def dictMatchScore_0(d): import sys score = 0 steps = 0 from bases import score_BeamSet steps += 1 score_temp = lib.score_generic(d, "GetAffineTransformationParametersGivenCenterOfRotation") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value"), "FromExamination") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value"), "OnDensity") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value").get("value"), "[]") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value").get("value").get("value"), "BeamDoses") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value").get("value").get("value").get("value"), "FractionDose") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value").get("value").get("value").get("value").get("value"), "BeamListSource") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value").get("value").get("value").get("value").get("value").get("value"), "[]") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value").get("value").get("value").get("value").get("value").get("value").get("value"), "DrrSettings") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = score_BeamSet.get_score(d.get("value").get("value").get("value").get("value").get("value").get("value").get("value").get("value").get("value")) if score_temp == sys.maxint: return sys.maxint else: score += score_temp return float(score) / float(steps)
def dictMatchScore_0(d): import sys score = 0 steps = 0 from bases import score_BeamSet steps += 1 score_temp = lib.score_generic( d, "ExportRoiGeometryAsMetaImageWithSpecifiedGridSettings") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value"), "[]") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic( d.get("value").get("value"), "BoliRoiGeometries") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic( d.get("value").get("value").get("value"), "[]") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic( d.get("value").get("value").get("value").get("value"), "BeamDoses") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic( d.get("value").get("value").get("value").get("value").get("value"), "FractionDose") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic( d.get("value").get("value").get("value").get("value").get("value").get( "value"), "BeamListSource") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic( d.get("value").get("value").get("value").get("value").get("value").get( "value").get("value"), "[]") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic( d.get("value").get("value").get("value").get("value").get("value").get( "value").get("value").get("value"), "DrrSettings") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = score_BeamSet.get_score( d.get("value").get("value").get("value").get("value").get("value").get( "value").get("value").get("value").get("value")) if score_temp == sys.maxint: return sys.maxint else: score += score_temp return float(score) / float(steps)
def dictMatchScore_0(d): import sys score = 0 steps = 0 from bases import score_BeamSet steps += 1 score_temp = lib.score_generic( d, "WriteStoredDicomDataSetToFileForVerification") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value"), "FromExamination") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic(d.get("value").get("value"), "OnDensity") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic( d.get("value").get("value").get("value"), "[]") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic( d.get("value").get("value").get("value").get("value"), "BeamDoses") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic( d.get("value").get("value").get("value").get("value").get("value"), "FractionDose") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic( d.get("value").get("value").get("value").get("value").get("value").get( "value"), "BeamListSource") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic( d.get("value").get("value").get("value").get("value").get("value").get( "value").get("value"), "[]") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = lib.score_generic( d.get("value").get("value").get("value").get("value").get("value").get( "value").get("value").get("value"), "DrrSettings") if score_temp == sys.maxint: return sys.maxint else: score += score_temp steps += 1 score_temp = score_BeamSet.get_score( d.get("value").get("value").get("value").get("value").get("value").get( "value").get("value").get("value").get("value")) if score_temp == sys.maxint: return sys.maxint else: score += score_temp return float(score) / float(steps)