void DilationFilter::createInputTypes() { SelectDataStringPropertyBasePtr temp; temp = StringPropertySelectImage::New(mServices->patient()); temp->setValueName("Input"); temp->setHelp("Select segmentation input for dilation"); mInputTypes.push_back(temp); }
void BinaryThinningImageFilter3DFilter::createOutputTypes() { SelectDataStringPropertyBasePtr temp; temp = StringPropertySelectMesh::New((mServices->patient())); temp->setValueName("Output"); temp->setHelp("Output centerline model"); mOutputTypes.push_back(temp); }
void AirwaysFilter::createInputTypes() { SelectDataStringPropertyBasePtr temp; temp = StringPropertySelectImage::New(patientService()); temp->setValueName("Input"); temp->setHelp("Select input to run airway segmentation on."); mInputTypes.push_back(temp); }
void SmoothingImageFilter::createInputTypes() { SelectDataStringPropertyBasePtr temp; temp = StringPropertySelectImage::New(mServices->getPatientService()); temp->setValueName("Input"); temp->setHelp("Select image input for smoothing"); mInputTypes.push_back(temp); }
void SmoothingImageFilter::createOutputTypes() { SelectDataStringPropertyBasePtr temp; temp = StringPropertySelectData::New(mServices->getPatientService()); temp->setValueName("Output"); temp->setHelp("Output smoothed image"); mOutputTypes.push_back(temp); }
void BinaryThinningImageFilter3DFilter::createInputTypes() { SelectDataStringPropertyBasePtr temp; temp = StringPropertySelectImage::New(mServices->patient()); temp->setValueName("Input"); temp->setHelp("Select binary volume input for thinning"); // connect(temp.get(), SIGNAL(dataChanged(QString)), this, SLOT(imageChangedSlot(QString))); mInputTypes.push_back(temp); }
void DilationFilter::createOutputTypes() { SelectDataStringPropertyBasePtr temp; temp = StringPropertySelectData::New(mServices->patient()); temp->setValueName("Output"); temp->setHelp("Dilated segmentation image"); mOutputTypes.push_back(temp); temp = StringPropertySelectData::New(mServices->patient()); temp->setValueName("Contour"); temp->setHelp("Output contour generated from dilated segmentation image."); mOutputTypes.push_back(temp); }