GdcmModule::GdcmModule(const std::string& modulePath)
: VoreenModule(modulePath),
aetProperty_("aeTitle", "DICOM AE Title", "Voreen-GDCM"),
incomingPortProperty_("incomingPort", "Incoming DICOM Port", 104, 1, 65535),
scpUrlProperty_("scpUrl", "Default SCP URL", "www.dicomserver.co.uk"),
scpAetProperty_("scpAet", "Default SCP AE Title", "ANY-SCP"),
scpPortProperty_("scpPort", "Default SCP Port", 104, 1, 65535),
ignoreSliceSpacing_("ignorespacing", "Ignore differences in slice spacing above 10%", false),
useGdcmRescaling_("gdcmrescaling", "Use GDCM Rescaling", true)
{
//module name
setID("Grassroots DICOM");
setGuiName("Grassroots DICOM");
//register each processor
registerVolumeReader(new GdcmVolumeReader());
addProperty(aetProperty_);
addProperty(incomingPortProperty_);
addProperty(scpUrlProperty_);
addProperty(scpAetProperty_);
addProperty(scpPortProperty_);
addProperty(ignoreSliceSpacing_);
addProperty(useGdcmRescaling_);
}
SEGYModule::SEGYModule(const std::string& modulePath)
: VoreenModule(modulePath)
{
// module name to be used in the GUI
setName("SEGY");
registerVolumeReader(new SEGYVolumeReader());
}
BaseModule::BaseModule(const std::string& modulePath) : VoreenModule(modulePath) {
setID("Base");
setGuiName("Base");
// entry-exit points
registerSerializableType(new EEPGeometryIntegrator());
registerSerializableType(new MeshEntryExitPoints());
// geometry
registerSerializableType(new BoundingBoxRenderer());
registerSerializableType(new CameraPositionRenderer());
registerSerializableType(new GeometryProcessor());
registerSerializableType(new GeometryRenderer());
registerSerializableType(new GeometryClipping());
registerSerializableType(new GeometrySlabClipping());
registerSerializableType(new GeometryTransformation());
registerSerializableType(new GeometryTransformationVolume());
registerSerializableType(new LightWidgetRenderer());
registerSerializableType(new PlaneManipulation());
registerSerializableType(new PlaneWidgetProcessor());
registerSerializableType(new PointListRenderer());
registerSerializableType(new PointSegmentListRenderer());
registerSerializableType(new QuadricRenderer());
registerSerializableType(new SlicePositionRenderer());
registerSerializableType(new TriangleMeshConverter());
// image
registerSerializableType(new Background());
registerSerializableType(new BinaryImageProcessor());
registerSerializableType(new ColorDepth());
registerSerializableType(new Compositor());
registerSerializableType(new Convolution());
registerSerializableType(new DepthDarkening());
registerSerializableType(new EdgeDetect());
registerSerializableType(new ExplosionCompositor());
registerSerializableType(new Fade());
registerSerializableType(new Gaussian());
registerSerializableType(new Grayscale());
registerSerializableType(new ImageMasking());
registerSerializableType(new ImageMorphology());
registerSerializableType(new ImageOverlay());
registerSerializableType(new ImageThreshold());
registerSerializableType(new Mean());
registerSerializableType(new Median());
registerSerializableType(new MultiView());
registerSerializableType(new NonMinMaxSuppression());
registerSerializableType(new OrientationOverlay());
registerSerializableType(new QuadView());
registerSerializableType(new RegionOfInterest2D());
registerSerializableType(new Splitter());
registerSerializableType(new TextOverlay());
registerSerializableType(new TripleView());
registerSerializableType(new UnaryImageProcessor());
registerSerializableType(new UnsharpMasking());
// proxy geometry
registerSerializableType(new CubeProxyGeometry());
registerSerializableType(new ExplosionProxyGeometry());
registerSerializableType(new MultiPassProxyGeometry());
registerSerializableType(new MultiPlanarProxyGeometry());
registerSerializableType(new MultiVolumeProxyGeometry());
registerSerializableType(new OptimizedProxyGeometry());
// render
registerSerializableType(new CPURaycaster());
registerSerializableType(new MultiplanarSliceRenderer());
registerSerializableType(new MultiVolumeRaycaster());
registerSerializableType(new SegmentationRaycaster());
registerSerializableType(new SimpleRaycaster());
registerSerializableType(new SingleVolumeRaycaster());
registerSerializableType(new SingleVolumeSlicer());
registerSerializableType(new SliceViewer());
registerSerializableType(new RGBRaycaster());
// utility
registerSerializableType(new ClockProcessor());
registerSerializableType(new DistanceMeasure());
registerSerializableType(new IntensityMeasure());
registerSerializableType(new ImageSequenceLoopInitiator());
registerSerializableType(new ImageSequenceLoopFinalizer());
registerSerializableType(new MetaDataExtractor());
registerSerializableType(new MultiScale());
registerSerializableType(new RenderLoopInitiator());
registerSerializableType(new RenderLoopFinalizer());
registerSerializableType(new RenderStore());
registerSerializableType(new SegmentationValidation());
registerSerializableType(new SingleScale());
registerSerializableType(new VolumeListModalityFilter());
registerSerializableType(new VolumeInformation());
registerSerializableType(new VolumePicking());
// volume
registerSerializableType(new VectorMagnitude());
registerSerializableType(new VolumeCombine());
registerSerializableType(new VolumeComposer());
registerSerializableType(new VolumeCreate());
registerSerializableType(new VolumeFloatCreate());
registerSerializableType(new VolumeCrop());
registerSerializableType(new VolumeCubify());
registerSerializableType(new VolumeDecomposer());
registerSerializableType(new VolumeDistanceTransform());
registerSerializableType(new VolumeFiltering());
registerSerializableType(new VolumeFormatConversion());
registerSerializableType(new VolumeGradient());
registerSerializableType(new VolumeHalfsample());
registerSerializableType(new VolumeInversion());
registerSerializableType(new VolumeLandmarkRegistration());
registerSerializableType(new VolumeMasking());
registerSerializableType(new VolumeMirror());
registerSerializableType(new VolumeMorphology());
registerSerializableType(new VolumeResample());
registerSerializableType(new VolumeSpacing());
registerSerializableType(new VolumeTransformation());
registerSerializableType(new VolumeOffset());
registerSerializableType(new VolumeVorticity());
registerSerializableType(new VolumeCreateFFTSpectrum());
registerSerializableType(new VolumeConvertFFTReal());
registerSerializableType(new VolumeConvertFFTImaginary());
registerSerializableType(new VolumeSelection());
registerSerializableType(new VolumeSelectionAndDuplication());
registerSerializableType(new VolumeDuplication());
registerSerializableType(new Volume3DFFT());
// volume readers/writers
registerVolumeReader(new AnalyzeVolumeReader());
registerVolumeReader(new BrukerVolumeReader());
registerVolumeReader(new ECAT7VolumeReader());
registerVolumeReader(new InveonVolumeReader());
registerVolumeReader(new MultiVolumeReader(0));
registerVolumeReader(new MhdVolumeReader());
registerVolumeWriter(new MhdVolumeWriter());
registerVolumeReader(new NrrdVolumeReader());
registerVolumeWriter(new NrrdVolumeWriter());
registerVolumeReader(new QuadHidacVolumeReader());
registerVolumeReader(new Synth2DReader());
registerVolumeReader(new RawVoxVolumeReader());
registerVolumeReader(new TUVVolumeReader());
// shader paths
addShaderPath(getModulePath("glsl"));
// RegionOfInterestGeometry
registerSerializableType(new RegionOfInterest2D::RegionOfInterestGeometry());
}
