| ▼Nvolcart | Volume Cartographer library |
| ►Nio | IO classes |
| COBJReader | Read an OBJ file into a volcart::ITKMesh |
| COBJWriter | Write an ITKMesh to an OBJ file |
| CPLYReader | Read a PLY file to an ITKMesh |
| CPLYWriter | Write an ITKMesh to a PLY file |
| ►Nlandmarks | Volume landmark classes |
| CPlaneLandmark | Boundless plane volume landmark |
| CPointLandmark | 3D Point volume landmark |
| CPolylineLandmark | Polyline (multi-segment line) volume landmark |
| CVolumeLandmark | Base class for Volume Landmark types |
| ►Nmeshing | Mesh generation and modification library |
| CACVD | Mesh resampling using Approximated Centroidal Voronoi Diagrams |
| CCalculateNormals | Calculate vertex normals for ITK Meshes |
| CLaplacianSmooth | Apply Laplacian smoothing to a mesh |
| COrderedPointSetMesher | Generate an ordered mesh from an OrderedPointSet |
| COrderedResampling | Resample an ITKMesh using point ordering information |
| COrientNormals | Orient vertex normals towards a reference point |
| CUVMapToITKMesh | Convert a UVMap to a mesh |
| ►Nsegmentation | Segmentation algorithms and utilities library |
| CChainSegmentationAlgorithm | Base class for segmentation algorithms that propagate a collected chain of points |
| CComputeVolumetricMask | Compute a VolumetricMask from a PointSet |
| CEnergyMetrics | A collection of energy metrics for evaluating a FittedCurve |
| CFittedCurve | Fits a curve to a set of points for resampling |
| CForceChain | A simple class for tracking a list of offset vectors ("forces") |
| CIntensityMap | A class representing the intensity map generated from a row of a matrix, normalized to the range [0, 1] |
| CLocalResliceSegmentation | Local Reslice Particle Simulation (LRPS) segmentation |
| COpticalFlowSegmentation | Optical Flow Segmentation |
| CParticle | A simple particle class |
| CParticleChain | A simple class for keeping track of a connected chain of Particle objects |
| CRegionGrowingSegmentationAlgorithmBaseClass | Base class for segmentation algorithms that create a segmentation by growing from a set of seed points |
| CSpline | Simple spline wrapper around Eigen::Spline |
| CStructureTensorParticleSim | Structure Tensor Particle Simulation (STPS) segmentation |
| CThinnedFloodFillSegmentation | ThinnedFloodFillSegmentation |
| ►Nshapes | Shape and mesh primitives |
| CArch | Half-circle arch shape |
| CCone | Cone shape |
| CCube | Cube shape |
| CPlane | Planar surface shape |
| CShapePrimitive | Base class for shape generators |
| CSphere | Icosphere shape |
| CSpiral | Spiral (i.e. scroll-like) surface shape |
| ►Ntexturing | Texturing and parameterization algorithms and utilities library |
| ►CAlignmentMarkerGenerator | Add 2D alignment markers to textured meshes |
| CLineSegment | Defines a marker intersection line segment |
| CAngleBasedFlattening | Parameterize a mesh using ABF++ |
| CCompositeTexture | Generate a texture image using a variety of composite volume filters |
| CFlatteningAlgorithm | |
| CIntegralTexture | Generate a Texture by taking the discrete integral (summation) of the neighborhood adjacent to a point |
| CIntersectionTexture | Generate a Texture by intersection with a Volume |
| CLayerTexture | Generate a Texture of layered images |
| CLStretchMetrics | L stretch error metric output struct |
| COrthographicProjectionFlattening | Computes a 2D parameterization of a triangular mesh using orthographic projection |
| CPPMGenerator | Generates a PerPixelMap from an ITKMesh and a UVMap |
| CProjectMesh | Generates a PerPixelMap by projecting a mesh onto an image plane |
| CScaleMarkerGenerator | Add a scale marker (ruler or reference image) to a Texture image |
| CTexturingAlgorithm | |
| CThicknessTexture | Generate a Texture using the thickness of the segmented layer |
| CABFNode | Parameterize a mesh using ABF++. |
| CAffineTransform | 3D affine transform |
| CAlignUVMapToAxisNode | Rotate a UVMap to align a specified volume axis to the -V direction of UV space. |
| CAnnotation | Segmentation annotation |
| CApplyTransformNode | Template node for applying 3D transforms to objects |
| Cauto_mmap_info | Memmap record which automatically unmaps the file on destruction |
| CBoundingBox | Generic axis-aligned bounding box class for operations in N-dimensions |
| CCache | Abstract Base Class for Key-Value Caches |
| CCalculateNeighborhoodRadiusNode | Auto-calculate a texturing neighborhood's 3D radius in voxels given the expected layer thickness and the texturing Volume's voxel size |
| CCalculateNumVertsNode | Calculate the number of vertices required to produce a particular resampling density factor |
| CCannySettings | |
| CCompositeTextureNode | Generate a texture image using a variety of composite volume filters. |
| CCompositeTransform | Collection of transforms |
| CCuboidGenerator | Class for generating box-like neighborhoods from a point in a Volume |
| CDiskBasedObjectBaseClass | Base class for objects stored on disk with an associated metadata file |
| ►CEnumerateIterable | |
| CEnumerateIterator | |
| CFlatteningErrorNode | Calculate the L2 and LInf stretch between a 2D and 3D mesh. |
| CFlipUVMapNode | Flip a UVMap across one or both of its axes. |
| CIdentityTransform | Identity transform |
| CIntegralTextureNode | Generate a Texture by taking the discrete integral (summation) of the neighborhood adjacent to a point. |
| CIntersectionTextureNode | Generate a Texture by intersection with a Volume. |
| CInvertTransformNode | Return the inverted transform. |
| CIOException | IO operation exception |
| CIterationsProgress | Mixin type for classes which report their progress |
| CLaplacianSmoothMeshNode | Apply Laplacian smoothing to a mesh. |
| CLayerTextureNode | Generate a Texture of layered images. |
| CLineGenerator | Class for generating line-like neighborhoods from a point in a Volume |
| CLoadImageNode | Read an image from the specified path. |
| CLoadMeshNode | Read a mesh from a file. |
| CLoadPPMNode | Read a PerPixelMap from disk. |
| CLoadTransformNode | Load a transform from a JSON file. |
| CLoadVolumePkgNode | Load a VolumePkg from disk |
| CLoadVolumetricMaskNode | Load a VolumetricMask from a .vcps file |
| CLRUCache | Least Recently Used Cache |
| CMeshingNode | Generate an ordered mesh from an OrderedPointSet. |
| CMeshPropertiesNode | Retrieve Mesh properties (e.g. number of vertices, number of faces, etc.) |
| CMeshReaderResult | Result for ReadMesh |
| CMeshWriterOpts | General options for WriteMesh |
| CMetadata | Generic interface for storing metadata as key/value pairs |
| Cmmap_info | Memmap record |
| CNDArray | Dynamically-allocated N-Dimensional Array |
| CNeighborhoodGenerator | Base class for neighborhood generating classes |
| CNeighborhoodGeneratorNode | Configure a NeighborhoodGenerator for use by a texturing algorithm |
| CNoOpMutex | |
| COrderedPointSet | Holds a collection of ordered points |
| COrientNormalsNode | Orient vertex normals towards a reference point. |
| COrthographicFlatteningNode | Computes a 2D parameterization of a triangular mesh using orthographic projection. |
| ►CPerPixelMap | A raster of a UVMap that provides a per-pixel mapping between a Volume and a Texture generated from that volume |
| CCoord2D | |
| CPixelMap | |
| CPlotLStretchErrorNode | Plot per-face L stretch error metrics. |
| CPlotUVMapNode | Plot the UV points on an image. |
| CPointSet | Holds a collection of points |
| ►CPointSetIO | Read and write PointSet and OrderedPointSet |
| CHeader | PointSet file header information |
| CPPMGeneratorNode | Generates a PerPixelMap from an ITKMesh and a UVMap. |
| CPPMPropertiesNode | Retrieve PerPixelMap properties (e.g. mask, cell map, etc.) |
| CProjectInfo | |
| ►CRange2DIterable | Provides an iterable range of 2D number pairs with optional step size |
| CCounting2DIterator | |
| ►CRangeIterable | Provides an iterable range of numbers with optional step size |
| CCountingIterator | |
| CRender | Render data |
| CResampleMeshNode | Mesh resampling using Approximated Centroidal Voronoi Diagrams. |
| CReslice | An image generated by intersecting a plane with a Volume |
| CRotateUVMapNode | Rotate a UVMap by a multiple of 90 degrees. |
| CScaleMeshNode | Scale an ITKMesh by a linear scale factor. |
| CSegmentation | Segmentation data |
| CSegmentationPropertiesNode | Retrieve Segmentation properties (e.g. pointset) |
| CSegmentationSelectorNode | Get a Segmentation by uuid. |
| ►CSignal | Basic signal class for implementing event callbacks |
| CConnection | |
| ►CSimpleMesh | |
| CCell | |
| CVertex | |
| CSkyscanMetadataIO | Read a Skyscan metadata log |
| CTensor3D | A 3rd-order tensor object |
| CTexturedMesh | Convenience type for textured meshes |
| CThicknessTextureNode | Generate a Texture using the thickness of the segmented layer. |
| CTransform3D | Base class for 3D transforms |
| CTransformMeshNode | Apply a transform to an ITKMesh |
| CTransformPPMNode | Apply a transform to a PerPixelMap |
| CTransformSelectorNode | Get a transform by ID. |
| ►CUVMap | Stores per-vertex UV mappings |
| CRatio | |
| CUVMapToMeshNode | Convert a UVMap to a mesh. |
| CVec3Hash | |
| CVolume | Volumetric image data |
| CVolumeMask | Per-voxel Segmentation State Mask for Volumes |
| CVolumePkg | The interface to the VolumePkg (.volpkg) file format |
| CVolumePkgPropertiesNode | Retrieve VolumePkg properties (e.g. name, version, etc.) |
| CVolumePropertiesNode | Set/Retrieve Volume properties (voxel size, bounds, etc.) |
| CVolumeSelectorNode | Get a Volume by uuid. |
| CVolumetricMask | Stores per-voxel mask information for a volume |
| CWriteImageNode | Write image to the specified path. |
| CWriteImageOpts | |
| CWriteImageSequenceNode | |
| CWriteMeshNode | Write a mesh to a file. |
| CWritePPMNode | Write a PerPixelMap to disk. |
| Cadl_serializer< cv::Mat_< T > > | |
| Cadl_serializer< cv::Matx< T, M, N > > | |
| Cadl_serializer< cv::Vec< T, Cn > > | |
1.9.4