| ▼NCvb | Root namespace for the Image Manager interface |
| ▼NAsync | Convenience classes for asynchronous image acquisition |
| CMultiStreamHandler | Handler object for multiple synchronous streams |
| CSingleStreamHandler | Handler object for a single stream |
| CStreamHandlerGuard | Handler guard object to safely run and finish a stream handler |
| ▼NBarcode | Namespace for the Barcode package |
| CBarcodeGrading | Configuration to access parameters of barcode grading |
| CCodabar | Configuration to access parameters of Codabar |
| CCode11 | Configuration to access parameters of Code11 |
| CCode128 | Configuration to access parameters of Code128 |
| CCode32 | Configuration to access parameters of Code32 |
| CCode39 | Configuration to access parameters of Code39 |
| CCode93 | Configuration to access parameters of Code93 |
| CDataMatrix | Configuration to access parameters of DataMatrix |
| CDataMatrixGrading | Configuration to access parameters of DataMatrixGrading |
| CDiscrete2of5 | Configuration to access parameters of Discrete2of5 |
| CEan13 | Configuration to access parameters of Ean13 |
| CEan8 | Configuration to access parameters of Ean8 |
| CFourStateAustralian | Configuration to access parameters of FourStateAustralian (4-State Australian) |
| CFourStateKix | Configuration to access parameters of FourStateKix |
| CFourStateRoyalMail | Configuration to access parameters of FourStateRoyalMail (4-State RoyalMail Postal Code) |
| CFourStateUsps | Configuration to access parameters of FourStateUsps |
| CGradeResult1D | Object contains the barcode grading results for one dimensional barcodes |
| CGradeResultDataMatrix | Object contains the barcode grading results for DataMatrix and PharmaCode2D barcodes |
| CGradeResultQr | Object contains the barcode grading results for QR barcodes |
| CInterleaved2of5 | Configuration to access parameters of Interleaved2of5 |
| CMicroPdf417 | Configuration to access parameters of MicroPdf417 |
| CMsiPlessey | Configuration to access parameters of MsiPlessey |
| CPdf417 | Configuration to access parameters of Pdf417 |
| CPharmaCode | Configuration to access parameters of PharmaCode |
| CPlanet | Configuration to access parameters of Planet |
| CPostnet | Configuration to access parameters of Postnet |
| CQr | Configuration to access parameters of Qr |
| CQrGrading | Configuration to access parameters of QrGrading |
| CReader | The key class for reading barcodes |
| CReaderConfig | Contains a map of configurations for all active barcode types |
| CReadResult | Base class for reading decoded barcode results |
| CReadResult1D | Derived from ReadResult and gives specific access to 1D results |
| CReadResultCode128 | Derived from ReadResult and gives specific access to Code128 results |
| CReadResultCode39Code93 | Derived from ReadResult and gives specific access to Code39 results |
| CReadResultDataMatrix | Derived from ReadResult and gives specific access to DataMatrix and PharmaCode2D results |
| CReadResultPdf417 | Derived from ReadResult and gives specific access to Pdf417 results |
| CReadResultQr | Derived from ReadResult2D and gives specific access to Qr results |
| CReadResultSonyCode | Derived from ReadResult1D and gives specific access to SonyCode results |
| CReadResultUpcE | Derived from ReadResult1D and gives specific access to UpcE results |
| CRss | Configuration to access parameters of Rss |
| CSonyCode | Configuration to access parameters of SonyCode |
| CUpcA | Configuration to access parameters of UpcA |
| CUpcE | Configuration to access parameters of UpcE |
| ▼NDnc | Namespace for Match3D DNC (CAD-based 3D-object recognition) |
| CFinder | DNC finder used to perform a search on a point cloud |
| CSearchParameters | Definition of search parameters |
| CSearchResult | Single result of a search operation |
| CTeachParameters | Parameters for teaching a DNC finder |
| ▼NDriver | Namespace for driver or device related operations |
| CCompositeStream | Streams composites |
| CCompositeStreamBase | Base class of all composite based streams |
| CDeviceControl | Implementation of the device control interface |
| CDeviceControlCommand | A specific command to send to the driver |
| CDeviceImage | Special device image |
| CDigitalIO | Digital I/O operations on a device |
| CDiscoveryInformation | Stores information on a discovered device/node |
| CEmuDevice | A device representing an image stream based on single image files |
| CFlow | Struct handling the size and buffer of a flow |
| CFlowInfo | Struct handling the size, alignment and number of flows per set |
| CFlowSetPool | FlowSetPool class to set external buffers as set of flows |
| CGenICamDevice | A device representing a GenICam compliant device |
| CImageRect | Image rectangle operations on a device |
| CImageStream | Streams images |
| CIndexedStream | A stream with a finite number of images, which can also be accessed via an index |
| CMultiPartImage | MultiPart image class |
| CNotifyArgs | Event argument for notification events |
| CNotifyObservable | Single notify event observable |
| CPointCloudStream | Streams point clouds |
| CRingBuffer | Ring buffer operations on a device |
| CRingBufferImage | Stream image that is returned, when the ring buffer interface is available on a device |
| CSoftwareTrigger | Implementation of the software trigger |
| CStream | Represents one acquisition stream of a device |
| CStreamBase | Base class of all streams |
| CStreamImage | Base class of all stream related images |
| CVideoDevice | A device representing a video stream from the hard disk |
| CVinConnectionInformation | Contains the board and port information of a device or its access token |
| CVinDevice | A device representing a video interface driver (vin) |
| CWaitResult | A combined result returned after waiting for a image |
| NErrorCodes | Classic API error codes |
| ▼NFoundation | Namespace for the Foundation package |
| NAddNoise | Namespace for collection of noise-generating functions from the Foundation package |
| NAnalysis | Namespace for collection of miscellaneous image analysis functions |
| NArithmetic | Namespace for collection of arithmetic functions from the Foundation package |
| NBayerConversion | Namespace for collection of functions converting images with a Bayer pattern |
| NBitwise | Namespace for collection of bitwise image functions from the Foundation package |
| ▼NBlob | Blob search methods |
| CBlobFilter | Class to build a filter for the blob search |
| CBlobResult | Container for a blob analysis result |
| ▼NCalibrationLineScan | Namespace for collection of calibration line-scan functions from the Foundation package |
| CEdgeDetectionResult | A set of parameters that stores the result from an edge detection |
| CLineScanCalibrationConfiguration | A set of parameters, which is used to configure line-scan calibration |
| CLineScanCalibrator | A set of parameters that is required by the following data transformation to get the final result |
| NConvert | Various image conversion functions |
| ▼NConvertColorSpace | Namespace for collection of color space conversion functions from the Foundation package |
| CColorTwistMatrix | Matrix defining color transformations |
| NCorrelation | Namespace for collection of functions that calculate different kinds of correlation values |
| ▼NCurve | Namespace for collection of 2D curve functions from the Foundation package |
| CAlignmentConfiguration | A set of parameters that configures an alignment operation |
| CAlignmentResult2D | A set of parameters that stores the result of alignment operation |
| ▼NEdge | Collection of functions for edge detection |
| CEdgeResult | Edge search result |
| CEdgeResultPair | A pair of found edges |
| CProjection | Projection that the Edge analysis of Common Vision Blox is using |
| CProjectionValue | Single projection value |
| NFilter | Namespace for collection of filter functions from the Foundation package |
| NGaussianPyramid | Namespace for functions implementing a Gaussian pyramid approach from the Common Vision Blox Foundation package |
| ▼NHistogramAnalyzer | Collection of functions for analyzing the image histogram |
| CHistogram | A single histogram result |
| NImageExtensions | Namespace for collection of image extension functions from the Foundation package |
| ▼NLut | Namespace for collection of lookup table functions from the Foundation package |
| CLutLevel | Struct that combines a LUT (lookup table) level and the value assigned to this level |
| ▼NMetric | Namespace for metric calibration |
| ▼NAQS12 | Namespace specific to AQS12 calibration pieces |
| CAQS12Piece | Object to collect all input parameters for the AQS12 calibration piece |
| CAQS12DensePointCloudSegmentor | Segmentor object to configure face segmentation of AQS12 calibration piece on dense point clouds |
| CAQS12RangeMapSegmentor | Segmentor object to configure face segmentation of AQS12 calibration piece on range maps |
| CCalibrationConfiguration | Calibration configuration object |
| CDensePointCloudSegmentor | Base class for segmentor object to configure and compute segmentation on dense point clouds |
| CRangeMapSegmentor | Base class for segmentor object to configure and compute segmentation on range maps |
| ▼NMoments | Namespace for image moments related tools from the Foundation package |
| CHuMoments | Results of Hu Moment calculation |
| CImageMoments | State object for calculating various image moments |
| NMorphology | Namespace for morphological filter operations available from the Common Vision Blox Foundation package |
| NNorm | Namespace for collection of functions for calculating different norms over the gray values of an image |
| NPolarization | Functions and type definitions of the polarization library |
| NRegression | Various regression functions |
| NScale | Various image scaling functions |
| NTestImages | Namespace for collection of test image generating functions from the Foundation package |
| NThreshold | Namespace for collection of thresholding functions from the Foundation package |
| ▼NTransform2D | Namespace for collection of image 2D transformation functions from the Foundation package |
| CNonLinearTransformation | Object implementing the non linear polynomially approximated transform implemented in the CVB Foundation package |
| CPerspectiveTransformation | Perspective transformation coefficients |
| ▼NGenApi | Namespace for GenApi based device configuration |
| CBooleanNode | Node representing a true / false value |
| CCategoryNode | Node that logically groups other nodes |
| CCommandNode | A node that can be executed |
| CEnumEntryNode | One entry in an enumeration |
| CEnumerationNode | A node that presents a choice of values |
| CFloatNode | Represents a floating point number |
| CFloatRegNode | Floating point value register |
| CIntegerNode | Represents a integer number |
| CIntRegNode | Integer value register |
| CNode | Basic GenApi node for device feature access |
| ▼CNodeMap | Contains all nodes of a device or module |
| CGenApiVersion | Version information for GenICam related objects |
| CNodeMapEnumerator | Lazy enumeration of node maps.
|
| CPortNode | Port nodes are the connection to the remote device |
| CRegisterNode | Untyped register access (only memory) |
| CSelectorNode | Groups nodes, that are dependent on this one |
| CStringNode | String value node |
| CStringRegNode | String value register |
| CValueNode | Base class for all nodes, that have a value |
| ▼NGevServer | Describes a GenICam Pixel Format Naming Convention (PFNC) compatible image memory buffer with possibly additional data. |
| CBooleanNode | GenApi::BooleanNode that is configurable |
| CCategoryNode | Node that logically groups other nodes |
| CChunkImageBufferDescription | Describes a GenICam Pixel Format Naming Convention (PFNC) compatible image memory buffer with possibly additional data. |
| CCommandNode | A node that can be executed |
| CEnumEntryNode | One entry in an enumeration |
| CEnumerationNode | A GenApi::EnumerationNode that is configurable |
| CFloat32RegNode | An float32 FloatRegNode node. |
| CFloat64RegNode | An float64 FloatRegNode node. |
| CFloatBaseNode | Represents a floating point number |
| CFloatNode | Represents a floating point number |
| CFloatRegNode | Floating point value register |
| CImageBufferDescription | Describes a GenICam Pixel Format Naming Convention (PFNC) compatible image memory buffer. |
| CInt32RegNode | An Int32 IntRegNode node. |
| CInt64RegNode | An Int64 IntRegNode node. |
| CIntegerBaseNode | Represents an integer number |
| CIntegerNode | Represents a integer number |
| CIntRegNode | Integer value register |
| CIntSwissKnifeNode | Read only node to calculate formulas on the client side with integer arithmetic. |
| CLogicalNetworkInterface | An IP network interface the GevServer can be bound to. |
| CNode | Basic GevServer node for device feature access |
| CNodeMap | Contains all nodes of the GevServer |
| CSelectorNode | Groups other nodes that are dependent on this one |
| CServer | Common Vision Blox GigE Vision Server implements a GigE Vision camera in software |
| CStream | The stream to send Images or other data |
| CStringNode | String value node |
| CStringRegNode | String value register |
| CValueNode | Base class for all nodes that have a value |
| ▼NMatch3D | Namespace for matching 3D components |
| CMatchingParameters | A parameter set for matching and down sampling point clouds |
| CMatchingResult | Results of a matching and down sampling operation |
| ▼NMinos | Namespace for the Minos package |
| CClassifier | Minos classifier object |
| CClassifierFactory | Learner object that creates a classifier from an image list |
| CClassifierModelInfo | Information about a Minos classifier model |
| CClassifierModelInfoCollection | Collection of model information |
| CImageInfo | Image that has been added to a training set |
| CImageInfoCollection | Class that maintains the collection of Training Images inside a Minos Training Set |
| CImageInstanceInfoCollection | Class that maintains the collection of Training Images inside a Minos Training Set |
| CInstanceInfo | Instance information that has been added to a training set |
| CInstanceInfoCollection | Class that maintains the collection of Training Images inside a Minos Training Set |
| CInstanceInfoCollectionGeneric | Class that maintains the collection of Training Images inside a Minos object |
| CLearnParameters | The set of parameters, which controls, how a classifier is being learned from a training set |
| CModelInfo | Model that has been added to a training set |
| CModelInfoCollection | Class that maintains the collection of Training Images inside a Minos Training Set |
| CModelInstanceInfoCollection | Class that maintains the collection of Training Images inside a Minos Training Set |
| CSearchResult | Search result returned by Minos |
| CTrainingSet | A Minos Training Set from which a classifier can be generated |
| ▼NMovie2 | Record movies with classes from this tool |
| CDirectShowSettings | Settings for initializing a direct show engine recorder |
| CRawVideoSettings | Settings for initializing a raw video engine recorder |
| CRecorder | Movie recorder for writing video files to disk |
| CRecordingSettings | Settings for initializing a recorder |
| ▼NOpcUa | Root namespace for the OpcUA tool |
| CBaseNode | An OPCUA BaseNode. This is the base for all other node classes. For instantiation of a specific node type use one of the specific subclasses. There is no public interface to create a BaseNode |
| CBrowseFilter | The BrowseFilter serves to specify the parameter of a browse operation on an OPCUA node object |
| CClient | An OPCUA Client object. This class handles the client side of the OPCUA client/server interaction |
| CFloatNode | A FloatNode object provides an interface for storage and manipulation of floating point numbers |
| CIntegerNode | A Node with integer values provides an interface for storage and manipulation of integer (default int representation) numbers.
|
| CMethodNode | An OPCUA method node object to call remote procedures |
| CMethodNodeArgument | An OPCUAMethodNodeArgument is a helper class to manage arguments of a method node |
| CNodeID | An OPCUA NodeID object. NodeIDs provide a unique identifier for OPCUA nodes, i.e. they help with node creation, addition to servers, retrieving from servers etc. |
| CObjectNode | An OPCUA Object Node object. This is the "base" of many more complex node. However the defining feature is to create a ObjectNode from a OPCUA TypeDefinition. Example: A ObjectNode can be created with Namespace0NodeId of "FolderType", i.e. the creation for a folder |
| COpcUaException | Special runtime exception to carry a native error code |
| CServer | An OPCUA server object |
| CStringNode | A node object with string values, provides an interface for storage and manipulation of strings (default std::string or std::wstring representation) |
| CSubscription | An OPCUA Subscribe serves to monitor OPCUA variables (from a client) and provides a callback mechanism for changes |
| CVariableNode | An OPCUA VariableNode object. It handles the data modeling acording to the OPCUA specification |
| ▼NPfnc | GenICam Pixel Format Naming Convention (PFNC) related components |
| CPfncFormatValue | Helper methods for PfncFormat values. /// |
| ▼NPolimago | Namespace for the Polimago package |
| ▼NTesting | Namespace for the Polimago package testing functionality |
| CClassificationTestResult | Classification test result object |
| CConfusionMatrix | Representation of a confusion matrix |
| CHoldoutTestResultFactory | Factory object for holdout tests |
| CPredictionResult | The information contained in each cell of the confusion matrix |
| CRegressionTestResult | Regression test result object |
| CSampleTestResultFactory | Factory object for running a sample test in which all the elements of a training database are classified with a given classifier |
| CTestResultBase | Base class for all Polimago Test Results |
| CTestResultFactory | Base class for test factory classes |
| ▼NTraining | Namespace for the Polimago package training functionality |
| CClassificationPredictorFactory | Predictor factory for classification predictor |
| CPredictorFactoryBase | Base class for classifier factory classes |
| CPredictorFactoryBaseEx | Base class for classifier factory classes |
| CRegressionPredictorFactory | Factory class for regression predictors |
| CSearchPredictorFactory | Factory class for the generation of search predictors |
| CClassificationPredictor | Predictor to classify patterns with |
| CClassificationResult | Polimago classification result container |
| CPolimagoFactoryCreatedObject | Base class for Polimago objects created by one of the factory classes |
| CPredictorBase | Base class for Polimago predictors |
| CPredictorBaseEx | Base class for Polimago predictors |
| CRegressionPredictor | Polimago Regression predictor |
| CSearchPredictor | Predictor that may be used for searching objects |
| CSearchResult | Search results as provided by a Search Classifier |
| ▼NSampleDatabase | Namespace for the SampleDatabase package |
| CFringes | Object describing the fringes that are available around images in a sample image list |
| CImageClassificationInfoCollection | Collection of class information inside a classification sample list |
| CImageClassificationLabelInfo | Classification label information |
| CImageCollection | Collection of image samples |
| CImageRegressionInfoCollection | Collection of regression information inside a regression sample list |
| CImageRegressionLabelInfo | Regression label information |
| CLabelInfoCollection | Information collection for class labels |
| CSampleClassificationImageList | Classifier type that operates on images |
| CSampleCollection | Collection of data samples |
| CSampleImageList | Classifier type that operates on images |
| CSampleList | Base class for sample lists |
| CSampleListImageDataType | Descriptor for image data to be digested by an image list |
| CSampleRegressionImageList | Classifier type that operates on images |
| ▼NShapeFinder2 | Namespace for the ShapeFinder2 package |
| NFilter | Namespace for collection of filter functions from the ShapeFinder2 package |
| CClassifier | ShapeFinder2 classifier object |
| CClassifierFactory | ShapeFinder2 classifier factory object |
| CSearchResult | Search result as returned by the classifier |
| ▼NShims | Namespace to for standard types that are not available in C++14 |
| Cbad_optional_access | Error when accessing not set value |
| Cbad_variant_access | Error when accessing not set alternative |
| Cin_place_t | Disambiguation tags that can be passed to the constructors of optional() to indicate that the contained object should be constructed in-place |
| Cmonostate | Unit type intended for use as a well-behaved empty alternative in variant |
| Cnullopt_t | Indicates optional() type with uninitialized state |
| Coptional | This class is a replacement for C++17 std::optional |
| Cvariant | This class is a replacement for C++17 std::variant |
| Cvariant_alternative | Compile-time index access to the type of the alternatives at index I |
| Cvariant_size | Get the number of alternatives in a variant |
| ▼NSpectral | Namespace for the Spectral package |
| CCube | Spectral Cube object |
| CCubeRange | 3D rectangle in the samples, lines and bands domain |
| CInterpolator | Spectral Interpolator object |
| CLinearAccessData | Linear access properties |
| CMetaData | Spectral MetaData object |
| CWrappedCube | Spectral Wrapped cube objects are linear non-owning cubes |
| ▼NUI | Namespace for user interface components |
| ▼NQuick | Namespace for QML related classes |
| CImageController | Controller object for the QML image view item |
| CImageLabelItem | Image label item for QML |
| CImageViewItem | Image view item for QML |
| CImageScene | Scene to provide a convenient display for an image |
| CImageView | View to display an image |
| COpenGLBufferFormat | Buffer format description for a texture to hold the pixel data |
| COpenGLCoord | OpenGL coordinate representing a texture corner |
| COpenGLCoordArray | Set of all coordinates required to render a texture |
| COpenGLImageRenderer | Base class for OpenGL image renderer |
| COpenGLImageRendererFactory | Factory to create an OpenGL based image renderer |
| CPropertyGrid | View to display a device's nodemap |
| CZoomDescriptor | Describes an zoom setting for the display |
| ▼NUtilities | Namespace for helpers and utilities, which are not directly related to image processing |
| ▼NSystemInfo | Namespace for helper functions related to system or CVB installation information |
| CLicenseInfo | Information about CVB licenses |
| CMagicNumberEntry | A single Magic Number entry |
| CRateCounter | Frame rate measurement counter with selectable averaging window |
| CStopWatch | Speed measurement object |
| ▼NWebStreaming | Namespace for streaming images via web sockets |
| CConverter | A converter object |
| CJPEGConverter | A JPEG converter object |
| CRGBAConverter | A RGBA converter object |
| CServer | A WebSocket server |
| CAffineMatrix2D | Compacted affine matrix describing the Common Vision Blox coordinate system |
| CAffineMatrix3D | Affine transformation matrix for 3D |
| CAngle | Object for convenient and type - safe handling of angles |
| CArea2D | Structure that represents an area of interest in the image |
| ▼CArrayAccess | Access trait for contiguous linear CVB image planes |
| CColumn | A single column |
| CRow | A single row |
| CAtCalibrator3D | Calibration object to apply 3D calibration of sensor provided by Automation Technology (AT) to point clouds |
| ▼CBlock | Non-owning view on a 2d-plane of data |
| CColumn | A single column |
| CRow | A single row |
| CBlockBase | Base class for all typed Cvb::Block types |
| CBuffer | Buffer class implementing a buffer |
| CBufferBase | Base class of all buffers |
| CCalibrator3D | Base calibration class to apply 3D calibration to point clouds |
| CCancellationToken | A token to enable cancellation on wait operations |
| CCancellationTokenSource | Provides tokens and signals tokens cancellation |
| CCircle | Class representing a circle |
| CComponentsPointers3D | Point components of the point cloud |
| CComposite | Component class is a container for CVB objects |
| CConstRefValue | This class holds references to K values of type T |
| CCuboid | 3D rectangle in the X, Y and Z domain |
| CCvbException | Special runtime exception to carry a native error code |
| CDataType | Data type description for an image plane |
| CDenseComponentsPointers3D | Point components of a dense point cloud |
| CDensePointCloud | A dense Cartesian 3D point cloud object |
| CDevice | Generic CVB physical device |
| CDeviceFactory | Factory object for creating device objects |
| CEllipse | Class representing an ellipse |
| CEventCookie | Cookie used to unregister event handlers |
| CFactors3D | Factor components to be applied in the 3D domain |
| CFactorsCalibrator3D | Calibration object to apply factors component wise |
| CHandleOnly | HandleOnly class is as it says a handle only |
| CIArray | Array interface |
| CImage | The Common Vision Blox image |
| CImagePlane | Image plane information container |
| CLaserPlaneCalibrator3D | Calibration object to appling parameters calibrating laser plane |
| CLaserPlaneHomographyCalibrator3D | Calibration object from CVB Metric to apply a x-z homography for laser triangulation cameras |
| CLaserPlaneZigZagCalibrator3D | Calibration object to apply zig zag algorithm to the range map of a laser triangulation cameras |
| CLine2D | Object representing an infinite line in 2 dimensional space |
| ▼CLinearAccessData | Linear access properties |
| CColumn | A single column |
| CRow | A single row |
| CLinearValue | This class is memory compatible to K values of type T |
| CLocalMaximum | Result type returned by the FindLocalMaxima function |
| CMatrix2D | Double precision 2x2 matrix class |
| CMatrix3D | Double precision 3x3 matrix class |
| CMatrix3DH | Double precision row-major 4x4 matrix |
| CMatrixCalibrator3D | Calibration object to apply 4x4 matrix to each point |
| CMesh | 3D mesh object consisting of polygons |
| CNetworkConnection | Basic network connection operations |
| CPanoramicMappedImage | Mapped image of two merged source images |
| CPFNCBuffer | PFNC buffer class implementing a pfnc buffer |
| CPinholeCameraCalibrator3D | Calibration object to apply the pinhole camera model to the input range map |
| CPlane | Plane information container |
| CPlane3D | A plane in 3D space in Hessian normal form |
| CPlaneEnumerator | Lazy enumeration of planes.
|
| CPlaneTraits | |
| CPoint2D | Multi-purpose 2D vector class |
| CPoint3D | Multi-purpose 3D vector class |
| CPoint3DC | Multi-purpose 3D vector class with confidence |
| CPoint3DH | Multi-purpose 3D vector class (homogeneous) |
| CPointCloud | A point cloud object |
| CPointCloudFactory | Factory object for creating point cloud objects |
| CPolygon3D | A polygon in 3D space |
| CRect | Rectangle object |
| CRectLT | Rectangle object |
| CRefValue | This class holds mutable references to K values of type T |
| ▼CScatterAccess | Access trait for multiple, possibly scattered planes |
| CColumn | A single column |
| CRow | A single row |
| CSensorSettings | Class to store camera sensor settings |
| CSize2D | Stores a pair of numbers that represents the width and the height of a subject, typically a rectangle |
| CSparseComponentsPointers3D | Point components of a sparse point cloud |
| CSparsePointCloud | A sparse Cartesian 3D point cloud object |
| CValueAccessBase | Common base class for access traits, providing typed Value access to planes |
| CValueRange | Container for range definitions |
| ▼CVpat | Virtual Pixel Access Table |
| CColumn | A single column |
| CEntry | One entry of the VPAT |
| CRow | A single row |
| CWhiteBalanceFactors | Factors for white balance correction |
| CWrappedImage | A wrapped image wraps another pixel buffer without owning it |
