| ►NOcean | The namespace covering the entire Ocean framework |
| ►NCV | Namespace of the CV library |
| ►NAdvanced | Namespace of the CV Advanced library |
| CAdvancedFrameChannels | This class implements advanced frame channel conversion, transformation and extraction functions |
| CAdvancedFrameConverter | This class implements a frame converter creating advanced and artificial pixel formats |
| ►CAdvancedFrameFilterGaussian | This class implements an advanced Gaussian filter |
| CComfort | The following comfort class provides comfortable functions simplifying prototyping applications but also increasing binary size of the resulting applications |
| CAdvancedFrameFilterSeparable | This class implements an advanced separable filter |
| CAdvancedFrameFilterSobel | This class implements an advanced sobel frame filter allowing to filter 3D image content |
| ►CAdvancedFrameInterpolatorBilinear | This class implements an advanced bilinear frame interpolator |
| CComfort | The following comfort class provides comfortable functions simplifying prototyping applications but also increasing binary size of the resulting applications |
| CAdvancedFrameInterpolatorBilinearBase | This class implements several advanced bilinear frame interpolator functions based e.g., on template parameters |
| ►CAdvancedFrameInterpolatorBilinearNEON | This class implements advanced bilinear frame interpolation functions using NEON extensions |
| CSpecializedForChannels | This class allows to specialize functions for individual channels |
| ►CAdvancedFrameInterpolatorBilinearSSE | This class implements advanced bilinear frame interpolation functions using SSE extensions |
| CSpecializedForChannels | This class allows to specialize functions for individual channels |
| CAdvancedFrameShrinker | This class implements an advanced frame shrinker e.g., not simply combining visual information from the finer layer but also taking a corresponding mask into account |
| CAdvancedMotion | This class implements advanced motion techniques (mainly with sub-pixel accuracy or binary masks) allowing to determine the motion (movement) of individual image points between two frames |
| CAdvancedSumSquareDifferences | This class implements sum of square difference calculation functions allowing to determine the ssd with sub-pixel accuracy |
| CAdvancedSumSquareDifferencesBase | This class implements functions calculating the sum of square differences and omit center pixel |
| CAdvancedSumSquareDifferencesSSE | This class implements sum of square difference calculation functions allowing to determine the SSE with sub-pixel accuracy using SSD SIMD instructions |
| CAdvancedZeroMeanSumSquareDifferences | This class implements zero-mean sum of square difference calculation functions |
| CAdvancedZeroMeanSumSquareDifferencesBase | This class implements functions calculating the zero-mean sum of square differences |
| CBlackPointDetector | Provides functions for black point detection in a frame |
| CColorChannelCurve | Implements a look-up table to perform fast transformations on a single color channel |
| CColorChannelMapper | Provides methods for fast remapping of colors inside frames |
| ►CFrameColorAdjustment | This class implements color adjustment functions between frames |
| CObject | This class implements an bin adjustment object supporting an arbitrary number of data channels |
| ►CFrameRectification | This class implements functions creating rectified images from frame areas or objects located in a frame |
| CComfort | The following comfort class provides comfortable functions simplifying prototyping applications but also increasing binary size of the resulting applications |
| CPanoramaFrame | This class implements a panorama frame with spherical projection model |
| CPixelLineT | This class implements a 2D line with pixel precision |
| CPixelTriangleT | This class implements a 2D triangle with pixel precision |
| CPoissonBlending | Provides image blending based on Poisson Blending, a seamless image composition algorithm from Perez, et al |
| CScaleOffsetMapping | Defines a scaling and offset color channel mapping |
| CSumSquareDifferencesNoCenter | This class implements functions calculating the sum of square differences and omit center pixel |
| ►CSumSquareDifferencesNoCenterBase | This class implements functions calculating the sum of square differences and omits center pixel |
| CSumSquareDifferencesBase | Internal helper class providing access to CV::SumSquareDifferencesBase |
| ►CSumSquareDifferencesNoCenterNEON | This class implements functions calculating the sum of square differences and omit center pixel |
| CSumSquareDifferencesNEON | Internal helper class providing access to CV::SumSquareDifferencesSSE |
| ►CSumSquareDifferencesNoCenterSSE | This class implements functions calculating the sum of square differences and omits center pixel using SSE instructions |
| CSumSquareDifferencesSSE | Internal helper class providing access to CV::SumSquareDifferencesSSE |
| CWhitePointDetector | Provides functions for white point detection and correction |
| ►NDepth | Namespace of the CV Depth library |
| CDisparity | This class implements disparity functions |
| CRectifier | This class implements frame rectification functions |
| ►NDetector | Namespace of the CV Detector library |
| ►NBarcodes | |
| CBarcode | Definition of a barcode |
| ►CBarcodeDetector2D | This class implements a detector for barcodes |
| CObservation | Definition of an observation of a barcode in 2D |
| CParserEan13Upca | A parser for EAN-13 and UPC-A barcodes |
| ►CRowSegmenter | This class converts raw pixel data into binary segments |
| CTransitionHistory | This class implements a simple history for previous pixel transitions (a sliding window of pixel transitions) |
| ►NQRCodes | |
| CAlignmentPattern | This class implements an alignment pattern inside QR codes |
| CAlignmentPatternDetector | This class implements a detector for alignment patterns inside QR codes |
| CFinderPattern | Definition of a class for finder patterns of QR codes (squares in the top-left, top-right and bottom-left corners) |
| ►CFinderPatternDetector | This class implements a detector for finder patterns which are part of QR Codes |
| CTransitionHistory | This class implements a simple history for previous pixel transitions (a sliding window of pixel transitions) |
| ►CLegacyQRCodeDetector2D | Deprecated: use QRCodeDetector2D instead |
| CObservation | Definition of an observation of QR code in 2D |
| CMicroQRCode | Definition of a Micro QR code |
| ►CMicroQRCodeDecoder | Definition of a QR code decoder |
| CBitStream | |
| CMicroQRCodeDetector | This class implements common functionality of Micro QR code detectors but is not a stand-alone detector |
| ►CMicroQRCodeDetector2D | This class implements a detector for Micro QR Codes |
| CObservation | Definition of an observation of Micro QR code in 2D |
| CMicroQRCodeEncoder | This class implements an encoder and decoder for QR codes |
| CQRCode | Definition of a QR code |
| CQRCodeBase | Base class for QR code implementations |
| ►CQRCodeDebugElements | This class implements debug elements for the development of the QR code detector |
| CScopedHierarchy | This class implements a scoped hierarchy |
| CQRCodeDecoder | Definition of a QR code decoder |
| CQRCodeDetector | This class implements common functionality of QR code detectors but is not a stand-alone detector |
| ►CQRCodeDetector2D | This class implements a detector for QR Codes |
| CObservation | Definition of an observation of QR code in 2D |
| CQRCodeDetector3D | This class implements a 6-DOF detector for QR codes |
| CQRCodeEncoder | This class implements an encoder and decoder for QR codes |
| ►CQRCodeEncoderBase | This class implements basic QRCodeEncoder functionality |
| CReedSolomon | Definition of the ReedSolomon class |
| CSegment | Definition of the segment class A sequence is a sequence of data encoded according to the rules of one ECI or encodation mode |
| CTransitionDetector | Definition of functions related to the detection of pixel transitions |
| ►CUtilities | Definition of utility functions related to the detection of QR codes |
| CCoordinateSystem | Definition of a helper class to convert between the coordinate systems that are used for QR codes |
| CCoordinateSystemBase | Definition of a helper class to convert between the coordinate systems that are used for QR codes |
| CMicroQRCoordinateSystem | Definition of a helper class to convert between the coordinate systems that are used for Micro QR codes |
| ►CCalibrationPatternDetector | This class implements a detector for calibration patterns |
| CDetectionThresholds | Definition of a threshold container for detection parameters |
| CTrackingThresholds | Definition of a threshold container for tracking parameters |
| CDescriptor | This class implements the abstract base for arbitrary descriptors |
| CFASTFeature | This class implements a FAST feature |
| ►CFASTFeatureDetector | This class implements a FAST feature detector |
| CComfort | The following comfort class provides comfortable functions simplifying prototyping applications but also increasing binary size of the resulting applications |
| CFeature | This class implements the abstract base class for arbitrary computer vision features |
| ►CFeatureDetector | This class provides an abstraction for visual features and strong feature points |
| CComfort | The following comfort class provides comfortable functions simplifying prototyping applications but also increasing binary size of the resulting applications |
| CIntensityVector2 | This class implements a vector extension holding an additional intensity parameter |
| ►CFrameChangeDetector | This class implements a simple detection algorithm to compute whether a camera's image content has significantly changed between a given frame and a registered keyframe |
| COptions | |
| ►CFREAKDescriptorT | Forward-declaration of the descriptor class |
| CAnyCameraDerivativeFunctor | Functor that can be used to obtain the 2x3 Jacobian of the camera projection matrix wrt |
| CCameraDerivativeData | The camera data that is required to compute the FREAK descriptor of a image point |
| CCameraDerivativeFunctor | Base class to compute the Jacobian of the camera projection matrix wrt |
| CPinholeCameraDerivativeFunctor | Functor that can be used to obtain the 2x3 Jacobian of the camera projection matrix wrt |
| CHarrisCorner | This class implements a Harris corner |
| ►CHarrisCornerDetector | This class implements the Harris corner detector |
| CPreciseCornerPosition | This class implements a helper object allowing to determine the precise 2D position of Harris corners |
| ►CHemiCube | Data structure used for efficient grouping to 2D line segments This data structure is inspired by and derived from the HemiCube of Rick Szeliski and Daniel Scharstein |
| CMapIndexHash | Helper to compute hash values for map indices |
| ►CLineDetectorHough | This class implements a line detector mainly based on the Hough transformation |
| ►CAccumulator | Vote accumulator array |
| CAngleLookupData | This class holds angle lookup data |
| CDirectionLookupData | This class holds distance lookup data |
| CLookupManager | This class defines a data lookup manager defined as singleton |
| CInfiniteLine | This class defines an infinite 2D line |
| ►CLineDetectorULF | This class implements a line detector optimized for urban lines (Urban Line Finder) |
| CADBarEdgeDetectorI | This class implements an integer-based bar edge detector based on averaged differences |
| CEdgeDetector | This class implements the almost abstract base class for all edge detectors |
| CRMSBarEdgeDetectorF | This class implements a floating-point-based bar edge detector based on root mean square residuals |
| CRMSBarEdgeDetectorI | This class implements an integer-based bar edge detector based on root mean square residuals |
| CRMSStepEdgeDetectorF | This class implements a floating-point-based bar step detector based on root mean square residuals |
| CRMSStepEdgeDetectorI | This class implements an integer-based bar step detector based on root mean square residuals |
| CSDStepEdgeDetectorI | This class implements an integer-based (sum difference) step edge detector that computes the difference of two fixed-size sliding window of width 2 |
| ►CLineEvaluator | This class implements an evalutator for line segments |
| CComplexLineMatch | This class implements a complex match between one source line and several target lines |
| CLineMatch | This class is the base class for all line matches |
| CPartialLineMatch | This class implements a partial match between one source line and several target lines |
| CPerfectLineMatch | This class implements a perfect match between a source line and a target line |
| ►CMessengerCodeDetector | This class implements a detector for circular Messenger Codes |
| CBullseye | Definition of a class holding a bullseye composed of a location and a radius |
| ►CDebugInformation | Data storing debug information |
| CDetectedCode | Data of one detected code |
| CTransitionHistory | This class implements a simple history for previous pixel transitions (a sliding window of pixel transitions) |
| CORBDescriptor | This class implement the descriptor for ORB features |
| CORBFeature | This class implements a ORB feature |
| CORBFeatureDescriptor | This class implements all necessary functions for the ORB feature descriptor and matcher |
| CORBFeatureOrientation | This class implements all necessary functions to calculate the orientation of an ORB features |
| ►CORBSamplingPattern | This singleton holds several lookup tables for the determination of ORB descriptors |
| CLookupPosition | This class holds 2D coordinates of two points which are used for a binary test during the ORB descriptor calculation |
| COrientedPointFeature | This class implements the base class for all computer vision features mainly basing on points width an orientation |
| CPointFeature | This class implements the base class for all computer vision features mainly basing on points |
| ►CShapeDetector | This class is a collection of detectors for geometric shapes |
| CLShape | This class implements an L-shape element like a corner of a rectangle |
| CPatternDetectorGradientBased | This class implements a shape detector mainly based on gradients |
| CPatternDetectorGradientVarianceBased | This class implements a shape detector based on gradients and variance |
| CPatternDetectorVarianceBased | This class implements a shape detector mainly based on variance |
| CTShape | This class implements a T-shape element like a junction connecting two lines, with one line having the connecting at an end point and the other in the middle of th line |
| CTwoLineShape | This class implements the base class for all shapes based on two lines |
| CXShape | This class implements a X-shape element like a crossing of two lines, with both lines not crossing near to an end point |
| CUtilities | This class is a collection of detector-related utitility functions |
| ►NFonts | Namespace of the CV Fonts library |
| ►CFont | This class is the base class for all font implementations |
| CCharacter | This class stores font-specific layout information about each individual character |
| CFontManager | This class implements the manager for all fonts |
| CFTFont | This class implements a font based on FreeType |
| ►CFTFontManager | This class implements the actual manager for all FreeType fonts |
| CFace | This class wrapps a FreeType face |
| CUtilities | This class implements utility functions for the FreeType font library |
| ►NSegmentation | Namespace of the CV Segmentation library |
| ►CBinPacking | This class implements bin packing algorithms |
| CPacking | This class provides the relevant packing information for a 2D box with pixel precision |
| ►CClustering | This class implements simple clustering functions for image information |
| CCluster | This class implements a single cluster for 3 channel 24 bit data objects |
| CData | This class implements a single data to be clustered |
| CSegmentation | This class implements the management of clusters |
| ►CContourAnalyzer | This class implements functions analyzing contours |
| CDenseObject | This class implements a simple storage for a point index with corresponding dense parameter |
| ►CContourFinder | This class implements functions finding contours |
| CFingerprint | This class implements a fingerprint based on arbitrary visual information which can be used to determine similarity or dissimilarity between other visual information (e.g., specific locations in a frame) |
| CContourMapping | This class determines mappings between pixels lying on a contour |
| CContourTracker | This class implements a contour tracker able to detect an object and to track the object's contour within a video sequence with realtime performance |
| ►CFrameFilterBlur | This class implements functions allowing to blur image content |
| CComfort | The following comfort class provides comfortable functions simplifying prototyping applications but also increasing binary size of the resulting applications |
| ►CMaskAnalyzer | This class implements functions analyzing masks, determining specific pixels in relation to masks and allowing to convert pixels to contours |
| CMaskBlock | This class implements a simple information for a block/area of mask pixels |
| CSweepMaskIsland | This class implements a mask island used in a sweep algorithm |
| CMaskCreator | This class implements functions allowing to create or to modify masks |
| CPixelContourT | This class implements a contour with pixel accuracy |
| ►CSeedSegmentation | This class implements basic seed-based segmentation functions |
| CComfort | The following comfort class provides comfortable functions simplifying prototyping applications but also increasing binary size of the resulting applications |
| CPixelCandidate | This class extends the pixel position by another parameter holding the pixel index of the reference pixel |
| ►CTriangulation | This class implements functions allowing for triangulation |
| CIndexTriangle | This class holds coordinate index of a triangle |
| ►NSynthesis | Namespace of the CV Synthesis library |
| CConstraint | This class is the base class for all constraints |
| CConstraints | This class implements a container holding constraints |
| CCreator | This class implements the base class for all creators |
| CCreator1 | This class implements the base class for all creators that support mappings for one frame |
| CCreatorF | This class is the base class for all creators that support mappings with float accuracy |
| CCreatorFrame | This class implements the base class for all creator objects that create a resulting frame as output |
| CCreatorI | This class is the base class for all creators that support mappings with integer accuracy |
| CCreatorInformationCost4NeighborhoodI1 | This class implements a creator that determines the mapping cost for a four neighborhood for mappings with integer accuracy |
| CCreatorInformationSpatialCostI1 | This class implements a creator object that creates a visual representation of the spatial mapping cost |
| CCreatorInpaintingContentF1 | This class implements a creator object that creates the final synthesis image for a mapping with float accuracy and a mapping within the same frame |
| CCreatorInpaintingContentI1 | This class implements a creator object that creates the final synthesis image for a mapping with float accuracy and a mapping within the same frame |
| CCreatorSubset | This class implements a creator that can be distributed to subsets of the synthesis layer |
| CFiniteLineConstraint | This class implements a finite line constraint |
| CInitializer | This class implements the base class for all synthesis initializers |
| CInitializer1 | This class is the base class for all initializers that are provided for a single frame only |
| CInitializerAppearanceMapping | This class implements the abstract base class for all appearance initializers |
| CInitializerAppearanceMappingAreaConstrainedI1 | This class implements an initializer that uses appearance constraints for the mapping and further respects a filter that defines undesired source elements |
| CInitializerAppearanceMappingF1 | This class implements an initializer that initializes the mapping by appearance constraints for mappings with float accuracy |
| CInitializerAppearanceMappingI1 | This class implements an initializer that initializes the mapping by appearance constraints for mappings with integer accuracy |
| CInitializerAreaConstrained | This class implements a base class for all initializers basing on area constraints |
| CInitializerCoarserMappingAdaptionAreaConstrainedI1 | This initializer creates an initial mapping by the adaption of an already existing mapping of a coarser synthesis layer, further a filter that defines undesired source elements is respected during the initialization |
| CInitializerCoarserMappingAdaptionF1 | This initializer creates an initial mapping by the adaption of an already existing mapping of a coarser synthesis layer |
| CInitializerCoarserMappingAdaptionI1 | This initializer creates an initial mapping by the adaption of an already existing mapping of a coarser synthesis layer |
| CInitializerCoarserMappingAdaptionSpatialCostMaskI1 | This initializer creates an initial mapping by the adaption of an already existing mapping of a coarser synthesis layer and further creates an inpainting mask for the finer layer holding the information of initial mappings with zero spatial costs |
| CInitializerContourMappingI1 | This class implements an initializer connecting the inpainting contour |
| CInitializerConvertMappingF1 | This class implements an initializer that converts the mapping of a layer with integer mapping to a layer with float mapping |
| CInitializerCopyMappingI1 | This initializer simply copies an existing mapping |
| CInitializerF | This class implements the base class for all initializer objects that are applied for mappings with float accuracy |
| CInitializerHomographyMappingAdaptionF1 | This class implements an initializer that initializes the float mapping by the application of a previous mapping with corresponding homography |
| CInitializerI | This class implements the base class for all initializer objects that are applied for mappings with integer accuracy |
| CInitializerMoveMappingI1 | This initializer undertakes an existing mapping by application of the move constructor |
| CInitializerRandomized | This class is the base class for all initializers that mainly initialize the synthesis mapping by a heuristic (randomized) approach |
| CInitializerRandomMappingAreaConstrainedI1 | This initializer creates a random initial mapping and further respects a filter that defines undesired source elements |
| CInitializerRandomMappingI1 | This initializer creates a random initial mapping |
| CInitializerShrinkingErosionI1 | This class implements an initializer that initializes the mapping by shrinking the inpainting mask by an erosion filter |
| CInitializerShrinkingErosionRandomizedI1 | This class implements an initializer that initializes the mapping by shrinking the inpainting mask by a randomized erosion filter |
| ►CInitializerShrinkingPatchMatchingI1 | This class implements an initializer that shrinks the inpainting mask by the application of images patches |
| CInpaintingPixel | This class implements a single inpainting pixel |
| CSSDWrapper | Definition of a wrapper class for ssd functions |
| CSSDWrapperMask | Definition of a wrapper class for ssd functions |
| CInitializerSubset | This class is the base class for all initializer objects that can separate the initialization process into individual subsets (of the mapping area) |
| CLayer | This class implements the base class for all inpainting layers |
| CLayerF | This class implements the base class for all synthesis layers with float accuracy |
| CLayerF1 | This class implements a single layer for pixel synthesis within one frame and sub-pixel accuracy |
| CLayerI | This class implements the base class for all synthesis layers with integer accuracy |
| CLayerI1 | This class implements a single layer for pixel synthesis within one frame and pixel accuracy |
| CLineConstraint | This class implement a line constraint |
| CMapping | This class is the base class for all mappings |
| CMappingF | This class implements a mapping with float accuracy |
| CMappingF1 | Cost function: |
| CMappingI | This class implements a mapping with integer accuracy |
| CMappingI1 | This class implements the pixel mapping between source and target frames |
| CMappingI2 | This class implements the pixel mapping between source and target frames |
| COperator | This class is the base class for all image synthesis operators |
| COptimizer | This class is the base class for all synthesis optimizers |
| COptimizer1 | This class implements the base class for all synthesis optimizers that use one single frame |
| COptimizer4NeighborhoodAreaConstrainedI1 | This optimizer uses a frame that defines undesired source elements that are avoided during the optimization |
| COptimizer4NeighborhoodHighPerformanceF1 | This class implements a high performance mapping optimizer for float mappings that use one single frame |
| COptimizer4NeighborhoodHighPerformanceI1 | This class implements a high performance mapping optimizer for integer mappings that use one single frame |
| COptimizer4NeighborhoodHighPerformanceSkippingByCostMaskI1 | This class implements a high performance mapping optimizer for integer mappings |
| COptimizer4NeighborhoodHighPerformanceSkippingI1 | This class implements a high performance mapping optimizer for integer mappings |
| COptimizer4NeighborhoodReferenceFrameF1 | This class implements an optimizer for a mapping with float accuracy that uses a reference frame as additional optimization constraint |
| COptimizer4NeighborhoodStructuralConstrainedI1 | This class implements a constrained mapping optimizer for integer mappings |
| COptimizerF | This class is the base class for all optimizers that use a mapping with float accuracy |
| COptimizerI | This class is the base class for all optimizers that use a mapping with integer accuracy |
| COptimizerSubset | This class is the base class for all optimizers that are able to optimize seperate subsets of the synthesis content |
| CStructureConstraint | This class implements a structure constraint |
| CSynthesisPyramid | This class implements the base class for all synthesis pyramids |
| CSynthesisPyramidF1 | This class implements the main pixel synthesis object holding several synthesis pyramid layers |
| CSynthesisPyramidI1 | This class implements the main pixel synthesis object holding several synthesis pyramid layers for one-frame synthesis |
| CBresenham | This class implements bresenham line algorithms |
| ►CCanvas | This class implements canvas functions |
| CComfort | The following comfort class provides comfortable functions simplifying prototyping applications but also increasing binary size of the resulting applications |
| CFilterFactors | This class implements a helper class that provides binomial filter parameters for a specific filter size |
| ►CFont | This class implements a standard font similar to a code-block like font |
| CCharacter | This class implements one character of a font for which each pixel has as size of at most 16x16 |
| CContrastLimitedAdaptiveHistogram | Implementation of Contrast-Limited Adaptive Histogram Equalization (CLAHE) |
| ►CCVUtilities | This class implements Computer Vision utility functions |
| CSmallerPatchSize | This struct is a helper class allowing to determine the next smaller tracking patch for a given patch size |
| CSmallerPatchSize< 15u > | Specialization of the helper struct |
| CSmallerPatchSize< 31u > | Specialization of the helper struct |
| CSmallerPatchSize< 5u > | Specialization of the helper struct |
| CSmallerPatchSize< 63u > | Specialization of the helper struct |
| CSmallerPatchSize< 7u > | Specialization of the helper struct |
| CSmallerPatchSize< 9u > | Specialization of the helper struct |
| CEigenUtilities | This class provides several helper classes allowing to convert between Ocean data structures and Eigen data structures |
| ►CFrameBlender | This class implements a frame blender using an alpha channel to blend frames |
| CFrameChannels | Helper class allowing to determine the number of channels of a frame |
| CSourceOffset | Helper class allowing to determine the offset that is necessary to access the alpha channel |
| CTargetOffset | Helper class allowing to determine the number of channels of the target frame |
| ►CFrameChannels | This class implements frame channel conversion, transformation and extraction functions |
| CComfort | The following comfort class provides comfortable functions simplifying prototyping applications but also increasing binary size of the resulting applications |
| ►CFrameConverter | This is the base class for all frame converter classes |
| CComfort | The following comfort class provides comfortable functions simplifying prototyping applications but also increasing binary size of the resulting applications |
| ►CConversionFunctionMap | This class implements a singleton-based map for function pointers of conversion functions |
| ►CConversionTriple | This class combines source pixel format, target pixel format, and options types |
| CHash | Helper class for a hash function |
| CFunctionWrapper | This class is a wrapper for function pointers |
| COptions | Definition of a class storing options for frame conversions |
| CRGGB10ToRGB24AdvancedOptions | Definition of the parameters used by the function for row-wise conversion of RGGB14_PACKED to RGB24/BGR24 |
| CFrameConverterABGR32 | This class implements functions to convert frames with ABGR 32 bit pixel format |
| CFrameConverterARGB32 | This class implements functions to convert frames with ARGB 32 bit pixel format |
| CFrameConverterB_G_R24 | This class provides functions to convert frames with B_G_R24 pixel format |
| CFrameConverterBGR24 | This class provides functions to convert frames with BGR pixel format |
| CFrameConverterBGR32 | This class provides functions to convert or to change frames with RGB pixel format |
| CFrameConverterBGR565 | This class provides functions to convert or to change frames with BGR 565 pixel format |
| CFrameConverterBGRA32 | This class provides functions to convert frames with BGRA pixel format |
| ►CFrameConverterColorMap | This class provides functions to convert frames based on a color map |
| CComfort | The following comfort class provides comfortable functions simplifying prototyping applications but also increasing binary size of the resulting applications |
| CLookupData | Helper class for converters with lookup table |
| CFrameConverterR_G_B24 | This class provides functions to convert frames with R_G_B24 pixel format |
| CFrameConverterRGB24 | This class provides functions to convert or to change frames with RGB pixel format |
| CFrameConverterRGB32 | This class provides functions to convert or to change frames with RGB pixel format |
| CFrameConverterRGB565 | This class provides functions to convert or to change frames with RGB 565 pixel format |
| CFrameConverterRGBA32 | This class provides functions to convert frames with RGBA32 pixel format |
| CFrameConverterRGBA64 | This class provides functions to convert frames with RGBA64 pixel format |
| CFrameConverterRGGB10_Packed | This class provides functions to convert frames with RGGB10_PACKED pixel format |
| CFrameConverterThreshold | This class implements frame converters dividing a frame by application of a threshold |
| CFrameConverterUYVY16 | This class provides functions to convert frames with UYVY16 pixel format |
| ►CFrameConverterY10_Packed | This class provides functions to convert frames with Y10_PACKED pixel format |
| CLookupTableManager | This class implements the manager for lookup tables |
| CFrameConverterY16 | This class provides functions to convert frames with Y16 pixel format |
| CFrameConverterY32 | This class provides functions to convert frames with Y32 pixel format |
| ►CFrameConverterY8 | This class provides functions to convert frames with Y8 pixel format |
| CLookupTableManager | This class implements the manager for lookup tables |
| CFrameConverterY_U_V12 | This class provides functions to convert frames with Y_U_V12 pixel format |
| CFrameConverterY_U_V24 | This class provides functions to convert frames with Y_U_V24 pixel format |
| CFrameConverterY_UV12 | This class provides functions to convert frames with Y_UV12 pixel format |
| CFrameConverterY_V_U12 | This class provides functions to convert frames with Y_V_U12 pixel format |
| CFrameConverterY_VU12 | This class provides functions to convert frames with Y_VU12 pixel format |
| CFrameConverterYA16 | This class provides functions to convert frames with YA16 pixel format |
| CFrameConverterYUV24 | This class provides functions to convert frames with YUV24 pixel format to other pixel formats |
| CFrameConverterYUVA32 | This class provides functions to convert frames with YUVA32 pixel format to other pixel formats |
| CFrameConverterYUYV16 | This class provides functions to convert frames with YUYV16 pixel format |
| CFrameConverterYVU24 | This class provides functions to convert frames with YVU24 pixel format to other pixel formats |
| ►CFrameEnlarger | This class implements functions to enlarge/up-sample frames |
| CComfort | The following comfort class provides comfortable functions simplifying prototyping applications but also increasing binary size of the resulting applications |
| CFrameFilter | This class implements the base class for all filter |
| CFrameFilterCanny | This class implements a canny edge filter based on Sobel or Scharr filter operators and their responses respectively |
| CFrameFilterDilation | This class implements a frame dilation filter |
| ►CFrameFilterErosion | This class implements an erosion filter |
| CComfort | The following comfort class provides comfortable functions simplifying prototyping applications but also increasing binary size of the resulting applications |
| CFrameFilterFactorProvider | This class implements a helper class providing template filter factors |
| ►CFrameFilterGaussian | This class implements Gaussian image blur filters |
| CReusableMemory | This class holds re-usable memory for the filtering process |
| CFrameFilterGradient | This class implements a gradient frame filter |
| CFrameFilterGradientBase | This class implements a gradient frame filter not explicitly using SIMD instructions |
| CFrameFilterLaplace | This class implements Laplace frame filter |
| ►CFrameFilterMax | This class implements filters based on the max function |
| CComfort | The following comfort class provides comfortable functions simplifying prototyping applications but also increasing binary size of the resulting applications |
| CFrameFilterMean | This class implements a mean frame filter |
| ►CFrameFilterMedian | This class implements a median filter |
| CComfort | The following comfort class provides comfortable functions simplifying prototyping applications but also increasing binary size of the resulting applications |
| ►CFrameFilterMin | This class implements filters based on the min function |
| CComfort | The following comfort class provides comfortable functions simplifying prototyping applications but also increasing binary size of the resulting applications |
| CFrameFilterMorphology | This class implements the base class for all morphology frame filter |
| CFrameFilterPatch | This class implements a patch frame filter |
| CFrameFilterPrewitt | This class implements a Prewitt frame filter |
| ►CFrameFilterScharr | This class implements a Scharr filter |
| CComfort | The following comfort class provides comfortable functions simplifying prototyping applications but also increasing binary size of the resulting applications |
| ►CFrameFilterScharrMagnitude | This class implements a scharr filter based on (or respecting) the magnitude of the response |
| CComfort | The following comfort class provides comfortable functions simplifying prototyping applications but also increasing binary size of the resulting applications |
| CPixelResponse | This class provides functions allowing to calculate a response for one pixel |
| ►CFrameFilterSeparable | This class implements separable filter |
| CReusableMemory | This class holds re-usable memory for the filtering process |
| CSIMD32x4 | Definition of a 128 bit SIMD data type holding four 32 bit values |
| CSIMD32x4< float > | Definition of a 128 bit SIMD data type holding four 32 bit values |
| CSIMD32x4< unsigned int > | Definition of a 128 bit SIMD data type holding four 32 bit values |
| ►CFrameFilterSobel | This class implements a Sobel filter |
| CComfort | The following comfort class provides comfortable functions simplifying prototyping applications but also increasing binary size of the resulting applications |
| ►CFrameFilterSobelMagnitude | This class implements a Sobel filter based on (or respecting) the magnitude of the response |
| CComfort | The following comfort class provides comfortable functions simplifying prototyping applications but also increasing binary size of the resulting applications |
| CPixelResponse | This class provides functions allowing to calculate a response for one pixel |
| ►CFrameFilterSorted | This class implements the base class for all filters relying on sorted filter values |
| CHistogramInteger | This class implements a histogram for integer values |
| CSortedElements | This class implements a container holding sorted elements |
| CFrameFilterTemplate | This class implements a 3x3 filter with arbitrary filter pattern |
| CFrameInterpolator | This class implements functions interpolating frames and image content |
| ►CFrameInterpolatorBicubic | This class implements a bicubic frame interpolator |
| CComfort | The following comfort class provides comfortable functions simplifying prototyping applications but also increasing binary size of the resulting applications |
| ►CFrameInterpolatorBilinear | This class implements bilinear frame interpolator functions |
| CComfort | The following comfort class provides comfortable functions simplifying prototyping applications but also increasing binary size of the resulting applications |
| CSpecialCases | This class implements highly optimized interpolation functions with fixed properties |
| ►CFrameInterpolatorBilinearAlpha | This class implements bilinear frame interpolator functions for frames holding an alpha channel |
| CComfort | The following comfort class provides comfortable functions simplifying prototyping applications but also increasing binary size of the resulting applications |
| ►CFrameInterpolatorNearestPixel | This class implements a nearest pixel frame interpolator |
| CComfort | The following comfort class provides comfortable functions simplifying prototyping applications but also increasing binary size of the resulting applications |
| CSpecialCases | This class implements highly optimized interpolation functions with fixed properties |
| CFrameInterpolatorTrilinear | This class implements tri-linear frame interpolator functions |
| CFrameInverter | This class implements a frame inverter inverting the internal frame data |
| CFrameMean | This class implements functions allowing to determine e.g., the mean pixel value of a frame of a mean frame based on several frames |
| ►CFrameMinMax | This class implements functions allowing to determine minimum and maximum values within frames |
| CExtremumDeterminer | This class allows to determine the extremum (the global minimum or maximum) within a given frame |
| CFrameNorm | This class implements functions allowing to determine norms of images e.g, a L2 norm |
| ►CFrameNormalizer | This class implements functions normalizing frames |
| CDataTypeMultiple255 | Helper struct allowing to determine the type able to store data multiplied by 255 |
| CDataTypeMultiple255< float > | |
| CDataTypeMultiple255< uint64_t > | |
| CFloatType | Helper struct allowing to determine the necessary float type for a given data type |
| CFloatType< double > | Specialization of the helper struct |
| ►CFrameOperations | Class for commonly used (arithmetic) operators on and between frames |
| COperations | Collections of pixel operations |
| CFrameProviderInterface | This class defines an abstract interface allowing to request frames from any kind of frame provider |
| CFramePyramid | This class implements a frame pyramid |
| CFrameShrinker | This class implements function to downsize a frame |
| ►CFrameShrinkerAlpha | This class implements functions downsizing frames that hold alpha channels |
| CComfort | The following comfort class provides comfortable functions simplifying prototyping applications but also increasing binary size of the resulting applications |
| ►CFrameTransposer | This class implements a frame transposer |
| CBlockTransposer | Helper class for functions transposing blocks |
| CComfort | The following comfort class provides comfortable functions simplifying prototyping applications but also increasing binary size of the resulting applications |
| CFrameVariance | This class implements functions to determine the frame variance |
| CFrequencyAnalysis | This class provides frame frequency analysis functions |
| ►CHistogram | This class implements an image histogram |
| CHistogram8BitPerChannel | This class implements a standard histogram object storing 8 bit per channel |
| CHistogramBase8BitPerChannel | This class implements the base class for all histogram objects holding 8 bit per data channel |
| CIntegralHistogram8BitPerChannel | This class implements an integral histogram object |
| CLookupTable8BitPerChannel | This class implements a simple lookup table |
| CImageQuality | This class implements functions to measure the quality of images |
| ►CIntegralImage | This class provides functions to create an integral image from a gray scale image |
| CComfort | The following comfort class provides comfortable functions simplifying prototyping applications but also increasing binary size of the resulting applications |
| CMaskAnalyzer | This class implements basic maks analyzing functions |
| CMotion | This class implements patch-based motion techniques |
| CNEON | This class implements computer vision functions using NEON extensions |
| ►CNonMaximumSuppression | This class implements the possibility to find local maximum in a 2D array by applying a non-maximum-suppression search |
| CStrengthCandidate | This class holds the horizontal position and strength parameter of an interest pixel |
| CStrengthPosition | This class extends a 2D position by a third parameter storing a strength value |
| COpenCVUtilities | This class implements utility functions for the migration from OpenCV to Ocean |
| CPixelBoundingBoxT | This class implements a 2D bounding box with pixel precision |
| CPixelPositionT | This class implements a 2D pixel position with pixel precision |
| ►CSSE | This class implements computer vision functions using SSE extensions |
| CM128 | This union defines a wrapper for the __m128 SSE intrinsic data type |
| CM128d | This union defines a wrapper for the __m128 SSE intrinsic data type |
| CM128i | This union defines a wrapper for the __m128i SSE intrinsic data type |
| CSubRegion | This class implement a sub-region either defined by 2D triangles or defined by a binary mask |
| CSumAbsoluteDifferences | This class implements functions calculation the sum of absolute differences |
| CSumAbsoluteDifferencesBase | This class implements several sum of absolute differences functions |
| CSumAbsoluteDifferencesNEON | This class implements functions calculation the sum of absolute differences with NEON instructions |
| CSumAbsoluteDifferencesSSE | This class implements functions calculation the sum of absolute differences |
| CSumSquareDifferences | This class implements functions calculating the sum of square differences |
| CSumSquareDifferencesBase | This class implements several sum square differences functions based e.g., on template parameters |
| CSumSquareDifferencesNEON | This class implements function to calculate sum square differences using NEON instructions |
| CSumSquareDifferencesSSE | This class implements function to calculate sum square differences using SSE instructions |
| CZeroMeanSumSquareDifferences | This class implements functions calculating the zero-mean sum of square differences |
| CZeroMeanSumSquareDifferencesBase | This class implements several zero-mean sum square differences functions based e.g., on template parameters |
| ►CZeroMeanSumSquareDifferencesNEON | This class implements function to calculate zeao-mean sum square differences using NEON instructions |
| CSpecializedForChannels | This class allows to specialize functions for individual channels |
| ►CZeroMeanSumSquareDifferencesSSE | This class implements function to calculate zeao-mean sum square differences using SSE instructions |
| CSpecializedForChannels | This class allows to specialize functions for individual channels |
| ►NDevices | Namespace of the Devices library |
| ►NAndroid | Namespace of the Devices Android library |
| CAndroidAccelerationSensor3DOF | This class implements all 3DOF acceleration sensors (including the linear acceleration sensors) |
| CAndroidDevice | This class implements a device for the Android library |
| CAndroidFactory | This class implements a device factory for the Android feature based tracking system |
| CAndroidGPSTracker | This class implements a GPS tracker |
| CAndroidGravityTracker3DOF | This class implements a tracker providing the gravity direction as 3-DOF orientation |
| CAndroidGyroSensor3DOF | This class implements all 3DOF acceleration sensors (including the linear acceleration sensors) |
| CAndroidHeadingTracker3DOF | This class implements a tracker providing the heading/north direction as 3-DOF orientation |
| CAndroidOrientationTracker3DOF | This class implements a 3DOF orientation tracker |
| ►CAndroidSensor | This class implements a sensor for the Android library |
| CLooperManager | This class implements the manager for the looper thread |
| ►NARCore | Namespace of the Devices ARCore library |
| CACDepthTracker6DOF | |
| CACDevice | This class implements a device for the ARCore library |
| CACFactory | This class implements a device factory for the ARCore tracking library |
| CACPlaneTracker6DOF | |
| CACSceneTracker6DOF | |
| CACWorldTracker6DOF | |
| ►CARSessionManager | This class implements a wrapper around the actual ARCore tracker which may be used by several devices at the same time |
| CSession | This class implements an AR session, one session is associated with a specific camera |
| CScopedARObject | This class implements a scoped object for ARCore objects |
| ►NARKit | Namespace of the Devices ARKit library |
| CAKDepthTracker6DOF | This class implements the 6DOF tracker also delivering depth images |
| ►CAKDevice | This class implements a device for the ARKit library |
| CARSessionManager | This class implements a wrapper around the actual ARSessionDelegate which may be used by several devices at the same time |
| CAKFaceTracker6DOF | This class implements the 6DOF face tracker providing only the head pose |
| ►CAKFactory | This class implements a device factory for the ARKit tracking library |
| CGeoAnchorAvailabilityChecker | This class implements a checker for the availability of GeoAnchors at the current location |
| ►CAKGeoAnchorsTracker6DOF | This class implements ARKit's 6-DOF Geo Anchors tracker |
| CLocation | This class stores GPS locations |
| CAKPlaneTracker6DOF | This class implements a 6DOF plane tracker based on ARKit |
| CAKRoomPlanTracker6DOF | This class implements the 6DOF RoomPlan tracker |
| CAKRoomPlanTracker6DOFBase | This class implements the base class for the 6DOF RoomPlan tracker |
| ►CAKSceneTracker6DOF | This class implements the 6DOF scene tracker |
| CARMeshAnchorHash | Helper class implementing a hash function for ARMeshAnchor |
| CAKWorldTracker6DOF | This class implements the 6DOF world tracker |
| CUtilities | This class impelements utility functions |
| ►NIOS | Namespace of the Devices IOS library |
| CIOSAccelerationSensor3DOF | This class implements all 3DOF acceleration sensors (including the linear acceleration sensors) |
| CIOSDevice | This class implements a device for the IOS library |
| CIOSFactory | This class implements a device factory for the IOS feature based tracking system |
| CIOSGPSTracker | This class implements a GPS tracker for iOS platforms |
| CIOSGravityTracker3DOF | This class implements a tracker providing the gravity direction as 3-DOF orientation |
| CIOSGyroSensor3DOF | This class implements all 3DOF gyro sensors (including the raw and unbiased gyro sensors) |
| CIOSHeadingTracker3DOF | This class implements a tracker providing the heading/north direction as 3-DOF orientation |
| CIOSOrientationTracker3DOF | This class implements all 3DOF orientation tracker purely based on the IMU information of the device |
| CIOSSensor | This class implements a sensor for the IOS library |
| CMotionManager | This class implements a simple wrapper for the CMMotionManager object as an application must not create more than one instance of a CMMotionManager object |
| ►NMapBuilding | Namespace of the Devices MapBuilding library |
| CMapBuildingDevice | This class implements a base class for all devices of the MapBuilding library |
| CMapBuildingFactory | This class implements a device factory for the MapBuilding feature-based tracking system |
| COnDeviceMapCreatorTracker6DOF | This class implements an On-Device map creator |
| COnDeviceRelocalizerTracker6DOF | This class implements an On-Device Relocalizer based on offline created feature maps |
| ►NPattern | Namespace of the Devices Pattern library |
| CPatternDevice | This class implements a base class for all devices of the Pattern library |
| CPatternFactory | This class implements a device factory for the Pattern feature based tracking system |
| CPatternTracker6DOF | This class implements a Pattern feature-based tracker |
| ►CStaticPatternTracker6DOF | This class implements a static Pattern feature-based tracker |
| CPatternTransformations | This class stores necessary information for one pattern |
| ►NRMV | Namespace of the Devices RMV library |
| CRMVDevice | This class implements a device for the RMV library |
| CRMVFactory | This class implements a device factory for the RMV feature based tracking system |
| CRMVTracker6DOF | This class implements an RMV feature based tracker |
| ►NSLAM | Namespace of the Devices SLAM library |
| CSLAMDevice | This class implements a device for the SLAM library |
| CSLAMFactory | This class implements a device factory for the SLAM feature based tracking system |
| CSLAMTracker6DOF | This class implements an SLAM feature based tracker |
| ►CAccelerationSensor3DOF | This class is the base class for all 3DOF acceleration sensors |
| CAcceleration3DOFSample | Definition of a sample holding acceleration sensor 3DOF measurements |
| ►CDevice | This class is the base class for all devices of any type |
| CDeviceType | Definition of a class holding the major and minor device type |
| CDevicePlayer | This class implements the abstract base class for all device players |
| CDeviceRefManager | This class implements a manager for device references |
| ►CFactory | This class implements a factory able to create instances of devices |
| CDeviceDescriptor | This class stores information to describe and to creator a device |
| ►CGPSTracker | This class is the base class for all gps tracker objects |
| CGPSTrackerSample | Definition of a sample holding GPS measurements |
| CLocation | This class implements a container for a GPS location |
| ►CGyroSensor3DOF | This class is the base class for all 3DOF gyro sensors |
| CGyro3DOFSample | Definition of a sample holding gyro sensor 3DOF measurements |
| CMagneticTracker | This class is the base class for all tracker using a magnetic filed as input measurements |
| ►CManager | This class implements as singleton-based manager which allows to access all available devices |
| CAdhocFactory | This class implements an ad-hoc factory for devices which are implemented outside of an own library e.g., during rapid prototyping |
| ►CMeasurement | This class implements the base class for all devices providing measurement samples |
| CObjectMapper | This class implements a helper class to simplify the mapping between internal object ids (of the actual tracking implementation) and extern object ids (of the device system) |
| CSample | Definition of a sample holding a measurement |
| CSampleEventSubscription | This class manages the lifetime of an event subscription for sample events |
| CObjectTracker | This class is the base class for all tracker allowing to track an object or location |
| ►COrientationTracker3DOF | This class is the base class for all 3DOF orientation tracker objects |
| COrientationTracker3DOFSample | Definition of a sample holding 3DOF orientation measurements |
| ►CPositionTracker3DOF | This class is the base class for all 3DOF position trackers |
| CPositionTracker3DOFSample | Definition of a sample holding 3DOF position measurements |
| ►CSceneTracker6DOF | This class implements the base for all 6-DOF scene trackers |
| CSceneElement | This class implements the base class of all scene elements |
| CSceneElementDepth | This class implements a scene element holding depth information |
| CSceneElementFeatureCorrespondences | This class implements a scene element holding 2D/3D feature correspondences |
| ►CSceneElementMeshes | This class implements a scene element holding 3D meshes |
| CMesh | This class stores the relevant information of a 3D mesh |
| CSceneElementObjectPoints | Definition of a scene element holding 3D object points |
| ►CSceneElementPlanes | This class implements a scene element holding 3D planes |
| CPlane | This class stores the relevant information of a 3D plane |
| ►CSceneElementRoom | This class implements a scene element holding room objects |
| CPlanarRoomObject | This class implements a room object which is planar/flat |
| CRoomObject | This class implemenets the base class for all room objects |
| CVolumetricRoomObject | This class implements a room object which is volumetric |
| CSceneTracker6DOFSample | Definition of a sample holding one single 6DOF tracker measurement |
| CSensor | This class implements the base class for all sensors |
| CSmartDeviceRef | This class implements a smart device reference |
| ►CTracker | This class implements the base class for all tracker devices |
| CTrackerObjectEventSubscription | This class manages the lifetime of an event subscription for tracker object events |
| CTrackerSample | Definition of a sample holding one measurement values of a tracker |
| ►CTracker6DOF | This class implements the base for all 6DOF trackers |
| CTracker6DOFSample | Definition of a sample holding one single 6DOF tracker measurement |
| CVisualTracker | This class is the base class for all tracker using visual input to create the tracking results |
| ►NGeometry | Namespace of the Geometry library |
| CAbsoluteTransformation | This class provides functions determining the absolute transformation between two point sets |
| CAutoCalibration | This class implements self-calibration for multiple views |
| ►CCameraCalibration | This class implements functions to calibrate a camera, to determine the profile of a camera |
| CPattern | Definition of a class holding the information about one calibration pattern |
| CCone | This class implements a cone quadric |
| ►CDelaunay | This class implements Delaunay triangulation functions |
| CCircumCricleIndexTriangle | This class extends the IndexTriangle class by an additional circumcircle as the Delaunay triangulation is based on this information |
| CComparePointsX | This class implements the lesser operator for indices of points |
| CIndexEdge | This class stores the sorted indices of an edge |
| CIndexTriangle | This class holds three indices of points representing a triangle |
| CEpipolarGeometry | This class implements epipolar geometry functions |
| ►CError | This class implements to functions to determine the error or accuracy of geometric functions and their parameter |
| CErrorElement | This class implements an element storing the error between to image points |
| CEstimator | This class implements robust estimator functions |
| CGrid | This class implements the basic data of an planar grid |
| CHomography | This class implements functions necessary for computations with homographies |
| CJacobian | This class implements function to calculate the jacobian matrices for geometry functions |
| CJLinkage | This class implements several J-linkage functions for pose/homography determination |
| ►CMultipleViewGeometry | This class implements epipolar geometry functions for multiple views |
| CTrifocalTensor | Definition of a trifocal tensor matrix |
| ►CNonLinearOptimization | This class implements the basic functions for least square or robust optimization algorithms for non linear functions |
| CAdvancedDenseOptimizationProvider | This class implements the base for an advanced dense optimization provider |
| CAdvancedSparseOptimizationProvider | This class implements the base class for an advanced sparse optimization provider |
| CCorrespondenceGroupsAccessor | This class implements the base class for an accessor of groups of pairs |
| CObjectPointGroupsAccessor | This class implements an abstract specialization of the accessor for groups of pairs for object points |
| CObjectPointToPoseIndexImagePointCorrespondenceAccessor | This class implements a group accessor providing access to pairs of poses and image points |
| COptimizationProvider | This class implements the base optimization provider |
| CPoseGroupsAccessor | This class implements an abstract specialization of the accessor for groups of pairs for poses |
| ►CNonLinearOptimizationCamera | This class implements least square or robust optimization algorithms for camera profiles |
| CCameraObjectPointsPosesData | Forward declaration of the data class allowing to optimized the camera parameters for unconstrained (translational and rotational) camera motion |
| CCameraOrientationsData | Forward declaration of the data class allowing to optimized the camera parameters for rotational camera motion |
| CCameraProfileBaseData | Forward declaration of a base class allowing to optimized the camera profile |
| CCameraProvider | Forward declaration of an optimization provider allowing to optimize the individual parameters of a camera profile |
| CNonLinearOptimizationHomography | This class implements non linear optimization algorithms for homographies |
| CNonLinearOptimizationLine | This class implements least square or robust optimization algorithms optimizing lines |
| ►CNonLinearOptimizationObjectPoint | This class implements least square or robust optimization algorithms optimizing the locations of 3D object points (sometimes in combination with e.g., 3-DOF camera orientations or 6-DOF camera poses) |
| CObjectPointsOnePoseProvider | Forward declaration of a highly optimized provider object allowing to optimize one camera pose and several 3D object point locations concurrently |
| CObjectPointsOrientationalPosesProvider | Forward declaration of a highly optimized provider object allowing to optimize the orientations of several camera pose and several 3D object point locations concurrently |
| CObjectPointsPosesProvider | Forward declaration of a highly optimized provider object allowing to optimize several camera pose and several 3D object point locations concurrently |
| CNonLinearOptimizationOrientation | This class implements least square or robust optimization algorithms for orientations |
| CNonLinearOptimizationPlane | This class implements least square or robust optimization algorithms for 3D planes |
| CNonLinearOptimizationPose | This class implements non linear optimization algorithms for camera poses |
| CNonLinearOptimizationTransformation | This class implements non linear optimization algorithms for coordinate transformations |
| ►CNonLinearUniversalOptimizationDense | This class implements an optimization for universal dense problems with one model (optimization problem) |
| CUniversalOptimizationProvider | This class implements a dense universal optimization provider for universal models and measurement/data values |
| ►CNonLinearUniversalOptimizationSparse | This class implements optimizations for universal sparse problems |
| ►CIndividualModelsIndividualModels | This class implements an optimization for universal sparse problems with two types of individual models (optimization problems) |
| CUniversalOptimizationProvider | This class implements a sparse universal optimization provider for universal models and measurement/data values |
| ►CSharedModelIndividualModels | This class implements an optimization for universal sparse problems with one shared model (optimization problem) and concurrently several individual models (optimization problems) |
| CUniversalOptimizationProvider | This class implements a sparse universal optimization provider for universal models and measurement/data values |
| ►CSharedModelIndividualModelsIndividualModels | This class implements an optimization for universal sparse problems with one common shared model (optimization problem) and two types of individual models (optimization problems) |
| CUniversalOptimizationProvider | This class implements a sparse universal optimization provider for universal models and measurement/data values |
| CNormalization | This class implements functions to normalize geometric data |
| ►COctreeT | Forward declaration |
| CParameters | This class stores construction parameters for an octree |
| CReusableData | Definition of a class which holds reusable data for internal use |
| CP3P | This class provides functions determining the camera's pose by a set of three 3D object and 2D image point correspondences |
| CP4P | This class provides functions determining the camera's pose by a set of four 3D object and 2D image points |
| CPerspectivePose | This class is the base class for all perspective pose classes |
| CPnP | This class provides functions determining the camera's pose based on at least five 3D object and corresponding 2D image points |
| CQuadric | This class implements the base for all quadric object |
| CRANSAC | This class implements several RANSAC functions for pose determination |
| ►CSpatialDistribution | This class implements spatial distribution function for 2D geometric data |
| CArray | This class implements a base class for data arrays |
| CDistanceElement | Definition of a class holding an index and a distance |
| CDistributionArray | This class implements a distribution array |
| COccupancyArray | This class implements an occupancy array |
| CSphere | This class implements a sphere quadric |
| CStereoscopicGeometry | This class implements function for stereoscopic geometry |
| CTLinkage | This class implements L-linkage functions for pose/homography determination |
| CUtilities | This class implements utilities function for the tracking library |
| CVanishingProjection | This class implements functions for vanishing projections |
| ►NInteraction | Namespace of the Interaction library |
| ►NEmpty | Namespace of the Interaction Empty Demo library |
| CEPYLibrary | This class implements the empty demo interaction library object |
| ►NExperiences | Namespace of the Interaction Experiences library |
| ►CAnchoredContentManager | This class implements a manager for anchored content and allows to simplify creating experiences intensively using virtual content anchored based on 6-DOF trackers |
| CContentObject | This class implements a container for anchored content |
| CExperience | This class is the base class for all experiences defined via the interaction plugin mechanism |
| ►CExperiencesLibrary | This class implements the experiences interaction library object |
| CInstance | Internal helper class holding the instance of this library |
| ►NJavaScript | Namespace of the Interaction JavaScript library |
| CJSBase | This class implements the base class for all JavaScript wrappers |
| CJSColor | This class implements a wrapper for a JavaScript Color object |
| CJSContext | This class implements a wrapper for a JavaScript context |
| CJSDevice | This class is a lightweight helper class for device objects to allow event callback handling |
| CJSDeviceManager | This class implements a wrapper for a JavaScript DeviceManager object |
| CJSDeviceObject | This class implements a wrapper for a JavaScript DeviceObject object |
| CJSDeviceSample | This class implements a wrapper for a JavaScript DeviceSample object |
| CJSEuler | This class implements a wrapper for a JavaScript Euler object |
| CJSExternal | This class implements a type-safe object wrapper for non-JavaScript objects |
| CJSHomogenousMatrix4 | This class implements a wrapper for a JavaScript HomogenousMatrix4 object |
| CJSLibrary | This class implements the java script interaction library object |
| CJSLine3 | This class implements a wrapper for a JavaScript Line3 object |
| CJSMediaManager | This class implements a wrapper for a JavaScript MediaManager object |
| CJSMediaObject | This class implements a wrapper for a JavaScript MediaObject object |
| CJSObject | This class implements the base class for all native wrapper of JavaScript objects |
| ►CJSOcean | This class implements the JavaScript Ocean objevct |
| COceanContainer | This class holds a global ocean object |
| CJSPlane3 | This class implements a wrapper for a JavaScript Plane object |
| CJSQuaternion | This class implements a wrapper for a JavaScript Quaternion object |
| CJSRenderingEngine | This class implements a wrapper for a JavaScript RenderingEngine object |
| CJSRenderingObject | This class implements a wrapper for a JavaScript RenderingObject object |
| CJSRotation | This class implements a wrapper for a JavaScript Rotation object |
| CJSSceneDescriptionManager | This class implements a wrapper for a JavaScript SceneDescriptionManager object |
| CJSSceneDescriptionNode | This class implements a wrapper for a JavaScript SceneDescriptionNode object |
| CJSScript | This class implements an object holding a JavaScript code |
| CJSSquareMatrix3 | This class implements a wrapper for a JavaScript SquareMatrix3 object |
| CJSSquareMatrix4 | This class implements a wrapper for a JavaScript SquareMatrix4 object |
| CJSVector2 | This class implements a wrapper for a JavaScript Vector2 object |
| CJSVector3 | This class implements a wrapper for a JavaScript Vector3 object |
| CJSVector4 | This class implements a wrapper for a JavaScript Vector4 object |
| CLibrary | This class implements the base class for all interaction libraries |
| CManager | This class implements the manager for all interaction libraries / plugins |
| CUserInterface | This class holds UI elements of the application from which the interaction is executed |
| ►NIO | Namespace of the Ocean IO library |
| ►NImage | Namespace of the Ocean IO Image library |
| CComfort | This class provides functions for image encoding and decoding which will increase binary size when used |
| ►NMaps | Namespace of the Ocean IO Maps library |
| ►NRendering | Namespace of the Ocean IO Maps Rendering library |
| ►CMesher | This class implements functions to creates meshes from map objects |
| CMesh | This class defines a mesh |
| ►CBasemap | This class implements an parser of basemap data |
| CBuilding | This class implements a building object |
| CGeometryHandlerLinePolygons | Geometry handler for polygons |
| CGeometryHandlerLineStrings | Geometry handler for line strings |
| CGeometryHandlerPoints | Geometry handler for points |
| CInnerOuterPolygonsObject | This class implements an object composed of inner and outer polygons |
| CLandCover | This class implements a land use object |
| CLandUse | This class implements a land use object |
| CObject | This class is the base class for all map objects |
| CRoad | This class implements a road object |
| CTile | This class stores the information belonging to one map tile |
| CTileIndexPair | This class holds the tile indics in latitude and longitude direction |
| CTransit | This class implements a transit object |
| CWater | This class implements a water object |
| CUtilities | This class implements several utility functions for maps |
| CBase64 | This class implements function to encode binary information to text encoding and vice versa |
| ►CCameraCalibrationManager | This class implements a camera calibration manager as singleton |
| CDevice | Device calibration object |
| CCompression | This class implements individual compression algorithms |
| CDirectory | This class holds a directory |
| CFile | This class holds a file |
| ►CFileConfig | This class implements an application or module configuration toolkit using files as input or output |
| CConfigScanner | This scanner is able to scan the specific config file type |
| CFileValue | Definition of a file value object |
| CFileManager | This class is the base class for all plugin manager able to load and manager files |
| CFileResolver | This class implements a file and url resolver |
| CInputBitstream | This class implements an input bitstream |
| ►CJSONConfig | This class implements a configuration toolkit based on JSON |
| CJSONScanner | This class implements a scanner for JSON files |
| CJSONValue | Definition of a JSON value object |
| COutputBitstream | This class implements an output bitstream |
| CPath | This class holds a path |
| CProjectFile | This class implements an project file loader |
| ►CScanner | This class implements a simple scanner |
| CToken | This class implements a token for the scanner |
| CScopedDirectory | This class implements a scoped directory object which will delete the underlying directory (and sub-directories including all files) from the filesystem when the scope ends |
| CScopedFile | This class implements a scoped file object which will delete the underlying file from the filesystem when the scope ends |
| CScopedInputBitstream | This class implements a scoped input bitstream that allows to read content from a bitstream while the stream position is restored if this object is disposed |
| CSignature | This class implements functions allowing to sign data or to provide hash values for data |
| ►CTag | This class implements a tag that allows to identify specific objects in an input/output stream |
| CTagManager | This class implements a tag manager that allows to ensure that tags are not defined twice |
| CUtilities | This class implements utility functions for input and output operations |
| ►CXMLConfig | This class implements a configuration toolkit using XML encoding to store the parameters |
| CXMLValue | Definition of a file value object |
| ►NJNI | Namespace of the Base JNI library |
| CBaseJni | This class implements a base native interface |
| ►NMedia | Namespace of the Media library |
| ►NAndroid | Namespace of the Media Android library |
| CAAudio | This class implements an Audio class for Android |
| CALibrary | This class implements the android library |
| ►CALiveAudio | This class implements a LiveAudio class for Android |
| CChunkManager | This class implements a manager for sample chunks |
| ►CALiveVideo | This class implements an live video class for Android |
| CALiveVideoManager | This class implements a camera manager |
| CDevice | This class holds the relevant information of a selectable live video device |
| ►CAMedium | This class implements the base class for all Medium objects in the Android library |
| ►CEffectManager | This manager holds all effects available in the engine |
| CEngineEffect | This class holds the two interfaces of a OpenSL engine effect |
| CAMicrophone | This class implements a microphone class for Android |
| CAMovie | This class implements a movie recorder class for Android |
| CAMovieRecorder | This class implements a movie recorder class for Android |
| CImage | |
| ►CNativeCameraLibrary | This class is an interface for Android's shared native library camera2ndk |
| CScopedACameraIdList | Definition of a scoped object for ACameraIdList objects |
| CScopedACameraManager | Definition of a scoped object for ACameraManager objects |
| CScopedACameraMetadata | Definition of a scoped object for AACameraMetadata objects |
| CScopedACaptureSessionOutput | Definition of a scoped object for ACaptureSessionOutput objects |
| CScopedACaptureSessionOutputContainer | Definition of a scoped object for ACaptureSessionOutputContainer objects |
| ►CNativeMediaLibrary | This class is an interface for Android's shared native library mediandk |
| CScopedAMediaCodec | Definition of a scoped object for AMediaCodec objects |
| CScopedAMediaFormat | Definition of a scoped object for AMediaFormat objects |
| CPixelFormats | This class defines conversions to/from Android color format types for video data; see the associated definitions in android.media.MediaCodecInfo.CodecCapabilities |
| CVideoDecoder | This class implements a simple video decoder for Android using encoded media samples from memory as input |
| ►NAVFoundation | Namespace of the Media AVFoundation library |
| CAVFAudio | This class implements an AVFoundation audio object |
| ►CAVFDevices | This class implements a simple enumerator for devices available via the AVFoundation library |
| CDevice | Definition of a simple class combining device name and unique device id |
| CAVFFrameMedium | This is the base class for all AVFoundation frame mediums |
| CAVFLibrary | This class implements the AVFoundation library |
| CAVFLiveAudio | This class implements an AVFoundation live audio object |
| CAVFLiveVideo | This class implements a AVFoundation live video object |
| ►CAVFMedium | This is the base class for all AVFoundation mediums |
| CAudioSessionManager | This class implements a manager for audio sessions |
| CAVFMicrophone | This class implements an AVFoundation microphone object |
| CAVFMovie | This class implements an AVFoundation movie object |
| CAVFMovieRecorder | This class implements a AVFoundation movie recorder |
| CPixelBufferAccessor | This class allows to access a Core Video's CVPixelBuffer |
| ►NDirectShow | Namespace of the Media DirectShow library |
| CDSAudio | This class implements a DirectShow audio object |
| CDSConfigMedium | This class is the base class for all DirectShow mediums with advanced configuration possibilities |
| ►CDSDeviceEnumerator | This class implements a DirectShow device enumerator |
| CObject | Struct holding parameter of enumerator objects |
| CDSEnumerators | This class holds several different DirectShow device enumerators |
| CDSFileRecorder | This class implements a DirectShow file recorder |
| CDSFiniteMedium | This class is the base class for all direct show finite mediums |
| ►CDSFrameMedium | This is the base class for all DirectShow frame mediums |
| CDSSortableFrameType | Class allowing the sorting of several video media types according their popularity |
| CDSFrameRecorder | This class implements a DirectShow frame recorder |
| CDSGraphObject | This class is the base class for all object holding a DirectShow filter graph manager |
| CDSLibrary | This class implements the DirectShow library |
| CDSLiveMedium | This class is the base class for all DirectShow live mediums |
| CDSLiveVideo | This class implements a DirectShow live video object |
| CDSMediaType | This class wraps the DirectShow AM_MEDIA_TYPE struct; |
| CDSMedium | This is the base class for all direct show mediums |
| CDSMovie | This class implements a DirectShow movie object |
| CDSMovieRecorder | This class implements a DirectShow movie recorder |
| CDSObject | This class provides basic DirectShow functionalities |
| CDSRecorder | This class is the base class for all DirectShow recorders |
| ►CDSSampleSinkFilter | This class implements a sample sink filter for DirectShow |
| CDSInputPin | This class implements a base input filter |
| ►CDSSampleSourceFilter | This class implements a DirectShow sample source filter pushing new samples into a DirectShow filter graph |
| CDSOutputPin | This class implements an output pin for the sample source filter |
| ►CDSSoundMedium | This class is the base class for all DirectShow sound mediums |
| CDSSortableSoundType | Class allowing the sorting of several audio types according their popularity |
| ►NFFmpeg | Namespace of the Media FFmpeg library |
| CFFMLibrary | This class implements the FFmpeg library |
| CFFMMedium | This is the base class for all FFmpeg mediums |
| CFFMMovie | This class implements an FFmpeg movie object |
| ►NImageIO | Namespace of the Media ImageIO library |
| CIIOBufferImage | This class implements a buffer image class for ImageIO |
| CIIOBufferImageRecorder | This class implements a buffer image recorder for ImageIO |
| CIIOImage | This class implements an image class for ImageIO |
| CIIOImageRecorder | This class implements an image recorder for ImageIO |
| CIIOImageSequence | This class implements an image class for ImageIO |
| CIIOLibrary | This class implements the ImageIO library |
| CIIOObject | This class is the base class for all object inside this library |
| CImage | This class implements read, write, decocde, and encode functions for all file formats supported by the ImageIO media library |
| ►NMediaFoundation | Namespace of the Media MediaFoundation library |
| CMFAudio | This class implements a Media Foundation audio object |
| CMFFiniteMedium | This class is the base class for all Media Foundation finite mediums |
| CMFFrameMedium | This is the base class for all Media Foundation frame mediums |
| CMFLibrary | This class implements the MediaFoundation library |
| CMFLiveVideo | This class implements a MediaFoundation live video object allowing to access e.g., webcams |
| ►CMFMedium | This is the base class for all MediaFoundation mediums |
| CEventCallback | This class implements a callback class allowing to determine Media Foundation events |
| CMFMovie | This class implements a MediaFoundation movie object |
| CMFMovieRecorder | This class implements a MediaFoundation movie recorder object |
| CMFSoundMedium | This class is the base class for all MediaFoundation sound mediums |
| CSampleGrabber | This class implements a callback interface |
| ►CUtilities | This class implements utilities functions for the Microsoft Media Foundation |
| CGUIDCompare | GUID helper struct |
| ►NOpenImageLibraries | Namespace of the Media OpenImageLibraries library |
| CImage | This class implements read and write functions for all file formats supported by the OpenImageLibraries media library |
| CImageGif | This class implements read and write functions for Gif images |
| CImageJpg | This class implements read and write functions for JPEG images |
| CImagePng | This class implements read and write functions for PNG images |
| CImageTif | This class implements read and write functions for TIFF images |
| CImageWebp | This class implements read and write functions for WEBP images |
| COILBufferImage | This class implements a buffer image class for OpenImageLibraries |
| COILBufferImageRecorder | This class implements a buffer image recorder for OpenImageLibraries |
| COILImage | This class implements an image class for OpenImageLibraries |
| COILImageRecorder | This class implements an image recorder for OpenImageLibraries |
| COILImageSequence | This class implements an image sequence for OpenImageLibraries |
| COILImageSequenceRecorder | This class implements an OpenImageLibraries image sequence recorder |
| COILLibrary | This class implements the OpenImageLibraries library |
| ►NSpecial | Namespace of the Media Special library |
| CImage | This class implements read and write functions for all file formats supported by the Special media library |
| CImageBmp | This class implements read and write functions for BMP images |
| CImageNpy | This class implements read and write functions for NPY (NumPy) images |
| CImageOcn | This class implements read and write functions for Ocean frames |
| CImagePfm | This class implements read and write functions for PFM images |
| ►NUSB | Namespace of the Media USB library |
| CUSBLibrary | This class implements the USB library |
| ►CUSBLiveVideo | This class implements an live video class for USB devices |
| CVideoDecoder | This class implements a simple wrapper around Media::Android::VideoDecoder |
| CUSBMedium | This class implements the base class for all Medium objects in the USB library |
| ►NWIC | Namespace of the Media WIC library |
| CImage | This class implements read and write functions for all file formats supported by the WIC media library |
| CWICBufferImage | This class implements a buffer image class for WIC |
| CWICBufferImageRecorder | This class implements a buffer image recorder for WIC |
| CWICImage | This class implements an image class for WIC |
| CWICImageRecorder | This class implements an image recorder for WIC |
| CWICImageSequence | This class implements an image sequence for WIC |
| ►CWICLibrary | This class implements the WIC library |
| CComInitializer | This manager handles the COM initialization |
| CWICObject | This class is the base class for all object inside this library |
| CAudio | This class is the base class for all audio mediums |
| CBufferImage | This class implements a frame medium object which is defined by a given buffer and image or frame type |
| CBufferImageRecorder | This class is the base class for all buffer recorders |
| CBufferRecorder | This class is the base class for all buffer recorders |
| CConfigMedium | This class is the base class for all mediums with advanced configuration possibilities |
| CExplicitRecorder | This class is the base class for all explicit media recorder |
| CFileRecorder | This class is the base class for all file recorders |
| CFiniteMedium | This class is the base class for all finite mediums |
| CFrameCollection | This class implements a simple buffer holding several frames combined with their timestamps and optional camera calibrations |
| ►CFrameMedium | This is the base class for all frame mediums |
| CFrameReceiver | This class implements a simpler receiver for frames which can be used with the frame callback functionality of FrameMedium |
| CMediaFrameType | Definition of a media frame type composed by the frame dimension, pixel format, pixel origin and a frame frequency |
| CSortableFrameType | Class allowing the sorting of several frame media types according their popularity |
| CFrameMemoryRecorder | This class implements a frame recorder forwarding the frame to a shared memory |
| CFrameRecorder | This class is the base class for all frame recorders |
| ►CImage | This class is the base class for all images |
| CProperties | Definition of a class holding properties |
| CImageFileSequence | |
| CImageRecorder | This class is the base class for all image recorders |
| CImageSequence | This class is the base class for all image sequences |
| CImageSequenceFrameProviderInterface | This class implements a frame provider interface specialization using an image sequence medium object |
| CImageSequenceRecorder | This class implements an image sequence recorder |
| CImageSequenceStereoImageProvider | This class implements a provider for stereo images which are extracted from two separate image sequences and poses/calibration file |
| CImplicitRecorder | This class is the base class for all implicit media recorder |
| ►CLibrary | This class is the base class for all media libraries |
| CDefinition | Class combining the url, type, library of a medium, and a unique identifier |
| CLiveAudio | This class is the base class for all live audios |
| CLiveMedium | This class it the base class for all live mediums |
| ►CLiveVideo | This class is the base class for all live videos |
| CStreamConfiguration | This class holds the relevant information describing a video stream configuration |
| CManager | This class is the manager for all media objects |
| CMedium | This is the base class for all mediums |
| CMediumRefManager | This class implements a medium reference manager |
| CMicrophone | This class is the base class for all microphones |
| CMovie | This class is the base class for all movies |
| CMovieFrameProvider | This class implements a frame provider for movie mediums |
| CMovieFrameProviderInterface | This class implements a frame provider interface specialization using a movie frame provider object |
| CMovieRecorder | This class is the base class for all movie recorder |
| CPixelImage | This class implements a frame medium object which uses an explicit frame only |
| CRecorder | This class is the base class for all recorder |
| CSmartMediumRef | This class implements a smart medium reference |
| ►CSoundMedium | This class is the base class for all sound mediums |
| CSortableSoundType | Class allowing the sorting of several sound media types according their popularity |
| CSoundType | Definition of a sound type composed by the sound frequency and channels |
| CStereoImageProviderInterface | This class is the abstract base class for all stereo image providers |
| CUtilities | This class implements utilities functions for the media library |
| ►NNetwork | Namespace of the Network library |
| CAddress4 | This class wraps an address number with 32 bits |
| CBufferQueue | This class implements a thread-safe buffer queue |
| CClient | This class is the base class for all clients |
| CConnectionlessClient | This class is the base class for all connectionless clients |
| CConnectionlessServer | This class is the base class for all connectionless server |
| CConnectionOrientedClient | This class is the base class for all connection oriented clients |
| ►CConnectionOrientedServer | This class is the base class for all connection oriented servers |
| CConnectionObject | Definition of a connection object holding the socket and remote address and port |
| CData | This class provides function handling different network data |
| ►CHTTPClient | This class implements a basic http client |
| CHTTPHeader | This class implements a http header wrapper |
| CHTTPSClient | This class implements a HTTPS Client supporting GET and POST requests |
| CMaintenanceTCPConnector | This class implements a network connector between two maintenance managers using the TCP protocol |
| CMaintenanceUDPConnector | This class implements a network connector between two maintenance managers using the UDP protocol |
| CMessageQueue | This class implements a message queue |
| ►CNetworkResource | This class implements a network resource manager object for platforms that rely on specific network/socket resource management |
| CManager | The manager of the parent resource object |
| CPackagedConnectionlessClient | This class is the base class for all packaged connectionless clients |
| ►CPackagedConnectionlessServer | This class is the base class for all package connectionless server |
| CMessageData | This class implements a message |
| CTriple | Definition of a triple storing an address, a port and a message id |
| ►CPackagedSocket | This class is the base class for all packaged sockets |
| CMemoryBlock | This class implements a memory block |
| CPackageHeader | Definition of a package header |
| CPackagedTCPClient | This class implements a TCP client with internal package handling |
| ►CPackagedTCPServer | This class implements a TCP server with internal package handling |
| CConnectionMemory | Definition of a container |
| CPackagedUDPClient | This class implements a UDP client able to send larger messages as normally restricted by the UDP protocol |
| CPackagedUDPServer | This class implements a packaged UDP server |
| CPort | This class wraps a port number with 16 bits |
| CResolver | This class implements an address resolver |
| CServer | This class is the base class for all server |
| CSocket | This class is the base class for all sockets |
| CSocketScheduler | This class implements a high performance scheduler for socket events |
| CStreaming | This class is the base class for all streaming objects |
| CStreamingClient | This class implements a streaming client |
| ►CStreamingServer | This class implements a streaming server |
| ►CChannel | This class implements a channel |
| CStream | This class implements a stream |
| CConnection | This class holds some information connected with a TCP connection |
| CTCPClient | This class implements a TCP client |
| CTCPServer | This class implements a TCP server |
| CUDPClient | This class implements a UDP client |
| CUDPServer | This class implements a UDP server |
| ►NPlatform | Namespace of the Platform library |
| ►NAndroid | Namespace of the Platform Android library |
| ►NApplication | Namespace of the Platform Android Application library |
| CGLFrameView | This class implements the main view of an OpenGLES frame for Android platform applications |
| ►CGLView | This class implements the base class for all OpenGL-ES-based views |
| CInstance | This class implements a simple helper class providing the instance of this GLView object |
| CBattery | This class implements battery functions |
| CBitmap | This class implements bitmap functions |
| CNativeInterfaceManager | This class implements the manager of the java native interface as singleton |
| CPermission | This class implements functions for Android application permissions |
| ►CPowerMonitor | |
| CMeasurement | This class holds the relevant information of one measurement |
| CProcessor | This class implements processor functions |
| CProcessorMonitor | This class implements a processor monitor |
| CProcessorStatistic | This class implements a processor statistic object |
| ►CResourceManager | This class implements a manager for resource data |
| CScopedResource | This class provides access to the memory of an asset file as long as the object exists |
| CScopedJNIEnvironment | This class implements a scoped access to a JNI environment with attached current thread |
| CScopedJNIObject | This class implements a scoped JNI jobject/jclass/jstring |
| CUtilities | This class implements helper functions for android platforms |
| ►NApple | Namespace of the Platform Apple library |
| ►NIOS | Namespace of the Platform Apple iOS library |
| CSystem | This class implements system functions on Apple iOS platforms |
| CUtilities | This class implements utilitiy functions for Apple iOS platforms |
| ►NMacOS | Namespace of the Platform Apple MacOS library |
| CContextMenu | This class implements a context menu for MacOS platforms |
| CFlippedView | This class wrapps an MacOS NSView object and flips the coordinate system |
| CFrameMediumView | This class implements a view displaying a frame medium |
| CFrameView | This class implements a view displaying a frame |
| CImage | This class implements a wrapper for the NSImage object |
| CImageList | This class implements an image list |
| CKeyboard | This class implements keyboard functionalities |
| CMouse | This class implements mouse functionalities |
| CScreen | This class implements system functions on MacOS platforms |
| ►CTreeView | This class implements tree view control for MacOS platforms |
| CTreeItem | This class implements a tree item |
| CUtilities | This class implements utilitiy functions for MacOS platforms |
| CResource | This class implements functions allowing to operate with resource data |
| CResourceManager | This class implements a manager for resource data |
| CSystem | This class implements system functions on Apple platforms |
| CUtilities | This class implements utilitiy functions for Apple platforms |
| ►NGL | Namespace of the Platform GL library |
| ►NWin | Namespace of the Platform GL Windows library |
| CBitmapContext | This class implements an OpenGL context based on a bitmap |
| CWindowContext | This class implements an OpenGL context based on a window |
| ►NWxWidgets | Namespace of the Platform GL WxWidgets library |
| CWindowContext | This class implements an OpenGL context based on a window |
| CBuffer | This class implements the base class for all buffers |
| CContext | This class encapsulates an OpenGL context |
| CContextAssociated | This class implements the base class for all object which have an associated context |
| CFramebuffer | This class implements the base class for an OpenGL framebuffers |
| ►CFramebufferObject | This class implements a frame buffer objects that may be used for rendering to texture |
| CScopedRenderToTexture | Scoped object simplifying the rendering to a texture |
| CIndexBuffer | This class implements an OpenGL index buffer object |
| CMediumTexture | This class implements a 2D OpenGL texture that receives the image content from a frame medium |
| CMemoryFramebuffer | This class implements a framebuffer allowing to render into an off-screen framebuffer memory and not into an on-screen framebuffer |
| CShaderProgram | This class implements an OpenGL shader program |
| CTexture | This class implements a 2D OpenGL texture |
| CTextureFramebuffer | This class implements a texture framebuffer allowing to render into a texture object |
| CVertexArray | This class implements a vertex array object |
| CVertexBuffer | This class implements a vertex buffer |
| CWindowFramebuffer | This class implements a framebuffer allowing to render into a window |
| ►NGLES | Namespace of the Platform GLES library |
| CEGLContext | This class encapsulates an EGL context |
| ►NLinux | Namespace of the Platform Linux library |
| CUtilities | This class implements utility functions for Linux platforms |
| ►NMeta | Namespace of the Platform Meta library |
| ►NQuest | Namespace of the Platform Meta Quest library |
| ►NApplication | Namespace of the Platform Meta Quest Application library |
| ►CVRControllerVisualizer | This class implements helper functions allowing to visualize the controllers of Quest headsets in an Ocean-based VR application (e.g., VRNativeApplication) |
| CScopedState | This class implements a scoped state object allowing to reset all states of a visualizer |
| CVRImageVisualizer | This class implements a helper function allowing to visualize images in an Ocean-based VR application (e.g., VRNativeApplication) |
| ►CVRTableMenuBase | The class implements the base class for a simple table-based menu for VR application |
| CEntry | This class holds the information of a user-defined menu entry |
| CMenuEntry | This class contains the information necessary for one menu entry |
| CVRTextVisualizer | This class implements a helper function allowing to visualize text in an Ocean-based VR application (e.g., VRNativeApplication) |
| ►CVRVisualizer | This class implements the base class for all VR visualizers allowing to visualize e.g., images or text in an Ocean-based VR application (e.g., VRNativeApplication) |
| CObjectSize | Definition of a size object allowing to specify either width and height, or only width, or only height |
| ►NOpenXR | Namespace of the Platform Meta Quest OpenXR library |
| ►NApplication | Namespace of the Platform Meta Quest OpenXR Application library |
| CNativeApplication | This class implements a basic OpenXR application for Quest devices based on an Android NativeActivity |
| CVRControllerVisualizer | This class implements helper functions allowing to visualize the controllers of Quest headsets in an Ocean-based VR application (e.g., VRNativeApplication) using OpenXR as input |
| ►CVRHandVisualizer | This class implements helper functions allowing to visualize the hand mesh used by hand tracking (Nimble) in an Ocean-based VR application (e.g., VRNativeApplication) |
| CScopedState | This class implements a scoped state object allowing to reset all states of a visualizer |
| ►CVRNativeApplication | This class implements a basic OpenXR (VR) application using Ocean's scene graph rendering pipline (Rendering::GLESceneGraph) |
| CXrCompositorLayerUnion | Definition of a union allowing to define individual composition layers |
| CVRNativeApplicationAdvanced | This class implements an advanced Oculus (VR) application using Ocean's scene graph rendering pipline (Rendering::GLESceneGraph) |
| CVRTableMenu | The class implements a simple table-based menu for VR application |
| CGLESFramebuffer | This class encapsulates an OpenGLES framebuffer for Meta Quest devices implementing OpenXR's swap chain |
| CHandGestures | This class implements hand gestures functionalities |
| ►CHandPoses | This class implements a wrapper for OpenXR-based hand tracking |
| CMesh | This class holds the relevant information for an OpenXR hand mesh |
| CPose | This class holds the relevant information for an OpenXR hand pose |
| ►CPassthrough | This class implements a wrapper for passthrough |
| CScopedState | This class implements a scoped state object allowing to reset all passthrough states of a visualizer |
| CTrackedController | This class implements a wrapper for tracker controllers |
| ►NPlatformSDK | Namespace of the Platform Meta Quest Platform SDK library |
| CApplication | This class implements application functionalities based on the PlatformSDK |
| CManager | This class implements a manager that handles the central PlatformSDK functionalities |
| ►CMessageHandler | This class is the base class for all objects needing to handle with messages |
| CRequestObject | This class implements a helper object allowing to store responses for requests |
| CRequestQueue | This class implements a helper object allowing to queue responses of requests |
| CScopedOptions | This class implements a scoped handle for options |
| CMicrophone | This class provides access to the device's microphone |
| ►CMultiplayer | This class implements multi-player functionalities based on GroupPresence |
| CJoinIntent | This class holds the relevant information of a received join intent |
| CUtilities | This class implements utility functions for PlatformSDK |
| CDevice | This class implements functions for Meta's Quest devices |
| CUtilities | This class implements utility functions for Meta Quest platforms |
| ►NOpenXR | Namespace of the Platform OpenXR library |
| CActionSet | This class implements a wrapper for an OpenXR action set |
| CInstance | This class wraps an OpenXR instance |
| CSession | This class wraps an OpenXR session |
| CUtilities | This class implements utility functions for OpenXR |
| ►NWin | Namespace of the Platform Win library |
| CApplicationWindow | This class implements an application window |
| CBitmap | This class implements a Windows device independent bitmap |
| CBitmapWindow | This class implements a main window |
| CFileDialog | This class implements capabilities to open file dialogs |
| CKeyboard | This class implements keyboard functionalities |
| CMouse | This class implements mouse functionalities |
| CPopupMenu | This class implements a popup menu |
| CRegistry | This class provides windows registry functionalities |
| ►CRegistryConfig | This class implements an application or module configuration toolkit using the windows registry |
| CCaseInsensitiveCompare | Implements case-insensitive string comparison |
| CRegistryValue | Definition of a registry value object |
| CResource | This class implements function allowing to operate with resource data |
| CResourceManager | This class implements a manager for resource data |
| ►CScopedDisableWindow | This class implements a nested scoped object which disables a window object until the scope of all nested elements ends (or until all nested object are released explicitly) |
| CDisableWindowCounter | This class implements a simple counter for nested disable window objects |
| CScreen | This class provides screen functionalities |
| CSystem | This class provides basic system functionalities on windows platforms |
| CTaskbar | This class provides windows taskbar functionalities |
| CTextWindow | This class implements a text window |
| CToolTip | This class implements tool tip functionalities |
| CUtilities | This class implements utilities and helper functions |
| CWindow | This class is the base class for all windows |
| ►NWxWidgets | Namespace of the Platform WxWidgets library |
| CBitmap | This class implements a bitmap |
| CBitmapWindow | This class implements the main window |
| CFileDropTarget | This class implements a drop target |
| CFrameMediumWindow | This class implements the main window |
| ►CFramePreviewWindow | This class implements a frame preview window |
| CElement | This class implements a preview element |
| CFrameWindow | This class implements the main window |
| CImageList | This class implements an image list |
| CScreen | This class implements functions allowing to control screens and windows on screens |
| CSystem | This class provides basic system functionalities on wxwidgets platforms |
| CUtilities | This class implemnets utility functions for WxWidgets |
| ►CWxDialog | This class implements a modal dialog for WxWidgets which in addition to the standard wxDialog implementation forces the modal-event-loop to stop if the dialog ends (the modal state) |
| CEventLoop | This class implements an event loop |
| CWxPopupMenu | This class implements a popup menu |
| CWxScopedBusyCursor | This class implements a scoped busy cursor object |
| CWxScopedDisableWindow | This class implements a scoped object which disables a window object until the scope ends (or until the object is released explicitly) |
| CWxScopedParentWindow | This class implements a parent window taking on an already existing window handle as long as the instance of the scoped window exists |
| CWxScopedRemoveStyle | This class implements a scoped object which removes a given style from a given window until the scope ends (or until the object is released explicitly) |
| CWxStaticBitmap | This class implements a static bitmap |
| CWxWidgetsApplication | This class implements a very simple WxWidgets application not registering for any kind of application event like e.g., file drag&drop events |
| CKeyboard | This class implements keyboard functionalities |
| CMouse | This class implements mouse functionalities |
| CResourceManager | This class implements the platform independent base class for all resource managers which can be specialized for specific applications |
| CSystem | This class implements system functions for any platforms |
| CUniqueId | This class provides a 128 bit id which is unique |
| CUtilities | This class implements utilities and helper functions |
| ►NRendering | Namespace of the Rendering library |
| ►NGLESceneGraph | Namespace of the Rendering GLESceneGraph library |
| ►NAndroid | |
| CGLESEngineAndroid | This class implements the engine for Android platforms |
| CGLESWindowFramebuffer | This class is the base class for all GLESceneGraph window framebuffers for Android (not Oculus) platforms |
| ►NApple | |
| CGLESBitmapFramebuffer | This class is the base class for all GLESceneGraph bitmap framebuffers for Apple platforms |
| CGLESEngineApple | This class implements the engine for Apple platforms |
| CGLESWindowFramebuffer | This class is the base class for all GLESceneGraph window framebuffers for Apple platforms |
| ►NQT | |
| CGLESEngineQT | This class implements the engine for QT platforms |
| CGLESWindowFramebuffer | This class is the base class for all GLESceneGraph window framebuffers for Qt-enabled platforms |
| ►NQuest | |
| ►NOpenXR | |
| CGLESWindowFramebuffer | This class is the base class for all GLESceneGraph window framebuffers for Quest platforms |
| CGLESEngineQuest | This class implements the engine for Quest platforms |
| ►NWindows | |
| CGLESBitmapFramebuffer | This class is the base class for all GLESceneGraph window framebuffers for Windows platforms |
| CGLESEngineWindows | This class implements the engine for Windows platforms |
| CGLESWindowFramebuffer | This class is the base class for all GLESceneGraph window framebuffers for Windows platforms |
| CGLESAbsoluteTransform | This class implements a GLESceneGraph absolute transform node |
| CGLESAttribute | This class wraps a GLESceneGraph attribute object |
| CGLESAttributeSet | This class implements a GLESceneGraph attribute set object |
| CGLESBackground | This class implements the base class for all GLESceneGraph background nodes |
| CGLESBlendAttribute | This class implements a GLESceneGraph blend attribute |
| CGLESBox | This class implements a GLESceneGraph box object |
| CGLESCone | This class implements a GLESceneGraph cone object |
| CGLESCylinder | This class implements a GLESceneGraph cylinder object |
| CGLESDepthAttribute | This class implements a GLESceneGraph depth attribute |
| CGLESDirectionalLight | This class implements a GLESceneGraph directional light object |
| CGLESDynamicLibrary | This class stores the OpenGL function pointers for OpenGL 2.0+ functions |
| CGLESEngine | This class is the base class for all GLESceneGraph engines |
| CGLESFactory | This class implements a class factory for all GLESceneGraph objects |
| CGLESFramebuffer | This class implements a base for all GLESceneGraph framebuffers |
| CGLESFrameTexture2D | This class wraps a GLESceneGraph frame texture object |
| CGLESGeometry | This class wraps a GLESceneGraph geometry node |
| CGLESGroup | This class implements a GLESceneGraph group object |
| CGLESIndependentPrimitive | This class implements the base class for all GLESceneGraph independent primitive |
| CGLESLightSource | This class is the base class for all GLESceneGraph light sources |
| CGLESLines | This class implements a GLESceneGraph lines object |
| CGLESLineStrips | This class implements a GLESceneGraph line strips object |
| CGLESLOD | This class implements a GLESceneGraph group object |
| CGLESMaterial | This class implements a GLESceneGraph material object |
| CGLESMediaTexture2D | This class wraps a GLESceneGraph media texture object |
| CGLESNode | This class implements a GLESceneGraph node object |
| CGLESObject | This class is the base class for all GLESceneGraph objects |
| CGLESPerspectiveView | This class implements a perspective view for GLESceneGraph |
| CGLESPhantomAttribute | |
| CGLESPointLight | This class implements a GLESceneGraph point light object |
| CGLESPoints | This class implements a GLESceneGraph points object |
| CGLESPrimitive | This class implements the base class for all GLESceneGraph primitive objects |
| CGLESPrimitiveAttribute | This class implements a GLESceneGraph primitive attribute object |
| CGLESProgramManager | This class implements a manager for OpenGL ES shader programs |
| CGLESRenderable | This class is the base class for all GLESceneGraph renderable objects |
| CGLESScene | This class implements a GLESceneGraph scene object |
| CGLESShader | This class is the base class for all OpenGL ES shader container |
| ►CGLESShaderProgram | This class implements a container for an OpenGL ES shader program |
| CParameters | This class implements a temporary store for shader parameters |
| CGLESShape | This class is the base class for all GLESceneGraph shape objects |
| CGLESSphere | This class implements a GLESceneGraph spehere node |
| CGLESSpotLight | This class implements a GLESceneGraph spot light |
| CGLESStereoAttribute | This class implements a GLESceneGraph stereo attribute |
| CGLESStereoView | This class implements a perspective stereo view for GLESceneGraph |
| CGLESStripPrimitive | This class is the base class for all GLESceneGraph stripped primitives |
| CGLESSwitch | This class implements an OpenGLESceneGraph switch node |
| ►CGLESText | This class implements a GLESceneGraph text object |
| ►CFontManager | The manager providing access to the texture containing the font's characters and some associated information |
| CFontData | This class stores the relevant information necessary to render the text using one specific font |
| CGLESTexture | This class is the base class for all GLESceneGraph texture objects |
| CGLESTexture2D | This class wraps a GLESceneGraph texture object |
| CGLESTextureFramebuffer | This class is the base class for all GLESceneGraph texture framebuffer objects |
| CGLESTextures | This class implements a GLESceneGraph texture attributes object |
| CGLESTransform | This class implements a GLESceneGraph transform object |
| ►CGLESTraverser | This class implements a traverser for renderables |
| CTraverserObject | This class stores the data which is necessary to render one renderable |
| CGLESTriangleFans | This class implements a GLESceneGraph triangle fans object |
| CGLESTriangles | This class implements a GLESceneGraph triangles object |
| CGLESTriangleStrips | This class implements a GLESceneGraph triangle strips object |
| CGLESUndistortedBackground | This class implements an undistorted background for the GLESceneGraph render engine |
| ►CGLESVertexSet | This class implements a GLESceneGraph vertex set object |
| CVertexBufferObject | This class is the base class for all VertexBufferObjects |
| CVertexBufferObjectT | This class implements the wrapper around a vertex buffer object |
| CGLESView | This class implements a GLESceneGraph view object |
| ►NGlobalIllumination | Namespace of the Rendering Global Illumination library |
| CGIAttribute | This class wraps a Global Illumination attribute object |
| CGIAttributeSet | This class implements a Global Illumination attribute set object |
| CGIBitmapFramebuffer | This class is the base class for all GlobalIllumination bitmap framebuffers |
| CGIBox | This class implements a GLESceneGraph box object |
| CGICone | This class implements a cone object |
| CGICylinder | This class implements a cylinder object |
| CGIEngine | Global Illumination engine class |
| CGIFactory | This class implements a class factory for all Global Illumination objects |
| CGIFramebuffer | This class implements a base for all Global Illumination framebuffers |
| CGIGeometry | This class wraps a geometry node |
| CGIGroup | This class wraps a Global Illumination group object |
| CGIIndependentPrimitive | This class implements the base class for all independent primitive |
| CGILightSource | This class is the base class for all Global Illumination light sources |
| CGIMaterial | This class implements a Global Illumination material object |
| CGIMediaTexture2D | This class wraps a Global Illumination media texture object |
| CGINode | This class wraps a Global Illumination node object |
| CGIObject | This class is the base class for all Global Illumination objects |
| CGIPerspectiveView | This class implements a perspective view |
| CGIPointLight | This class implements a point light |
| CGIPrimitive | This class implements the base class for all primitive objects |
| CGIRenderable | This class is the base class for all Global Illumination renderable objects |
| CGIScene | This class wraps a Global Illumination scene object |
| CGIShape | This class is the base class for all Global Illumination shape objects |
| CGISphere | This class implements a spehere node |
| CGISpotLight | This class implements a spot light |
| CGIStripPrimitive | This class is the base class for all stripped primitives |
| CGITexture | This class is the base class for all Global Illumination texture objects |
| CGITexture2D | This class wraps a Global Illumination texture object |
| CGITextures | This class implements a Global Illumination texture attributes object |
| CGITransform | This class implements a Global Illumination transform object |
| CGITriangles | This class implements triangles |
| CGITriangleStrips | This class implements a triangle strips object |
| CGIVertexSet | This class implements a vertex set |
| CGIView | This class implements a Global Illumination view object |
| CGIWindowFramebuffer | This class is the base class for all GlobalIllumination window framebuffers |
| CLighting | This class implements object lighting functions |
| CRayIntersection | This class implements a ray intersection object |
| CTracingBox | This class implements the tracing object for a box |
| CTracingGroup | This class implements a group of tracing objects |
| ►CTracingMesh | This class implements the tracing object for a mesh |
| COctree | This class implements a simple octree-like structure allowing to optimized the intersection performance |
| CTracingObject | This class is the abstract base class for all tracing objects |
| CTracingSphere | This class implements the tracing object for a sphere |
| CAbsoluteTransform | This class is the base class for all absolute transform nodes |
| CAttribute | This class is the base class for all rendering attribute objects |
| CAttributeSet | This class is the base class for all attribute set objects |
| CBackground | This class is the base class for all backgrounds |
| CBillboard | This class is the base class for all billboard objects |
| CBitmapFramebuffer | This class is the base class for all bitmap framebuffers |
| CBlendAttribute | This class is the base class for all blend attributes |
| CBox | This class is the base class for all boxes |
| CCone | This class is the base class for all cones |
| CCylinder | This class is the base class for all cylinders |
| CDepthAttribute | This class implements a depth attribute specifying the depth buffer behavior for associated objects |
| CDirectionalLight | This class is the base class for all directional lights |
| CDynamicObject | This class is the base class for all dynamic scene graph objects |
| CEngine | This class is the base class for all rendering engines like |
| CFactory | This class implements a node and object factory |
| ►CFramebuffer | This class is the base class for all rendering framebuffers |
| CFramebufferConfig | This class holds framebuffer configurations |
| ►CFrameTexture2D | This class is the base class for all 2D textures receiving their image content from a frame or a buffer |
| CCompressedFrame | This class implements a container for a compressed texture |
| CGeometry | This class is the base class for all rendering geometry nodes |
| CGroup | This is the base class for all rendering groups |
| CIndependentPrimitive | This class is the base class for all independent primitive objects |
| CLightSource | This is the base class for all lights |
| CLines | This class is the base for all lines objects |
| CLineStrips | This class is the base for all rendering line strips |
| CLOD | This class is the base class for all level-of-detail nodes |
| ►CManager | This class manages all scene graphs |
| CEngineInformation | Class holding engine informations |
| CMaterial | This class is the base class for all materials |
| CMediaTexture2D | This class is the base class for all 2D textures receiving their image content from Media objects |
| CNode | This is the base class for all rendering nodes |
| CObject | This class is the base class for all rendering objects |
| CObjectRefManager | This class implements a rendering object reference manager |
| CParallelView | This class is the base class for all parallel views |
| CPerspectiveView | This class is the base class for all perspective views |
| CPhantomAttribute | This class is the base class for all phantom attributes |
| CPointLight | This class is the base class for all point lights |
| CPoints | This class is the base for all points objects |
| CPrimitive | This class is the base class for all primitive objects |
| CPrimitiveAttribute | This class implements an attribute specifying face and culling properties of primitives |
| CQuadFace | Definition of a quad face with four vertex indices |
| CQuads | This class is the base class for all rendering quads |
| CQuadStrips | This class is the base class for all stripped quad objects |
| CRenderable | This class is the base class for all renderable objects |
| CScene | This is the base class for all rendering scenes |
| CShaderProgram | This class implements a shader program attribute |
| CShape | This class is the base class for all geometries |
| CSkyBackground | This class is the base class for all sky backgrounds |
| CSmartObjectRef | This class implements a smart rendering object reference |
| CSphere | This class is the base class for all spheres |
| CSpotLight | This class is the base class for all spot lights |
| CStereoAttribute | This class implements a stereo attribute specifying the stereo behavior for associated objects |
| CStereoView | This class is the base class for all stereo views |
| CStripPrimitive | This class is the base class for all primitive with strip organization |
| CSwitch | This class is the base class for all switch nodes |
| CText | This class is the base class for all texts |
| CTexture | This class is the base class for all textures |
| CTexture2D | This class is the base class for all 2D textures |
| CTextureFramebuffer | This class is the base class for all textures based on a framebuffer |
| CTextures | This class is the base class for all textures objects |
| ►CTransform | This class is the base class for all transform nodes |
| CTransformModifier | Definition of a modifier for transform objects |
| CTriangleFace | Definition of a triangle face with three vertex indices |
| CTriangleFans | This class is the base class for all triangle fan objects |
| CTriangles | This class is the base for all triangles objects |
| CTriangleStrips | This class is the base for all rendering triangle strips |
| CUndistortedBackground | This class is the base class for all undistorted backgrounds |
| CUtilities | This class implements utility functions for the rendering library |
| CVertexSet | This class is the base class for all rendering vertex sets |
| CView | This class is the base class for all rendering views |
| CWindowFramebuffer | This class is the base class for all window framebuffers |
| ►NSceneDescription | Namespace of the SceneDescription library |
| ►NSDL | |
| ►NAssimp | Namespace of the SDL Assimp SceneDescription library |
| CAssimpLibrary | This class implements the scene library for all Assimp file types |
| CAssimpScene | This class holds the entire scene contained in one assimp-supported file |
| CMaterial | This class implements a converters for Assimp materials |
| CMesh | This class implements converters for Assimp meshes |
| ►NOBJ | Namespace of the SDL OBJ SceneDescription library |
| CMaterial | This class hold a material defined in a mtl obj material file |
| CMtlParser | This class implements a obj material parser able to parse mtl files |
| CMtlScanner | This class implements a scanner able to scan obj mtl token |
| COBJLibrary | This class implements the scene library for all obj file types |
| COBJParser | This class implements a obj parser able to parse obj files |
| COBJScanner | This class implements a scanner able to scan obj token |
| ►COBJScene | This class holds the entire scene contained in one obj file |
| CFace | This class holds vertex, normal and texture indices for a triangle |
| ►NSDX | |
| ►NX3D | Namespace of the S(scene)D(escription)X X3D SceneDescription library |
| CAppearance | This class implements an x3d apperance node |
| CAudioClip | This class implements a x3d audio clip node |
| CBackground | This class implements a x3d background node |
| CBillboard | This class implements a x3d billboard node |
| CBooleanFilter | This class implements a x3d boolean filter node |
| CBooleanToggle | This class implements a x3d boolean toggle node |
| CBooleanTrigger | This class implements a x3d boolean trigger node |
| CBox | This class implements a x3d box node |
| CClassicParser | This class implements a parser for the classic x3d file format |
| CClassicScanner | This class implements a scanner for the classic x3d file format |
| CColor | This class implements a x3d color node |
| CColorInterpolator | This class implements a color interpolator node |
| CComposedShader | This class implements a x3d composed shader node |
| CCone | This class implements a x3d cone node |
| CCoordinate | This class implements a x3d coordinate node |
| CCoordinateInterpolator | This class implements a coordinate interpolator node |
| CCylinder | This class implements a x3d cylinder node |
| CDirectionalLight | This class implements a x3d directional light node |
| CFactory | This class implements a x3d node factory |
| CFontStyle | This class implements an abstract x3d font style |
| CGroup | This class implements a x3d group node |
| CHeadUpTransform | This class implements an ocean specific X3D node to allow head-up nodes |
| CImageTexture | This class implements a x3d image texture node |
| CIndexedFaceSet | This class implements a x3d indexed face set node |
| CIndexedLineSet | This class implements a x3d indexed line set node |
| CInline | This class implements a x3d inline node |
| CLiveVideoTexture | This class implements an unspecified x3d live video texture node |
| CLOD | This class implements a x3d LOD node |
| CMaterial | This class implements a x3d material node |
| CMovieTexture | This class implements a x3d movie texture node |
| CMultiTexture | This class implements a x3d multi texture node |
| CMultiTextureTransform | This class implements a x3d multi texture transform node |
| CNavigationInfo | This class implements a x3d NavigationInfo node |
| CNormal | This class implements a x3d normal node |
| CNormalInterpolator | This class implements a normal interpolator node |
| COrientationInterpolator | This class implements an orientation interpolator node |
| CPackagedShader | This class implements a x3d packaged shader node |
| CPhantomTextureCoordinate | This class implements an Ocea specific x3d phantom texture coordinate node |
| CPointLight | This class implements a x3d point light node |
| CPointSet | This class implements a x3d point set node |
| CPositionInterpolator | This class implements a position interpolator node |
| CPositionInterpolator2D | This class implements a position interpolator 2d node |
| CProximitySensor | This class implements a proximity sensor node |
| CScalarInterpolator | This class implements a scalar interpolator node |
| CShaderPart | This class implements a x3d shader part node |
| CShaderProgram | This class implements a x3d shader program node |
| CShape | This class implements a x3d shape node |
| CSphere | This class implements a x3d sphere node |
| CSpotLight | This class implements a x3d spot light node |
| CStaticGroup | This class implements a x3d static group node |
| CSwitch | This class implements a x3d switch node |
| CText | This class implements a x3d text node |
| CTextureCoordinate | This class implements a x3d texture coordinate node |
| CTextureProperties | This class implements a x3d texture properties node |
| CTextureTransform | This class implements a x3d texture transform node |
| CTimeSensor | This class implements a time sensor node |
| CTimeTrigger | This class implements a x3d time trigger node |
| CTouchSensor | This class implements a touch sensor node |
| CTrackerTransform | This class implements an ocean specific X3D node to allow specific tracker system transformations |
| CTransform | This class implements a x3d transform node |
| CUtilities | This class implements utility functions |
| CViewpoint | This class implements a x3d viewpoint node |
| CWorldInfo | This class implements a x3d world info node |
| CX3DAppearanceChildNode | This class implements an abstract x3d appearance child node |
| CX3DAppearanceNode | This class implements an abstract x3d appearance node |
| CX3DBackgroundNode | This class implements an abstract x3d background node |
| CX3DBindableNode | This class implements an abstract x3d bindable node |
| CX3DBoundedObject | This class implements an abstract x3d bounded object |
| CX3DChildNode | This class implements an abstract x3d child node |
| CX3DColorNode | This class implements an abstract x3d color node |
| CX3DComposedGeometryNode | This class implements an abstract x3d composed geometry node |
| CX3DCoordinateNode | This class implements an abstract x3d coordinate node |
| CX3DEnvironmentalSensorNode | This class implements an abstract x3d envrionmental sensor node |
| CX3DFontStyleNode | This class implements an abstract x3d font style node |
| CX3DGeometricPropertyNode | This class implements an abstract x3d geometric property node |
| CX3DGeometryNode | This class implements an abstract x3d geometry node |
| CX3DGroupingNode | This class implements an abstract x3d grouping node |
| CX3DInfoNode | This class implements an abstract x3d info node |
| CX3DInterpolatorNode | This class implements an abstract x3d interpolator node object |
| CX3DLibrary | This class implements the scene library for all x3d file types |
| CX3DLightNode | This class implements an abstract x3d light node |
| CX3DMaterialNode | This class implements an abstract x3d material node |
| CX3DNode | This class implements an abstract x3d node |
| CX3DNormalNode | This class implements an abstract x3d normal node |
| CX3DPointingDeviceSensorNode | This class implements an abstract x3d pointing device sensor node |
| CX3DProgrammableShaderObject | This class implements an abstract x3d programmable shader object |
| CX3DScene | This class implements a scene object holding an entire x3d scene |
| CX3DSensorNode | This class implements an abstract x3d sensor node |
| CX3DShaderNode | This class implements an abstract x3d shader node |
| CX3DShapeNode | This class implements an abstract x3d shape node |
| CX3DSoundSourceNode | This class implements an abstract x3d sound source node |
| CX3DTexture2DNode | This class implements an abstract x3d texture 2D node |
| CX3DTextureCoordinateNode | This class implements an abstract x3d texture coordinate node |
| CX3DTextureNode | This class implemenst an abstract x3d texture node |
| CX3DTextureTransformNode | This class implements an abstract x3d texture transform node |
| CX3DTimeDependentNode | This class implements an abstract x3d time dependent node |
| CX3DTouchSensorNode | This class implements an abstract x3d touch sensor node |
| CX3DUrlObject | This class implements an abstract x3d url object |
| CX3DViewpointNode | This class implements an abstract x3d viewpoint node |
| ►CXMLParser | This class implements a XML parser for X3D |
| CXMLScanner | This class implements a helper scanner for the XML X3D file format |
| CDynamicNode | This class is the base class for all nodes able to handle fields loaded during runtime |
| CField | This class is the base class for all scene description fields |
| CField0D | This class implements all 0D fields (fields holding a single value only) |
| CField1D | This class implements all 1D fields (fields holding an array of single values) |
| CLibrary | This class is the base class for all scene description libraries |
| CManager | This class implements the manager for all scene descriptions |
| ►CNode | This class is the base class for all scene description nodes |
| CNodeSpecification | This class implements a node specification object |
| CNodeRefManager | This class implements a scene description node reference manager |
| CScene | This class implements the base class for all scene objects providing access to all elements of a scene |
| CSDLNode | This class implements the base class for all scene description nodes |
| CSDLScene | This class implements the base class for all sdl scene object providing access to all elements of a scene |
| CSDXDynamicNode | This class implements the base class for all dynamic SDX scene description nodes |
| CSDXEventNode | This class implements the base class for all nodes receiving event calls regularly |
| ►CSDXNode | This class implements the base class for all SDX scene description nodes |
| CSDXEnvironment | This class implements a node environment container |
| CSDXScene | This class implements the base class for all sdx scene object providing access to all elements of a scene |
| CSDXUpdateNode | This class implements the base class for all nodes needing update calls regularly |
| CTypeMapper | Class providing mapping between scalar field types and real types |
| ►NSystem | Namespace of the System library |
| ►NUSB | Namespace of the System library USB |
| ►NAndroid | Namespace of the System library USB Android |
| ►COceanUSBManager | This class implements the native version of the USB manager for Android |
| CDeviceDescriptor | This class holds the relevant information of a USB device |
| ►NVideo | Namespace of the System library USB Video |
| CVCDescriptor | This class implements the base class for all video control descriptors |
| CVCExtensionUnitDescriptor | Extension Unit Descriptor (VC_EXTENSION_UNIT) |
| CVCHeaderDescriptor | Class-Specific VC Interface Descriptor (VC_HEADER) |
| CVCInputTerminalDescriptor | Input Terminal Descriptor (VC_INPUT_TERMINAL) |
| CVCProcessingUnitDescriptor | Processing Unit Descriptor (VC_PROCESSING_UNIT) |
| CVCSelectorUnitDescriptor | Selector Unit Descriptor (VC_SELECTOR_UNIT) |
| ►CVideoDevice | This class implements a USB video device |
| CCameraTerminalControl | This class implements functions for a Camera Control terminal |
| CControl | |
| CPayloadHeader | Video and Still Image Payload Headers |
| CSample | This class holds the data of a media sample |
| CVideoControl | Video Probe and Commit Controls |
| CVideoControlInterface | This class combines the video control interface functionality |
| ►CVideoStreamingInterface | This class combines the video streaming interface functionality |
| CFrameBasedVideoStream | This class implements a frame-based video stream |
| CMJPEGVideoStream | This class implements a Mjpeg video stream |
| CUncompressedVideoStream | This class implements an uncompressed video stream |
| CVideoStream | This class implements the base class for all video streams |
| CVSColorMatchingDescriptor | Color Matching Descriptor (VS_COLORFORMAT) |
| CVSDescriptor | This class implements the base class for all video streaming descriptors |
| CVSFrameBasedFrameDescriptor | Frame Based Payload Frame Descriptor (VS_FRAME_FRAME_BASED) |
| CVSFrameBasedVideoFormatDescriptor | Frame Based Payload Video Format Descriptor (VS_FORMAT_FRAME_BASED) |
| CVSInputHeaderDescriptor | Input Header Descriptor (VS_INPUT_HEADER) |
| CVSMJPEGVideoFormatDescriptor | MJPEG Video Format Descriptor (VS_FORMAT_MJPEG) |
| CVSMJPEGVideoFrameDescriptor | MJPEG Video Frame Descriptors (VS_FRAME_MJPEG) |
| CVSUncompressedVideoFormatDescriptor | UncompressedVideoFormatDescriptor (VS_FORMAT_UNCOMPRESSED) |
| CVSUncompressedVideoFrameDescriptor | Uncompressed Frame Descriptor (VS_FRAME_UNCOMPRESSED) |
| CContext | This class wraps a libusb context |
| CDescriptor | This class implements the base class for all interface descriptors |
| CDevice | This class wraps a libusb device |
| CManager | This class implements a manager for USB devices |
| ►CUtilities | This class implements utility functions for USB devices |
| CProduct | This class holds the relevant information of a USB product |
| CVendor | This class holds several products of a vendor |
| ►CMemory | This class implements system memory management functions |
| CMemoryMeasurement | This class implements a simple engine measuring memory (RAM) usage over time for the entire process |
| COperatingSystem | This class implements functions for the operating system |
| CPerformance | This class implements functionalities concerning the underlying system performance |
| CProcess | This class implements basic functions related with the application process |
| ►NTest | Namespace of the Test library |
| ►NTestBase | Namespace of the Base Test library |
| CTestBinary | This class implements a test for the Binary class |
| ►CTestCallback | This class implements a callback test |
| CObject | This class implements a helper class holding member functions |
| ►CTestCaller | This class implements a caller test |
| CObject | This class implements a helper class holding member functions |
| CParam0 | This class implements an arbitrary parameter |
| CParam1 | This class implements an arbitrary parameter |
| CParam10 | This class implements an arbitrary parameter |
| CParam11 | This class implements an arbitrary parameter |
| CParam12 | This class implements an arbitrary parameter |
| CParam13 | This class implements an arbitrary parameter |
| CParam14 | This class implements an arbitrary parameter |
| CParam15 | This class implements an arbitrary parameter |
| CParam16 | This class implements an arbitrary parameter |
| CParam17 | This class implements an arbitrary parameter |
| CParam18 | This class implements an arbitrary parameter |
| CParam19 | This class implements an arbitrary parameter |
| CParam2 | This class implements an arbitrary parameter |
| CParam3 | This class implements an arbitrary parameter |
| CParam4 | This class implements an arbitrary parameter |
| CParam5 | This class implements an arbitrary parameter |
| CParam6 | This class implements an arbitrary parameter |
| CParam7 | This class implements an arbitrary parameter |
| CParam8 | This class implements an arbitrary parameter |
| CParam9 | This class implements an arbitrary parameter |
| CTestCommandArguments | This class implements test for CommandArguments |
| CTestDataType | This class implements a basic data type test |
| CTestDateTime | This class implements a DateTime test |
| CTestFrame | This class implements tests for the Frame class |
| CTestHashMap | This class implements a hash map test |
| CTestHashSet | This class implements a hash set test |
| CTestHighPerformanceStatistic | This class implements a test for the HighPerformanceStatistic class |
| CTestHighPerformanceTimer | This class implements a test for the HighPerformanceTimer class |
| ►CTestInheritance | This class implements an inheritance test of classes |
| CDiamondBaseClass | This class implements a base class for a diamond derivation |
| CDiamondSubClass | This class implements the final subclass for a diamond derivation |
| CDiamondSubClass0 | This class implements an intermediate sub-class for a diamond derivation |
| CDiamondSubClass1 | This class implements a second intermediate sub-class for a diamond derivation |
| CNormalBaseClass | This class implements a standard base class |
| CNormalSubClass | This class implements a standard sub class |
| CVirtualBaseClass | This class implements standard base class defining virtual functions |
| CVirtualSubClass | This class implements sub-class defining virtual functions |
| CTestKdTree | This class implements a k-d tree test |
| ►CTestLock | This class tests lock functions |
| CEmpty | Definition of an empty class |
| CObject | Definition of a helper class |
| CTestMedian | This class implements a median test |
| CTestMemory | This class implements a memory test |
| ►CTestMoveBehavior | This class tests the move behavior of the underlying C++ std implementation |
| CNonExceptObject | Simple object with copy and move semantic with 'noexcept' keywords |
| CObject | Simple object with copy and move semantic without 'noexcept' keywords |
| COperationCounter | Simple helper class counting operations |
| CTestRandomI | This class implements a integer random test |
| CTestRingMap | This class implement a test for the ring map class |
| ►CTestScopedFunction | This class implement a test for the TestScopedFunction class |
| CObject | Helper class allowing to determine whether a function was invoked or not |
| ►CTestScopedObject | This class implement a test for the ScopedObject class |
| CManager | |
| CObject | This class implements an object |
| CTestSegmentUnion | This class implement a test for the SegmentUnion class |
| ►CTestSignal | This class implements signal tests |
| CAsyncFunctionThread | This class implements a simple helper thread simulating an async function execution |
| CSignalThread | This class implements a simple helper thread allowing to invoke/pulse a signal after a specified time |
| ►CTestSingleton | This class implements a singleton test |
| CSingletonUser | This class implements a helper class to test singleton template |
| CTestStackHeapVector | This class implements tests for StackHeapVector |
| CTestStaticBuffer | This class implements tests for StaticBuffer |
| CTestStaticVector | This class implements tests for StaticVector |
| CTestSTL | This class implements tests for c++ functions |
| CTestString | This class implements a test for the string class |
| CTestSubset | This class implements tests for the Subset class |
| CTestThread | This class implements tests for the Thread class |
| ►CTestThreadPool | This class implements tests for the ThreadPool class |
| CExecutions | This class implements a helper class allowing to keep track of function executions |
| CTestTimestamp | This class implements a timestamp test |
| CTestUtilities | This class implements utilities tests |
| CTestValue | This class implements a Value test |
| CTestWorker | This class implements worker tests |
| CTestWorkerPool | This class implements tests for the WorkerPool class |
| ►NTestCV | Namespace of the CV Test library |
| ►NTestAdvanced | Namespace of the CV Advanced Test library |
| CTestAdvancedFrameChannels | This class implements tests for AdvancedFrameChannels |
| CTestAdvancedFrameFilterGaussian | This class implements tests for the AdvancedFrameFilterGaussian class |
| CTestAdvancedFrameFilterSeparable | This class implements tests for the AdvancedFrameFilterSeparable class |
| CTestAdvancedFrameFilterSobel | This class implements an advanced sobel frame filter test |
| CTestAdvancedFrameInterpolatorBilinear | This class implements a bilinear frame interpolator test |
| CTestAdvancedFrameShrinker | This class implements an advanced frame shrinker test |
| CTestAdvancedMotion | This class implements tests for AdvancedMotion |
| CTestAdvancedSumSquareDifferences | This class implements an advanced sum square differences test |
| CTestAdvancedZeroMeanSumSquareDifferences | This class implements an advanced zero-mean sum square differences test |
| ►CTestFrameColorAdjustment | This class implements a frame color adjustment test |
| CObject | This class extends the static buffer class by mathematical operators |
| CTestFrameRectification | This class implements a frame rectification test |
| CTestPanoramaFrame | This class implements a test for the panorama frame |
| CTestSumSquareDifferencesNoCenter | This class implements sum square differences omitting the center pixel tests |
| CTestWhitePointDetector | This class implements a white point detection test |
| ►NTestDetector | Namespace of the CV Detector Test library |
| ►NTestQRCodes | Namespace of the CV Detector QR Codes Test library |
| CTestAlignmentPatternDetector | This class implements tests for the alignment pattern detector |
| CTestFinderPatternDetector | This class implements a test for the QR code detector |
| ►CTestLegacyQRCodeDetector2D | This class implements a test for the QR code detector |
| CFileDataCollection | This class implements a test data collection based on local files |
| ►CTestMicroQRCodeDecoder | This class implements tests for the Micro QR code features |
| CEncodingParameters | Definition of a struct holding the parameters describing a portion of the Micro QR code encoding space |
| ►CTestMicroQRCodeDetector2D | This class implements a test for the Micro QR code detector |
| CEncodingParameters | Definition of a struct holding the parameters describing a portion of the Micro QR code encoding space |
| ►CTestMicroQRCodeEncoder | This class implements tests for the Micro QR code features |
| CFileDataCollection | This class implements a test data collection based on a local file |
| CMicroQRCodeVerificationItem | Definition of a helper data structure that's used to verify the Micro QR code encoding functionality This will contain the raw message and the values of corresponding Micro QR code that were generated with a reference Micro QR code generator and which are assumed to be correct |
| CTestQRCodeDecoder | This class implements tests for the QR code features |
| CTestQRCodeDetector2D | This class implements a test for the QR code detector |
| ►CTestQRCodeEncoder | This class implements tests for the QR code features |
| CFileDataCollection | This class implements a test data collection based on a local file |
| CQRCodeVerificationItem | Definition of a helper data structure that's used to verify the QR code encoding functionality This will contain the raw message and the values of corresponding QR code that were generated with a reference QR code generator and which are assumed to be correct |
| CTestUtilities | This class implements tests for the utility functions of the QR code library |
| CUtilities | This class implements utility functions for the QR code tests |
| CTestDescriptor | This class implements tests for the Descriptor class |
| CTestFASTDetector | This class implements a FAST feature detector test |
| CTestFeatureDetector | This class implements tests for the FeatureDetector class |
| CTestFrameChangeDetector | This class implements tests for frame change detection |
| CTestFREAKDescriptorT | Forward-declaration of the test class for FREAK descriptors |
| CTestHarrisDetector | This class implements a Harris corner detector test |
| CTestHemiCube | This class implements tests for the Hemi cube |
| CTestLineDetectorHough | This class implements houg-transformation-based line detector tests |
| CTestLineDetectorULF | This class implements line detector tests |
| CTestLineEvaluator | This class implements tests for the LineEvaluator |
| ►CTestMessengerCodeDetector | This class implements a test for the Messenger Code detector |
| CFileDataCollection | This class implements a test data collection based on local files |
| CTestORBDetector | This class implements a ORB detector test |
| CTestPointTracking | This class implements a point tracking test |
| ►CTestShapeDetector | This class implements tests for the Shape detector |
| CGradientBasedDetector | This class provides the ground truth implementation of the gradient-based T-detector |
| CGradientVarianceBasedDetector | This class provides the ground truth implementation of the gradient&variance-based T-detector |
| CVarianceBasedDetector | This class provides the ground truth implementation of the variance-based T-detector |
| CUtilities | This class implements utility functions for the detector test library |
| ►NTestLibyuv | Namespace of the Ocean CV libyuv test library |
| CTestFrameConverterBGRA32 | This class tests/benchmarks the performance of the frame converter function of libyuv for BGRA32 frames |
| CTestFrameConverterRGBA32 | This class tests/benchmarks the performance of the frame converter function of libyuv for RGBA32 frames |
| CTestFrameConverterY_U_V12 | This class tests/benchmarks the performance of the frame converter function of libyuv for Y_U_V12 frames |
| CTestFrameConverterY_U_V24 | This class tests/benchmarks the performance of the frame converter function of libyuv for Y_U_V24 frames |
| CTestFrameConverterY_UV12 | This class tests/benchmarks the performance of the frame converter function of libyuv for Y_UV12 frames |
| CTestFrameConverterY_VU12 | This class tests/benchmarks the performance of the frame converter function of libyuv for Y_VU12 frames |
| CTestFrameInterpolatorBilinear | This class tests/benchmarks the performance of frame resizing/rescalilng |
| CTestFramePyramid | This class tests/benchmarks the performance of frame pyramids |
| CTestFrameShrinker | This class tests/benchmarks the performance of frame shrinking |
| ►NTestOpenCV | Namespace of the Ocean CV OpenCV test library |
| CTestFeatureDetectors | This class tests the performance of several OpenCV feature detectors |
| CTestFourierTransform | This class tests the performance of Fourier transform algorithms |
| CTestFrameConverter | This class tests the performance of the frame converter function of OpenCV |
| CTestFrameFilterCanny | This class benchmarks the performance of the Canny filter functionality of OpenCV |
| CTestFrameFilterLaplace | This class benchmarks the performance of the Laplace filter functionality of OpenCV |
| CTestFrameInterpolatorBilinear | This class benchmarks the performance of bilinear interpolation |
| CTestFrameInterpolatorNearestPixel | This class benchmarks the performance of nearest-neighbor interpolation |
| CTestFrameMinMax | This class benchmarks the performance of the minmax functionality of OpenCV |
| CTestFramePyramid | This class implements performance tests for the frame pyramid of OpenCV |
| CTestGaussianBlur | This class tests the Gaussian blur function of OpenCV |
| CTestGeometry | This class tests the performance of several OpenCV functions from the module calib3d (aka geometry in Ocean) |
| CTestHistogram | This class implements performance and validation tests for image histogram, histogram equalization, etc |
| CTestMorphology | This class tests morphology functions of OpenCV |
| CTestPerformance | This class tests the performance of the frame interpolation function of OpenCV |
| CTestPointTracking | This class tests the performance of the different patch tracking functions in OpenCV |
| CTestTransformation | This class tests transformation determination functions of OpenCV |
| ►NTestSegmentation | Namespace of the CV Segmentation Test library |
| CTestBinPacking | This class implements test for bin packing |
| CTestMaskAnalyzer | This class implements a mask analyzer test |
| CTestMaskCreator | This class implements a mask analyzer test |
| ►NTestSynthesis | Namespace of the CV Synthesis Test library |
| CTestCreatorF1 | This class implements a test for creators with one frame |
| CTestCreatorI1 | This class implements a test for creators with one frame |
| CTestInitializerF1 | This class implements a test for initializers with one frame with sub-pixel accuracy |
| ►CTestInitializerI1 | This class implements a test for initializers with one frame |
| CInpaintingPixel | Helper function allowing to keep properties of a pixel to be inpainted |
| CTestMappingF1 | This class implements a synthesis sub-pixel mapping test |
| CTestMappingI1 | This class implements a synthesis pixel mapping test |
| CTestOptimizerF1 | This class implements a test for optimizers with one frame |
| CTestOptimizerI1 | This class implements a test for optimizers with one frame |
| CUtilities | This class implements some utilities functions |
| ►CFrameConverterTestUtilities | This class implements frame converter test utilities |
| CFunctionWrapper | This class is a wrapper for function pointers |
| CValueProvider | This class is a helper class simply offering random values which are constant during process execution |
| CTestBresenham | This class implements tests of the Bresenham implementation |
| CTestCanvas | This class implements tests for the Canvas class |
| CTestEigenUtilities | This class implements tests for the EigenUtilities class |
| CTestFrameBlender | This class implements a test for the frame blender class |
| ►CTestFrameChannels | This class implements a frame channels test |
| CTestOperations | Collection of test operations for pixel operators |
| CTestFrameConverter | This class implements a frame converter test for the function of the basic frame converter |
| CTestFrameConverterABGR32 | This class implements a ABGR frame converter test |
| CTestFrameConverterARGB32 | This class implements a ARGB frame converter test |
| CTestFrameConverterB_G_R24 | This class implements a B_G_R 24 bit frame converter test |
| CTestFrameConverterBGR24 | This class implements a BGR frame converter test |
| CTestFrameConverterBGR32 | This class implements a BGR32 frame converter test |
| CTestFrameConverterBGR565 | This class implements a BGR565 frame converter test |
| CTestFrameConverterBGRA32 | This class implements a BGRA frame converter test |
| CTestFrameConverterR_G_B24 | This class implements a R_G_B 24 bit frame converter test |
| CTestFrameConverterRGB24 | This class implements a RGB frame converter test |
| CTestFrameConverterRGB32 | This class implements a RGB32 frame converter test |
| CTestFrameConverterRGB565 | This class implements a RGB565 frame converter test |
| CTestFrameConverterRGBA32 | This class implements a RGBA frame converter test |
| CTestFrameConverterRGBA64 | This class implements a RGBA64 frame converter test |
| ►CTestFrameConverterRGGB10_Packed | This class implements a RGGB10_PACKED frame converter test |
| CPixelFunctorRGGB10_Packed | Definition of a functor class to access single pixels of an frame with pixel format RGGB10_PACKED |
| CTestFrameConverterThreshold | This class implements a frame converter threshold test |
| CTestFrameConverterUYVY16 | This class implements a UYVY16 bit frame converter test |
| CTestFrameConverterY10_Packed | This class implements a Y10_PACKED frame converter test |
| CTestFrameConverterY32 | This class implements a Y32 frame converter test |
| CTestFrameConverterY8 | This class implements a Y8 frame converter test |
| CTestFrameConverterY_U_V12 | This class implements a Y_U_V 12bit frame converter test |
| CTestFrameConverterY_U_V24 | This class implements a Y_U_V 24 bit frame converter test |
| CTestFrameConverterY_UV12 | This class implements a Y_UV 12bit frame converter test |
| CTestFrameConverterY_V_U12 | This class implements a Y_V_U 12bit frame converter test |
| CTestFrameConverterY_VU12 | This class implements a Y_VU 12bit frame converter test |
| CTestFrameConverterYA16 | This class implements a YA16 frame converter test |
| CTestFrameConverterYUV24 | This class implements a YUV 24bit frame converter test |
| CTestFrameConverterYUVA32 | This class implements a YUVA 32 bit frame converter test |
| CTestFrameConverterYUYV16 | This class implements a YUYV16 bit frame converter test |
| CTestFrameConverterYVU24 | This class implements a YVU 24bit frame converter test |
| CTestFrameEnlarger | This class implements frame enlarger test functions |
| CTestFrameFilter | This class implements a test for frame filter functions |
| CTestFrameFilterCanny | This class implements a canny filter test |
| CTestFrameFilterDilation | This class implements a dilation filter test |
| CTestFrameFilterErosion | This class implements an erosion filter test |
| CTestFrameFilterGaussian | This class implements a test for the Gaussian image blur filter |
| CTestFrameFilterGradient | This class implements a gradient filter test |
| CTestFrameFilterLaplace | This class implements a test for the Laplace frame filter |
| CTestFrameFilterMax | This class implements frame max filter tests |
| CTestFrameFilterMean | This class implements a mean filter test |
| CTestFrameFilterMedian | This class implements frame median filter tests |
| CTestFrameFilterMin | This class implements frame min filter tests |
| CTestFrameFilterPrewitt | This class implements a Prewitt filter test |
| CTestFrameFilterScharr | This class implements a Scharr filter test |
| CTestFrameFilterScharrMagnitude | This class implements a scharr magnitude filter test |
| CTestFrameFilterSeparable | This class implements a test for the separable filter |
| CTestFrameFilterSobel | This class implements a Sobel filter test |
| CTestFrameFilterSobelMagnitude | This class implements a scharr magnitude filter test |
| CTestFrameFilterSorted | This class implements tests for the sorted frame filter |
| CTestFrameFilterTemplate | This class implements a frame filter template test |
| CTestFrameInterpolator | This class implements a test for the FrameInterpolator class |
| CTestFrameInterpolatorBicubic | This class implements a bicubic frame interpolator test |
| CTestFrameInterpolatorBilinear | This class implements a bilinear frame interpolation test |
| CTestFrameInterpolatorBilinearAlpha | This class implements a bilinear frame interpolator test for frames holding an alpha channel |
| CTestFrameInterpolatorNearestPixel | This class implements a nearest pixel frame interpolator test |
| CTestFrameInverter | This class implements tests for the FrameInverter class |
| CTestFrameMean | This class implements tests for the FrameMean class |
| CTestFrameMinMax | This class implements tests for the FrameMinMax class |
| CTestFrameNorm | This class implements tests for the FrameNorm class |
| CTestFrameNormalizer | This class implements tests for the FrameNormalizer class |
| CTestFrameOperations | This class implements a frame operations test |
| CTestFramePyramid | This class implements tests for the functionality of frame pyramids |
| CTestFrameShrinker | This class implements tests for the frame downsizing functions |
| CTestFrameShrinkerAlpha | This class implements tests for the frame downsizing functions with alpha channel |
| CTestFrameTransposer | This class implements a test for the frame transposer class |
| CTestFrameVariance | This class implements tests for the frame variance functions |
| CTestHistogram | This class implements a pixel bounding box test |
| CTestImageQuality | This class implements tests for the ImageQuality class |
| CTestIntegralImage | This class implements an integral image tester |
| CTestMaskAnalyzer | This class implements a frame analyzer test |
| CTestMotion | This class test the motion functions |
| CTestNEON | This class implements a Computer Vision NEON test |
| CTestNonMaximumSuppression | This class tests the implementation of the NonMaximumSuppression class |
| CTestPixelBoundingBox | This class implements a pixel bounding box test |
| CTestPixelPosition | This class implements a pixel position test |
| CTestSSE | This class implements a Computer Vision SSE test |
| CTestSumAbsoluteDifferences | This class implements sum absolute differences (SAD) tests |
| CTestSumSquareDifferences | This class implements sum square differences (SSD) tests |
| CTestUtilities | This class implements a Computer Vision utilities test |
| CTestZeroMeanSumSquareDifferences | This class implements zero-mean sum square differences (ZMSSD) tests |
| ►NTestDevices | Namespace of the Devices Test library |
| CTestGPSTracker | This class implements tests for the GPSTracker class |
| ►NTestGeometry | Namespace of the Geometry Test library |
| CTestAbsoluteTransformation | This class implements an absolute transformation test |
| CTestCameraCalibration | This class implements camera calibration test functions |
| CTestDelaunay | This class implements a test for the Delaunay triangulation |
| CTestEpipolarGeometry | This class implements an epipolar geometry test |
| CTestError | This class implements the test for the Error class of the geometry library |
| CTestEstimator | This class implements the test for the Estimator class of the geometry library |
| CTestHomography | This class implements homography tests |
| CTestJacobian | This class implements Jacobian tests |
| CTestJLinkage | This class implements homography tests using J-Linkage |
| CTestMultipleViewGeometry | This class implements an epipolar geometry test |
| CTestNonLinearOptimizationCamera | This class tests the non linear optimization implementations for camera profiles |
| CTestNonLinearOptimizationHomography | This class implements the tests of the non linear optimization functions for homography optimization |
| CTestNonLinearOptimizationLine | This class tests the non linear optimization implementations for lines |
| CTestNonLinearOptimizationObjectPoint | This class tests the non linear optimization plane implementations |
| CTestNonLinearOptimizationOrientation | This class tests the non linear optimization plane implementations |
| CTestNonLinearOptimizationPlane | This class tests the non linear optimization plane implementations |
| CTestNonLinearOptimizationPose | This class implements the tests of the non linear optimization functions for camera poses |
| CTestNonLinearOptimizationTransformation | This class implements the tests of the non linear optimization functions for transformations |
| CTestOctree | This class implements homography tests |
| CTestP3P | This class implements a P3P test |
| CTestP4P | This class implements a P4P test |
| CTestPnP | This class implements a PnP test |
| CTestRANSAC | This class implements the tests for RANSAC functions |
| CTestSpatialDistribution | This class implements spatial distribution tests |
| CTestStereoscopicGeometry | This class implements a test for functions in StereoscopicGeometry |
| CTestUtilities | This class implements tests for the functions in Geometry::Utilities |
| CUtilities | This class implements utility functions for the geometry test library |
| ►NTestIO | Namespace of the IO Test library |
| ►NTestMaps | Namespace of the IO Maps Test library |
| CTestBasemap | This class implements a test for the Basemap class |
| CTestBase64 | This class implements a base64 test |
| CTestBitstream | This class implements a test for the Bitstream class |
| CTestCompression | This class implements a compression test |
| CTestDirectory | This class implements tests for the Directory class |
| CTestFile | This class implements tests for the Directory class |
| CTestUtilities | This class implements a test for Utilities functions |
| ►NTestMath | Namespace of the Math Test library |
| CTestAnyCamera | This class implements tests for the AnyCamera class |
| CTestApproximation | This class implements a test of the approximation functions |
| CTestAutomaticDifferentiation | This class implements a test for the automatic differentiation functionalities |
| CTestBoundingBox | This class implements a bounding box test |
| CTestBoundingSphere | This class implements a test for the bounding sphere |
| CTestBox2 | This class implements a test for the Box2 class |
| CTestBox3 | This class implements box tests |
| CTestCone3 | This class implements a test for the 3D cone |
| CTestCylinder3 | This class implements a test for the 3D cylinder |
| CTestEquation | This class implements a math equation test |
| CTestEuler | This class tests the implementation of the Euler class |
| CTestExponentialMap | This class implements a test for ExponentialMap |
| CTestFiniteLine2 | This class implements a 2D finite line test |
| CTestFiniteLine3 | This class implements a 3D finite line test |
| CTestFourierTransformation | This class implements test for the Fourier transformation class |
| CTestFrustum | This class implements frustum tests |
| CTestHomogenousMatrix4 | This class implements a test for 4x4 homogeneous matrices |
| CTestHSVAColor | This class implements a HSVAColor test |
| CTestInterpolation | This class implements an interpolation test |
| CTestLine2 | This class implements a 2D line test |
| CTestLine3 | This class implements a 3D line test |
| CTestLinearAlgebra | This class implements linear algebra tests |
| CTestLookup2 | This class implements a lookup object test |
| CTestMathUtilities | This class implements a test for functions in the Utilities class |
| CTestMatrix | This class implements a matrix test |
| CTestNumeric | This class implements a test for the numeric class for the math library |
| CTestPinholeCamera | This class implements camera tests |
| CTestPlane3 | This class implements a 3D plane test |
| CTestQuaternion | This class implements a quaternion test |
| CTestRandom | This class tests the performance of the random functionalities |
| CTestRateCalculator | This class implements tests for the RateCalculator class |
| CTestRGBAColor | This class implements a RGBAColor test |
| CTestRotation | This class implements a rotation test |
| CTestSampleMap | This class implements tests for the SampleMap class |
| CTestSparseMatrix | This class implements a matrix test |
| CTestSphere3 | This class implements a test for the 3D sphere |
| CTestSquareMatrix2 | This class implements a test for 2x2 square matrices |
| CTestSquareMatrix3 | This class implements a test for 3x3 square matrices |
| CTestSquareMatrix4 | This class implements a test for 4x4 square matrices |
| CTestStaticMatrix | This class implements the test of the StaticMatrix class |
| CTestTriangle2 | This class implements a test for the 2D triangle |
| CTestVariance | This class implements a test for the Variance class |
| CTestVector2 | This class implements a test for the 2D vector |
| CTestVector3 | This class implements a test for the 3D vector |
| CTestVector4 | This class implements a test for the 4D vector |
| ►NTestMedia | Namespace of the Media Test library |
| CTestAVFoundation | This class implements a test for the AVFoundation media library |
| CTestImageIO | This class implements a test for the IMageIO media library |
| ►CTestMovie | This class implements a test for Movie objects |
| CMovieVerifier | This class implements a verifier for movies |
| CTestOpenImageLibraries | This class implements a test for the OpenImageLibraries media library |
| CTestSpecial | This class implements a test for the Special media library |
| CTestWIC | This class implements a test for the WIC media library |
| ►NTestNetwork | Namespace of the Network Test library |
| CTestData | This class implements test for Data |
| ►CTestPackagedTCPClient | This class implements test for PackagedTCPClient |
| CClientReceiver | This class implements a receiver for clients |
| CServerReceiver | This class implements a receiver for servers |
| ►CTestTCPClient | This class implements test for TCPClient |
| CReceiver | This class implements a receiver |
| ►NTestPlatform | Namespace of the Platform Test library |
| CTestApple | This class implements a test for the Apple library |
| ►NTestTracking | Namespace of the Tracking Test library |
| ►NTestOculusTags | |
| CTestOculusTagTracker | This class implements tests for the Oculus Tag tracker class |
| CTestUtilities | This class implements tests for the Utilities class |
| CTestDatabase | This class implements tests for the Database class |
| CTestHomographyImageAlignmentDense | This class implements a test for the dense homography image alignment |
| CTestPatternTracker | This class implements a test for pattern tracker |
| CTestSimilarityTracker | This class implements tests for the SimilarityTracker class |
| CTestSmoothedTransformation | This class implements tests for the SmoothedTransformation class |
| ►CTestVocabularyTree | This class implements a test for the VocabularyTree class |
| CTypeHelper | Helper class to determine data types for individual descriptor types |
| CTestData | This class holds the test data necessary for one test iteration combining input data and potential expected test results |
| CTestDataCollection | This class is the base class for all TestDataCollection objects |
| CTestDataManager | The class implements the manager for test data collections as a singleton object |
| CValidation | This class implements a helper class to validate tests |
| ►CValidationPrecision | This class implements a helper class to validate the accuracy of tests |
| CScopedIteration | Creates a new scoped iteration |
| ►NTracking | Namespace of the Tracker library |
| ►NMapBuilding | Namespace of the Map Building Tracking library |
| CDescriptorHandling | This class implements functions necessary when handling descriptors |
| CMapMerging | This class implements merging algorithms and functionalities for maps |
| ►CMultiViewMapCreator | This class implements a creator for real-time feature maps based on multiple views (e.g., an HMD) |
| ►CFeature | This class holds the relevant information for one 3D feature point |
| CObservation | This class holds the relevant information for one observation of a 3D feature |
| CObservationPair | Definition of a pair combining a frame index with a camera index |
| ►CPatchTracker | This class implements a tracker for 3D feature points in an image sequence (offline) or a live video with SLAM (online) |
| CLocatedTrackingData | This class holds the tracking data for feature points for which the 3D location is know |
| COptions | This class implement a container holding options for the tracker |
| CTrackingData | This class implements the base class for all tracking data objects |
| CUnlocatedTrackingData | This class holds the tracking data for feature points for which the 3D location is not yet known |
| CPoseEstimation | This class implements functions to estimate camera poses using unified data structures |
| CPoseEstimationT | This class implements functions to estimate camera poses using template-based data types |
| CRelocalizer | This class base class for all relocalizers |
| ►CRelocalizerMono | This class implements a relocalizer for mono cameras |
| CRelocalizerDebugElements | This class implements a container for debug elements |
| ►CRelocalizerStereo | This class implements a relocalizer for stereo cameras |
| CRelocalizerDebugElements | This class implements a container for debug elements |
| CTrackerMono | This class implements a tracker for mono cameras |
| CTrackerStereo | This class implements a tracker for mono cameras |
| CUnifiedBruteForcePoseEstimation | This class implements a brute-force pose estimation for unified data types |
| ►CUnifiedDescriptor | This class implements the base class for all unified descriptor objects |
| CDescriptorTyper | This class implements a helper class allowing to determine the descriptor type value for a descriptor data type |
| CDescriptorTyper< UnifiedDescriptor::ByteDescriptor< tNumberBytes > > | Specialization of UnifiedDescriptor::DescriptorTyper for UnifiedDescriptor::ByteDescriptor |
| CDescriptorTyper< UnifiedDescriptor::ByteDescriptors< tNumberBytes > > | Specialization of UnifiedDescriptor::DescriptorTyper for UnifiedDescriptor::ByteDescriptors |
| CDescriptorTyper< UnifiedDescriptor::FloatDescriptor< tNumberElements > > | Specialization of UnifiedDescriptor::DescriptorTyper for UnifiedDescriptor::FloatDescriptor |
| CDescriptorTyper< UnifiedDescriptor::FloatDescriptors< tNumberElements > > | Specialization of UnifiedDescriptor::DescriptorTyper for UnifiedDescriptor::FloatDescriptors |
| CDescriptorTyper< UnifiedDescriptor::FreakMultiDescriptor256 > | Specialization of UnifiedDescriptor::DescriptorTyper for FreakMultiDescriptor256 |
| CDescriptorTyper< UnifiedDescriptor::FreakMultiDescriptors256 > | Specialization of UnifiedDescriptor::DescriptorTyper for FreakMultiDescriptors256 |
| CDistanceTyper | This class implements a helper class allowing to determine the type of the distance value between two descriptors |
| CDistanceTyper< CV::Detector::FREAKDescriptor32 > | Specialization of UnifiedDescriptor::DistanceTyper for CV::Detector::FREAKDescriptor32 |
| CDistanceTyper< UnifiedDescriptor::ByteDescriptor< tNumberBytes > > | Specialization of UnifiedDescriptor::DistanceTyper for UnifiedDescriptor::ByteDescriptor |
| CDistanceTyper< UnifiedDescriptor::FloatDescriptor< tNumberElements > > | Specialization of UnifiedDescriptor::DistanceTyper for UnifiedDescriptor::FloatDescriptor |
| CUnifiedDescriptorExtractor | This is the base class for all descriptor extractors |
| CUnifiedDescriptorExtractorFreakMultiDescriptor256 | This class implements the descriptor extractor for FREAK Multi descriptors with 32 bytes or 256 bits |
| CUnifiedDescriptorMap | This class implements the base class for all unified descriptor maps in which ids are mapped to descriptors |
| CUnifiedDescriptorMapT | This class implements the descriptor map for arbitrary descriptors |
| CUnifiedDescriptors | This class implements the base class for all unified descriptor buffers stored in a continuous memory like a vector |
| CUnifiedDescriptorsT | This class implements a type-based container for descriptors stored in a continuous memory like a vector |
| CUnifiedDescriptorT | This class implements the base class for unified descriptor objects with specific descriptor type |
| CUnifiedDescriptorT< UnifiedDescriptor::ByteDescriptor< tNumberBytes > > | Specialization of UnifiedDescriptorT for UnifiedDescriptor::ByteDescriptor |
| CUnifiedDescriptorT< UnifiedDescriptor::FloatDescriptor< tNumberElements > > | Specialization of UnifiedDescriptorT for UnifiedDescriptor::FloatDescriptor |
| CUnifiedDescriptorT< UnifiedDescriptor::FreakMultiDescriptor256 > | Specialization of UnifiedDescriptorT for FreakMultiDescriptor256 |
| CUnifiedFeatureMap | This class implements the base class for a feature map necessary to re-localize with optimized data structures |
| CUnifiedFeatureMapT | This class implements a specialized feature map with specific descriptor types |
| CUnifiedGuidedMatching | This class implements the base class for all guided matching objects |
| CUnifiedGuidedMatchingFreakMultiDescriptor256Group | This class implements the guided matching object for groups of FREAK Multi features with 32 bytes or 256 bits |
| CUnifiedGuidedMatchingT | This class implements the guided matching object for specific features |
| CUnifiedHelperFloatSingleLevelMultiView128 | This class implements a helper class for float descriptors |
| CUnifiedHelperFreakMultiDescriptor256 | This class implements a helper class for FREAK Multi descriptors with 32 bytes or 256 bits |
| ►CUnifiedMatching | The base class for all unified matching objects |
| CDistanceValue | Definition of a descriptor distance value |
| CUnifiedUnguidedMatching | This class implements the base class for all unguided matching objects |
| CUnifiedUnguidedMatchingFreakMultiFeatures256Group | This class implements the unguided matching object for groups of FREAK Multi features with 32 bytes or 256 bits |
| CUnifiedUnguidedMatchingT | This class implements the unguided matching object for FREAK Multi features with 32 bytes or 256 bits |
| CUtilities | This class implements utility functions |
| ►NMapTexturing | |
| CBlockedMesh | This class implements a blocked mesh storing only triangles located in a 3D block/box |
| CDepthBufferRenderer | This class implements a renderer for a depth buffer |
| CHashableTriangleT | This class implements a 3D triangle which is hash-able |
| CMeshRenderer | This class implements a renderer for the entire mesh |
| ►CNewTextureGenerator | |
| CKeyframe | |
| CTexturedMesh | This class holds the relevant information for a textured mesh |
| CTexturedRegion | |
| CRetiredTrianglesRenderer | This class implements a renderer for retired triangle allowing to determine whether they can be deleted |
| CTextureAtlas | This class implements a texture atlas for triangles with regular shape |
| CTexturedTrianglesRenderer | This class implements a renderer rendering textured triangles into a texture atlas using a geometry shader |
| CTexturedTrianglesRendererBackup | This class implements a renderer rendering textured triangles into a texture atlas using a backup approach without a geometry shader |
| ►CTextureGenerator | This class implements a texture generator for scene elements |
| CMesh | This class stores the relevant information of a mesh textures with the same texture |
| CTriangleObject | This class stores the relevant information for a triangle |
| CTrianglesIdRenderer | This class implements a renderer for triangles with individual color ids |
| CTrianglesManagerRenderer | This class implements a manager for active, textured, retired, and deleted triangles |
| CVisibleTrianglesRenderer | This class implements a renderer for all visible triangles |
| ►NOculusTags | Namespace of the Oculus Tag Tracker library |
| COculusTag | This class implements a Oculus tag |
| ►COculusTagDebugElements | This class implements a container for debug elements |
| CScopedHierarchy | This class implements a scoped hierarchy |
| COculusTagDetector | Deprecated |
| ►COculusTagTracker | This class implements a detector and tracker for Oculus Tags |
| CTagObservationHistory | A history of tag observations for one camera Each observation consists of a camera pose, a set of object points, and a set of corresponding image points |
| CTrackedTag | This class organizes the information of tracked tags |
| CQuadDetector | This class implements a detector for quadrilaterals |
| CUtilities | This class is a collection of Oculus Tag-related utility functions |
| ►NOffline | Namespace of the Offline Tracker library |
| CAnalysisComponentEvent | This class implements a component event for the analysis components |
| CAnalysisProgressEvent | This class implements a progress event for analysis components |
| CCameraCalibrationStateEvent | This class implements a camera state event that provides a camera profile |
| CComponentEvent | This class implements the base class for all component events |
| CFrame2FrameTracker | This class implements a tracker allowing to tracker feature points between two frames |
| ►CFrameTracker | This class implements the base class for all visual offline tracker using frames to provide the tracking data |
| CFramePyramidTrackerComponent | This class implements the base class for all components of a frame tracker |
| CFrameTrackerComponent | This class implements the base class for all components of a frame tracker |
| CTrackerComponent | This class implements the base class for all components of a frame tracker |
| COfflinePose | This class encapsulates the tracking pose data |
| ►COfflineTracker | This class is the base class for all offline tracker objects |
| CEventStackLayer | This class implements one layer in a progress event stack allowing to define the start and stop progress value |
| CScopedEventStackLayer | This class implements an event stack layer object that pushes the relative progress parameters on the stack during creation and pops the layer if the object is disposed |
| ►CPatternTracker | This class implements an offline tracker able to detect and track a previously known 2D pattern |
| CFineTrackingComponent | This class implements a tracking component that allows to determine an accurate pose and that further allows to optimized the camera parameters |
| CRoughCameraFovComponent | This class implements a tracking component that determines a rough guess of the horizontal field of view of the camera |
| CRoughPoseBaseComponent | This class implements the base class for all tracking components providing a rough pose |
| CRoughPoseComponent | This class implements a tracking component that determines rough camera poses by application of 2D / 3D point correspondences |
| ►CPlanarRectangleTracker | This class implements a tracker that is able to track an rectangle located one a 3D plane |
| CPlaneTrackerComponent | This component implements a plane tracker that uses an already known plane to create camera poses |
| CPlaneTracker | This class implements the abstract base class for all plane trackers |
| ►CPointPaths | This class implements point path tracker allowing to track image points from frame to frame within a stream of several successive frames |
| CTrackingConfiguration | Definition of a class holding a point tracking configuration |
| CProgressEvent | This class implements the base class for all progress events |
| ►CSLAMPlaneTracker | This class implements a SLAM tracker |
| CHomographyTrackerComponent | This class implements a homography tracker component that determines an accurate homography for the planar tracking sub-region between successive frames |
| CPlaneTrackerComponent | This class implements a plane tracker component that is able to track a known plane and further is able to optimize the plane orientation |
| CValidPlaneIdentifyComponent | This class implements a plane verifier component that selects the unique valid plane from a set of two plane candidates |
| ►CSLAMTracker | This class implements a SLAM (Simultaneous Localization and Mapping) tracker for arbitrary environments and camera movements |
| CReliabilityPair | This class implements a pair of thresholds |
| CStateEvent | This class is the base class for all state events |
| CTrackerEvent | This class implements the base class for all tracker events |
| CTrackerPlaneStateEvent | This class implements a tracker plane state event that provides the detected plane of a tracker |
| CTrackerPosesStateEvent | This class implements a tracker poses state event that provides the all determined tracker poses |
| CTrackerPoseStateEvent | This class implements a tracker pose state event that provides a tracker pose |
| CTrackerProcessComponentEvent | This class implements a component event for the entire tracker process |
| CTrackerProcessProgressEvent | This class implements a progress event for tracker processes |
| CTrackerTransformationStateEvent | This class implements an tracker transformation state event that provides the transformation between world coordinate system and tracker coordinate system |
| CTrackingComponentEvent | This class implements a component event for the tracking components |
| CTrackingProgressEvent | This class implements a progress event for tracking components |
| ►NORB | Namespace of the ORB Tracker library |
| CCorrespondences | This class implements simple helper functions for feature correspondences |
| CFeatureMap | This class implements a feature map for ORB features |
| CFeatureTracker6DOF | This class implements a 6DOF ORB feature tracker |
| CUnidirectionalCorrespondences | This class provides unidirectional feature correspondences |
| ►NPattern | Namespace of the Pattern Tracker library |
| CPatternTracker6DOF | This class implements a 6DOF feature tracker for planar patterns |
| ►CPatternTrackerCore6DOF | This class implements the core of the 6DOF feature tracker for planar patterns |
| CFeatureMap | Definition of a lightweight 3D feature map holding 3D object points and descriptors for all features in the map |
| COptions | Set of configurable parameters for the tracker |
| CPattern | This class stores the information necessary for one tracking pattern |
| ►NPoint | Namespace of the Point Tracker library |
| ►CAdvancedPointTracker | This class implements an advanced point tracker |
| CCandidate | |
| CFrame2FrameTracker | This class implements simple functions allowing to track or to determine the camera motion from one frame to another frame |
| ►CHomographyTracker | This class implements a homography-based tracker for planar backgrounds |
| CKeyFrame | This class composes several parameters necessary for a key-frame |
| CPointTracker | This class implements a point tracker able to track points between concurrent frames and stores previous points in a database |
| CPosePointPair | Definition of a simple struct combining a pose and an image point id |
| CPosePointPairsObject | Definition of an object that combines an object id with the pairs of poses and image points |
| CSimilarityTracker | This class implements a tracker determining a similarity transformation between two successive video frames |
| CUtilities | This class implements utilities function for the point tracking library |
| ►NQRCodes | Namespace of the Ocean QR code Library |
| ►CQRCodesDebugElements | This class implements debug elements for the development of the 6DOF QR code tracker |
| CScopedHierarchy | This class implements a scoped hierarchy |
| ►CQRCodeTracker3D | This class implements a 6-DOF tracker for QR codes |
| CObservationHistory | The definition of an observation history |
| CParameters | Definition of parameters that control the tracker |
| CTrackedQRCode | A tracked code |
| ►NRMV | Namespace of the RMV Tracker library |
| CRandomizedPose | This class implements functions for randomized poses |
| CRandomModelVariation | This class implements random model variation algorithms |
| CRMVFeatureDetector | This class implements an abstraction layer for individual feature detectors |
| CRMVFeatureMap | This class implements a feature map |
| CRMVFeatureTracker6DOF | This class implements a RMV feature tracker |
| CCorrespondenceSet | This class manages a set of element correspondences |
| ►CDatabase | This class implements a database for 3D object points, 2D image points and 6DOF camera poses |
| CConstImagePointAccessorIds | This class implements an accessor object for image points based on a set of image point ids |
| CConstImagePointAccessorTopology | This class implements an accessor object for image points based on a topology between poses and image points |
| CConstObjectPointAccessorIds | This class implements an accessor object for object points based on a set of object point ids |
| CConstPoseAccessorIds | This class implements an accessor object for poses based on a set of pose ids |
| CConstPoseAccessorTopology | This class implements an accessor object for poses based on a topology between poses and image points |
| CData | The base class for all data object storing a set of image point ids |
| CImagePointData | This class implements a data object storing the information connected with an id of an image point |
| CImagePointObject | This class implements an object storing an id of an image point |
| CObjectPointData | The data object encapsulating a 3D object point |
| CObjectPointObject | This class implements an object storing an id of an object point |
| CPoseData | The data object encapsulating a 6DOF camera pose |
| CPoseImagePointPair | This class stores a pair of pose id and image point id |
| CPoseObject | This class implements an object storing an id of an pose object |
| CTopologyTriple | This class defines the topology between a camera pose id, an object point id and an image point id |
| ►CHomographyImageAlignmentDense | This class implements functions allowing dense image alignment |
| CConsistencyData | Definition of an abstract base class allowing to store consistency data |
| CDenseAdditiveHomographyProvider | |
| CDenseInverseCompositionalHomographyProvider | |
| CHomographyProvider | |
| CHomographyImageAlignmentSparse | This class implements image alignment functions internally using sparse image information like e.g., feature points |
| CHomographyPlaneFinder | This class implements a 3D plane finder that determines the plane by calculation of a homography between two frames taken from two individual camera positions |
| CHomographyTracker | This class implements a homography tracker able to determine a homography in real-time |
| CMotionModel | This class implements a 6DOF pose with internal motion model |
| CMultiViewPlaneFinder | This class implements a 3D plane finder that determines a plane within several frames taken from different camera positions |
| CPlaneFinder | This class implements a 3D plane finder without any previous knowledge about the plane or the camera poses |
| ►CPointCorrespondences | This class implements functions determining point correspondences or validates their accuracy |
| CCorrespondence | This class defines a correspondence object holding at most one correspondence candidate |
| CRedundantCorrespondence | This class extends the correspondence object to allow at most two correspondence candidates |
| CPoseProjection | This class implements a pose projection |
| ►CPoseProjectionSet | This class implements a set of pose projections |
| CErrorObject | This class implements a error object |
| CSmoothedTransformation | This class implements a smoother for a 12-DOF transformations (3D translation, 3D rotation, 3D scale, and 3D shear) |
| ►CSolver3 | This class implements a Structure From Motion solver for unconstrained 3D object points and unconstrained 6-DOF camera poses |
| CObjectPointToPoseImagePointCorrespondenceAccessor | This class implements an accessor for groups of pairs of pose indices (not pose ids) and image points |
| CObjectPointToPoseIndexImagePointCorrespondenceAccessor | This class implements an accessor providing access to observation pairs (the observation of a projected object points in camera poses/frames) for a set of object points |
| CPoseToObjectPointIdImagePointCorrespondenceAccessor | This class implements an accessor for groups of pairs of object point ids and image points |
| CRelativeThreshold | Definition of a class allowing to define a relative threshold with lower and upper boundary for individual reference values |
| CSphericalEnvironment | This class implements a spherical environment based on a panorama frame |
| CTracker | This class implements the base class for all tracker object |
| CUnidirectionalCorrespondences | This class provides unidirectional feature correspondences |
| CUtilities | This class implements utility functions allowing e.g., for a more comfortable visualization of tracking data |
| ►CVisualTracker | This class implements a base class for all visual tracker objects |
| CTransformationSample | Definition of a simple tracking sample combining a tracking object id with a transformation |
| CVocabularyForest | This class implements a Vocabulary Forest holding several Vocabulary Trees |
| ►CVocabularyStructure | This class implements the base class for all Vocabulary objects |
| CMatch | This class implements a simple container holding the index pairs of matching descriptors and their distance |
| CParameters | This class stores construction parameters for a VocabularyStructure |
| ►CVocabularyTree | This class implements a Vocabulary Tree for feature descriptors |
| CReusableData | Definition of a class which holds reusable data for internal use |
| CAbsoluteDifferenceValueTyper | This class is a helper class allowing to define the resulting data type for an absolute difference operation |
| CAbsoluteDifferenceValueTyper< char > | Specialization of the helper class |
| CAbsoluteDifferenceValueTyper< double > | Specialization of the helper class |
| CAbsoluteDifferenceValueTyper< float > | Specialization of the helper class |
| CAbsoluteDifferenceValueTyper< signed char > | Specialization of the helper class |
| CAbsoluteDifferenceValueTyper< unsigned char > | Specialization of the helper class |
| CAccessor | This class implements a base class for all accessors |
| CAdvancedLookupCenter2 | This class implements an advanced 2D lookup object with values at the bins' center positions defining the individual lookup values |
| CAnyCameraT | This class implements the abstract base class for all AnyCamera objects |
| CAnyCameraWrappingT | This class implements a specialized AnyCamera object wrapping the actual camera model |
| CApplicationInterface | This class implements a very light application interface |
| CApproximation | This class implements several numeric function with approximated results but with fast performances |
| CAutomaticDifferentiationT | This class implements an automatic differentiation functionality |
| CBinary | This class implements functions for binaries like functions allowing to hide information in the binary code (in the release build) |
| CBoundingBox | This class implements a 3D bounding box |
| CBoundingSphere | This class implements a bounding sphere |
| CBoxT2 | This class implements an axis aligned 2D box object |
| CBoxT3 | This class implements an axis aligned 3D bounding box |
| CBuild | This class provides compiler build support |
| CCallback | This class implements a container for callback functions |
| CCallbacks | This class implements a vector holding several callbacks with the same type |
| CCaller | This class implements a callback function container using defined function parameters |
| CCameraT | This class implements the base class for all cameras |
| CCameraWrapperBaseFisheyeT | This class implements the base wrapper around Ocean's fisheye camera profile |
| CCameraWrapperBaseInvalidT | This class implements the base wrapper around an invalid camera profile |
| CCameraWrapperBasePinholeT | This class implements the base wrapper around Ocean's pinhole camera profile |
| CCameraWrapperT | This class implements a wrapper for an actual camera object |
| ►CClustering | This class implements the base class for all classes providing clustering algorithms |
| CData | This class implements the abstract data object which will be specialized for both data modes toggled by tUseIndices |
| ►CClusteringKMeans | This class implements a k-means clustering algorithm |
| CCluster | This class implements one cluster that holds the mean values of all observations belonging to this cluster and the indices of all observations belonging to this cluster |
| CClusteringSpectral | This class implements spectral clustering |
| ►CCommandArguments | This class implements a manager for command arguments |
| CManager | This class implements a simple singleton holding the raw application's command arguments |
| CParameter | This class defines a named value with long and short name, with default parameter and description |
| CConcurrentCallbacks | This class implements an extended callbacks object and is also thread-safe |
| CConeT3 | This class implements a (possibly truncated) 3D cone |
| ►CConfig | This class implements an application or module configuration toolkit |
| CValue | This class implements a configuration value |
| CConstAccessor | This class implements a base class for accessors allowing a constant reference access |
| CConstArrayAccessor | This class implements an accessor providing direct access to a constant array of elements |
| CConstArraySubsetAccessor | This class implements an indexed-based constant accessor providing access to a subset of elements stored in an array |
| CConstCallbackIndexedAccessor | This class implements an accessor providing access to a elements by using a callback function |
| CConstElementAccessor | This class implements an accessor providing direct access to a constant array of elements while all elements are identical (all elements point to one unique object) |
| CConstIndexedAccessor | This class implements a base class for all indexed-based accessors allowing a constant reference access only |
| CConstIndexedAccessorSubsetAccessor | This class implements an indexed-based constant accessor providing access to a subset of elements stored in a specified indexed-based child accessor |
| CConstMapAccessor | This class implements an accessor providing direct access to a constant (unordered) map of elements |
| CConstTemplateArrayAccessor | This class implements an accessor providing direct access to a constant array of elements |
| CConstTemplateArraySubsetAccessor | This class implements an indexed-based constant accessor providing access to a subset of elements stored in an array |
| CCylinderT3 | This class implements a 3D cylinder defined by its origin, axis, radius, and (signed) starting and stopping points along its axis |
| ►CDataType | Template class allowing to define an array of data types |
| CType | Default definition of a type with tBytes bytes |
| CDateTime | This class provides basic functionalities for date and time handling |
| ►CDebugElements | This class implements the base class for a container for debug elements |
| CScopedHierarchyBase | This class implements a scoped hierarchy |
| CDifferenceValueTyper | This class is a helper class allowing to define the signed difference data type of a given type |
| CDifferenceValueTyper< char > | Specialization of the helper class |
| CDifferenceValueTyper< short > | Specialization of the helper class |
| CDifferenceValueTyper< signed char > | Specialization of the helper class |
| CDifferenceValueTyper< unsigned char > | Specialization of the helper class |
| CDifferenceValueTyper< unsigned int > | Specialization of the helper class |
| CDifferenceValueTyper< unsigned long > | Specialization of the helper class |
| CDifferenceValueTyper< unsigned long long > | Specialization of the helper class |
| CDifferenceValueTyper< unsigned short > | Specialization of the helper class |
| CDiscreteCosineTransform | This class implements discrete cosine transform functions |
| CEquationT | This class provides several functions to solve equations with different degree using floating point values with the precission specified by type T |
| CEulerT | This class implements an euler rotation with angles: yaw, pitch and roll |
| CEvent | This class implements the base class for all event classes |
| ►CEventManager | This class implements a central manager for events that can be pushed and received from/in individual components of an application or a software package |
| CRegistrationRequest | Definition of a class encapsulating a registration request |
| CExponentialMapT | This class implements an exponential map defining a rotation by three parameters |
| CFiniteLineT2 | This class implements an finite line in 2D space |
| CFiniteLineT3 | This class implements an finite line in 3D space |
| CFisheyeCameraT | Class representing a fisheye camera |
| CFloat16 | Definition of a 16-bit float type |
| CFloatTyper | This struct is a helper struct providing a floating point data type best matching for a given data type |
| CFloatTyper< double > | Specialization of the helper struct |
| ►CFourierTransformation | This class implements Fourier transformation functions |
| CNaiveImplementation | This class provides the implementation of the Fourier transformation of the Ocean framework |
| ►CFrame | This class implements Ocean's image class |
| CPlane | Definition of an image plane, a block of memory storing pixel data with interleaved channels (or just one channel) |
| CPlaneInitializer | This class implements a helper class which can be used to initialize a multi-plane frame in the constructor |
| ►CFrameType | Definition of a frame type composed by the frame dimension, pixel format and pixel origin |
| CGenericPixelFormat | This class implements a helper class allowing to create generic pixel formats |
| CPixelFormatProperties | Helper struct allowing to get access to the properties of a pixel format with a debugger |
| CPixelFormatUnion | This union mainly contains the pixel format as value |
| CFrustumT | This class implements a viewing frustum |
| CFunctionBase | This class is the base class for an unparameterized function container |
| CFunctionParameterAccessor | This class implements a simple helper class allowing to access the value of an arbitrary data type |
| CHashMap | This class implements a hash map |
| CHashSet | This class implements a hash set |
| ►CHighPerformanceBenchmark | The HighPerformanceBenchmark object allows to benchmark algorithms with individual categories |
| CCategory | This class defines a hierarchical category This class is used to group categories based on their names into a hierarchy |
| CScopedCategory | This class implements a scoped benchmark category |
| ►CHighPerformanceStatistic | This class implements a simple module gathering high performance timer statistics |
| CScopedStatistic | This class defines a scoped high performance statistic module |
| CHighPerformanceTimer | This class implements a high performance timer |
| CHomogenousMatrixT4 | This class implements a 4x4 homogeneous transformation matrix using floating point values with the precision specified by type T |
| CHSVAColor | This class implements a color defined by hue, saturation, value and alpha parameters |
| CIdentity | This class implements a helper class allowing to define the identity data type of a given type |
| ►CInterpolation | This class implements data interpolation functions |
| CLinearInterpolation | This class implements a helper linear interpolation helper class allowing to overload the interpolation function for specific data types |
| CInterpolationMap | This class implements an interpolation map allowing to determine an interplated value between several individual key values |
| CInvalidCameraT | This class implements invalid camera profiles, e.g |
| ►CKdTree | This class implements a k-d tree |
| CNode | This class defines a node of the k-d tree |
| CLineT2 | This class implements an infinite line in 2D space |
| CLineT3 | This class implements an infinite line in 3D space |
| CLock | This class implements a recursive lock object |
| ►CLog | This class provides access to three different Message objects, e.g., for regular information, warnings, or errors |
| ►CStreamHelper | Helper class allowing to specify a specific message object or stream type |
| CShiftOperatorChecker | Helper class to check whether a message object or a stream provides a shift operator for an object with specific data type |
| CShiftOperatorChecker< TObject, std::void_t< decltype(std::declval< TStream & >()<< std::declval< TObject >())> > | Helper class to check whether a message object or a stream provides a shift operator for an object with specific data type |
| CLookup2 | This class implements a 2D lookup object allowing to separate a two dimensional lookup area into individual bins |
| CLookupCenter2 | This class implements a 2D lookup object with values at the bins' center positions defining the individual lookup values |
| CLookupCorner2 | This class implements a 2D lookup object with values at the bins' corners defining the individual lookup values |
| ►CMaintenance | This class implements a maintenance manager |
| CConnector | This class is the base class for all maintenance connectors |
| CElement | This class implements a maintenance data element |
| CMapTyper | Helper class allowing to define an ordered or unordered map based on the template parameter 'tOrderedKeys' |
| CMapTyper< false > | Helper class allowing to define an ordered or unordered map based on the template parameter 'tOrderedKeys' |
| CMathUtilities | This class implements utility functions for the math library |
| CMatrixT | This class implements a matrix with arbitrary size |
| CMedian | This class implements a median determination value |
| CMemberFunction | This class implements an unparameterized member function container |
| CMemberFunctionCaller | This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer |
| CMemberFunctionCaller< CT, RT, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer |
| CMemberFunctionCaller< CT, RT, PT0, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer |
| CMemberFunctionCaller< CT, RT, PT0, PT1, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer |
| CMemberFunctionCaller< CT, RT, PT0, PT1, PT2, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer |
| CMemberFunctionCaller< CT, RT, PT0, PT1, PT2, PT3, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer |
| CMemberFunctionCaller< CT, RT, PT0, PT1, PT2, PT3, PT4, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer |
| CMemberFunctionCaller< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer |
| CMemberFunctionCaller< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer |
| CMemberFunctionCaller< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer |
| CMemberFunctionCaller< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer |
| CMemberFunctionCaller< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer |
| CMemberFunctionCaller< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer |
| CMemberFunctionCaller< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer |
| CMemberFunctionCaller< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer |
| CMemberFunctionCaller< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer |
| CMemberFunctionCaller< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer |
| CMemberFunctionCaller< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, PT15, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer |
| CMemberFunctionCaller< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, PT15, PT16, NullClass, NullClass, NullClass > | This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer |
| CMemberFunctionCaller< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, PT15, PT16, PT17, NullClass, NullClass > | This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer |
| CMemberFunctionCaller< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, PT15, PT16, PT17, PT18, NullClass > | This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer |
| CMemberFunctionPointerMaker | This class implements a helper class providing a definition of a member function pointer only |
| CMemberFunctionPointerMaker< CT, RT, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class is a specialization of the original helper class providing a definition of a member function pointer only |
| CMemberFunctionPointerMaker< CT, RT, PT0, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class is a specialization of the original helper class providing a definition of a member function pointer only |
| CMemberFunctionPointerMaker< CT, RT, PT0, PT1, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class is a specialization of the original helper class providing a definition of a member function pointer only |
| CMemberFunctionPointerMaker< CT, RT, PT0, PT1, PT2, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class is a specialization of the original helper class providing a definition of a member function pointer only |
| CMemberFunctionPointerMaker< CT, RT, PT0, PT1, PT2, PT3, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class is a specialization of the original helper class providing a definition of a member function pointer only |
| CMemberFunctionPointerMaker< CT, RT, PT0, PT1, PT2, PT3, PT4, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class is a specialization of the original helper class providing a definition of a member function pointer only |
| CMemberFunctionPointerMaker< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class is a specialization of the original helper class providing a definition of a member function pointer only |
| CMemberFunctionPointerMaker< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class is a specialization of the original helper class providing a definition of a member function pointer only |
| CMemberFunctionPointerMaker< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class is a specialization of the original helper class providing a definition of a member function pointer only |
| CMemberFunctionPointerMaker< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, NullClass > | This class is a specialization of the original helper class providing a definition of a member function pointer only |
| CMemberFunctionPointerMaker< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9 > | This class is a specialization of the original helper class providing a definition of a member function pointer only |
| CMemberFunctionPointerMaker< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10 > | This class is a specialization of the original helper class providing a definition of a member function pointer only |
| CMemberFunctionPointerMaker< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11 > | This class is a specialization of the original helper class providing a definition of a member function pointer only |
| CMemberFunctionPointerMaker< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12 > | This class is a specialization of the original helper class providing a definition of a member function pointer only |
| CMemberFunctionPointerMaker< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13 > | This class is a specialization of the original helper class providing a definition of a member function pointer only |
| CMemberFunctionPointerMaker< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14 > | This class is a specialization of the original helper class providing a definition of a member function pointer only |
| CMemberFunctionPointerMaker< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, PT15 > | This class is a specialization of the original helper class providing a definition of a member function pointer only |
| CMemberFunctionPointerMaker< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, PT15, PT16 > | This class is a specialization of the original helper class providing a definition of a member function pointer only |
| CMemberFunctionPointerMaker< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, PT15, PT16, PT17 > | This class is a specialization of the original helper class providing a definition of a member function pointer only |
| CMemberFunctionPointerMaker< CT, RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, PT15, PT16, PT17, PT18 > | This class is a specialization of the original helper class providing a definition of a member function pointer only |
| CMemory | This class implements an object able to allocate memory |
| CMessageObject | Messenger object, one object for each message |
| CMessageObject< false > | Specialization of MessageObject |
| CMessenger | This class implements a messenger for information, warning or error messages |
| CMissingImplementationException | Definition of a base exception for missing implementations |
| CNextLargerTyper | This class is a helper class allowing to determine the next larger data type for a given data type |
| CNextLargerTyper< char > | Specialization of the helper class |
| CNextLargerTyper< float > | Specialization of the helper class |
| CNextLargerTyper< int > | Specialization of the helper class |
| CNextLargerTyper< short > | Specialization of the helper class |
| CNextLargerTyper< signed char > | Specialization of the helper class |
| CNextLargerTyper< unsigned char > | Specialization of the helper class |
| CNextLargerTyper< unsigned int > | Specialization of the helper class |
| CNextLargerTyper< unsigned short > | Specialization of the helper class |
| CNonconstAccessor | This class implements a base class for accessors allowing a non-constant reference access |
| CNonconstArrayAccessor | This class implements an accessor providing direct access to an array of elements |
| CNonconstIndexedAccessor | This class implements a base class for all indexed-based accessors allowing a non-constant reference access |
| CNonconstMapAccessor | This class implements an accessor providing direct access to an (unordered) map of elements |
| CNonconstTemplateArrayAccessor | This class implements an accessor providing direct access to an array of elements |
| CNotImplementedException | Definition of a base exception for not implemented code |
| CNotSupportedException | Definition of a base exception for not supported functionalities |
| CNotVoidTyper | This struct implements a helper struct allowing to use a data type instead of void |
| CNotVoidTyper< void > | Specialization of NotVoidTyper<T> |
| CNullClass | Definition of a class holding no objects |
| CNumericT | This class provides basic numeric functionalities |
| ►CObjectRef | This template class implements a object reference with an internal reference counter |
| CObjectHolder | This class implements a helper object for the actual object reference class |
| COceanException | Definition of a base exception for the entire Ocean framework |
| COceanManager | This class implements the basic manager for the Ocean framework |
| COptionalScopedLock | This class implements an optional recursive scoped lock object locking the lock object only if it's defined |
| COutOfMemoryException | Definition of a base exception if an out of memory problem occurs |
| CParameterCounter | This class implements a helper class providing the number of parameters of a parameterized function |
| CParameterCounter< RT, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing the number of parameters of a parameterized function |
| CParameterCounter< RT, PT0, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing the number of parameters of a parameterized function |
| CParameterCounter< RT, PT0, PT1, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing the number of parameters of a parameterized function |
| CParameterCounter< RT, PT0, PT1, PT2, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing the number of parameters of a parameterized function |
| CParameterCounter< RT, PT0, PT1, PT2, PT3, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing the number of parameters of a parameterized function |
| CParameterCounter< RT, PT0, PT1, PT2, PT3, PT4, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing the number of parameters of a parameterized function |
| CParameterCounter< RT, PT0, PT1, PT2, PT3, PT4, PT5, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing the number of parameters of a parameterized function |
| CParameterCounter< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing the number of parameters of a parameterized function |
| CParameterCounter< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing the number of parameters of a parameterized function |
| CParameterCounter< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing the number of parameters of a parameterized function |
| CParameterCounter< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing the number of parameters of a parameterized function |
| CParameterCounter< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing the number of parameters of a parameterized function |
| CParameterCounter< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing the number of parameters of a parameterized function |
| CParameterCounter< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing the number of parameters of a parameterized function |
| CParameterCounter< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing the number of parameters of a parameterized function |
| CParameterCounter< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing the number of parameters of a parameterized function |
| CParameterCounter< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, PT15, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing the number of parameters of a parameterized function |
| CParameterCounter< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, PT15, PT16, NullClass, NullClass, NullClass > | This class implements a helper class providing the number of parameters of a parameterized function |
| CParameterCounter< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, PT15, PT16, PT17, NullClass, NullClass > | This class implements a helper class providing the number of parameters of a parameterized function |
| CParameterCounter< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, PT15, PT16, PT17, PT18, NullClass > | This class implements a helper class providing the number of parameters of a parameterized function |
| CParameterizedFunction | This class implements an parameterized function container |
| CParameterizedFunctionBase | This class is the base class for a parameterized function container |
| CParameterizedMemberFunction | This class implements an parameterized member function container |
| CParameterizedMemberFunctionConst | This class implements an parameterized const member function container |
| CParameterizedStaticFunction | This class implements an parameterized static function container |
| ►CPinholeCameraT | Definition of a pinhole camera model |
| CDistortionLookup | This class encapsulates a lookup table for camera distortion offsets allowing for faster un-distortion of image points (which is than an approximated position only) |
| CPlaneT3 | This class implements a plane in 3D space |
| ►CPluginManager | This class implements a manager for all plugins available for the Ocean framework |
| CPlugin | This class implements a plugin interface |
| CPoseT | This class implements a camera pose with six degrees of freedom (6-DOF) |
| CProcessor | This class implements basic functions relating the system processor |
| CProcessorInstructionChecker | This helper class allows to determine a compile-time known boolean statement whether a set of available instruction contains (included) a specified (minimal requirement) instruction |
| CProcessorInstructionChecker< tHighestInstructions, PI_AVX > | Specialization for one specific instruction |
| CProcessorInstructionChecker< tHighestInstructions, PI_AVX_2 > | Specialization for one specific instruction |
| CProcessorInstructionChecker< tHighestInstructions, PI_AVX_512 > | Specialization for one specific instruction |
| CProcessorInstructionChecker< tHighestInstructions, PI_NEON > | Specialization for one specific instruction |
| CProcessorInstructionChecker< tHighestInstructions, PI_SSE > | Specialization for one specific instruction |
| CProcessorInstructionChecker< tHighestInstructions, PI_SSE_2 > | Specialization for one specific instruction |
| CProcessorInstructionChecker< tHighestInstructions, PI_SSE_3 > | Specialization for one specific instruction |
| CProcessorInstructionChecker< tHighestInstructions, PI_SSE_4_1 > | Specialization for one specific instruction |
| CProcessorInstructionChecker< tHighestInstructions, PI_SSE_4_2 > | Specialization for one specific instruction |
| CProcessorInstructionChecker< tHighestInstructions, PI_SSSE_3 > | Specialization for one specific instruction |
| CQuaternionT | This class implements a unit quaternion rotation |
| CRandomGenerator | This class implements a generator for random numbers |
| CRandomI | This class provides base random functions and several random functions for integer data types |
| CRandomT | This class provides several random functions for different data types using a floating point type for its elements that is specified by T |
| CRateCalculator | This class implements a calculate for rates like frame rates |
| CRGBAColor | This class implements a color defined by red, green, blue and alpha parameters |
| CRingMapT | This class implements a data storage map that stores the data elements in a ring manner |
| CRotationT | This class implements a axis-angle rotation using floating point values |
| CSampleMap | This class stores samples of e.g., sensor or tracking data in a map |
| CScheduler | This class represents a round robin scheduler |
| CScopedConstMemoryAccessor | This class implements an accessor that guarantees memory access to the elements of an indexed accessor object until the scope ends |
| CScopedEvent | This class implements a scoped event |
| CScopedFunctionT | This class holds a function which will be invoked once the object is disposed |
| CScopedLock | This class implements a scoped lock object for recursive lock objects |
| CScopedNonconstMemoryAccessor | This class implements an accessor that guarantees memory access to the elements of an indexed accessor object until the scope ends |
| CScopedObjectCompileTimeT | This class wraps an unmanaged object (or reference) which needs to be released after usage |
| CScopedObjectT | This class wraps an unmanaged object (or reference) which needs to be released after usage |
| CScopedSharedLock | This class defines a scoped lock object for shared locks |
| CScopedSubscriptionCallbackHandlerT | This class implements a handler for scoped subscriptions to callback functions |
| CScopedSubscriptionHandler | This class implements the base class for all subscription handlers |
| CScopedSubscriptionT | This class implements a subscription object which can be used unique subscriptions to e.g., callback functions |
| CScopedValueT | This class implements a scoped value that allows to change a specified value at the end of a scope |
| CSegmentUnion | This class implements a functionality to determine the union of individual segments |
| CSharedLock | This class implements a lock shared over individual processes (a system-wide lock) |
| CSharedMemory | This class implements a shared memory object allowing access to a shared buffer |
| CSharedPointerConstArrayAccessor | This class implements an accessor providing direct access to std::shared_ptr<T> elements returned as const T* pointers |
| CShiftVector | This class implements a vector with shifted elements |
| CSignal | This class implements a signal |
| CSignals | This class implements a signal array |
| CSignedTyper | This class is a helper class allowing to determine the signed data type for a given data type if existing, otherwise the identity data type |
| CSignedTyper< bool > | Specialization of the helper class |
| CSignedTyper< char > | Specialization of the helper class |
| CSignedTyper< unsigned int > | Specialization of the helper class |
| CSignedTyper< unsigned long long > | Specialization of the helper class |
| CSignedTyper< unsigned short > | Specialization of the helper class |
| CSingleton | This template class is the base class for all singleton objects |
| CSmartObjectRef | This template class implements a smart object reference which is a specialization of an ObjectRef object |
| CSophusUtilities | This class implements utilitiy functions for Sophus |
| ►CSparseMatrixT | This class implements a sparse matrix using a float type for its elements that is specified by T |
| CEntry | This class implements a triple object for matrix entries |
| CSphereT3 | This class implements a 3D sphere |
| CSphericalExponentialMap | This class implements an exponential map representing a 2-DOF rotation |
| CSquareMatrixT2 | This class implements a 2x2 square matrix |
| CSquareMatrixT3 | This class implements a 3x3 square matrix |
| CSquareMatrixT4 | This class implements a 4x4 square matrix |
| CSquareValueTyper | This class is a helper class allowing to define the square difference data type of a given type |
| CSquareValueTyper< char > | Specialization of the helper class |
| CSquareValueTyper< int > | Specialization of the helper class |
| CSquareValueTyper< long > | Specialization of the helper class |
| CSquareValueTyper< long long > | Specialization of the helper class |
| CSquareValueTyper< short > | Specialization of the helper class |
| CSquareValueTyper< signed char > | Specialization of the helper class |
| CSquareValueTyper< unsigned char > | Specialization of the helper class |
| CSquareValueTyper< unsigned short > | Specialization of the helper class |
| ►CStackHeapVector | Vector like data structure combining stack and heap memory |
| CConstIterator | Definition of an iterator allowing to iterate through the vector |
| CIterator | Definition of an iterator allowing to iterate through the vector |
| CStaticBuffer | This class implements a static buffer that has a fixed capacity |
| CStaticFunction | This class implements an unparameterized static function container |
| CStaticFunctionCaller | This class implements a helper class providing a functionality to call a static function defined by a function pointer |
| CStaticFunctionCaller< RT, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer |
| CStaticFunctionCaller< RT, PT0, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer |
| CStaticFunctionCaller< RT, PT0, PT1, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer |
| CStaticFunctionCaller< RT, PT0, PT1, PT2, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer |
| CStaticFunctionCaller< RT, PT0, PT1, PT2, PT3, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer |
| CStaticFunctionCaller< RT, PT0, PT1, PT2, PT3, PT4, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer |
| CStaticFunctionCaller< RT, PT0, PT1, PT2, PT3, PT4, PT5, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer |
| CStaticFunctionCaller< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer |
| CStaticFunctionCaller< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer |
| CStaticFunctionCaller< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing a functionality to call a member function defined by the owner class and a local function pointer |
| CStaticFunctionCaller< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing a functionality to call a static function defined by a function pointer |
| CStaticFunctionCaller< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing a functionality to call a static function defined by a function pointer |
| CStaticFunctionCaller< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing a functionality to call a static function defined by a function pointer |
| CStaticFunctionCaller< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing a functionality to call a static function defined by a function pointer |
| CStaticFunctionCaller< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing a functionality to call a static function defined by a function pointer |
| CStaticFunctionCaller< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, NullClass, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing a functionality to call a static function defined by a function pointer |
| CStaticFunctionCaller< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, PT15, NullClass, NullClass, NullClass, NullClass > | This class implements a helper class providing a functionality to call a static function defined by a function pointer |
| CStaticFunctionCaller< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, PT15, PT16, NullClass, NullClass, NullClass > | This class implements a helper class providing a functionality to call a static function defined by a function pointer |
| CStaticFunctionCaller< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, PT15, PT16, PT17, NullClass, NullClass > | This class implements a helper class providing a functionality to call a static function defined by a function pointer |
| CStaticFunctionCaller< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, PT15, PT16, PT17, PT18, NullClass > | This class implements a helper class providing a functionality to call a static function defined by a function pointer |
| CStaticFunctionPointerMaker | This class is a helper class providing a definition of a static function pointer only |
| CStaticFunctionPointerMaker< RT, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class is a specialization of the original helper class providing a definition of a static function pointer only |
| CStaticFunctionPointerMaker< RT, PT0, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class is a specialization of the original helper class providing a definition of a static function pointer only |
| CStaticFunctionPointerMaker< RT, PT0, PT1, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class is a specialization of the original helper class providing a definition of a static function pointer only |
| CStaticFunctionPointerMaker< RT, PT0, PT1, PT2, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class is a specialization of the original helper class providing a definition of a static function pointer only |
| CStaticFunctionPointerMaker< RT, PT0, PT1, PT2, PT3, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class is a specialization of the original helper class providing a definition of a static function pointer only |
| CStaticFunctionPointerMaker< RT, PT0, PT1, PT2, PT3, PT4, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class is a specialization of the original helper class providing a definition of a static function pointer only |
| CStaticFunctionPointerMaker< RT, PT0, PT1, PT2, PT3, PT4, PT5, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class is a specialization of the original helper class providing a definition of a static function pointer only |
| CStaticFunctionPointerMaker< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class is a specialization of the original helper class providing a definition of a static function pointer only |
| CStaticFunctionPointerMaker< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class is a specialization of the original helper class providing a definition of a static function pointer only |
| CStaticFunctionPointerMaker< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class is a specialization of the original helper class providing a definition of a static function pointer only |
| CStaticFunctionPointerMaker< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class is a specialization of the original helper class providing a definition of a static function pointer only |
| CStaticFunctionPointerMaker< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class is a specialization of the original helper class providing a definition of a static function pointer only |
| CStaticFunctionPointerMaker< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class is a specialization of the original helper class providing a definition of a static function pointer only |
| CStaticFunctionPointerMaker< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class is a specialization of the original helper class providing a definition of a static function pointer only |
| CStaticFunctionPointerMaker< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, NullClass, NullClass, NullClass, NullClass, NullClass, NullClass > | This class is a specialization of the original helper class providing a definition of a static function pointer only |
| CStaticFunctionPointerMaker< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, NullClass, NullClass, NullClass, NullClass, NullClass > | This class is a specialization of the original helper class providing a definition of a static function pointer only |
| CStaticFunctionPointerMaker< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, PT15, NullClass, NullClass, NullClass, NullClass > | This class is a specialization of the original helper class providing a definition of a static function pointer only |
| CStaticFunctionPointerMaker< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, PT15, PT16, NullClass, NullClass, NullClass > | This class is a specialization of the original helper class providing a definition of a static function pointer only |
| CStaticFunctionPointerMaker< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, PT15, PT16, PT17, NullClass, NullClass > | This class is a specialization of the original helper class providing a definition of a static function pointer only |
| CStaticFunctionPointerMaker< RT, PT0, PT1, PT2, PT3, PT4, PT5, PT6, PT7, PT8, PT9, PT10, PT11, PT12, PT13, PT14, PT15, PT16, PT17, PT18, NullClass > | This class is a specialization of the original helper class providing a definition of a static function pointer only |
| CStaticMatrix | This class implements a matrix with static dimensions |
| CStaticVector | This class implements a static vector that has a fixed capacity |
| CString | This class provides string convert functionalities |
| CStringApple | This class provides function allowing to convert Apple-platform specific string objects |
| ►CSubset | This class implements subset functions |
| CInternalSubset | This helper class implements a subset functions |
| CSuccessionSubset | This class implements a data container for abstract data objects with several dimensions |
| CTaskQueue | This class implements a queue for tasks |
| CTemplatedLock | This class implements a template-based recursive lock object |
| CTemplatedLock< false > | Specialization of the TemplatedLock class |
| CTemplatedScopedLock | This class implements a recursive scoped lock object that is activated by a boolean template parameter |
| CTemplatedScopedLock< false > | Specialization of the TemplatedScopedLock class |
| CTemporaryAccessor | This class implements a base class for all accessors allowing to access temporary elements |
| CTemporaryIndexedAccessor | This class implements a base class for all indexed-based accessors allowing to access temporary elements |
| CTemporaryScopedLock | This class implements a recursive scoped lock object allowing to release the lock before the scoped object itself is released |
| ►CThread | This class implements a thread |
| CThreadId | This class implements a platform independent wrapper for thread ids |
| ►CThreadPool | This class implements a pool holding re-usable thread objects for individual use |
| CPoolThread | This class implements one thread of this thread pool |
| CThreadPoolSingleton | This class wraps the ThreadPool into a singleton for global usage |
| CTimestamp | This class implements a timestamp |
| CToonUtilities | This class implements utilitiy functions for TooN |
| CTriangleT | This class implements a base class for all triangle classes |
| CTriangleT2 | This class implements a 2D triangle with Cartesian coordinates |
| CTriangleT3 | This class implements a 3D triangle |
| CTriple | This class implements a triple object able to hold three individual elements |
| CTypeMapper | This class provides a unique data type for any data type |
| CTypeMapperBySize | This class provides a unique data type for any data type specified by the number of bytes |
| CTypeMapperBySize< 1 > | Specialized object |
| CTypeMapperBySize< 2 > | Specialized object |
| CTypeMapperBySize< 4 > | Specialized object |
| CTypeMapperBySize< 8 > | Specialized object |
| CTypeNamer | This class implements a helper class allowing to determine unique names for most of native C++ data types |
| CUnsignedTyper | This class is a helper class allowing to determine the unsigned data type for a given data type if existing, otherwise the identity data type |
| CUnsignedTyper< char > | Specialization of the helper class |
| CUnsignedTyper< double > | Specialization of the helper class |
| CUnsignedTyper< float > | Specialization of the helper class |
| CUnsignedTyper< int > | Specialization of the helper class |
| CUnsignedTyper< long > | Specialization of the helper class |
| CUnsignedTyper< long long > | Specialization of the helper class |
| CUnsignedTyper< short > | Specialization of the helper class |
| CUnsignedTyper< signed char > | Specialization of the helper class |
| CUtilities | This class implements basic utility functions |
| ►CValue | This class implements a type independent value |
| CBufferStruct | Definition of a struct combining memory pointer and size |
| CValueUnion | Definition of a union holding all possible values |
| CVarianceT | This class allows to determine the variance in a given data set |
| CVectorT2 | This class implements a vector with two elements |
| CVectorT3 | This class implements a vector with three elements |
| CVectorT4 | This class implements a vector with four elements |
| CVersion | This class provides version numbers for Ocean |
| ►CWorker | This class implements a worker able to distribute function calls over different threads |
| CWorkerThread | This class implements a thread with an explicit external thread function |
| ►CWorkerPool | This class implements a pool holding worker objects for individual use |
| CScopedWorker | Definition of scoped worker object |
| CAKRoomPlanTracker6DOF_Objc | This class implements the Objc wrapper for the room plan tracker |
| CAKRoomPlanTracker6DOFOwnerContainer | This interface/class implements a container for C++ data structures |
| CAKTracker6DOFDelegate | |
| C<ARSessionDelegate> | |
| C<ARSessionObserver> | |
| C<AVAudioPlayerDelegate> | |
| CCBaseFilter | |
| CCBaseInputPin | |
| C<CLLocationManagerDelegate> | |
| CCSource | |
| CCSourceStream | |
| CGLKViewController | |
| CIMFAsyncCallback | |
| CIMFSampleGrabberSinkCallback | |
| CIOSGPSTrackerDelegate | |
| CMessengerView | MessengerView implements a text view showing Ocean's log messages |
| CNSObject | |
| COceanMediaAVFAudioAVAudioPlayerDelegate | Delegate for audio playing events |
| COpenGLFrameMediumViewController | The OpenGLViewController implements a view controller that is mainly able to display medium objects |
| COpenGLViewController | The ViewController responsible for the OpenGL context |
| CPlanarRoomObject | Definition of a planar (2D) room object |
| CQOpenGLWidget | |
| CRoomObject | Definition of the base class of all room objects |
| CTCameraWrapper | |
| CTCameraWrapperBase | |
| CUITextView | |
| CVolumetricRoomObject | Definition of a volumetric (3D) room object |
| CwxApp | |
| CwxDialog | |
| CwxFileDropTarget | |
| CwxImageList | |
| CwxMenu | |
| CwxModalEventLoop | |
| CwxPanel | |
| CwxScrolledWindow | |
| CwxStaticBitmap | |
| CwxWindow | |
1.9.8