KJB
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Class Hierarchy
This inheritance list is sorted roughly, but not completely, alphabetically:
[detail level 12345]
oCa
oCAbstractAbstract class to render this object
oCkjb::Abstract_dynamics
oCAbstract_gibbs_step< Model >
oCAbstract_hmc_step< Model, CONSTRAINED_TARGET, INCLUDE_ACCEPT_STEP, REVERSIBLE >
oCAbstract_mh_step< Model, Proposer >
oCAbstract_mh_step< kjb::Vector, typename Mh_model_proposer< kjb::Vector >::Type >
oCAbstract_mh_step< Model, Proposer_type >
oCAbstract_mh_step< SimpleVector, typename Mh_model_proposer< SimpleVector >::Type >
oCAbstract_mh_step< VectorModel, Mv_gaussian_proposer< VectorModel > >
oCAbstract_sampler< Model >
oCkjb::Abstract_video
oCkjb::psi::Action
oCkjb::psi::Action_descriptor
oCkjb::bbb::Description_info::Activity_info
oCkjb::bbb::Activity_library
oCkjb::bbb::Activity_sequence
oCkjb::bbb::Activity_sequence_prior
oCsemantics::Alpha_sampler< T >
oCAnnealable< X >
oCAnnealing_proposer_wrapper< Proposer, Model >
oCarray
oCkjb::bbb::Association
oCkjb::mcmcda::Association_directoryLater
oCkjb::bbb::Association_prior
oCkjb::TopoFusion::AutoLayerRAII approach to the old TopoFusion Layer data structure
oCkjb::Axis_aligned_rectangle_2dClass that represents an axis-aligned 2D rectangle. It is defined in terms of its (2D) center, its width and its height
oCkjb::Back_projector
oCkjb::Base_gl_interface
oCbase_model_archetype
oCBaseModel< X >
oCBasic_sd_step< Model, REVERSIBLE >
oCkjb::psi::Bbox_noise_likelihood
oCkjb::psi::Bbox_pairwise_likelihood
oCBest_model_recorder< Model >
oCBest_target_recorder< Model >
oCkjb::Beta_binomial_distribution
oCbinary_function_archetype
oCBinaryFunction
oCBlobA simple class that represents a blob
oCBlob_detectorA blob detector class. Use operator() to apply to image
oCkjb::pt::Body_2d2D body information resulting from projecting the 3D body
oCkjb::pt::Box_likelihoodClass that represents likelihood of a set of projected boxes given. detections. At the moment it only uses box size and optical flow; in the future, it may be use other data information
oCDTLib::CAffine
oCkjb::Calibration_descriptor
oCkjb::pt::Camera_priorClass that represents the camera prior
oCkjb::Canny_edge_detectorImplements the Canny edge detection algorithm
oCkjb::Categorical_distribution< T >A categorical distribution
oCkjb::Categorical_distribution< int >
oCkjb::Categorical_distribution< size_t >
oCsemantics::Categorical_event_baseAbstract base class for look-up keys
oCsemantics::Cell
oCsemantics::Cell_traits< T, N >
oCsemantics::Cell_traits< semantics::D2_view, 2 >
oCsemantics::Cell_traits< T, 1 >
oCDTLib::CFilterbank
oCkjb::Chamfer_transform
oCspear::CharArrayEqualFunc
oCspear::CharArrayHashFunc
oCkjb::Chinese_restaurant_process
oCDTLib::CHistogram< T >
oCDTLib::CImg< T >
oCDTLib::CImg< BYTE >
oCDTLib::CImg< float >
oCDTLib::CImgVec< T >
oCDTLib::CImgVec< BYTE >
oCkjb::Circle
oCDTLib::CJPEG
oCDTLib::CKMeans
oCkjb::CloneableAbstract class to clone this object
oCkjb::pt::Color_likelihoodClass that represents color likelihood of a set of projected boxes given detections
oCkjb::Color_likelihoodFunctor that computes the likelihood of a set of projected faces onto an image, using the color distribution of each projected face. More later..
oCkjb::Colormap
oCkjb::Comparable_omap
  • creates an omap from an image that can call compare_omap(compareto) to see how similar it is
oCkjb::pt::Comparator_2dComparator for Propagated_2d_info
oCkjb::Compare_address< T >Predicate that returns true if address of element equals given
oCkjb::Compare_box_distanceFunctor for comparing box distance
oCkjb::Line_correspondence::Line_bin::Compare_edge_segment_starting_pointsCompare the corresponding Line_bin based on the x position of the starting point of the image edge segment
oCkjb::Compare_flow_featuresFunctor to compare two Feature_pair
oCkjb::Correspondence::Point::Compare_Normal_Distance
oCkjb::Correspondence::Matched_point::Compare_Normal_Distance
oCkjb::compare_point_x_location
oCkjb::mcmcda::Compare_tracks< Track >Functor to compare two tracks. If this were not defined, an association would order its tracks using operator<(pair, pair), which would eventually order by the address of the detection. We use this one to avoid this comparison by address and instead use a value comparison. This way the order will not change every time we read an association
oCkjb::pt::Complete_stateRepresents the state of an actor at a frame
oCCompute_blob
oCComputes
oCkjb::Conditional_distribution< TargetVariable, GivenVariable, DependenceFunc >A conditional distribution
oCConditional_distribution_proposer< ConditionalDistribution, Model >
oCConstant_parameter_evaluator< Model >Returns the same result no matter what model is received
oCConstrained_target< Model >Adapts a target distribution to be one with bounds
oCkjb::pt::Write_scene_iterator::container_typeFake container type. Needed for recorder to find the type
oCControl_sceneClass that represents a scene plus the control ouptuts; i.e. the model for the control-point trajectory sampler
oCkjb::Correspondence
oCDTLib::CTextureScale
oCkjb::psi::Cuboid
oCCurrent_log_recorder< Model >
oCCurrent_model_recorder< Model >
oCkjb::opencv::CV_features_to_track_detector
oCkjb::opencv::CV_term_criteria
oCkjb::bbb::Data
oCdeque
oCkjb::bbb::Description
oCkjb::bbb::Description_infoExtract sparse information from description (for write())
oCkjb::bbb::Description_prior
oCkjb::pt::Detection_boxClass that represents a detection bounding box from any source
oCkjb::Deva_detection
oCkjb::Deva_facemark
oCkjb::qd::DijkstraPriorityQueue< SATELLITE_TYPE >Pure virtual interface for priority queue in Dijkstra's algorithm
oCkjb::qd::DijkstraPriorityQueue< Sat_tp >
oCkjb::qd::DijkstraPriorityQueue< SatLoc >
oCkjb::pt::Direction_priorClass that represents the prior distribution of a trajectory
oCkjb::Distribution_traits< Distribution >Generic traits struct for all distributions
oCkjb::Distribution_traits< Categorical_distribution< T > >Traits for the categorical distro
oCkjb::Distribution_traits< Chinese_restaurant_process >
oCkjb::Distribution_traits< Log_normal_distribution >
oCkjb::Distribution_traits< Mixture_distribution< Distribution > >Traits for the mixture distro. Type is the type of the mixed distributions
oCkjb::Distribution_traits< MV_gaussian_distribution >Traits for the multivariate normal. Type is kjb::Vector
oCkjb::Distribution_traits< Uniform_sphere_distribution< D > >Traits for the Uniform_sphere_distribution
oCkjb::Distribution_traits< Von_mises_fisher_distribution< D > >Traits for the Von-mises-fisher distribution
oCkjb::TopoFusion::DOrthoQuadDigital orthoquad buffer
oCkjb::qd::DoubleCircleParameterized circle in the plane
oCkjb::qd::Doubly_connected_edge_listData structure for a planar subdivision made by edges
oCsemantics::Dummy_template_class< M >
oCkjb::Edge
oCkjb::Edge_lines_likelihood
oCkjb::Edge_point
oCkjb::qd::Doubly_connected_edge_list::Edge_record
oCkjb::Edge_set
oCspear::EdgeLexer
oCspear::EdgeParser< T >
oCsemantics::Elaboration_treeMain "Semantic tree" object
oCkjb::TopoFusion::EllipsoidTopoFusion data structure used to represent an ellipsoid earth
oCkjb::Index_range::End_type
oCkjb::bbb::EndpointClass that holds information for endpoints
oCkjb::tracking::Entity_idEntity + index; used for file I/O
oCkjb::psi::Entity_state
oCsemantics::Event_dbDatabase class to read and count parse tree events
oCEvent_listener
oCsemantics::Event_view< T, Traits >Template class to represent different "views" of syntactic events
oCkjb::Every_nth_element< T >Predicate that returns true every nth call
oCspear::Exception
oCexception
oCExpectation_recorder< Model, Value >
oCkjb::mcmcda::Experiment_directoryLater
oCkjb::pt::Face_2d2D face information resulting from projecting the 3D head/face
oCFace_data
oCkjb::Face_detection
oCkjb::pt::Face_direction_priorClass that represents the prior distribution of the face direction
oCkjb::pt::Face_flow_likelihoodClass to compute face optical flow likelihood
oCkjb::qd::Doubly_connected_edge_list::Face_record
oCkjb::pt::Facemark_likelihoodClass to compute facemark likelihood
oCkjb::Feature_histogram
oCkjb::pt::Feature_score
oCFeaturesAllows to manipulate basic 2d image features (edges, fitted line segments and manhattan worl). This is mostly useful for Manhattan world scenes so it might be renamed. This class contains the following features:
oCkjb::Fftw_convolution_2dA class for performing 2d convolution using the FFTW library
oCkjb::Fftw_image_convolutionThis is a simple adaptation of Fftw_convolution_2d to Image input
oCkjb::FFTW_Plan2d< T, U >RAII class to manage an FFTW plan
oCkjb::Fh_type
oCkjb::File_PtrRAII wrapper on stdio.h FILE pointers (use a derived class though)
oCkjb::FilterFilter class
oCkjb::Foreground_mask
oCkjb::psi::Frame_likelihood
oCGaussian_random_walk_proposer
oCGaussian_scale_space
oCGaussian_scale_space_generator
oCkjb::Generic_const_matrix_view< Matrix_type >
oCkjb::Generic_const_vector_view< Vector_type >
oCkjb::Generic_matrix_view< Matrix_type >
oCkjb::tracking::Generic_trajectory_element< T >Represents an element of a trajectory of a particular entity
oCkjb::Generic_vector_view< Vector_type >
oCkjb::Geometric_context
oCkjb::Get_address< T >Functor that returns the address of a given object
oCGet_model_parameter< Model >Gets the specified parameter of a model. For now, we assume all parameters are type double
oCGibbs_model_proposer< Model >
oCkjb::mcmcda::Gibbs_proposer< Track, Lhood >Gibbs proposal mechanism for tracking. Complies with Gibbs proposer concept
oCkjb::GL_Polygon_Renderer
oCkjb::GL_Polymesh_Renderer
oCkjb::opengl::Glew
oCkjb::Glut_parapiped
oCkjb::Glut_perspective_camera
oCGLUT_polymesh
oCkjb::Glut_polymesh
oCkjb::pt::Gradient_adapter< G >Wraps Scene_gradient to work with ergo::hmc_step
oCkjb::bbb::GroupGroup
oCgsl_matrix
oCkjb::Gsl_multifit_fdf
oCgsl_multifit_function_fdf
oCkjb::Gsl_Multimin_fWrapper for GSL's multidimensional minimizer, without using gradient
oCkjb::Gsl_Multimin_fdfWrapper for GSL's multidimensional minimizer, when you have gradient
oCgsl_multimin_function
oCgsl_multimin_function_fdf
oCkjb::Gsl_Qrng_basic< KIND >Wrapper for one of GSL's quasi-random generators
oCkjb::Gsl_Qrng_basic< GSL_QRNG_HALTON >
oCkjb::Gsl_Qrng_basic< GSL_QRNG_NIEDER >
oCkjb::Gsl_Qrng_basic< GSL_QRNG_RVSHALTON >
oCkjb::Gsl_Qrng_basic< GSL_QRNG_SOBOL >
oCkjb::Gsl_ran_discreteRandomly sample discrete events with an empirical distribution
oCkjb::Gsl_rng_basic< KIND >Basic RAII wrapper for GNU GSL random number generators
oCgsl_vector
oCkjb::Gsl_VectorRAII wrapper for GSL vector objects
oCkjb::pt::HeadSimple struct representing a head
oCkjb::HeartbeatA class for for indicating the status of slow-moving loops
oCkjb::HistogramA class that represents a histogram of data. ATM, the data must be doubles
oCkjb::Histogram_2d
oCkjb::Identity< T >Identity function
oCkjb::Matrix_d< M, N, Transposed >::if_then_< condition, value1, value2 >
oCkjb::Matrix_d< M, N, Transposed >::if_then_< false, value1, value2 >
oCkjb::ImageWrapped version of the C struct KJB_image
oCkjb::Feature_histogram::Image_dart
oCkjb::Increase_by< T >Generator that increases (using +=) itself by the given value everytime it is called
oCkjb::Increment< T >Generator that increments (++) its state everytime it is called. Useful for creating sequences of contigous values
oCkjb::Independent_edge_points_likelihood
oCIndependent_gaussian_proposer< SimpleVector >
oCkjb::Index_less_than< T >Predicate that compares the kth element of a indexable type
oCkjb::Index_range
oCkjb::pt::Input_directoryRepresents the input directory for the people tracking project
oCkjb::Int_matrixThis class implements matrices, in the linear-algebra sense, restricted to integer-valued elements
oCkjb::Int_vectorThis class implements vectors, in the linear-algebra sense, restricted to integer-valued elements
oCkjb::Integral_flow
oCkjb::Ned13_one_degree_grid::IntegralLLInteger-valued, latitude-style and longitude-style coordinates
oCkjb::bbb::Intentional_activity
oCkjb::Interval_sequence
oCiterator
oCkjb::Kriging_interpolatorClass to interpolate elevation values using Gaussian processes
oCkjb::TopoFusion::layerDefinition used for layer
oCkjb::mcmcda::Likelihood< Track >Computes the GP-based likelihood of an association
oCkjb::bbb::Likelihood
oCLine
oCkjb::LineParametric representation of a 2D line in terms of three parameters (a,b,c) (as in ax+by+c = 0)
oCkjb::Line_correspondence::Line_bin
oCkjb::Line_correspondence
oCkjb::Log_normal_distributionLog-normal distribution
oCkjb::Manhattan_corner
oCkjb::Manhattan_corner_segment
oCkjb::Manhattan_segmentA manhattan segment defined by a line segment and the vanishing point it converges to
oCkjb::Manhattan_worldThis class contains the three orthogonal vanishing points defining a Manhattan scene, where most or all planes are aligned with three main orthogonal directions. This class optionally contains a set of segments from the scene, assigned to the correct vanishing point
oCmap
oCkjb::Correspondence::Matched_point
oCDTLib::MATFILE
oCkjb::MatrixThis class implements matrices, in the linear-algebra sense, with real-valued elements
oCkjb::Matrix_stream_ioStatic functions to read and write matrix classes with iostream
oCkjb::Matrix_traits< value_type >
oCkjb::Matrix_traits< double >
oCkjb::Matrix_traits< int >
oCkjb::maximum< T >
oCMh_model_proposer< Model >
oCMh_model_proposer< kjb::Vector >
oCMh_model_proposer< SimpleVector >
oCergo::mh_proposal_result
oCMh_proposal_resultIndicates the result of an MH proposal. It is simply a pair of probabilities, forward and backward
oCkjb::minimum< T >
oCkjb::Mixture_distribution< Distribution >This class implements a mixture distribution. In other words, it is the sum of a finite number of fractions of distributions of the same type (with different parameters)
oCkjb::psi::Model
oCModel_dimension< Model >Returns the dimension of the model
oCModel_edge
oCkjb::psi::Model_evaluator
oCModel_evaluator< Model >
oCModel_parameter_evaluator< Model >
oCModel_recorder< Model >
oCModelRecorder< X >
oCModulo_recorder< Recorder >
oCMove_model_parameter< Model >Moves the specified parameter of a model. For now, we assume all parameters are type double
oCMove_model_parameter_as_plus< Model >Default move function; uses '+'
oCMulti_model_recorder< Model >
oCMulti_proposer_proposer< Model >
oCmultimap
oCkjb::Mutex_lockSimple RAII class to grab and release a mutex
oCkjb::MV_gaussian_distributionMultivariate Gaussian (normal) distribution
oCMv_gaussian_proposer< VectorModel >
oCkjb::MV_normal_on_normal_dependenceRepresents the dependence between X and Y in p(x | y), where (x,y) is a multivariate normal
oCkjb::Ned13_caching_readerInterface to an elevation-info object that caches its NED13 grids
oCkjb::Ned13_grid_cacheThis caches a bunch (potentially) of one-degree grids for you
oCkjb::Ned13_one_degree_gridStorage for a single NED13 grid tile, plus convenient access
oCnegative_binomial
oCkjb::Normal_on_normal_dependenceRepresents the dependence between X and Y in p(x | y), where (x,y) is a bivariate normal
oCMulti_step_sampler< Model >::null_deleter
oCNull_recorder< Model >
oCNull_recorder< double >
oCNull_value
oCNumerical_gradient< Model >Approximates the gradient and/or curvature of a target distribution, evaluated at a certain location. The user must provide the mechanisms to change the model (see constructor)
oCkjb::Offscreen_bufferOffscreen rendering buffer
oCkjb::Omap_computer
oCkjb::Omap_segment
oCkjb::opengl::Opengl_callable
oCkjb::OpenSSL_EVPGeneric OpenSSL hasher class, the base class for specific derivations
oCkjb::pt::Optical_flow_likelihoodClass to compute face optical flow likelihood
oCkjb::pt::Optimize_likelihoodApproximate complete-data likelihood via HMC optimziation
oCOstream_recorder< Recorder >
oCkjb::pt::Output_directoryRepresents the output directory for the PT tracking project
oCspear::Pair< T1, T2 >
oCkjb::PaletteConstruct some colors, for visualizing grids of numbers
oCkjb::bbb::Parameter_prior
oCspear::Parameters
oCkjb::psi::Person_flow_blobA class represent the blob detection based on the optical flow magnitude images
oCkjb::bbb::Physical_activity
oCPixel
oCkjb::pt::Pixel_moveFunctor designed to move 3D points by pixels in image plane
oCkjb::qd::PixPathRepresentation of a sequence of pixel coordinates
oCkjb::qd::PixPointRepresentation of an (x,y) pair of pixel coordinates
oCkjb::qd::PixPoint_line_segmentBasic line segment when endpoints are PixPoints (int coords)
oCkjb::Correspondence::Point
oCkjb::Polymesh_PlaneThis class contains a Vector of plane parameters, a vector of the face indices that lie in the plane, and the polymesh that the faces are from. The plane parameters are the coefficients of a plane of the form ax + by + cz + d = 0
oCkjb::pt::Position_priorClass that represents the prior distribution of a trajectory
oCPosterior< Model >Generic posterior class
oCkjb::pt::Posterior_detail_recorder< OutputIterator >Records the details about the posterior
oCkjb::mcmcda::Prior< Track >Computes the prior of an MCMCDA association
oCkjb::pt::Propagated_2d_infoPropagated 2D information using optical flow
oCkjb::pt::Propose_person_sizeProposal distribution/mechanism for the size of targets
oCkjb::mcmcda::Proposer< Track >
oCkjb::psi::Psi_body_partBody parts
oCkjb::psi::Psi_step_size
oCkjb::TopoFusion::ptDefinition for a TopoFusion pt
oCkjb::Pthread_attrRAII class to manage an object of type kjb_pthread_attr_t
oCkjb::Pthread_mutexDynamically allocated mutex: unlock before you destroy it!
oCkjb::Quaternion
oCkjb::Ransac_line_fitting
oCkjb::qd::RatPointVery basic structure to represent X, Y points with rational coords
oCkjb::qd::RatPoint_line_segmentClosed line segment with rational coords
oCspear::RCIPtr< T >
oCspear::RCIPtr< Model >
oCspear::RCIPtr< spear::BankEdge >
oCspear::RCIPtr< spear::Lexicon >
oCspear::RCIPtr< spear::spear::Tree >
oCspear::RCObject
oCkjb::ReadableAbstract class to read this object from an input stream
oCReal_sd_step< Model, REVERSIBLE >
oCkjb::Rectangle_2dClass that represents an axis-aligned 2D rectangle. It is defined in terms of its (2D) center, its width and its height
oCkjb::RenderableAbstract class to render this object with GL
oCkjb::RenderableObject< X >
oCkjb::Right_Triangle_Pair
oCkjb::Rotation_axis
oCkjb::pt::Sample_scenesUse HMC to draw samples from the scene posterior using HMC
oCSampler_step< Model >
oCkjb::pt::SceneClass that represents a full scene in the PT universe
oCkjb::pt::Scene_adapterAdapts a Scene into a VectorModel for HMC sampling
oCkjb::pt::Scene_gradientWrapper for generic gradient function
oCkjb::pt::Scene_hessianWrapper for generic hessian function
oCkjb::pt::Scene_posteriorPosterior distribution of a scene
oCkjb::pt::Scene_posterior_indPosterior adapter to work with independent gradient computation
oCkjb::pt::Scene_recorderRecord a series of scenes to a directory
oCkjb::Scope_guard
oCkjb::TopoFusion::segOld TopoFusion data structure for a sequence of pt structures
oCkjb::Segment_pair
oCkjb::Select_coordinate< V >Selects a coordinate from a vector type
oCsemantics::Sem_lexer
oCsemantics::Semantic_data_baseAbstract base class of Semantic Data template
oCsemantics::Semantic_elaborationBase class for semantic elaborations
oCsemantics::Semantic_step_proposal
oCsemantics::Semantic_traits< T >Traits class storing information specific to given elaboration types
oCsemantics::Semantic_traits< Binary_predicate >
oCsemantics::Semantic_traits< Binary_relation_primitive >
oCsemantics::Semantic_traits< Category_primitive >
oCsemantics::Semantic_traits< Color_primitive >
oCsemantics::Semantic_traits< Null_primitive >
oCsemantics::Semantic_traits< Semantic_object >
oCsemantics::Semantic_traits< Size_primitive >
oCsemantics::Semantic_traits< Unary_predicate >
oCsemantics::Semantic_traits< Unary_relation_primitive >
oCsemantics::Semspear_treeThe main syntactic tree object for semantic parsing
oCsemantics::Semspear_tree_parser< T >
oCsemantics::Sentence_sem
oCkjb::Sequence
oCkjb::SerializableConcept< X >
oCSerialize_recorder< Recorder_type >
oCset
oCSet_model_parameter< Model >Sets the specified parameter of a model. For now, we assume all parameters are type double
oCSimple_adaptive_mh_step< SimpleVector >
oCSimple_adaptive_mh_step< kjb::Vector >
oCkjb::psi::Simple_simulator
oCkjb::SimpleVector< X >
oCSingle_dimension_proposer< Model >
oCkjb::Fftw_convolution_2d::SizesUtility aggregate stores all sizes – rarely used by caller
oCkjb::Solid_renderableAbstract class to render this object with GL
oCkjb::Sphere
oCkjb::Spot_detectorA spot detector functor, comparable to a blob detector
oCST_SPHERE
oCkjb::psi::Start_state
oCstatic_visitor
oCStep_result< Model >Structure for returning results of a single sampling move
oCspear::StringMap< T >
oCspear::StringMap< bool >
oCspear::StringMap< int >
oCspear::StringMap< String >
oCkjb::SvdTuple that computes a singular value decomposition of a matrix
oCkjb::qd::SvgWrapClass used to render a PixPath as an SVG polygonal path picture
oCkjb::Temporary_DirectoryThis class creates a temporary directory under TEMP_DIR (usu. /tmp)
oCQuaternion::ThisSets the rotation mode of this rigid object. All euler modes are supported (XYZ, ZYZ, etc). All modes ar supported. For further details see adequately tested only in the case of mode = XYZR
oCkjb::TopoFusion::tile_entryData structure for downloaded UTM tiles, like a pt
oCkjb::TopoFusion::Tile_managerRAII tool for opening and closing the DOQ master index
oCkjb::to_ptrConvert to a pointer
oCsemantics::Token_map
oCkjb::TopoFusion::trackOld TopoFusion data structure: metadata for a seg
oCkjb::psi::Track_metrics
oCkjb::bbb::Traj_set
oCkjb::bbb::Trajectory
oCkjb::bbb::Trajectory_prior
oCkjb::TransformableAbstract class to apply a linear transformation to this object
oCsemantics::Tree_event
oCtriangulateio
oCkjb::Turntable_camera
oCunary_function
oCunary_function_archetype
oCUnaryFunction
oCkjb::Uniform_sphere_distribution< D >
oCunordered_map
oCUpdatable< X >
oCkjb::Vanishing_point_detectorThis class computes the position of the three vanishing points from a set of line segments. The ass
oCvector
oCkjb::VectorThis class implements vectors, in the linear-algebra sense, with real-valued elements
oCkjb::Vector_adapter< Vec >Default adapter for the hessian function
oCVector_sd_step< Model, REVERSIBLE >
oCkjb::Vector_stream_ioFunctions to read and write vector classes with streams
oCkjb::qd::Doubly_connected_edge_list::Vertex_record
oCkjb::Video_frame
oCsemantics::View_traits< T >
oCsemantics::View_traits< D1_event >
oCsemantics::View_traits< D2_event >
oCsemantics::View_traits< Hsem_event >
oCsemantics::View_traits< Msem_event >
oCsemantics::View_traits< PCC1_event >
oCsemantics::View_traits< PCC2_event >
oCsemantics::View_traits< S1_event >
oCsemantics::View_traits< S2_event >
oCsemantics::View_traits< U_event >
oCViewing_recorder< Recorder, Updater >
oCkjb::pt::VisibilityRepresents the information regarding visibility of an actor at a given frame and given all other actors
oCkjb::bbb::VisualizerVisualize a description and the corresponding data
oCkjb::Von_mises_fisher_distribution< D >
oCkjb::TopoFusion::waypointDefinition used for waypoint
oCkjb::Weight_array< D >Forward declarations
oCkjb::Wire_occlude_renderableAbstract class to render this object with GL as an occluded wire-frame into the depth buffer, to hide unseen lines
oCkjb::Wire_renderableAbstract class to render this object with GL as a wire-frame
oCspear::Word
oCkjb::Word_listWrapper for the libKJB type Word_list (useful for globs)
\Ckjb::WriteableAbstract class to write this object to an output stream
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