Class Hierarchy

Go to the graphical class hierarchy

This inheritance list is sorted roughly, but not completely, alphabetically:

[detail level 123456]

Caccess
►CBial::Adjacency	Adjacency relation and forward iteratior related to a matrix
CBial::Kernel	Kernel and forward iteratior related to a matrix
CBial::AdjacencyIterator	Adjacency iterator
►CApplicationException
CDotZLib.ZLibException	The exception that is thrown when an error occurs on the zlib dll
CBial::Array< D, S >	A array that calls almost all std::array functions (C++11 standard)
CBial::Array< float, 4 >
CBial::Array< uchar, 4 >
Cattr_item
CBial::BBox	Bounding Box with 8 vertices, and can be represented by 2 points (6coordinates)
Cbin
CBial::Brain::BrainIntensities	Robust statistics for minimum and maximum tissue intensities
CBial::BucketQueue	Standard bucket queue class, that may work with both integer or real values
CQCPAxisPainterPrivate::CachedLabel
►CCDialog
CCSLICSuperpixelsDlg
CBial::Cell	Used in MarchingCubes algorithm to describe a single marching cube data
►CDotZLib.ChecksumGenerator	Declares methods and properties that enables a running checksum to be calculated
►CDotZLib.ChecksumGeneratorBase	Implements the common functionality needed for all ChecksumGenerators
CDotZLib.AdlerChecksum	Implements a checksum generator that computes the Adler checksum on data
CDotZLib.CRC32Checksum	Implements a CRC32 checksum generator
Ccode
►CDotZLib.Codec	Declares methods and events for implementing compressors/decompressors
►CDotZLib.CodecBase	Implements the common functionality needed for all Codecs
CDotZLib.Deflater	Implements a data compressor, using the deflate algorithm in the ZLib dll
CDotZLib.Inflater	Implements a data decompressor, using the inflate algorithm in the ZLib dll
CBial::Color
CBial::Common	Commonly used macros, types, static variables and functions
Cconfig
Cct_data
Cct_data.dl
Cct_data.fc
Ccurfile64_info
CCursorChanger
►CCWinAppEx
CCSLICSuperpixelsApp
Cdeflate_state
►CBial::DegeneratedIFT< C, D >
CBial::ClusteringIFT< C, D >
►CBial::DegeneratedIFT< Image, D >
CBial::ImageIFT< D >
CBial::DFIDE
CDicomDir
CBial::DicomHeader
CBial::DifferentialGeometry	Parametric representation of the Shape geometry
►CBial::DiffusionFunction	Diffusion functions to compute annisotropic filtering and other algorithms
CBial::GaussianDiffusionFunction
CBial::PowerDiffusionFunction
CBial::RobustDiffusionFunction
CBial::Display
CBial::DistanceFunction< DERIVED >
►CBial::DistanceFunction< ChessBoardDistanceFunction >
CBial::ChessBoardDistanceFunction
►CBial::DistanceFunction< CityBlockDistanceFunction >
CBial::CityBlockDistanceFunction
►CBial::DistanceFunction< EuclideanDistanceFunction >
CBial::EuclideanDistanceFunction
►CBial::DistanceFunction< PreEuclideanDistanceFunction >
CBial::PreEuclideanDistanceFunction
►CBial::DistanceFunction< SquareEuclideanDistanceFunction >
CBial::SquareEuclideanDistanceFunction
CBial::FastTransform
CBial::Feature< D >	Feature vector class. It is essentialy a matrix where, the first dimention refers to the feature and the other dimension to the element
CBial::Figure< DERIVED >
►CBial::Figure< Box >
CBial::Box	Box Figure class
►CBial::Figure< Circle >
CBial::Circle
►CBial::Figure< Line >
CBial::Line
►CBial::Figure< Point >
CBial::Point
►CBial::Figure< Sequence >
CBial::Sequence
Cfile
Cfile_in_zip64_read_info_s
CBial::FuzzyCMeans< D >
CBial::GDCM
CGDCM
►CBial::Graph< GRAPH_ADJACENCY >
CBial::HierarchicalGraph< GRAPH_ADJACENCY >
CBial::GraphAdjacency< DERIVED >	Graph Operator classes. Used to compute OPF. May use Knn, LSH, etc
►CBial::GraphAdjacency< KnnGraphAdjacency >
CBial::KnnGraphAdjacency
►CBial::GraphAdjacency< LSHGraphAdjacency >
CBial::LSHGraphAdjacency
Cgz_header
Cgz_state
CgzFile
Cgzomanip< T >
Cgzomanip2< T1, T2 >	Gzipped file output stream manipulator class
CBial::HoughDecreaseCompare< D >	Class is used to compare elements in decreasing order to sort hough circle candidates
CBial::HoughIncreaseCompare< D >	Class is used to compare elements in increasing order to sort hough circle candidates
Chuffman
CBial::IdentityNode
►CIDisposable
CDotZLib.CodecBase	Implements the common functionality needed for all Codecs
CDotZLib.GZipStream	Implements a compressed Stream, in GZip (.gz) format.
CBial::Image< D >	The Image class is used to handle N-Dimensional images, and has support to Read and Write image files
CBial::Image< Bial::Color >
CBial::Image< Bial::RealColor >
CBial::Image< float >
CBial::Image< int >
CImageInfo
Cind
CBial::InfBucketQueue
Cinflate_state
CDotZLib.Info	Encapsulates general information about the ZLib library
CBial::Integral	A class to handle integral image
Cinternal_state
►Cios
►CBial::gzstreambase
CBial::igzstream
CBial::ogzstream
►Cgzfilestream_common
Cgzifstream	Gzipped file input stream class
Cgzofstream	Gzipped file output stream class
►Cistream
CBial::igzstream
Cgzifstream	Gzipped file input stream class
Cgzifstream	Gzipped file input stream class
Cizstream
CBial::KernelIterator
Clinkedlist_data
Clinkedlist_datablock_internal
Clog
CBial::MarchingCubes	Algorithm proposed by Lorensen and Cline to extract triangle meshes from isosurfaces
CBial::Matrix< D >	Dimensional matrix handeling. When acessed by (x, y), or (x, y, z) operator, index x corresponds to the index of the column, and index y corresponds to the index of the row. This standard comes from text printing order and image display and storage in most of the computer systems
CBial::Matrix< Bial::Color >
CBial::Matrix< Bial::RealColor >
CBial::Matrix< double >
CBial::Matrix< float >
CBial::Matrix< int >
CBial::Matrix< size_t >
Cmem_item
Cmem_zone
CBial::MinimumSpanningTree	Minimum spanning three algorithm
CBial::MultiImage	May have only one of the following image types: int, float, Color, or RealColor
CBial::NiftiHeader	Magnetic Resonance Image class
CBial::Normal	Geometric representation of a Normal in 3D space. A surface normal (or just normal) is a vector that is perpendicular to a surface at a particular position. It can be defined as the cross product of any two nonparallel vectors that are tangent to the surface at a point. The implementations of Normal3D and Vector3D are very similar. Like vectors, normals are represented by three floats x, y, and z; they can be added and subtracted to compute new normals; and they can be scaled and normalized. However, a normal cannot be added to a point, and one cannot take the cross product of two normals
►Costream
CBial::ogzstream
Cgzofstream	Gzipped file output stream class
Cgzofstream	Gzipped file output stream class
Coutd
Cozstream
►CBial::PathFunction< C, D >	Path function to compute the initial path-values and propagated path-values
CBial::ConnPathFunction< C, D >
CBial::DiffPathFunction< C, D >
CBial::FeatureDistanceFunction< C, D >
CBial::HierarchicalPathFunction< C, D >
CBial::LocalMaxPathFunction< C, D >
CBial::MaxPathFunction< C, D >
CBial::MaxSumPathFunction< C, D >
CBial::MinPathFunction< C, D >
CBial::SumPathFunction< C, D >
►CBial::PathFunction< Image, D >
CBial::EdgeMaxPathFunction< D >
CBial::GeodesicDistancePathFunction< D >
CBial::GeodesicRestrictionPathFunction< D >
CBial::OrientedExternPathFunction< D >
CBial::OrientedInternPathFunction< D >
CPatient
CPictureHandler
►CBial::PixelInterpolation	Geometric transforms that change image spatially
CBial::LinearInterpolation
CBial::NearestInterpolation
CBial::Plotting	Plotting algorithms
CBial::PNMHeader	PNM Header class
Cpoint
CBial::Point3D	Geometric representation of a point in 3D space. A point is a zero­dimensional location in 3D space
CQCPAxisPainterPrivate
CQCPBarData	Holds the data of one single data point (one bar) for QCPBars
CQCPColorGradient	Defines a color gradient for use with e.g. QCPColorMap
CQCPColorMapData	Holds the two-dimensional data of a QCPColorMap plottable
CQCPCurveData	Holds the data of one single data point for QCPCurve
CQCPData	Holds the data of one single data point for QCPGraph
CQCPFinancialData	Holds the data of one single data point for QCPFinancial
►CQCPItemAnchor	An anchor of an item to which positions can be attached to
CQCPItemPosition	Manages the position of an item
CQCPLineEnding	Handles the different ending decorations for line-like items
CQCPRange	Represents the range an axis is encompassing
CQCPScatterStyle	Represents the visual appearance of scatter points
►CQFrame
CThumbnail
►CQGraphicsObject
CGraphicsItem
►CQGraphicsScene
CGraphicsScene
►CQGraphicsView
CGraphicsView
►CQLabel
CLabel
►CQMainWindow
CMainWindow
►CQObject
CController	One of the most important classes of the User Interface, and is responsible to manage the images
►CDisplayFormat
CBW2DFormat
CBW3DFormat
CRGB2DFormat
CGuiImage	Bridge to the Bial::Image data structure to the QImage data structure. It have many important functions, such as the views spatial transforms, histogram equalization and others
CQCPBarsGroup	Groups multiple QCPBars together so they appear side by side
CQCPLayer	A layer that may contain objects, to control the rendering order
►CQCPLayerable	Base class for all drawable objects
►CQCPAbstractItem	The abstract base class for all items in a plot
CQCPItemBracket	A bracket for referencing/highlighting certain parts in the plot
CQCPItemCurve	A curved line from one point to another
CQCPItemEllipse	An ellipse
CQCPItemLine	A line from one point to another
CQCPItemPixmap	An arbitrary pixmap
CQCPItemRect	A rectangle
CQCPItemStraightLine	A straight line that spans infinitely in both directions
CQCPItemText	A text label
CQCPItemTracer	Item that sticks to QCPGraph data points
►CQCPAbstractPlottable	The abstract base class for all data representing objects in a plot
CQCPBars	A plottable representing a bar chart in a plot
CQCPColorMap	A plottable representing a two-dimensional color map in a plot
CQCPCurve	A plottable representing a parametric curve in a plot
CQCPFinancial	A plottable representing a financial stock chart
CQCPGraph	A plottable representing a graph in a plot
CQCPStatisticalBox	A plottable representing a single statistical box in a plot
CQCPAxis	Manages a single axis inside a QCustomPlot
CQCPGrid	Responsible for drawing the grid of a QCPAxis
►CQCPLayoutElement	The abstract base class for all objects that form the layout system
►CQCPAbstractLegendItem	The abstract base class for all entries in a QCPLegend
CQCPPlottableLegendItem	A legend item representing a plottable with an icon and the plottable name
►CQCPAxisRect	Holds multiple axes and arranges them in a rectangular shape
CQCPColorScaleAxisRectPrivate
CQCPColorScale	A color scale for use with color coding data such as QCPColorMap
►CQCPLayout	The abstract base class for layouts
►CQCPLayoutGrid	A layout that arranges child elements in a grid
CQCPLegend	Manages a legend inside a QCustomPlot
CQCPLayoutInset	A layout that places child elements aligned to the border or arbitrarily positioned
CQCPPlotTitle	A layout element displaying a plot title text
CQCPMarginGroup	A margin group allows synchronization of margin sides if working with multiple layout elements
►CTool
CDefaultTool
CSegmentationTool
►CQPainter
CQCPPainter	QPainter subclass used internally
►CQPushButton
CPushButton
►CQScrollArea
CScrollArea
►CQWidget
CControlsWidget
CDragDrop
CFunctionalWidget
CImageViewer
CImageWidget
CQCustomPlot	The central class of the library. This is the QWidget which displays the plot and interacts with the user
CSegmentationWidget
CThumbsWidget
CBial::RandomQueue	A random-acess queue. Its size is fixed. As soon as it gets full, the first inserted element is automatically replaced by the next inserted element. It is useful to find the median element as walking through signal or image data, e.g. MedianFilter method of Signal class. Insertion and removal are made in limiar time with respect to the queue size. Access to ordered keys by position is made in constant time
CBial::Ray	Mathematic representation of a light ray. A ray is a semi­infinite line specified by its origin and direction
CBial::RealColor	Class RealColor is used to handle multi-channels in pixels with floating point values
CBial::Sample	Methods for sampling elements
CSeries
►CBial::Shape
CBial::Triangle	Simple triangle Shape, used in TriangleMesh
CBial::TriangleMesh
CBial::Signal	Signal handeling declaration
CSLIC
Cstate
Cstatic_tree_desc
►CStream
CDotZLib.GZipStream	Implements a compressed Stream, in GZip (.gz) format.
►Cstreambuf
CBial::gzstreambuf
Cgzfilebuf	Gzipped file stream buffer class
Cgzfilebuf	Gzipped file stream buffer class
CStudy
CBial::Superpixel
Ctab
CBial::Table
CBial::TableCell	TableCell is the data type that composes the Table class cells
CBial::TableColumn
Ctar_buffer
Ctar_header
CBial::TElementId	DICOM DATA ELEMENT
CBial::TGroupId	DICOM DATA BLOCK
CQCPAxisPainterPrivate::TickLabelData
Ctm_unz
Ctm_zip
CBial::Transform3D	Holds affine matrices and is used to apply geometric transformations over cartesian coordinates. The affine transformation multiplies the coordinates vector to the affine matrix
Ctree_desc
Ctype_ar
Cunz64_file_pos
Cunz64_s
Cunz_file_info
Cunz_file_info64
Cunz_file_info64_internal
Cunz_file_pos
Cunz_global_info
Cunz_global_info64
CBial::Vector< D >
CBial::Vector3D	Geometric representation of a vector direction in 3D space
CBial::Vector< Bial::Color >
CBial::Vector< Bial::IdentityNode >
CBial::Vector< Bial::RealColor >
CBial::Vector< Bial::TableCell >
CBial::Vector< Bial::TableColumn >
CBial::Vector< Bial::Vector< double > >
CBial::Vector< Bial::Vector< float > >
CBial::Vector< Bial::Vector< size_t > >
CBial::Vector< Bial::WeightNode >
CBial::Vector< bool >
CBial::Vector< double >
CBial::Vector< float >
CBial::Vector< int >
CBial::Vector< size_t >
CBial::Vector< std::string >
CBial::Vector< ullint >
►CViewerInterface
CImageViewer
CImageWidget
CBial::WeightNode
CWIN32FILE_IOWIN
Cz_stream
Czip64_internal
Czip_fileinfo
Czlib_filefunc64_32_def
Czlib_filefunc64_def
Czlib_filefunc_def
Czstringlen