QVApplication | Main class for QVision applications |
QVCamera | Base class for image and video input source objects |
QVCannyEdgeDetector | |
QVCombinationIterator | Iterator over all possible combinations over a set |
QVComponentTree | Image component tree data structure |
QVCPUPlot | Class for plot graphs of worker's cpustat properties |
QVDefaultGUI | Main user interface widget for QVision applications |
QVDisjointSet | Implementation of a disjoint set data type, based on the union-find algorithm.
This implementation makes use of union-find algorithms to maintain partitions efficiently. It is essentially built for maintaining disjoint sets of unsigned integer elements, in the rank from 0 to a given maximum element |
QVFilterSelectorWorker< T, C > | |
QVFunctionMinimizer | Wrapper class for GSL function minimization |
QVGenericImage | Base class for QVImage objects |
QVGraphsWorker | |
QVGUI | Main user interface widget for QVision applications |
QVHarrisPointDetector | |
QVHessianPointDetector | |
QVHistogramPlot | Widget for plotting QList<double> property values from a worker, as an histogram, over the time |
QVImage< Type, Channels > | Image representation class for the QVision |
QVImageCanvas | Viewer widget for QVImage objects and other data types |
QVImageMeans< T, C > | |
QVImageResizerWorker< T, C > | |
QVImageRetarderWorker< T, C > | |
QVIndexedStringList | String List with a current string index |
QVIPPAbsDiffWorker< TYPE, C > | Worker which applies IPP function AbsDiff |
QVIPPAddCWorker< TYPE, C > | Worker which applies IPP function AddC |
QVIPPAddRandUniform_DirectWorker< TYPE, C > | Worker which applies IPP function AddRandUniform_Direct |
QVIPPAddWorker< TYPE, C > | Worker which applies IPP function Add |
QVIPPCompareCWorker< TYPE, C > | Worker which applies IPP function CompareC |
QVIPPComputeThreshold_OtsuWorker< TYPE, C > | Worker which applies IPP function ComputeThreshold_Otsu |
QVIPPCopyC3P3Worker< TYPE > | Worker which applies IPP function CopyC3P3 |
QVIPPCopyP3C3Worker< TYPE > | Worker which applies IPP function CopyP3C3 |
QVIPPDilate3x3Worker< TYPE, C > | Worker which applies IPP function Dilate3x3 |
QVIPPErode3x3Worker< TYPE, C > | Worker which applies IPP function Erode3x3 |
QVIPPFilterBoxWorker< TYPE, C > | Worker which applies IPP function FilterBox |
QVIPPFilterGaussWorker< TYPE, C > | Worker which applies IPP function FilterGauss |
QVIPPFilterHipassWorker< TYPE, C > | Worker which applies IPP function FilterHipass |
QVIPPFilterMaxWorker< TYPE, C > | Worker which applies IPP function FilterMax |
QVIPPFilterMedianWorker< TYPE, C > | Worker which applies IPP function FilterMedian |
QVIPPFilterMinWorker< TYPE, C > | Worker which applies IPP function FilterMin |
QVMatrix | Implementation of numerical matrices |
QVMPlayerCamera | Video source class for reading many video file formats, webcams and digital cameras |
QVMSER | Maximally stable extremal region datatype |
QVMSERDetector | |
QVNumericPlot | Widget for plotting integer and double property values from a worker, over the time |
QVPlanarRectifierWorker | |
QVPointWorker | |
QVPolyline | Polyline representation.
A polyline is a continuous line composed of one or more straight line segments. A QVPolyline is a implementation of a polyline, specified by a list of the points located at the intersection of the segments. Thus, any QVPolyline object inherits from the class QList<QPoint> |
QVPolylineF | Floating point polyline representation.
A polyline is a continuous line composed of one or more straight line segments. A QVPolylineF is a implementation of a polyline, specified by a list of the points located at the intersection of the segments. Thus, any QVPolylineF object inherits from the class QList<QPointF> |
QVPropertyContainer | Base class for dynamic property container objects |
QVPropertyContainerChange | Base class for property container object's changes |
QVPropertyContainerInformer | Class for inform about the QVPropertyContainer changes |
QVPROSAC< Element, Model > | Implementation of PROSAC, an extension to RANSAC (see QVRANSAC) |
QVQuaternion | Implementation of quaternions |
QVRANSAC< Element, Model > | Implementation of RANSAC, a robust statistical model fitting algorithm |
QVTensor | Implementation of tensors, a generalization for matrices and vectors |
QVTensorIndex | Indexes for tensors |
QVVector | Implementation of numerical vectors |
QVVideoRecorder | Video source class for reading many video file formats, webcams and digital cameras |
QVWorker | Base class for Worker threads |