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Classes
Structures
Enumerations
Name | Description | |
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ActivationFunction | Function used to activate neuron. | |
Anchor1D | Decides about relative position of object. Exact behaviour depends on filter being used. | |
Anchor2D | Decides about relative position of object. Exact behaviour depends on filter being used. | |
AngleMetric | Methods of angle measurement. | |
AngleRange | ||
Axis | Selects axis on which operation will be performed. | |
AXISResolution | Sets resolution of captured image. | |
AXISRotation | Rotates image clockwise by specified angle. | |
BarcodeFormat | Recognizable formats of barcodes. | |
BayerType | Describes kind of Bayer-encoding. | |
BitFlowTrigAssignments | Possible assignments of trigger signals. | |
BitFlowTriggerMode | Possible trigger signal modes. | |
BitFlowTriggers | Available triggers. | |
BitFlowTrigPolarity | Selects active state of trigger signal. | |
BlobsDifferenceMeasure | Changes classification method in gray based image segmentation. | |
BorderPosition | Determines where exactly the border is built. | |
BoundingRectangleFeature | Criterion of finding bounding rectangle. | |
CharacterFeatureType | ||
CharacterSortingOrder | Decides whether and how to sort character regions in optical character recognition related filters. | |
CircleFittingMethod | Possible methods of fitting a circle to a set of points. | |
CircularityMeasure | When calculating circularity one may choose to use different reference circular region. | |
ColorPalette | Describes which color palette will be used in by the ColorizeImage filter. | |
ComplexityLevel | Determines which plugin version should be opened | |
CornerResponseMethod | Corner response is calculated with regard to convolution matrix, given as \[M = \left(\begin{array}{ccc} \sum g_r^2 & \sum g_c g_r \\ \sum g_c g_r & \sum g_c^2 \end{array} \right)\] | |
CorrelationMeasure | Ways of computing image correlation. | |
CvAdaptiveMethod | Methods for OpenCV Adaptive Threshold operation. (AdaptiveThresholdTypes) | |
CvBorderType | OpenCV border type (BorderTypes). | |
CvColorMap | Color palette used in cvApplyColorMap | |
CvContourApproximationMethod | Methods of approximation available for OpenCV contour detection. | |
CvContourRetrievalMode | Methods of OpenCV contour retrieving. | |
CvConversionCode | Available image conversions in OpenCV. | |
CvDistanceType | Available OpenCV distance measure types (DistanceTypes). | |
CvFontType | Fonts available in OpenCV. | |
CvGrabCutMode | Modes of OpenCV GrabCut algorithm. | |
CvHoughMethod | Available Hough Transform methods in OpenCV function. | |
CvInpaintMethod | Available OpenCV inpaint algorithms. | |
CvInterpolationMethod | Interpolation methods available for OpenCV operations. (InterpolationFlags) | |
CvMorphologicalOperation | Types of OpenCV morphological operations. (MorphTypes) | |
CvShapeMatchingMethod | OpenCV shape matching algorithms. | |
CvStructuringShape | Available OpenCV kernels for morphological operations (MorphShapes). | |
CvTemplateMatchingMethod | Describes template matching algorithms in OpenCV. | |
CvTerminationCriteria | Termination criteria for iterative algorithms. | |
CvThresholdType | OpenCV methods of thresholding operation. | |
DAQmxActiveEdge | Sets signal' active edge. | |
DAQmxCountDirection | Selects how to count signal edges. | |
DAQmxFrequencyUnit | Possible frequency units for DAQmx devices. | |
DAQmxIdleState | Chooses idle state for configured terminal. | |
DAQmxPulseWidthUnit | Possible pulse width units for DAQmx devices. | |
DAQmxSampleMode | Methods of signal sampling for DAQmx devices. | |
DAQmxShuntResistorLoc | Selects where shunting resistor is located in DAQmx device. | |
DAQmxTerminalConfig | Possible methods of transmitting signal over wires. Please refer to manufacturer manual for details. Helpful article can be found here http://www.ni.com/white-paper/3344/en/. | |
DAQNaviTrigger | Decides which state of input lines will request interrupt. | |
DataMatrixCodeType | Determines which datamatrix code type is decoded. | |
DataMatrixDetectionMethod | Specifies how code candidates are located. | |
DataMatrixGapSize | Specifies the distance between neighboring modules. | |
DataMatrixOutlineStrategy | Specifies precision of outline detection. | |
DataMatrixPyramidStrategy | Specifies the step of image downsampling used for finding codes at different scales. | |
DataMatrixType | Determines datamatrix code type. | |
DataPreprocessing | Method to use when preprocessing data. | |
DelimiterHandling | Delimiting sequence handling mode. | |
DifferentiationMethod | Methods of profile differentiation. | |
DirectionMode | Selects direction of port being configured. | |
DistanceMeasure | Method to use when measuring distance between two objects like Profiles, Histograms or Images. | |
DownsampleRegionMode | Decides what method will be used by DownsampleRegion filter. | |
DrawingMode | Methods of drawing on the image. | |
EdgeFilter | Determines which method is used to compute image gradients. | |
EdgeMaskFilter | Non-recursive filters for gradient computing. | |
EdgeTransition | Decides what is considered as an edge in the image. | |
ElectricalMode | Possible electrical modes of analog port. | |
EquidistanceType | Methods of maintaining equal distance in corner cases. | |
ErrorType | ||
ExtremumType | Decides what kind of extremum is returned. | |
FileAccessMode | Possible ways of accessing files. | |
FileSortingOrder | Criterion to take into account when sorting files. | |
FitType | Possibilities of solution fitting. | |
GaussKernel | Possible dimensions of gaussian kernel used to smooth image. | |
GenActivationMode | Specifies how Genicam command execution filters reacts on activation input. | |
GenApi_InterfaceType | ||
GenICamParameterScope | Identifies module in GenICam GenTL software stack when accessing GenAPI setting sets. | |
GradientMaskOperator | Describes methods of image gradient computing. | |
GradientOperator | Describes which operator use to compute image gradient. | |
HikvisionEvent | Possible triggering or strobe event for Hikvision camera. | |
HikvisionLine | Possible output line for strobe for Hikvision camera. | |
HikvisionPixelFormat | Possible pixel formats for Hikvision camera. | |
HikvisionTriggerActivation | Possible trigger polarity for Hikvision camera. | |
HikvisionTriggerSource | Possible trigger source for Hikvision camera. | |
HSxColorModel | Color models used in given operation. | |
ICImagingControlColorFormat | Sets captured frame pixel format. | |
ICubeBinSkip | Possible methods of pixel skipping. | |
ICubeGrabMode | Describes grabbing methods. | |
ICubeResolutionMode | Graphics mode of acquired image. | |
ICubeTriggerMode | Available modes of triggering. | |
IDSBinning | Defines binning modes for IDS cameras. | |
IDSGPIOConfiguration | Defines GPIO configurations IDS cameras. | |
IDSMirror | Defines mirror modes for IDS cameras. | |
IDSTriggerMode | Defines trigger mode for IDS cameras. | |
IFMResolution | Possible resolutions of IFM device. | |
IFMTriggerMode | Possible trigger modes of IFM device. | |
ImageFileFormat | Available formats. | |
ImageMomentType | Possible image moment descriptors. | |
ImageMorphologyKernel | Describes structuring element shape to be used during image morphological operation. | |
IntegerBinaryFormat | ||
InterpolationMethod | Possible pixel interpolation methods: | |
JoinDirection | Describes in which direction join should be performed. | |
KMeansClusteringMethod | Possible methods of KMeans clustering. | |
LawsFilterSize | Possible size of Laws texture filter. | |
LawsFilterType | Possible types of Laws filter. | |
LinearBinaryPatternType | Linear Binary Pattern kind. | |
LinePeakDetectionMethod | Determines exact line peak position extraction method. | |
MagnitudeMeasure | Method of estimation of the vectors' magnitude. | |
MarkerType | Possible segments' marker shapes to draw. All images created with inMarkerType equal to 7.0. | |
MatchingCriterion | Methods of classifying an object as a member of group. | |
MeanKernel | Describes shape and size of structuring element used during smoothing. | |
MeasureObjectMethod | Possible methods of measuring width of an object. | |
MEstimator | Defines how to suppress the influence of values far from most others on the result. | |
Metric | Specifies method of calculating distance between two points. | |
Metric3D | Specifies method of calculating distance between two points in 3D. | |
MetricUnit | Represents available metric units for drawing dimensions on image. | |
MirrorDirection | Describes possible directions of image mirroring. | |
MlpPreprocessing | Sets additional normalization process. | |
ModbusDataFormat | Describes possible data formats. | |
MorphologyKernel | Describes shape and size of kernel used during morphological operation. | |
MultiCamAcquisitionMode | Possible methods of acquiring images. | |
MultiCamColorFormat | Supported image color formats. | |
MultiCamDestinationClass | Describes classes of devices, which can be configured. | |
MultiCamInputState | Possible state of input pin. | |
MultiCamInputStyle | Possible electric styles of Input/Output ports. | |
MultiCamOutputState | Possible state of output pin. | |
MultiCamOutputStyle | Electrical style of I/O lines used as outputs | |
MVGenTLPixelFormat | Sets captured image pixel format. | |
MvIMPACTTriggerActivation | Signal state to be considered as active. | |
MvIMPACTTriggerSource | Possible trigger signal sources. | |
NumberSystemBase | Specifies the base of the number system. | |
OcrModelType | OCR classifier type used to determine characters | |
OrganicFeature | Organic object descriptors. | |
PathDistanceMode | Method of distance between path computation. | |
PathFeature | Determines which path feature value to compute. | |
PathFilter | Determines which paths will be taken into account. | |
PathOrientationAlignment | Determines how to align paths orientation. | |
PathSegmentationMode | Describes possible output of segmentation operation. | |
PeriodPrecisionMethod | Determines if and how sub-point accuracy is achieved | |
PlainType | ||
Point3DFileFormat | Available formats. | |
PointGreyColorMode | Sets whether captured image will be colorful or in grayscale. | |
PointGreyTriggerMode | Sets kind of trigger source. | |
PointShape | Possible points' shapes to draw. | |
PolarInterpolationMethod | Possible pixel interpolation methods for polar transform: | |
Polarity | Determines which pixel values will be taken under consideration in processing in edge detection related operations. | |
PolarSpaceType | Decides which formula use to transform image. Parameters \(m\) and \(k\) are set to values which allow to fit source image in output image. | |
ProfileInterpolationMethod | Possible values of ProfileInterpolationMethod: | |
ProjectionDirection | Possible directions of projection operations. | |
ProjectionMode | Possible combinations of values in projection operations. | |
PylonImageFormat | Sets captured image pixel format. | |
PylonTriggerActivation | Decides about input signal state which is treated as a trigger. | |
PylonTriggerSource | Decides which agent will trigger capture of the image. | |
PylonUserOutput | Selects one of available outputs. | |
RealBinaryFormat | ||
RectangleOrientation | Describes how to adjust rectangle's orientation. | |
RectangularRoiMask | Describes what shape the ROI inside rectangle will have. | |
RegionConnectivity | Decides how to understand, which pixels are connected. | |
RegionContourMode | Decides what kind of paths will be result of RegionContour filter. | |
RegionFeature | Determines which region feature value to compute. | |
RegionMomentType | Region moments are regions' mathematical features computed as sums over region pixels, where \(p_x\) and \(p_y\) denotes x and y coordinate of a pixel. | |
RegionMorphologyKernel | Describes structuring element shape to be used during region morphological operation. | |
RegionSkeletonMethod | Available methods for region skeletonization operation. | |
RemoteGrabberPixelFormat | Possible color formats of image. | |
ResizeMethod | Interpolation method used when image resizing is considered. | |
ResizeProfileInterpolation | Methods of interpolation during profile resizing. | |
RidgeOperator | Method of the ridge magnitude measuring. | |
RoseekExposureMode | Working mode of image acquisition. | |
RoseekImageFormat | Sets captured image pixel format. | |
RoseekLEDDriverMode | Configures LED driver mode. | |
RoseekLEDDriverType | LED driver type. | |
RoseekLEDStatus | Device LED state. | |
RoseekResolutionMode | Sets resolution of image. | |
RoseekWorkingMode | Working mode of image acquisition. | |
RotationDirection | Decides about direction of rotation when operation of angle measuring or vector interpolation are considered. | |
RotationSizeMode | Describes image size change when rotating is performed. | |
SegmentationAlgorithm | The way in which text should be split int characters. | |
Selection | Describes which result will be reported as filter output. | |
SerialPortFlowControl | Possible flow control settings. | |
SerialPortParity | Possible values of parity. | |
SerialPortStopBits | Describes possible numbers of stop bits. | |
ShapeMomentType | Shape moments are shapes' mathematical features computed as integrals over shape points, where \(p_x\) and \(p_y\) denotes x and y coordinate of a point. | |
ShiftDirection | Direction that vertices of the path will be moved in. | |
ShiftType | Describes ways of object shifting | |
SmoothImageMeanKernel | Describes kernel shape to be used during mean image smoothing. | |
SmoothImageMedianKernel | Describes kernel shape to be used during median image smoothing. | |
SortingOrder | Decides whether objects should be sorted in ascendant or descendant order. | |
SpinnakerAutoSettings | Automatic control mode configuration. | |
SpinnakerBayerConverter | Bayer to RGB converter. Used only when Bayer pixel format selected | |
SpinnakerPixelFormat | Sets captured image pixel format. | |
SplitAlgorithm | Determines which method is used to split the region. | |
StreamMode | Describes, how to interpret file stream. | |
StringBinaryFormat | ||
StringEncodingFormat | ||
SurfaceEdgeTransition | Decides what is considered a surface edge. | |
SvmKernelType | Available Support Vector Machine kernels. | |
SvmType | Possible Support Vector Machine types. | |
SynViewAutoMode | Possible exposure settings. | |
SynViewColorFormat | Possible color formats of image. | |
SynViewLineSource | Selects which internal signal will drive output signal. | |
SynViewStrobeEnable | Selects the LED clusters of the strobe light. | |
SynViewTimerSelector | Possible timers. | |
SynViewTimerTriggerSource | Possible timer trigger source. | |
SynViewTriggerActivation | Activation mode of trigger. | |
SynViewTriggerSource | Possible trigger sources. | |
SynViewUserOutputs | Possible user outputs. | |
TestImageId | Type of test image. | |
TheilSenVariant | Defines a specific method of the Theil-Sen family. | |
ThorlabsReadoutSpeed | Defines sensor readout speed for Thorlabs cameras. | |
ThorlabsTaps | Defines number of taps for Thorlabs cameras. | |
ThorlabsTriggerPolarity | Defines trigger polarity for Thorlabs cameras. | |
ThresholdingAlgorithm | Which algorithm should be used to extract image from the background. | |
ThresholdSelectionMethod | Possible methods of selecting of the threshold automatically. | |
TiffImageCompressionScheme | Available TIFF compression schemes. | |
TileTranslationMode | How many translation of a tile should be considered. | |
TimingMode | Possible configurations of tasks' timing. | |
TurnAngleDirection | Decides which turns are important in operation being performed. | |
TurnAnglePrecision | Switches between pixel-precise or subpixel-precise operation. | |
VideoEncoder | Supported video encoders. Note that those encoders are not shipped with the software. | |
VimbaExposureAuto | Automatic exposure mode when ExposureMode is Timed. | |
VimbaExposureMode | Sets the operation mode of the Exposure. | |
VimbaIIDCMode | The IIDC Format. | |
VimbaPixelFormat | Possible color formats of image. | |
VimbaTriggerActivation | Specifies the activation mode of the trigger. | |
VimbaTriggerSelector | Selects the type of trigger to configure. | |
VisionBoxDigitalOutSource | Possible sources for digital output pins. | |
VisionBoxIOSchedulerCmpSrc | Possible comparison sources for VisionBox IO Scheduler. | |
VisionBoxIOSchedulerCounter | Possible modes of scheduler counter. | |
VisionBoxIOSchedulerEncoderDir | Describes direction of encoder for IO Scheduler of VisionBox. | |
VisionBoxLedMode | Possible to set modes of Light Emitting Diodes of VisionBox computers. | |
VisionBoxMuxSource | Signals possible to connect to internal Multiplexer | |
VisionBoxRS422OutSource | Possible sources of VisionBox RS422 outputs. | |
VisionBoxStrobeMode | Possible mode of strobes | |
VisionBoxStrobeSource | Possible signal sources for strobe device | |
VisionBoxTriggerSource | Possible source-signals for Trigger device | |
XiApiDownsampling | Possible ways of changing image resolution. | |
XiApiGPIMode | Possible roles of General Purpose Input ports. | |
XiApiGPOMode | Possible roles of General Purpose Output ports. | |
XiApiImageDataFormat | Possible image formats. | |
XiApiTriggerSource | Possible trigger source settings. | |
XIMEAFilterMode | Possible internal filters. | |
XIMEAGPIOState | Possible states of GPIO port. | |
XIMEAGPIState | Possible states of General Purpose Input ports. | |
XIMEAGPOState | Possible states of General Purpose Output ports. | |
XIMEATriggerMode | Possible trigger modes. |
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