Use the tabs on the upper right to switch to a different programming language.

Use the tabs on the upper right to switch to a different programming language.

`HOperatorSet`

— Class grouping all HALCON operators.

`AbsDiffImage` |
Calculate the absolute difference of two images. | |

`AbsFunct1d` |
Absolute value of the y values. | |

`AbsImage` |
Calculate the absolute value (modulus) of an image. | |

`AbsMatrix` |
Compute the absolute values of the elements of a matrix. | |

`AbsMatrixMod` |
Compute the absolute values of the elements of a matrix. | |

`AccessChannel` |
Access a channel of a multi-channel image. | |

`AcosImage` |
Calculate the arccosine of an image. | |

`ActivateComputeDevice` |
Activate a compute device. | |

`AdaptTemplate` |
Adapting a template to the size of an image. | |

`AddChannels` |
Add gray values to regions. | |

`AddClassTrainDataGmm` |
Add training data to a Gaussian Mixture Model (GMM). | |

`AddClassTrainDataKnn` |
Add training data to a k-nearest neighbors (k-NN) classifier. | |

`AddClassTrainDataMlp` |
Add training data to a multilayer perceptron (MLP). | |

`AddClassTrainDataSvm` |
Add training data to a support vector machine (SVM). | |

`AddDeformableSurfaceModelReferencePoint` |
Add a reference point to a deformable surface model. | |

`AddDeformableSurfaceModelSample` |
Add a sample deformation to a deformable surface model | |

`AddImage` |
Add two images. | |

`AddMatrix` |
Add two matrices. | |

`AddMatrixMod` |
Add two matrices. | |

`AddMetrologyObjectCircleMeasure` |
Add a circle or a circular arc to a metrology model. | |

`AddMetrologyObjectEllipseMeasure` |
Add an ellipse or an elliptic arc to a metrology model. | |

`AddMetrologyObjectGeneric` |
Add a metrology object to a metrology model. | |

`AddMetrologyObjectLineMeasure` |
Add a line to a metrology model. | |

`AddMetrologyObjectRectangle2Measure` |
Add a rectangle to a metrology model. | |

`AddNoiseDistribution` |
Add noise to an image. | |

`AddNoiseWhite` |
Add noise to an image. | |

`AddNoiseWhiteContourXld` |
Add noise to XLD contours. | |

`AddSampleClassGmm` |
Add a training sample to the training data of a Gaussian Mixture Model. | |

`AddSampleClassKnn` |
Add a sample to a k-nearest neighbors (k-NN) classifier. | |

`AddSampleClassMlp` |
Add a training sample to the training data of a multilayer perceptron. | |

`AddSampleClassSvm` |
Add a training sample to the training data of a support vector machine. | |

`AddSampleClassTrainData` |
Add a training sample to training data. | |

`AddSampleIdentifierPreparationData` |
Add preparation data to an existing sample identifier. | |

`AddSampleIdentifierTrainingData` |
Add training data to an existing sample identifier. | |

`AddSamplesImageClassGmm` |
Add training samples from an image to the training data of a Gaussian Mixture Model. | |

`AddSamplesImageClassKnn` |
Add training samples from an image to the training data of a k-Nearest-Neighbor classifier. | |

`AddSamplesImageClassMlp` |
Add training samples from an image to the training data of a multilayer perceptron. | |

`AddSamplesImageClassSvm` |
Add training samples from an image to the training data of a support vector machine. | |

`AddScene3dCamera` |
Add a camera to a 3D scene. | |

`AddScene3dInstance` |
Add an instance of a 3D object model to a 3D scene. | |

`AddScene3dLabel` |
Add a text label to a 3D scene. | |

`AddScene3dLight` |
Add a light source to a 3D scene. | |

`AddTextureInspectionModelImage` |
Add training images to the texture inspection model. | |

`AdjustMosaicImages` |
Apply an automatic color correction to panorama images. | |

`AffineTransContourXld` |
Apply an arbitrary affine 2D transformation to XLD contours. | |

`AffineTransImage` |
Apply an arbitrary affine 2D transformation to images. | |

`AffineTransImageSize` |
Apply an arbitrary affine 2D transformation to an image and specify the output image size. | |

`AffineTransObjectModel3d` |
Apply an arbitrary affine 3D transformation to 3D object models. | |

`AffineTransPixel` |
Apply an arbitrary affine 2D transformation to pixel coordinates. | |

`AffineTransPoint2d` |
Apply an arbitrary affine 2D transformation to points. | |

`AffineTransPoint3d` |
Apply an arbitrary affine 3D transformation to points. | |

`AffineTransPolygonXld` |
Apply an arbitrary affine transformation to XLD polygons. | |

`AffineTransRegion` |
Apply an arbitrary affine 2D transformation to regions. | |

`AlignMetrologyModel` |
Alignment of a metrology model. | |

`AngleLl` |
Calculate the angle between two lines. | |

`AngleLx` |
Calculate the angle between one line and the horizontal axis. | |

`AnisotropicDiffusion` |
Perform an anisotropic diffusion of an image. | |

`AppendChannel` |
Append additional matrices (channels) to the image. | |

`AppendOcrTrainf` |
Add characters to a training file. | |

`ApplyBeadInspectionModel` |
Inspect beads in an image, as defined by the bead inspection model. | |

`ApplyColorTransLut` |
Color space transformation using pre-generated look-up-table. | |

`ApplyDistanceTransformXld` |
Determine the pointwise distance of two contours using an XLD distance transform. | |

`ApplyDlClassifier` |
Infer the class affiliations for a set of images using a deep-learning-based classifier. | |

`ApplyDlModel` |
Apply a deep-learning-based network on a set of images for inference. | |

`ApplyMetrologyModel` |
Measure and fit the geometric shapes of all metrology objects of a metrology model. | |

`ApplySampleIdentifier` |
Identify objects with a sample identifier. | |

`ApplySheetOfLightCalibration` |
Apply the calibration transformations to the input disparity image. | |

`ApplyTextureInspectionModel` |
Inspection of the texture within an image. | |

`ApproxChain` |
Approximate a contour by arcs and lines. | |

`ApproxChainSimple` |
Approximate a contour by arcs and lines. | |

`AreaCenter` |
Area and center of regions. | |

`AreaCenterGray` |
Compute the area and center of gravity of a region in a gray value image. | |

`AreaCenterPointsXld` |
Area and center of gravity (centroid) of contours and polygons treated as point clouds. | |

`AreaCenterXld` |
Area and center of gravity (centroid) of contours and polygons. | |

`AreaHoles` |
Compute the area of holes of regions. | |

`AreaObjectModel3d` |
Calculate the area of all faces of a 3D object model. | |

`AsinImage` |
Calculate the arcsine of an image. | |

`Assign` |
Assign a new value to a variable. | |

`AssignAt` |
Assignment of one or several values to one or several tuple elements. | |

`Atan2Image` |
Calculate the arctangent of two images. | |

`AtanImage` |
Calculate the arctangent of an image. | |

`AttachBackgroundToWindow` |
Attach a background image to a HALCON window. | |

`AttachDrawingObjectToWindow` |
Attach an existing drawing object to a HALCON window. | |

`AutoThreshold` |
Segment an image using thresholds determined from its histogram. | |

`AxisAngleToQuat` |
Create a rotation quaternion. | |

`BackgroundSeg` |
Determine the connected components of the background of given regions. | |

`BandpassImage` |
Edge extraction using bandpass filters. | |

`BestMatch` |
Searching the best matching of a template and an image. | |

`BestMatchMg` |
Searching the best gray value matches in a pyramid. | |

`BestMatchPreMg` |
Searching the best gray value matches in a pre generated pyramid. | |

`BestMatchRot` |
Searching the best matching of a template and an image with rotation. | |

`BestMatchRotMg` |
Searching the best matching of a template and a pyramid with rotation. | |

`BilateralFilter` |
bilateral filtering of an image. | |

`BinThreshold` |
Segment an image using an automatically determined threshold. | |

`BinaryThreshold` |
Segment an image using binary thresholding. | |

`BinocularCalibration` |
Determine all camera parameters of a binocular stereo system. | |

`BinocularDisparity` |
Compute the disparities of a rectified image pair using correlation techniques. | |

`BinocularDisparityMg` |
Compute the disparities of a rectified stereo image pair using multigrid methods. | |

`BinocularDisparityMs` |
Compute the disparities of a rectified stereo image pair using multi-scanline optimization. | |

`BinocularDistance` |
Compute the distance values for a rectified stereo image pair using correlation techniques. | |

`BinocularDistanceMg` |
Compute the distance values for a rectified stereo image pair using multigrid methods. | |

`BinocularDistanceMs` |
Compute the distance values for a rectified stereo image pair using multi-scanline optimization. | |

`BinomialFilter` |
Smooth an image using the binomial filter. | |

`BitAnd` |
Bit-by-bit AND of all pixels of the input images. | |

`BitLshift` |
Left shift of all pixels of the image. | |

`BitMask` |
Logical “AND” of each pixel using a bit mask. | |

`BitNot` |
Complement all bits of the pixels. | |

`BitOr` |
Bit-by-bit OR of all pixels of the input images. | |

`BitRshift` |
Right shift of all pixels of the image. | |

`BitSlice` |
Extract a bit from the pixels. | |

`BitXor` |
Bit-by-bit XOR of all pixels of the input images. | |

`BottomHat` |
Compute the bottom hat of regions. | |

`Boundary` |
Reduce a region to its boundary. | |

`Break` |
Terminate loop execution or leave a switchswitchSwitchSwitchSwitch block. | |

`BroadcastCondition` |
Signal a condition synchronization object. | |

`BundleAdjustMosaic` |
Perform a bundle adjustment of an image mosaic. | |

`CalibrateCameras` |
Determine all camera parameters by a simultaneous minimization process. | |

`CalibrateHandEye` |
Perform a hand-eye calibration. | |

`CalibrateSheetOfLight` |
Calibrate a sheet-of-light setup with a 3D calibration object. | |

`CaltabPoints` |
Read the mark center points from the calibration plate description file. | |

`CamMatToCamPar` |
Compute the internal camera parameters from a camera matrix. | |

`CamParPoseToHomMat3d` |
Convert internal camera parameters and a 3D pose into a 3×4 projection matrix. | |

`CamParToCamMat` |
Compute a camera matrix from internal camera parameters. | |

`CameraCalibration` |
Determine all camera parameters by a simultaneous minimization process. | |

`Case` |
Jump label that starts a branch within a switchswitchSwitchSwitchSwitch block. | |

`Catch` |
Catches exceptions that were thrown in the preceding trytryTryTryTry block. | |

`CfaToRgb` |
Convert a single-channel color filter array image into an RGB image. | |

`ChangeDomain` |
Change definition domain of an image. | |

`ChangeFormat` |
Change image size. | |

`ChangeRadialDistortionCamPar` |
Determine new camera parameters in accordance to the specified radial distortion. | |

`ChangeRadialDistortionContoursXld` |
Change the radial distortion of contours. | |

`ChangeRadialDistortionImage` |
Change the radial distortion of an image. | |

`ChangeRadialDistortionPoints` |
Change the radial distortion of pixel coordinates. | |

`ChannelsToImage` |
Convert one-channel images into a multi-channel image | |

`CharThreshold` |
Perform a threshold segmentation for extracting characters. | |

`CheckDifference` |
Compare two images pixel by pixel. | |

`Circularity` |
Shape factor for the circularity (similarity to a circle) of a region. | |

`CircularityXld` |
Shape factor for the circularity (similarity to a circle) of contours or polygons. | |

`Class2dimSup` |
Segment an image using two-dimensional pixel classification. | |

`Class2dimUnsup` |
Segment two images by clustering. | |

`ClassNdimBox` |
Classify pixels using hyper-cuboids. | |

`ClassNdimNorm` |
Classify pixels using hyper-spheres or hyper-cubes. | |

`ClassifyClassGmm` |
Calculate the class of a feature vector by a Gaussian Mixture Model. | |

`ClassifyClassKnn` |
Search for the next neighbors for a given feature vector. | |

`ClassifyClassMlp` |
Calculate the class of a feature vector by a multilayer perceptron. | |

`ClassifyClassSvm` |
Classify a feature vector by a support vector machine. | |

`ClassifyImageClassGmm` |
Classify an image with a Gaussian Mixture Model. | |

`ClassifyImageClassKnn` |
Classify an image with a k-Nearest-Neighbor classifier. | |

`ClassifyImageClassLut` |
Classify a byte image using a look-up table. | |

`ClassifyImageClassMlp` |
Classify an image with a multilayer perceptron. | |

`ClassifyImageClassSvm` |
Classify an image with a support vector machine. | |

`ClearAllBarCodeModels` |
This operator is inoperable. It had the following function: Delete all bar code models and free the allocated memory | |

`ClearAllBarriers` |
This operator is inoperable. It had the following function: Destroy all barrier synchronization objects. | |

`ClearAllCalibData` |
Free the memory of all calibration data models. | |

`ClearAllCameraSetupModels` |
Free the memory of all camera setup models. | |

`ClearAllClassGmm` |
This operator is inoperable. It had the following function: Clear all Gaussian Mixture Models. | |

`ClearAllClassKnn` |
This operator is inoperable. It had the following function: Clear all k-NN classifiers. | |

`ClearAllClassLut` |
This operator is inoperable. It had the following function: Clear all look-up table classifiers. | |

`ClearAllClassMlp` |
This operator is inoperable. It had the following function: Clear all multilayer perceptrons. | |

`ClearAllClassSvm` |
This operator is inoperable. It had the following function: Clear all support vector machines. | |

`ClearAllClassTrainData` |
This operator is inoperable. It had the following function: Clear all training data for classifiers. | |

`ClearAllColorTransLuts` |
This operator is inoperable. It had the following function: Delete all look-up-tables of the color space transformation. | |

`ClearAllComponentModels` |
This operator is inoperable. It had the following function: Free the memory of all component models. | |

`ClearAllConditions` |
This operator is inoperable. It had the following function: Destroy all condition synchronization objects. | |

`ClearAllDataCode2dModels` |
This operator is inoperable. It had the following function: Delete all 2D data code models and free the allocated memory. | |

`ClearAllDeformableModels` |
This operator is inoperable. It had the following function: Free the memory of all deformable models. | |

`ClearAllDescriptorModels` |
This operator is inoperable. It had the following function: Free the memory of all descriptor models in RAM. | |

`ClearAllEvents` |
This operator is inoperable. It had the following function: Clear all event synchronization objects. | |

`ClearAllLexica` |
This operator is inoperable. It had the following function: Clear all lexica. | |

`ClearAllMatrices` |
This operator is inoperable. It had the following function: Clear all matrices from memory. | |

`ClearAllMetrologyModels` |
This operator is inoperable. It had the following function: Delete all metrology models and free the allocated memory. | |

`ClearAllMutexes` |
This operator is inoperable. It had the following function: Clear all mutex synchronization objects. | |

`ClearAllNccModels` |
This operator is inoperable. It had the following function: Free the memory of all NCC models. | |

`ClearAllObjectModel3d` |
This operator is inoperable. It had the following function: Free the memory of all 3D object models. | |

`ClearAllOcrClassKnn` |
This operator is inoperable. It had the following function: Clear all OCR classifiers. | |

`ClearAllOcrClassMlp` |
This operator is inoperable. It had the following function: Clear all OCR classifiers. | |

`ClearAllOcrClassSvm` |
This operator is inoperable. It had the following function: Clear all SVM based OCR classifiers. | |

`ClearAllSampleIdentifiers` |
This operator is inoperable. It had the following function: Free the memory of all sample identifiers. | |

`ClearAllScatteredDataInterpolators` |
This operator is inoperable. It had the following function: Clear all scattered data interpolators. | |

`ClearAllSerializedItems` |
This operator is inoperable. It had the following function: Delete all current existing serialized items. | |

`ClearAllShapeModel3d` |
This operator is inoperable. It had the following function: Free the memory of all 3D shape models. | |

`ClearAllShapeModels` |
This operator is inoperable. It had the following function: Free the memory of all shape models. | |

`ClearAllSheetOfLightModels` |
This operator is inoperable. It had the following function: Delete all sheet-of-light models and free the allocated memory. | |

`ClearAllStereoModels` |
This operator is inoperable. It had the following function: Free the memory of all stereo models. | |

`ClearAllSurfaceMatchingResults` |
This operator is inoperable. It had the following function: Free the memory of all surface matching results. | |

`ClearAllSurfaceModels` |
This operator is inoperable. It had the following function: Free the memory of all surface models. | |

`ClearAllTemplates` |
This operator is inoperable. It had the following function: Deallocation of the memory of all templates. | |

`ClearAllTextModels` |
This operator is inoperable. It had the following function: Clear all text models. | |

`ClearAllTextResults` |
This operator is inoperable. It had the following function: Clear all text results. | |

`ClearAllTrainingComponents` |
This operator is inoperable. It had the following function: Free the memory of all component training results. | |

`ClearAllVariationModels` |
This operator is inoperable. It had the following function: Free the memory of all variation models. | |

`ClearBarCodeModel` |
Delete a bar code model and free the allocated memory | |

`ClearBarrier` |
Destroy a barrier synchronization object. | |

`ClearBeadInspectionModel` |
Delete the bead inspection model and free the allocated memory. | |

`ClearCalibData` |
Free the memory of a calibration data model. | |

`ClearCameraSetupModel` |
Free the memory of a calibration setup model. | |

`ClearClassGmm` |
Clear a Gaussian Mixture Model. | |

`ClearClassKnn` |
Clear a k-NN classifier. | |

`ClearClassLut` |
Clear a look-up table classifier. | |

`ClearClassMlp` |
Clear a multilayer perceptron. | |

`ClearClassSvm` |
Clear a support vector machine. | |

`ClearClassTrainData` |
Clears training data for classifiers. | |

`ClearColorTransLut` |
Release the look-up-table needed for color space transformation. | |

`ClearComponentModel` |
Free the memory of a component model. | |

`ClearCondition` |
Destroy a condition synchronization object. | |

`ClearDataCode2dModel` |
Delete a 2D data code model and free the allocated memory. | |

`ClearDeformableModel` |
Free the memory of a deformable model. | |

`ClearDeformableSurfaceMatchingResult` |
Free the memory of a deformable surface matching result. | |

`ClearDeformableSurfaceModel` |
Free the memory of a deformable surface model. | |

`ClearDescriptorModel` |
Free the memory of a descriptor model. | |

`ClearDistanceTransformXld` |
Clear a XLD distance transform. | |

`ClearDlClassifier` |
Clear a deep-learning-based classifier. | |

`ClearDlClassifierResult` |
Clear a handle containing the results of the deep-learning-based classification. | |

`ClearDlClassifierTrainResult` |
Clear the handle of a deep-learning-based classifier training result. | |

`ClearDlModel` |
Clear a deep learning model. | |

`ClearDrawingObject` |
Delete drawing object. | |

`ClearEvent` |
Clear the event synchronization object. | |

`ClearHandle` |
Clear the content of a handle. | |

`ClearLexicon` |
Clear a lexicon. | |

`ClearMatrix` |
Free the memory of a matrix. | |

`ClearMessage` |
Close a message handle and release all associated resources. | |

`ClearMessageQueue` |
Close a message queue handle and release all associated resources. | |

`ClearMetrologyModel` |
Delete a metrology model and free the allocated memory. | |

`ClearMetrologyObject` |
Delete metrology objects and free the allocated memory. | |

`ClearMutex` |
Clear the mutex synchronization object. | |

`ClearNccModel` |
Free the memory of an NCC model. | |

`ClearObj` |
Delete an iconic object from the HALCON database. | |

`ClearObjectModel3d` |
Free the memory of a 3D object model. | |

`ClearOcrClassCnn` |
Clear an CNN-based OCR classifier. | |

`ClearOcrClassKnn` |
Clear an OCR classifier. | |

`ClearOcrClassMlp` |
Clear an OCR classifier. | |

`ClearOcrClassSvm` |
Clear an SVM-based OCR classifier. | |

`ClearRectangle` |
Delete a rectangle on the output window. | |

`ClearSampleIdentifier` |
Free the memory of a sample identifier. | |

`ClearSamplesClassGmm` |
Clear the training data of a Gaussian Mixture Model. | |

`ClearSamplesClassMlp` |
Clear the training data of a multilayer perceptron. | |

`ClearSamplesClassSvm` |
Clear the training data of a support vector machine. | |

`ClearSampset` |
Free memory of a data set. | |

`ClearScatteredDataInterpolator` |
Clear a scattered data interpolator. | |

`ClearScene3d` |
Delete a 3D scene and free all allocated memory. | |

`ClearSerial` |
Clear the buffer of a serial connection. | |

`ClearSerializedItem` |
Delete a serialized item. | |

`ClearShapeModel` |
Free the memory of a shape model. | |

`ClearShapeModel3d` |
Free the memory of a 3D shape model. | |

`ClearSheetOfLightModel` |
Delete a sheet-of-light model and free the allocated memory. | |

`ClearStereoModel` |
Free the memory of a stereo model. | |

`ClearStructuredLightModel` |
Clear a structured light model and free the allocated memory. | |

`ClearSurfaceMatchingResult` |
Free the memory of a surface matching result. | |

`ClearSurfaceModel` |
Free the memory of a surface model. | |

`ClearTemplate` |
Deallocation of the memory of a template. | |

`ClearTextModel` |
Clear a text model. | |

`ClearTextResult` |
Clear a text result. | |

`ClearTextureInspectionModel` |
Clear a texture inspection model and free the allocated memory. | |

`ClearTextureInspectionResult` |
Clear a texture inspection result handle and free the allocated memory. | |

`ClearTrainDataVariationModel` |
Free the memory of the training data of a variation model. | |

`ClearTrainingComponents` |
Free the memory of a component training result. | |

`ClearVariationModel` |
Free the memory of a variation model. | |

`ClearWindow` |
Delete the contents of an output window. | |

`ClipContoursXld` |
Clip an XLD contour. | |

`ClipEndPointsContoursXld` |
Clip the end points of an XLD contour. | |

`ClipRegion` |
Clip a region to a rectangle. | |

`ClipRegionRel` |
Clip a region relative to its smallest surrounding rectangle. | |

`CloseAllBgEsti` |
This operator is inoperable. It had the following function: Delete all background estimation data sets. | |

`CloseAllClassBox` |
This operator is inoperable. It had the following function: Destroy all classifiers. | |

`CloseAllFiles` |
This operator is inoperable. It had the following function: Close all open files. | |

`CloseAllFramegrabbers` |
This operator is inoperable. It had the following function: Close all image acquisition devices. | |

`CloseAllMeasures` |
This operator is inoperable. It had the following function: Delete all measure objects. | |

`CloseAllOcrs` |
This operator is inoperable. It had the following function: Destroy all OCR classifiers. | |

`CloseAllOcvs` |
This operator is inoperable. It had the following function: Clear all OCV tools. | |

`CloseAllSerials` |
This operator is inoperable. It had the following function: Close all serial devices. | |

`CloseAllSockets` |
This operator is inoperable. It had the following function: Close all opened sockets. | |

`CloseBgEsti` |
Delete the background estimation data set. | |

`CloseClassBox` |
Destroy the classifier. | |

`CloseContoursXld` |
Close an XLD contour. | |

`CloseEdges` |
Close edge gaps using the edge amplitude image. | |

`CloseEdgesLength` |
Close edge gaps using the edge amplitude image. | |

`CloseFile` |
Closing a text file. | |

`CloseFramegrabber` |
Close specified image acquisition device. | |

`CloseIoChannel` |
Close I/O channels. | |

`CloseIoDevice` |
Close the specified I/O device. | |

`CloseMeasure` |
Delete a measure object. | |

`CloseOcr` |
Deallocation of the memory of an OCR classifier. | |

`CloseOcv` |
Clear an OCV tool. | |

`CloseSerial` |
Close a serial device. | |

`CloseSocket` |
Close a socket. | |

`CloseWindow` |
Close an output window. | |

`ClosestPointTransform` |
Compute the closest-point transformation of a region. | |

`Closing` |
Close a region. | |

`ClosingCircle` |
Close a region with a circular structuring element. | |

`ClosingGolay` |
Close a region with an element from the Golay alphabet. | |

`ClosingRectangle1` |
Close a region with a rectangular structuring element. | |

`ClusterModelComponents` |
Adopt new parameters that are used to create the model components into the training result. | |

`CoherenceEnhancingDiff` |
Perform a coherence enhancing diffusion of an image. | |

`CombineRoadsXld` |
Combine road hypotheses from two resolution levels. | |

`Comment` |
Add a comment of one line to the program. | |

`Compactness` |
Shape factor for the compactness of a region. | |

`CompactnessXld` |
Shape factor for the compactness of contours or polygons. | |

`CompareExtVariationModel` |
Compare an image to a variation model. | |

`CompareObj` |
Compare iconic objects regarding equality. | |

`CompareVariationModel` |
Compare an image to a variation model. | |

`Complement` |
Return the complement of a region. | |

`ComplexToReal` |
Convert a complex image into two real images. | |

`Compose2` |
Convert two images into a two-channel image. | |

`Compose3` |
Convert 3 images into a three-channel image. | |

`Compose4` |
Convert 4 images into a four-channel image. | |

`Compose5` |
Convert 5 images into a five-channel image. | |

`Compose6` |
Convert 6 images into a six-channel image. | |

`Compose7` |
Convert 7 images into a seven-channel image. | |

`ComposeFunct1d` |
Compose two functions. | |

`ConcatObj` |
Concatenate two iconic object tuples. | |

`ConcatOcrTrainf` |
Concat training files. | |

`ConnectAndHoles` |
Number of connection components and holes | |

`ConnectGridPoints` |
Establish connections between the grid points of the rectification grid. | |

`Connection` |
Compute connected components of a region. | |

`ConnectionObjectModel3d` |
Determine the connected components of the 3D object model. | |

`Continue` |
Skip the current loop execution. | |

`Contlength` |
Contour length of a region. | |

`ContourPointNumXld` |
Return the number of points in an XLD contour. | |

`ContourToWorldPlaneXld` |
Transform an XLD contour into the plane z=0 of a world coordinate system. | |

`ControlIoChannel` |
Perform an action on I/O channels. | |

`ControlIoDevice` |
Perform an action on the I/O device. | |

`ControlIoInterface` |
Perform an action on the I/O interface. | |

`ConvertCoordinatesImageToWindow` |
Convert image coordinates to window coordinates | |

`ConvertCoordinatesWindowToImage` |
Convert window coordinates to image coordinates | |

`ConvertImageType` |
Convert the type of an image. | |

`ConvertMapType` |
Convert image maps into other map types. | |

`ConvertPoint3dCartToSpher` |
Convert Cartesian coordinates of a 3D point to spherical coordinates. | |

`ConvertPoint3dSpherToCart` |
Convert spherical coordinates of a 3D point to Cartesian coordinates. | |

`ConvertPoseType` |
Change the representation type of a 3D pose. | |

`ConvertTupleToVector1d` |
Distribute the elements of a tuple to a vector. | |

`ConvertVectorToTuple` |
Concatenate the elements of a vector to a single tuple. | |

`ConvexHullObjectModel3d` |
Calculate the convex hull of a 3D object model. | |

`Convexity` |
Shape factor for the convexity of a region. | |

`ConvexityXld` |
Shape factor for the convexity of contours or polygons. | |

`ConvolFft` |
Convolve an image with a filter in the frequency domain. | |

`ConvolGabor` |
Convolve an image with a Gabor filter in the frequency domain. | |

`ConvolImage` |
Calculate the correlation between an image and an arbitrary filter mask | |

`CoocFeatureImage` |
Calculate a co-occurrence matrix and derive gray value features thereof. | |

`CoocFeatureMatrix` |
Calculate gray value features from a co-occurrence matrix. | |

`CopyDict` |
Copy a dictionary. | |

`CopyFile` |
Copy a file to a new location. | |

`CopyImage` |
Copy an image and allocate new memory for it. | |

`CopyMatrix` |
Copy a matrix. | |

`CopyMetrologyModel` |
Copy a metrology model. | |

`CopyMetrologyObject` |
Copy metrology metrology objects of a metrology model. | |

`CopyObj` |
Copy an iconic object in the HALCON database. | |

`CopyObjectModel3d` |
Copy a 3D object model. | |

`CopyRectangle` |
Copy all pixels within rectangles between output windows. | |

`CornerResponse` |
Searching corners in images. | |

`CorrelationFft` |
Compute the correlation of two images in the frequency domain. | |

`CosImage` |
Calculate the cosine of an image. | |

`CountChannels` |
Count channels of image. | |

`CountObj` |
Number of objects in a tuple. | |

`CountRelation` |
Number of entries in the HALCON database. | |

`CountSeconds` |
Passed Time. | |

`CreateAnisoShapeModel` |
Prepare an anisotropically scaled shape model for matching. | |

`CreateAnisoShapeModelXld` |
Prepare an anisotropically scaled shape model for matching from XLD contours. | |

`CreateBarCodeModel` |
Create a model of a bar code reader. | |

`CreateBarrier` |
Create a barrier synchronization object. | |

`CreateBeadInspectionModel` |
Create a model to inspect beads or adhesive in images. | |

`CreateBgEsti` |
Generate and initialize a data set for the background estimation. | |

`CreateCalibData` |
Create a HALCON calibration data model. | |

`CreateCalibDescriptorModel` |
Create a descriptor model for calibrated perspective matching. | |

`CreateCaltab` |
Generate a calibration plate description file and a corresponding PostScript file for a calibration plate with hexagonally arranged marks. | |

`CreateCamPoseLookAtPoint` |
Create a 3D camera pose from camera center and viewing direction. | |

`CreateCameraSetupModel` |
Create a model for a setup of calibrated cameras. | |

`CreateClassBox` |
Create a new classifier. | |

`CreateClassGmm` |
Create a Gaussian Mixture Model for classification | |

`CreateClassKnn` |
Create a k-nearest neighbors (k-NN) classifier. | |

`CreateClassLutGmm` |
Create a look-up table using a gaussian mixture model to classify byte images. | |

`CreateClassLutKnn` |
Create a look-up table using a k-nearest neighbors classifier (k-NN) to classify byte images. | |

`CreateClassLutMlp` |
Create a look-up table using a multi-layer perceptron to classify byte images. | |

`CreateClassLutSvm` |
Create a look-up table using a Support-Vector-Machine to classify byte images. | |

`CreateClassMlp` |
Create a multilayer perceptron for classification or regression. | |

`CreateClassSvm` |
Create a support vector machine for pattern classification. | |

`CreateClassTrainData` |
Create a handle for training data for classifiers. | |

`CreateColorTransLut` |
Creates the look-up-table for transformation of an image from the RGB color space to an arbitrary color space. | |

`CreateComponentModel` |
Prepare a component model for matching based on explicitly specified components and relations. | |

`CreateCondition` |
Create a condition variable synchronization object. | |

`CreateDataCode2dModel` |
Create a model of a 2D data code class. | |

`CreateDeformableSurfaceModel` |
Create the data structure needed to perform deformable surface-based matching. | |

`CreateDict` |
Create a new empty dictionary. | |

`CreateDistanceTransformXld` |
Create the XLD distance transform. | |

`CreateDlModelDetection` |
Create a deep learning network for object detection. | |

`CreateDrawingObjectCircle` |
Create a circle which can be modified interactively. | |

`CreateDrawingObjectCircleSector` |
Create a circle sector which can be modified interactively. | |

`CreateDrawingObjectEllipse` |
Create an ellipse which can be modified interactively. | |

`CreateDrawingObjectEllipseSector` |
Create an elliptic sector which can be modified interactively. | |

`CreateDrawingObjectLine` |
Create a line which can be modified interactively. | |

`CreateDrawingObjectRectangle1` |
Create a rectangle parallel to the coordinate axis which can be modified interactively. | |

`CreateDrawingObjectRectangle2` |
Create a rectangle of any orientation which can be modified interactively. | |

`CreateDrawingObjectText` |
Create a text object which can be moved interactively. | |

`CreateDrawingObjectXld` |
Create a XLD contour which can be modified interactively. | |

`CreateEvent` |
Create an event synchronization object. | |

`CreateFunct1dArray` |
Create a function from a sequence of y values. | |

`CreateFunct1dPairs` |
Create a function from a set of (x,y) pairs. | |

`CreateLexicon` |
Create a lexicon from a tuple of words. | |

`CreateLocalDeformableModel` |
Creates a deformable model for local, deformable matching. | |

`CreateLocalDeformableModelXld` |
Prepare a deformable model for local deformable matching from XLD contours. | |

`CreateMatrix` |
Create a matrix. | |

`CreateMessage` |
Create a new empty message. | |

`CreateMessageQueue` |
Create a new empty message queue. | |

`CreateMetrologyModel` |
Create the data structure that is needed to measure geometric shapes. | |

`CreateMutex` |
Create a mutual exclusion synchronization object. | |

`CreateNccModel` |
Prepare an NCC model for matching. | |

`CreateOcrClassBox` |
Create a new OCR-classifier. | |

`CreateOcrClassKnn` |
Create an OCR classifier using a k-Nearest Neighbor (k-NN) classifier. | |

`CreateOcrClassMlp` |
Create an OCR classifier using a multilayer perceptron. | |

`CreateOcrClassSvm` |
Create an OCR classifier using a support vector machine. | |

`CreateOcvProj` |
Create a new OCV tool based on gray value projections. | |

`CreatePlanarCalibDeformableModel` |
Create a deformable model for calibrated perspective matching. | |

`CreatePlanarCalibDeformableModelXld` |
Prepare a deformable model for planar calibrated matching from XLD contours. | |

`CreatePlanarUncalibDeformableModel` |
Creates a deformable model for uncalibrated, perspective matching. | |

`CreatePlanarUncalibDeformableModelXld` |
Prepare a deformable model for planar uncalibrated matching from XLD contours. | |

`CreatePose` |
Create a 3D pose. | |

`CreateRectificationGrid` |
Generate a PostScript file, which describes the rectification grid. | |

`CreateSampleIdentifier` |
Create a new sample identifier. | |

`CreateScaledShapeModel` |
Prepare an isotropically scaled shape model for matching. | |

`CreateScaledShapeModelXld` |
Prepare an isotropically scaled shape model for matching from XLD contours. | |

`CreateScatteredDataInterpolator` |
Creates an interpolator for the interpolation of scattered data. | |

`CreateScene3d` |
Create the data structure that is needed to visualize collections of 3D objects. | |

`CreateSerializedItemPtr` |
Create a serialized item. | |

`CreateShapeModel` |
Prepare a shape model for matching. | |

`CreateShapeModel3d` |
Prepare a 3D object model for matching. | |

`CreateShapeModelXld` |
Prepare a shape model for matching from XLD contours. | |

`CreateSheetOfLightCalibObject` |
Create a calibration object for sheet-of-light calibration. | |

`CreateSheetOfLightModel` |
Create a model to perform 3D-measurements using the sheet-of-light technique. | |

`CreateStereoModel` |
Create a HALCON stereo model. | |

`CreateStructuredLightModel` |
Create a structured light model. | |

`CreateSurfaceModel` |
Create the data structure needed to perform surface-based matching. | |

`CreateTemplate` |
Preparing a pattern for template matching. | |

`CreateTemplateRot` |
Preparing a pattern for template matching with rotation. | |

`CreateTextModel` |
Create a text model. | |

`CreateTextModelReader` |
Create a text model. | |

`CreateTextureInspectionModel` |
Create a texture inspection model. | |

`CreateTrainedComponentModel` |
Prepare a component model for matching based on trained components. | |

`CreateUncalibDescriptorModel` |
Prepare a descriptor model for interest point matching. | |

`CreateVariationModel` |
Create a variation model for image comparison. | |

`CriticalPointsSubPix` |
Subpixel precise detection of critical points in an image. | |

`CropContoursXld` |
Crop an XLD contour. | |

`CropDomain` |
Cut out of defined gray values. | |

`CropDomainRel` |
Cut out an image area relative to the domain. | |

`CropPart` |
Cut out one or more rectangular image areas. | |

`CropRectangle1` |
Cut out one or more rectangular image areas. | |

`DeactivateAllComputeDevices` |
Deactivate all compute devices. | |

`DeactivateComputeDevice` |
Deactivate a compute device. | |

`DecodeBarCodeRectangle2` |
Decode bar code symbols within a rectangle. | |

`DecodeStructuredLightPattern` |
Decode the camera images acquired with a structured light setup. | |

`Decompose2` |
Convert a two-channel image into two images. | |

`Decompose3` |
Convert a three-channel image into three images. | |

`Decompose4` |
Convert a four-channel image into four images. | |

`Decompose5` |
Convert a five-channel image into five images. | |

`Decompose6` |
Convert a six-channel image into six images. | |

`Decompose7` |
Convert a seven-channel image into seven images. | |

`DecomposeMatrix` |
Decompose a matrix. | |

`Default` |
Alternative branch in a switchswitchSwitchSwitchSwitch block. | |

`DeleteFile` |
Delete a file. | |

`DepthFromFocus` |
Extract depth using multiple focus levels. | |

`DequeueMessage` |
Receive one or more messages from the message queue. | |

`DerivateFunct1d` |
Calculate the derivatives of a function. | |

`DerivateGauss` |
Convolve an image with derivatives of the Gaussian. | |

`DerivateVectorField` |
Convolve a vector field with derivatives of the Gaussian. | |

`DescriptClassBox` |
Describe the classes of a box classifier. | |

`DeserializeBarCodeModel` |
Deserialize a bar code model. | |

`DeserializeCalibData` |
Deserialize a serialized calibration data model. | |

`DeserializeCamPar` |
Deserialize the serialized internal camera parameters. | |

`DeserializeCameraSetupModel` |
Deserialize a serialized camera setup model. | |

`DeserializeClassBox` |
Deserialize a serialized classifier. | |

`DeserializeClassGmm` |
Deserialize a serialized Gaussian Mixture Model. | |

`DeserializeClassKnn` |
Deserialize a serialized k-NN classifier. | |

`DeserializeClassMlp` |
Deserialize a serialized multilayer perceptron. | |

`DeserializeClassSvm` |
Deserialize a serialized support vector machine (SVM). | |

`DeserializeClassTrainData` |
Deserialize serialized training data for classifiers. | |

`DeserializeComponentModel` |
Deserialize a serialized component model. | |

`DeserializeDataCode2dModel` |
Deserialize a serialized 2D data code model. | |

`DeserializeDeformableModel` |
Deserialize a deformable model. | |

`DeserializeDeformableSurfaceModel` |
Deserialize a deformable surface model. | |

`DeserializeDescriptorModel` |
Deserialize a descriptor model. | |

`DeserializeDistanceTransformXld` |
Deserialize an XLD distance transform. | |

`DeserializeDlClassifier` |
Deserialize a deep-learning-based classifier. | |

`DeserializeDlModel` |
Deserialize a deep learning model. | |

`DeserializeDualQuat` |
Deserialize a serialized dual quaternion. | |

`DeserializeFftOptimizationData` |
Deserialize FFT speed optimization data. | |

`DeserializeHandle` |
Deserialize a serialized item. | |

`DeserializeHomMat2d` |
Deserialize a serialized homogeneous 2D transformation matrix. | |

`DeserializeHomMat3d` |
Deserialize a serialized homogeneous 3D transformation matrix. | |

`DeserializeImage` |
Deserialize a serialized image object. | |

`DeserializeMatrix` |
Deserialize a serialized matrix. | |

`DeserializeMeasure` |
Deserialize a serialized measure object. | |

`DeserializeMetrologyModel` |
Deserialize a serialized metrology model. | |

`DeserializeNccModel` |
Deserialize an NCC model. | |

`DeserializeObject` |
Deserialize a serialized iconic object. | |

`DeserializeObjectModel3d` |
Deserialize a serialized 3D object model. | |

`DeserializeOcr` |
Deserialize a serialized OCR classifier. | |

`DeserializeOcrClassCnn` |
Deserialize a serialized CNN-based OCR classifier. | |

`DeserializeOcrClassKnn` |
Deserialize a serialized k-NN-based OCR classifier. | |

`DeserializeOcrClassMlp` |
Deserialize a serialized MLP-based OCR classifier. | |

`DeserializeOcrClassSvm` |
Deserialize a serialized SVM-based OCR classifier. | |

`DeserializeOcv` |
Deserialize a serialized OCV tool. | |

`DeserializePose` |
Deserialize a serialized pose. | |

`DeserializeQuat` |
Deserialize a serialized quaternion. | |

`DeserializeRegion` |
Deserialize a serialized region. | |

`DeserializeSampleIdentifier` |
Deserialize a serialized sample identifier. | |

`DeserializeShapeModel` |
Deserialize a serialized shape model. | |

`DeserializeShapeModel3d` |
Deserialize a serialized 3D shape model. | |

`DeserializeSheetOfLightModel` |
Deserialize a sheet-of-light model. | |

`DeserializeStructuredLightModel` |
Deserialize a structured light model. | |

`DeserializeSurfaceModel` |
Deserialize a surface model. | |

`DeserializeTemplate` |
Deserialize a serialized template. | |

`DeserializeTextureInspectionModel` |
Deserialize a serialized texture inspection model. | |

`DeserializeTrainingComponents` |
Deserialize a component training result. | |

`DeserializeTuple` |
Deserialize a serialized tuple. | |

`DeserializeVariationModel` |
Deserialize a variation model. | |

`DeserializeXld` |
Deserialize a serialized XLD object. | |

`DetachBackgroundFromWindow` |
Detach the background image from a HALCON window. | |

`DetachDrawingObjectFromWindow` |
Detach an existing drawing object from a HALCON window. | |

`DetectEdgeSegments` |
Detect straight edge segments. | |

`DeterminantMatrix` |
Compute the determinant of a matrix. | |

`DetermineDeformableModelParams` |
Determine the parameters of a deformable model. | |

`DetermineNccModelParams` |
Determine the parameters of an NCC model. | |

`DetermineShapeModelParams` |
Determine the parameters of a shape model. | |

`DevClearObj` |
Delete an iconic object from the HALCON database. | |

`DevClearWindow` |
Clear the contents of the active graphics window. | |

`DevCloseInspectCtrl` |
Close inspect window(s) of one or more control variables. | |

`DevCloseTool` |
Close the specified tool. | |

`DevCloseWindow` |
Close the active graphics window. | |

`DevDispText` |
Display text in in the current graphics window. | |

`DevDisplay` |
Displays image objects in the current graphics window. | |

`DevErrorVar` |
Define or undefine an error variable. | |

`DevGetExceptionData` |
Access the elements of an exception tuple. | |

`DevGetPreferences` |
Query HDevelop preferences within a program. | |

`DevGetSystem` |
Query the HDevelop system within a program. | |

`DevGetWindow` |
Return the handle of the active graphics window. | |

`DevInspectCtrl` |
Open a window to inspect one or more control variables. | |

`DevMapPar` |
Open the dialog to specify the visualization parameters. | |

`DevMapProg` |
Make the main window of HDevelop visible. | |

`DevMapVar` |
Open the variable window of HDevelop. | |

`DevOpenDialog` |
Open a modal HDevelop dialog. | |

`DevOpenFileDialog` |
Opens a file selection dialog. | |

`DevOpenTool` |
Open a HDevelop tool, a non-modal dialog, or assistant. | |

`DevOpenWindow` |
Open a new graphics window. | |

`DevSetCheck` |
Specify the error handling in HDevelop. | |

`DevSetColor` |
Set one or more output colors. | |

`DevSetColored` |
Set multiple output colors. | |

`DevSetDraw` |
Define the region fill mode. | |

`DevSetLineWidth` |
Define the line width for region contour output. | |

`DevSetLut` |
Set “look-up-table” (lut). | |

`DevSetPaint` |
Define the gray value output mode. | |

`DevSetPart` |
Modify the displayed image part. | |

`DevSetPreferences` |
Set HDevelop preferences within a program. | |

`DevSetShape` |
Define the region output shape. | |

`DevSetToolGeometry` |
Sets the position and size of the specified tool. | |

`DevSetWindow` |
Activate a graphics window. | |

`DevSetWindowExtents` |
Change position and size of the active graphics window. | |

`DevShowTool` |
Shows the specified tool. | |

`DevUnmapPar` |
Closes the dialog to specify the visualization parameters. | |

`DevUnmapProg` |
Hide the main window. | |

`DevUnmapVar` |
Hides the variable window. | |

`DevUpdatePc` |
Switches the update of the PC during program execution on or off. | |

`DevUpdateTime` |
Switch time measurement for operators on or off. | |

`DevUpdateVar` |
Switches the update of the variable window during program execution on or off. | |

`DevUpdateWindow` |
Switches the automatic output of iconic output objects into the graphics window during program execution on or off. | |

`DeviationImage` |
Calculate the standard deviation of gray values within rectangular windows. | |

`DeviationN` |
Calculate standard deviation over several channels. | |

`DiameterRegion` |
Maximal distance between two boundary points of a region. | |

`DiameterXld` |
Maximum distance between two contour or polygon points. | |

`DiffOfGauss` |
Approximate the LoG operator (Laplace of Gaussian). | |

`Difference` |
Calculate the difference of two regions. | |

`DifferenceClosedContoursXld` |
Compute the difference of closed contours. | |

`DifferenceClosedPolygonsXld` |
Compute the difference of closed polygons. | |

`Dilation1` |
Dilate a region. | |

`Dilation2` |
Dilate a region (using a reference point). | |

`DilationCircle` |
Dilate a region with a circular structuring element. | |

`DilationGolay` |
Dilate a region with an element from the Golay alphabet. | |

`DilationRectangle1` |
Dilate a region with a rectangular structuring element. | |

`DilationSeq` |
Dilate a region sequentially. | |

`DispArc` |
Displays circular arcs in a window. | |

`DispArrow` |
Displays arrows in a window. | |

`DispCaltab` |
Project and visualize the 3D model of the calibration plate in the image. | |

`DispChannel` |
Displays images with several channels. | |

`DispCircle` |
Displays circles in a window. | |

`DispColor` |
Displays a color (RGB) image | |

`DispCross` |
Displays crosses in a window. | |

`DispDistribution` |
Displays a noise distribution. | |

`DispEllipse` |
Displays ellipses. | |

`DispImage` |
Displays gray value images. | |

`DispLine` |
Draws lines in a window. | |

`DispLut` |
Graphical view of the look-up-table (lut). | |

`DispObj` |
Displays image objects (image, region, XLD). | |

`DispObjectModel3d` |
Display 3D object models. | |

`DispPolygon` |
Displays a polyline. | |

`DispRectangle1` |
Display of rectangles aligned to the coordinate axes. | |

`DispRectangle2` |
Displays arbitrarily oriented rectangles. | |

`DispRegion` |
Displays regions in a window. | |

`DispText` |
Display text in a window. | |

`DispXld` |
Display an XLD object. | |

`DisparityImageToXyz` |
Transform a disparity image into 3D points in a rectified stereo system. | |

`DisparityToDistance` |
Transform a disparity value into a distance value in a rectified binocular stereo system. | |

`DisparityToPoint3d` |
Transform an image point and its disparity into a 3D point in a rectified stereo system. | |

`DisplayScene3d` |
Display a 3D scene. | |

`DistEllipseContourPointsXld` |
Compute the distances of all contour points to an ellipse. | |

`DistEllipseContourXld` |
Compute the distance of contours to an ellipse. | |

`DistRectangle2ContourPointsXld` |
Compute the distances of all contour points to a rectangle. | |

`DistanceCc` |
Calculate the distance between two contours. | |

`DistanceCcMin` |
Calculate the minimum distance between two contours. | |

`DistanceCcMinPoints` |
Calculate the minimum distance between two contours and the points used for the calculation. | |

`DistanceContoursXld` |
Calculate the pointwise distance from one contour to another. | |

`DistanceFunct1d` |
Compute the distance of two functions. | |

`DistanceLc` |
Calculate the distance between a line and one contour. | |

`DistanceLr` |
Calculate the distance between a line and a region. | |

`DistanceObjectModel3d` |
Compute the distances of the points of one 3D object model to another 3D object model. | |

`DistancePc` |
Calculate the distance between a point and one contour. | |

`DistancePl` |
Calculate the distance between one point and one line. | |

`DistancePp` |
Calculate the distance between two points. | |

`DistancePr` |
Calculate the distance between a point and a region. | |

`DistancePs` |
Calculate the distances between a point and a line segment. | |

`DistanceRrMin` |
Minimum distance between the contour pixels of two regions each. | |

`DistanceRrMinDil` |
Minimum distance between two regions with the help of dilation. | |

`DistanceSc` |
Calculate the distance between a line segment and one contour. | |

`DistanceSl` |
Calculate the distances between a line segment and a line. | |

`DistanceSr` |
Calculate the distance between a line segment and one region. | |

`DistanceSs` |
Calculate the distances between two line segments. | |

`DistanceToDisparity` |
Transfrom a distance value into a disparity in a rectified stereo system. | |

`DistanceTransform` |
Compute the distance transformation of a region. | |

`DivElementMatrix` |
Divide matrices element-by-element. | |

`DivElementMatrixMod` |
Divide matrices element-by-element. | |

`DivImage` |
Divide two images. | |

`DoOcrMulti` |
Classify characters. | |

`DoOcrMultiClassCnn` |
Classify multiple characters with an CNN-based OCR classifier. | |

`DoOcrMultiClassKnn` |
Classify multiple characters with an k-NN classifier. | |

`DoOcrMultiClassMlp` |
Classify multiple characters with an OCR classifier. | |

`DoOcrMultiClassSvm` |
Classify multiple characters with an SVM-based OCR classifier. | |

`DoOcrSingle` |
Classify one character. | |

`DoOcrSingleClassCnn` |
Classify a single character with an CNN-based OCR classifier. | |

`DoOcrSingleClassKnn` |
Classify a single character with an OCR classifier. | |

`DoOcrSingleClassMlp` |
Classify a single character with an OCR classifier. | |

`DoOcrSingleClassSvm` |
Classify a single character with an SVM-based OCR classifier. | |

`DoOcrWordCnn` |
Classify a related group of characters with an CNN-based OCR classifier. | |

`DoOcrWordKnn` |
Classify a related group of characters with an OCR classifier. | |

`DoOcrWordMlp` |
Classify a related group of characters with an OCR classifier. | |

`DoOcrWordSvm` |
Classify a related group of characters with an OCR classifier. | |

`DoOcvSimple` |
Verification of a pattern using an OCV tool. | |

`DotsImage` |
Enhance circular dots in an image. | |

`DragRegion1` |
Interactive moving of a region. | |

`DragRegion2` |
Interactive movement of a region with fixpoint specification. | |

`DragRegion3` |
Interactive movement of a region with restriction of positions. | |

`DrawCircle` |
Interactive drawing of a circle. | |

`DrawCircleMod` |
Interactive drawing of a circle. | |

`DrawEllipse` |
Interactive drawing of an ellipse. | |

`DrawEllipseMod` |
Interactive drawing of an ellipse. | |

`DrawLine` |
Draw a line. | |

`DrawLineMod` |
Draw a line. | |

`DrawNurbs` |
Interactive drawing of a NURBS curve. | |

`DrawNurbsInterp` |
Interactive drawing of a NURBS curve using interpolation. | |

`DrawNurbsInterpMod` |
Interactive modification of a NURBS curve using interpolation. | |

`DrawNurbsMod` |
Interactive modification of a NURBS curve. | |

`DrawPoint` |
Draw a point. | |

`DrawPointMod` |
Draw a point. | |

`DrawPolygon` |
Interactive drawing of a polygon row. | |

`DrawRectangle1` |
Draw a rectangle parallel to the coordinate axis. | |

`DrawRectangle1Mod` |
Draw a rectangle parallel to the coordinate axis. | |

`DrawRectangle2` |
Interactive drawing of any orientated rectangle. | |

`DrawRectangle2Mod` |
Interactive drawing of any orientated rectangle. | |

`DrawRegion` |
Interactive drawing of a closed region. | |

`DrawXld` |
Interactive drawing of a contour. | |

`DrawXldMod` |
Interactive modification of a contour. | |

`DualQuatCompose` |
Multiply two dual quaternions. | |

`DualQuatConjugate` |
Conjugate a dual quaternion. | |

`DualQuatInterpolate` |
Interpolate two dual quaternions. | |

`DualQuatNormalize` |
Normalize a dual quaternion. | |

`DualQuatToHomMat3d` |
Convert a unit dual quaternion into a homogeneous transformation matrix. | |

`DualQuatToPose` |
Convert a dual quaternion to a 3D pose. | |

`DualQuatToScrew` |
Convert a unit dual quaternion into a screw. | |

`DualQuatTransLine3d` |
Transform a 3D line with a unit dual quaternion. | |

`DualRank` |
Opening, Median and Closing with circle or rectangle mask. | |

`DualThreshold` |
Threshold operator for signed images. | |

`DumpWindow` |
Write the window content to a file. | |

`DumpWindowImage` |
Write the window content in an image object. | |

`DynThreshold` |
Segment an image using a local threshold. | |

`Eccentricity` |
Shape features derived from the ellipse parameters. | |

`EccentricityPointsXld` |
Anisometry of contours or polygons treated as point clouds. | |

`EccentricityXld` |
Shape features derived from the ellipse parameters of contours or polygons. | |

`EdgesColor` |
Extract color edges using Canny, Deriche, or Shen filters. | |

`EdgesColorSubPix` |
Extract subpixel precise color edges using Deriche, Shen, or Canny filters. | |

`EdgesImage` |
Extract edges using Deriche, Lanser, Shen, or Canny filters. | |

`EdgesObjectModel3d` |
Find edges in a 3D object model. | |

`EdgesSubPix` |
Extract sub-pixel precise edges using Deriche, Lanser, Shen, or Canny filters. | |

`EigenvaluesGeneralMatrix` |
Compute the eigenvalues and optionally the eigenvectors of a general matrix. | |

`EigenvaluesSymmetricMatrix` |
Compute the eigenvalues and optionally eigenvectors of a symmetric matrix. | |

`EliminateMinMax` |
Smooth an image in the spatial domain to suppress noise. | |

`EliminateRuns` |
Eliminate runs of a given length. | |

`EliminateSp` |
Replace values outside of thresholds with average value. | |

`EllipticAxis` |
Calculate the parameters of the equivalent ellipse. | |

`EllipticAxisGray` |
Compute the orientation and major axes of a region in a gray value image. | |

`EllipticAxisPointsXld` |
Parameters of the equivalent ellipse of contours or polygons treated as point clouds. | |

`EllipticAxisXld` |
Parameters of the equivalent ellipse of contours or polygons. | |

`Else` |
Alternative of conditional statement. | |

`Elseif` |
Conditional statement with alternative. | |

`Emphasize` |
Enhance contrast of the image. | |

`Endfor` |
End statement of a for loop. | |

`Endif` |
End of if command. | |

`Endswitch` |
Ends a multiway branch block. | |

`Endtry` |
Ends a block where exceptions are handled. | |

`Endwhile` |
End statement of a while loop. | |

`EnergyGabor` |
Calculate the energy of a two-channel image. | |

`EnqueueMessage` |
Enqueue one or more messages to the message queue. | |

`EnquireClassBox` |
Classify a tuple of attributes. | |

`EnquireRejectClassBox` |
Classify a tuple of attributes with rejection class. | |

`EntropyGray` |
Determine the entropy and anisotropy of images. | |

`EntropyImage` |
Calculate the entropy of gray values within a rectangular window. | |

`EquHistoImage` |
Histogram linearization of images | |

`Erosion1` |
Erode a region. | |

`Erosion2` |
Erode a region (using a reference point). | |

`ErosionCircle` |
Erode a region with a circular structuring element. | |

`ErosionGolay` |
Erode a region with an element from the Golay alphabet. | |

`ErosionRectangle1` |
Erode a region with a rectangular structuring element. | |

`ErosionSeq` |
Erode a region sequentially. | |

`EssentialToFundamentalMatrix` |
Compute the fundamental matrix from an essential matrix. | |

`EstimateAlAm` |
Estimate the albedo of a surface and the amount of ambient light. | |

`EstimateNoise` |
Estimate the image noise from a single image. | |

`EstimateSlAlLr` |
Estimate the slant of a light source and the albedo of a surface. | |

`EstimateSlAlZc` |
Estimate the slant of a light source and the albedo of a surface. | |

`EstimateTiltLr` |
Estimate the tilt of a light source. | |

`EstimateTiltZc` |
Estimate the tilt of a light source. | |

`EulerNumber` |
Calculate the Euler number. | |

`EvaluateClassGmm` |
Evaluate a feature vector by a Gaussian Mixture Model. | |

`EvaluateClassMlp` |
Calculate the evaluation of a feature vector by a multilayer perceptron. | |

`EvaluateClassSvm` |
Evaluate a feature vector by a support vector machine. | |

`ExecutableExpression` |
Execute a stand-alone operation. | |

`ExhaustiveMatch` |
Matching of a template and an image. | |

`ExhaustiveMatchMg` |
Matching a template and an image in a resolution pyramid. | |

`Exit` |
Terminate HDevelop. | |

`ExpImage` |
Calculate the exponentiation of an image. | |

`ExpandDomainGray` |
Expand the domain of an image and set the gray values in the expanded domain. | |

`ExpandGray` |
Fill gaps between regions (depending on gray value or color) or split overlapping regions. | |

`ExpandGrayRef` |
Fill gaps between regions (depending on gray value or color) or split overlapping regions. | |

`ExpandLine` |
Expand a region starting at a given line. | |

`ExpandRegion` |
Fill gaps between regions or split overlapping regions. | |

`ExportDef` |
Insert arbitrary text into the export code of a procedure. | |

`FastMatch` |
Searching all good matches of a template and an image. | |

`FastMatchMg` |
Searching all good gray value matches in a pyramid. | |

`FastThreshold` |
Fast thresholding of images using global thresholds. | |

`FftGeneric` |
Compute the fast Fourier transform of an image. | |

`FftImage` |
Compute the fast Fourier transform of an image. | |

`FftImageInv` |
Compute the inverse fast Fourier transform of an image. | |

`FileExists` |
Check whether file exists. | |

`FillInterlace` |
Interpolate 2 video half images. | |

`FillUp` |
Fill up holes in regions. | |

`FillUpShape` |
Fill up holes in regions having given shape features. | |

`FilterKalman` |
Estimate the current state of a system with the help of the Kalman filtering. | |

`FindAnisoShapeModel` |
Find the best matches of an anisotropically scaled shape model in an image. | |

`FindAnisoShapeModels` |
Find the best matches of multiple anisotropically scaled shape models. | |

`FindBarCode` |
Detect and read bar code symbols in an image. | |

`FindCalibDescriptorModel` |
Find the best matches of a calibrated descriptor model in an image and return their 3D pose. | |

`FindCalibObject` |
Find the HALCON calibration plate and set the extracted points and contours in a calibration data model. | |

`FindCaltab` |
Segment the region of a standard calibration plate with rectangularly arranged marks in the image. | |

`FindComponentModel` |
Find the best matches of a component model in an image. | |

`FindDataCode2d` |
Detect and read 2D data code symbols in an image or train the 2D data code model. | |

`FindDeformableSurfaceModel` |
Find the best match of a deformable surface model in a 3D scene. | |

`FindLocalDeformableModel` |
Find the best matches of a local deformable model in an image. | |

`FindMarksAndPose` |
Extract rectangularly arranged 2D calibration marks from the image and calculate initial values for the external camera parameters. | |

`FindNccModel` |
Find the best matches of an NCC model in an image. | |

`FindNccModels` |
Find the best matches of multiple NCC models. | |

`FindNeighbors` |
Search direct neighbors. | |

`FindPlanarCalibDeformableModel` |
Find the best matches of a calibrated deformable model in an image and return their 3D pose. | |

`FindPlanarUncalibDeformableModel` |
Find the best matches of a planar projective invariant deformable model in an image. | |

`FindRectificationGrid` |
Segment the rectification grid region in the image. | |

`FindScaledShapeModel` |
Find the best matches of an isotropically scaled shape model in an image. | |

`FindScaledShapeModels` |
Find the best matches of multiple isotropically scaled shape models. | |

`FindShapeModel` |
Find the best matches of a shape model in an image. | |

`FindShapeModel3d` |
Find the best matches of a 3D shape model in an image. | |

`FindShapeModels` |
Find the best matches of multiple shape models. | |

`FindSurfaceModel` |
Find the best matches of a surface model in a 3D scene. | |

`FindSurfaceModelImage` |
Find the best matches of a surface model in a 3D scene and images. | |

`FindText` |
Find text in an image. | |

`FindUncalibDescriptorModel` |
Find the best matches of a descriptor model in an image. | |

`FitCircleContourXld` |
Approximate XLD contours by circles. | |

`FitEllipseContourXld` |
Approximate XLD contours by ellipses or elliptic arcs. | |

`FitLineContourXld` |
Approximate XLD contours by line segments. | |

`FitPrimitivesObjectModel3d` |
Fit 3D primitives into a set of 3D points. | |

`FitRectangle2ContourXld` |
Fit rectangles to XLD contours. | |

`FitSurfaceFirstOrder` |
Calculate gray value moments and approximation by a first order surface (plane). | |

`FitSurfaceSecondOrder` |
Calculate gray value moments and approximation by a second order surface. | |

`Fitting` |
Perform a closing after an opening with multiple structuring elements. | |

`FlushBuffer` |
Flush the contents of a window. | |

`FnewLine` |
Write a line break and clear the output buffer. | |

`For` |
Starts a loop block that is usually executed for a fixed number of iterations. | |

`FreadChar` |
Read one character from a text file. | |

`FreadLine` |
Read a character line from a text file. | |

`FreadSerializedItem` |
Read a serialized item from a file. | |

`FreadString` |
Read a string from a text file. | |

`FreiAmp` |
Detect edges (amplitude) using the Frei-Chen operator. | |

`FreiDir` |
Detect edges (amplitude and direction) using the Frei-Chen operator. | |

`FullDomain` |
Expand the domain of an image to maximum. | |

`Funct1dToPairs` |
Access to the x/y values of a function. | |

`FuseObjectModel3d` |
Fuse 3D object models into a surface. | |

`FuzzyEntropy` |
Determine the fuzzy entropy of regions. | |

`FuzzyMeasurePairing` |
Extract straight edge pairs perpendicular to a rectangle or an annular arc. | |

`FuzzyMeasurePairs` |
Extract straight edge pairs perpendicular to a rectangle or an annular arc. | |

`FuzzyMeasurePos` |
Extract straight edges perpendicular to a rectangle or an annular arc. | |

`FuzzyPerimeter` |
Calculate the fuzzy perimeter of a region. | |

`FwriteSerializedItem` |
Write a serialized item to a file. | |

`FwriteString` |
Write strings and numbers into a text file. | |

`GammaImage` |
Perform a gamma encoding or decoding of an image. | |

`GaussDistribution` |
Generate a Gaussian noise distribution. | |

`GaussFilter` |
Smooth using discrete gauss functions. | |

`GaussImage` |
Smooth an image using discrete Gaussian functions. | |

`GenArbitraryDistortionMap` |
Generate a projection map that describes the mapping between an arbitrarily distorted image and the rectified image. | |

`GenBandfilter` |
Generate an ideal band filter. | |

`GenBandpass` |
Generate an ideal bandpass filter. | |

`GenBinocularProjRectification` |
Compute the projective rectification of weakly calibrated binocular stereo images. | |

`GenBinocularRectificationMap` |
Generate transformation maps that describe the mapping of the images of a binocular camera pair to a common rectified image plane. | |

`GenBoxObjectModel3d` |
Create a 3D object model that represents a box. | |

`GenBundleAdjustedMosaic` |
Combine multiple images into a mosaic image. | |

`GenCaltab` |
Generate a calibration plate description file and a corresponding PostScript file for a calibration plate with rectangularly arranged marks. | |

`GenCheckerRegion` |
Create a checkered region. | |

`GenCircle` |
Create a circle. | |

`GenCircleContourXld` |
Create XLD contours corresponding to circles or circular arcs. | |

`GenCircleSector` |
Create a circle sector. | |

`GenContourNurbsXld` |
Transform a NURBS curve into an XLD contour. | |

`GenContourPolygonRoundedXld` |
Generate an XLD contour with rounded corners from a polygon (given as tuples). | |

`GenContourPolygonXld` |
Generate an XLD contour from a polygon (given as tuples). | |

`GenContourRegionXld` |
Generate XLD contours from regions. | |

`GenContoursSkeletonXld` |
Convert a skeleton into XLD contours. | |

`GenCoocMatrix` |
Calculate the co-occurrence matrix of a region in an image. | |

`GenCrossContourXld` |
Generate one XLD contour in the shape of a cross for each input point. | |

`GenCubeMapMosaic` |
Create 6 cube map images of a spherical mosaic. | |

`GenCylinderObjectModel3d` |
Create a 3D object model that represents a cylinder. | |

`GenDerivativeFilter` |
Generate a derivative filter in the frequency domain. | |

`GenDiscSe` |
Generate ellipsoidal structuring elements for gray morphology. | |

`GenEllipse` |
Create an ellipse. | |

`GenEllipseContourXld` |
Create an XLD contour that corresponds to an elliptic arc. | |

`GenEllipseSector` |
Create an ellipse sector. | |

`GenEmptyObj` |
Create an empty object tuple. | |

`GenEmptyObjectModel3d` |
Create an empty 3D object model. | |

`GenEmptyRegion` |
Create an empty region. | |

`GenFilterMask` |
Store a filter mask in the spatial domain as a real-image. | |

`GenGabor` |
Generate a Gabor filter. | |

`GenGaussFilter` |
Generate a Gaussian filter in the frequency domain. | |

`GenGaussPyramid` |
Calculating a Gauss pyramid. | |

`GenGridRectificationMap` |
Compute the mapping between the distorted image and the rectified image based upon the points of a regular grid. | |

`GenGridRegion` |
Create a region from lines or pixels. | |

`GenHighpass` |
Generate an ideal highpass filter. | |

`GenImage1` |
Create an image from a pointer to the pixels. | |

`GenImage1Extern` |
Create an image from a pointer on the pixels with storage management. | |

`GenImage1Rect` |
Create an image with a rectangular domain from a pointer on the pixels (with storage management). | |

`GenImage3` |
Create an image from three pointers to the pixels (red/green/blue). | |

`GenImage3Extern` |
Create a three-channel image from three pointers on the pixels with storage management. | |

`GenImageConst` |
Create an image with constant gray value. | |

`GenImageGrayRamp` |
Create a gray value ramp. | |

`GenImageInterleaved` |
Create a three-channel image from a pointer to the interleaved pixels. | |

`GenImageProto` |
Create an image with a specified constant gray value. | |

`GenImageSurfaceFirstOrder` |
Create a tilted gray surface with first order polynomial. | |

`GenImageSurfaceSecondOrder` |
Create a curved gray surface with second order polynomial. | |

`GenImageToWorldPlaneMap` |
Generate a projection map that describes the mapping between the image plane and a the plane z=0 of a world coordinate system. | |

`GenInitialComponents` |
Extract the initial components of a component model. | |

`GenLowpass` |
Generate an ideal lowpass filter. | |

`GenMeanFilter` |
Generate a mean filter in the frequency domain. | |

`GenMeasureArc` |
Prepare the extraction of straight edges perpendicular to an annular arc. | |

`GenMeasureRectangle2` |
Prepare the extraction of straight edges perpendicular to a rectangle. | |

`GenNurbsInterp` |
Create control data of a NURBS curve that interpolates given points. | |

`GenObjectModel3dFromPoints` |
Create a 3D object model that represents a point cloud from a set of 3D points. | |

`GenParallelContourXld` |
Compute the parallel contour of an XLD contour. | |

`GenParallelsXld` |
Extract parallel XLD polygons. | |

`GenPlaneObjectModel3d` |
Create a 3D object model that represents a plane. | |

`GenPolygonsXld` |
Approximate XLD contours by polygons. | |

`GenPrincipalCompTrans` |
Compute the transformation matrix of the principal component analysis of multichannel images. | |

`GenProjectiveMosaic` |
Combine multiple images into a mosaic image. | |

`GenPsfDefocus` |
Generate an impulse response of an uniform out-of-focus blurring. | |

`GenPsfMotion` |
Generate an impulse response of a (linearly) motion blurring. | |

`GenRadialDistortionMap` |
Generate a projection map that describes the mapping of images corresponding to a changing radial distortion. | |

`GenRandomRegion` |
Create a random region. | |

`GenRandomRegions` |
Create random regions like circles, rectangles and ellipses. | |

`GenRectangle1` |
Create a rectangle parallel to the coordinate axes. | |

`GenRectangle2` |
Create a rectangle of any orientation. | |

`GenRectangle2ContourXld` |
Create an XLD contour in the shape of a rectangle. | |

`GenRegionContourXld` |
Create a region from an XLD contour. | |

`GenRegionHisto` |
Convert a histogram into a region. | |

`GenRegionHline` |
Store input lines described in Hesse normal form as regions. | |

`GenRegionLine` |
Store input lines as regions. | |

`GenRegionPoints` |
Store individual pixels as image region. | |

`GenRegionPolygon` |
Store a polygon as a region. | |

`GenRegionPolygonFilled` |
Store a polygon as a “filled” region. | |

`GenRegionPolygonXld` |
Create a region from an XLD polygon. | |

`GenRegionRuns` |
Create a region from a runlength coding. | |

`GenSinBandpass` |
Generate a bandpass filter with sinusoidal shape. | |

`GenSphereObjectModel3d` |
Create a 3D object model that represents a sphere. | |

`GenSphereObjectModel3dCenter` |
Create a 3D object model that represents a sphere from x,y,z coordinates. | |

`GenSphericalMosaic` |
Create a spherical mosaic image. | |

`GenStdBandpass` |
Generate a bandpass filter with Gaussian or sinusoidal shape. | |

`GenStructElements` |
Generate standard structuring elements. | |

`GenStructuredLightPattern` |
Generate the pattern images to be displayed in a structured light setup. | |

`GeneralizedEigenvaluesGeneralMatrix` |
Compute the generalized eigenvalues and optionally the generalized eigenvectors of general matrices. | |

`GeneralizedEigenvaluesSymmetricMatrix` |
Compute the generalized eigenvalues and optionally generalized eigenvectors of symmetric input matrices. | |

`GetAopInfo` |
Return AOP information for operators. | |

`GetBarCodeObject` |
Access iconic objects that were created during the search or decoding of bar code symbols. | |

`GetBarCodeParam` |
Get one or several parameters that describe the bar code model. | |

`GetBarCodeParamSpecific` |
Get parameters that are used by the bar code reader when processing a specific bar code type. | |

`GetBarCodeResult` |
Get the alphanumerical results that were accumulated during the decoding of bar code symbols. | |

`GetBeadInspectionParam` |
Get the value of a parameter in a specific bead inspection model. | |

`GetBgEstiParams` |
Return the parameters of the data set. | |

`GetCalibData` |
Query data stored or computed in a calibration data model. | |

`GetCalibDataObservContours` |
Get contour-based observation data from a calibration data model. | |

`GetCalibDataObservPoints` |
Get point-based observation data from a calibration data model. | |

`GetCalibDataObservPose` |
Get observed calibration object poses from a calibration data model. | |

`GetCameraSetupParam` |
Get generic camera setup model parameters. | |

`GetChannelInfo` |
Informations about the components of an image object. | |

`GetChapterInfo` |
Get information concerning the chapters on operators. | |

`GetCheck` |
State of the HALCON control modes. | |

`GetCirclePose` |
Determine the 3D pose of a circle from its perspective 2D projection. | |

`GetClassBoxParam` |
Get information about the current parameter. | |

`GetClassTrainDataGmm` |
Get the training data of a Gaussian Mixture Model (GMM). | |

`GetClassTrainDataKnn` |
Get the training data of a k-nearest neighbors (k-NN) classifier. | |

`GetClassTrainDataMlp` |
Get the training data of a multilayer perceptron (MLP). | |

`GetClassTrainDataSvm` |
Get the training data of a support vector machine (SVM). | |

`GetComponentModelParams` |
Return the parameters of a component model. | |

`GetComponentModelTree` |
Return the search tree of a component model. | |

`GetComponentRelations` |
Return the relations between the model components that are contained in a training result. | |

`GetComprise` |
Get the output treatment of an image matrix. | |

`GetComputeDeviceInfo` |
Get information on a compute device. | |

`GetComputeDeviceParam` |
Query compute device parameters. | |

`GetContourAngleXld` |
Calculate the direction of an XLD contour for each contour point. | |

`GetContourAttribXld` |
Return point attribute values of an XLD contour. | |

`GetContourGlobalAttribXld` |
Return global attributes values of an XLD contour. | |

`GetContourXld` |
Return the coordinates of an XLD contour. | |

`GetCurrentDir` |
Get the current working directory. | |

`GetCurrentHthreadId` |
Return the HALCON thread ID of the current thread. | |

`GetDataCode2dObjects` |
Access iconic objects that were created during the search for 2D data code symbols. | |

`GetDataCode2dParam` |
Get one or several parameters that describe the 2D data code model. | |

`GetDataCode2dResults` |
Get the alphanumerical results that were accumulated during the search for 2D data code symbols. | |

`GetDeformableModelContours` |
Return the contour representation of a deformable model. | |

`GetDeformableModelOrigin` |
Return the origin (reference point) of a deformable model. | |

`GetDeformableModelParams` |
Return the parameters of a deformable model. | |

`GetDeformableSurfaceMatchingResult` |
Get details of a result from deformable surface based matching. | |

`GetDeformableSurfaceModelParam` |
Return the parameters and properties of a deformable surface model. | |

`GetDescriptorModelOrigin` |
Return the origin of a descriptor model. | |

`GetDescriptorModelParams` |
Return the parameters of a descriptor model. | |

`GetDescriptorModelPoints` |
Query the interest points of the descriptor model or the last processed search image. | |

`GetDescriptorModelResults` |
Query alphanumerical results that were accumulated during descriptor-based matching. | |

`GetDiagonalMatrix` |
Get the diagonal elements of a matrix. | |

`GetDictObject` |
Retrieve an object associated with the key from the dictionary. | |

`GetDictParam` |
Query dictionary parameters or information about a dictionary. | |

`GetDictTuple` |
Retrieve a tuple associated with the key from the dictionary. | |

`GetDispObjectModel3dInfo` |
Get the depth or the index of a displayed 3D object model. | |

`GetDisplayScene3dInfo` |
Get the depth or the index of instances in a displayed 3D scene. | |

`GetDistanceTransformXldContour` |
Get the reference contour used to build the XLD distance transform. | |

`GetDistanceTransformXldParam` |
Get the parameters used to build an XLD distance transform. | |

`GetDlClassifierParam` |
Return the parameters of a deep-learning-based classifier. | |

`GetDlClassifierResult` |
Retrieve classification results inferred by a deep-learning-based classifier. | |

`GetDlClassifierTrainResult` |
Return the results for the single training step of a deep-learning-based classifier. | |

`GetDlModelParam` |
Return the parameters of a deep learning model. | |

`GetDomain` |
Get the domain of an image. | |

`GetDraw` |
Get the current region fill mode. | |

`GetDrawingObjectIconic` |
Return the iconic object of a drawing object. | |

`GetDrawingObjectParams` |
Get the parameters of a drawing object. | |

`GetErrorText` |
Inquiry after the error text of a HALCON error number. | |

`GetExtendedErrorInfo` |
Returns the extended error information for the calling thread's last HALCON error. | |

`GetFeaturesOcrClassKnn` |
Compute the features of a character. | |

`GetFeaturesOcrClassMlp` |
Compute the features of a character. | |

`GetFeaturesOcrClassSvm` |
Compute the features of a character. | |

`GetFix` |
Get mode of fixing of current look-up-table (lut). | |

`GetFixedLut` |
Get fixing of “look-up-table” (lut) for “real color images” | |

`GetFont` |
Get the current font. | |

`GetFontExtents` |
Get the maximum size of all characters of a font. | |

`GetFoundComponentModel` |
Return the components of a found instance of a component model. | |

`GetFramegrabberCallback` |
Query callback function of an image acquisition device. | |

`GetFramegrabberLut` |
Query look-up table of the image acquisition device. | |

`GetFramegrabberParam` |
Query specific parameters of an image acquisition device. | |

`GetFullMatrix` |
Return all values of a matrix. | |

`GetGrayval` |
Access the gray values of an image object. | |

`GetGrayvalContourXld` |
Return gray values of an image at the positions of an XLD contour. | |

`GetGrayvalInterpolated` |
Return gray values of an image at the positions given by tuples of rows and columns. | |

`GetHandleObject` |
Retrieve an object associated with a key from a handle. | |

`GetHandleParam` |
Return information about a handle. | |

`GetHandleTuple` |
Retrieve a tuple associated with a key from a handle. | |

`GetHsi` |
Get the HSI coding of the current color. | |

`GetIcon` |
Query the icon for region output | |

`GetImagePointer1` |
Access the pointer of a channel. | |

`GetImagePointer1Rect` |
Access to the image data pointer and the image data inside the smallest rectangle of the domain of the input image. | |

`GetImagePointer3` |
Access the pointers of a colored image. | |

`GetImageSize` |
Return the size of an image. | |

`GetImageTime` |
Request time at which the image was created. | |

`GetImageType` |
Return the type of an image. | |

`GetInsert` |
Get the current display mode. | |

`GetIoChannelParam` |
Query specific parameters of I/O channels. | |

`GetIoDeviceParam` |
Query settings of an I/O device instance. | |

`GetKeywords` |
Get keywords which are assigned to operators. | |

`GetLineApprox` |
Get the current approximation error for contour display. | |

`GetLineOfSight` |
Compute the line of sight corresponding to a point in the image. | |

`GetLineStyle` |
Get the current graphic mode for contours. | |

`GetLineWidth` |
Get the current line width for contour display. | |

`GetLinesXld` |
Return an XLD polygon's data (as lines). | |

`GetLut` |
Get current look-up-table (lut). | |

`GetLutStyle` |
Get modification parameters of look-up-table (lut). | |

`GetMbutton` |
Wait until a mouse button is pressed. | |

`GetMbuttonSubPix` |
Wait until a mouse button is pressed and get the subpixel mouse position. | |

`GetMessageObj` |
Retrieve an object associated with the key from the message. | |

`GetMessageParam` |
Query message parameters or information about the message. | |

`GetMessageQueueParam` |
Query message queue parameters or information about the queue. | |

`GetMessageTuple` |
Retrieve a tuple associated with the key from the message. | |

`GetMetrologyModelParam` |
Get parameters that are valid for the entire metrology model. | |

`GetMetrologyObjectFuzzyParam` |
Get a fuzzy parameter of a metroloy model. | |

`GetMetrologyObjectIndices` |
Get the indices of the metrology objects of a metrology model. | |

`GetMetrologyObjectMeasures` |
Get the measure regions and the results of the edge location for the metrology objects of a metrology model. | |

`GetMetrologyObjectModelContour` |
Query the model contour of a metrology object in image coordinates. | |

`GetMetrologyObjectNumInstances` |
Get the number of instances of the metrology objects of a metrology model. | |

`GetMetrologyObjectParam` |
Get one or several parameters of a metroloy model. | |

`GetMetrologyObjectResult` |
Get the results of the measurement of a metrology model. | |

`GetMetrologyObjectResultContour` |
Query the result contour of a metrology object. | |

`GetModules` |
Query of used modules and the module key. | |

`GetMposition` |
Query the mouse position. | |

`GetMpositionSubPix` |
Query the subpixel mouse position. | |

`GetMshape` |
Query the current mouse pointer shape. | |

`GetNccModelOrigin` |
Return the origin (reference point) of an NCC model. | |

`GetNccModelParams` |
Return the parameters of an NCC model. | |

`GetNccModelRegion` |
Return the region used to create an NCC model. | |

`GetNextSocketDataType` |
Determine the HALCON data type of the next socket data. | |

`GetObjClass` |
Name of the class of an image object. | |

`GetObjectModel3dParams` |
Return attributes of 3D object models. | |

`GetOperatorInfo` |
Get information concerning a HALCON-operator. | |

`GetOperatorName` |
Get operators with the given string as a substring of their name. | |

`GetOsWindowHandle` |
Get the operating system window handle. | |

`GetPaint` |
Get the current display mode for gray values. | |

`GetPairFunct1d` |
Access a function value using the index of the control points. | |

`GetParallelsXld` |
Return an XLD parallel's data (as lines). | |

`GetParamInfo` |
Get information concerning the operator parameters. | |

`GetParamNames` |
Get the names of the parameters of a HALCON-operator. | |

`GetParamNum` |
Get number of the different parameter classes of a HALCON-operator. | |

`GetParamTypes` |
Get default data type for the control parameters of a HALCON-operator. | |

`GetParamsClassGmm` |
Return the parameters of a Gaussian Mixture Model. | |

`GetParamsClassKnn` |
Get parameters of a k-NN classification. | |

`GetParamsClassMlp` |
Return the parameters of a multilayer perceptron. | |

`GetParamsClassSvm` |
Return the parameters of a support vector machine. | |

`GetParamsOcrClassCnn` |
Return the parameters of a CNN-based OCR classifier. | |

`GetParamsOcrClassKnn` |
Return the parameters of an OCR classifier. | |

`GetParamsOcrClassMlp` |
Return the parameters of an OCR classifier. | |

`GetParamsOcrClassSvm` |
Return the parameters of an OCR classifier. | |

`GetPart` |
Get the image part. | |

`GetPartStyle` |
Get the current interpolation mode for gray value display. | |

`GetPixel` |
Get the current color lookup table index. | |

`GetPointsEllipse` |
Calculate points on the perimeter of an ellipse. | |

`GetPolygonXld` |
Return an XLD polygon's data. | |

`GetPoseType` |
Get the representation type of a 3D pose. | |

`GetPrepInfoClassGmm` |
Compute the information content of the preprocessed feature vectors of a GMM. | |

`GetPrepInfoClassMlp` |
Compute the information content of the preprocessed feature vectors of a multilayer perceptron. | |

`GetPrepInfoClassSvm` |
Compute the information content of the preprocessed feature vectors of a support vector machine | |

`GetPrepInfoOcrClassMlp` |
Compute the information content of the preprocessed feature vectors of an OCR classifier. | |

`GetPrepInfoOcrClassSvm` |
Compute the information content of the preprocessed feature vectors of an SVM-based OCR classifier. | |

`GetRectanglePose` |
Determine the 3D pose of a rectangle from its perspective 2D projection | |

`GetRegionChain` |
Contour of an object as chain code. | |

`GetRegionContour` |
Access the contour of an object. | |

`GetRegionConvex` |
Access convex hull as contour. | |

`GetRegionIndex` |
Index of all regions containing a given pixel. | |

`GetRegionPoints` |
Access the pixels of a region. | |

`GetRegionPolygon` |
Polygon approximation of a region. | |

`GetRegionRuns` |
Access the runlength coding of a region. | |

`GetRegionThickness` |
Access the thickness of a region along the main axis. | |

`GetRegressParamsXld` |
Return XLD contour parameters. | |

`GetRegularizationParamsClassMlp` |
Return the regularization parameters of a multilayer perceptron. | |

`GetRegularizationParamsOcrClassMlp` |
Return the regularization parameters of an OCR classifier. | |

`GetRejectionParamsClassMlp` |
Get the parameters of a rejection class. | |

`GetRejectionParamsOcrClassMlp` |
Return the rejection class parameters of an OCR classifier. | |

`GetRgb` |
Get the current color in RGB-coding. | |

`GetRgba` |
Get the current color in RGBA-coding. | |

`GetSampleClassGmm` |
Return a training sample from the training data of a Gaussian Mixture Models (GMM). | |

`GetSampleClassKnn` |
Return a training sample from the training data of a k-nearest neighbors (k-NN) classifier. | |

`GetSampleClassMlp` |
Return a training sample from the training data of a multilayer perceptron. | |

`GetSampleClassSvm` |
Return a training sample from the training data of a support vector machine. | |

`GetSampleClassTrainData` |
Return a training sample from training data. | |

`GetSampleIdentifierObjectInfo` |
Retrieve information about an object of a sample identifier. | |

`GetSampleIdentifierParam` |
Get selected parameters of a sample identifier. | |

`GetSampleNumClassGmm` |
Return the number of training samples stored in the training data of a Gaussian Mixture Model (GMM). | |

`GetSampleNumClassKnn` |
Return the number of training samples stored in the training data of a k-nearest neighbors (k-NN) classifier. | |

`GetSampleNumClassMlp` |
Return the number of training samples stored in the training data of a multilayer perceptron. | |

`GetSampleNumClassSvm` |
Return the number of training samples stored in the training data of a support vector machine. | |

`GetSampleNumClassTrainData` |
Return the number of training samples stored in the training data. | |

`GetSerialParam` |
Get the parameters of a serial device. | |

`GetSerializedItemPtr` |
Access the data pointer of a serialized item. | |

`GetShape` |
Get the current region output shape. | |

`GetShapeModel3dContours` |
Return the contour representation of a 3D shape model view. | |

`GetShapeModel3dParams` |
Return the parameters of a 3D shape model. | |

`GetShapeModelContours` |
Return the contour representation of a shape model. | |

`GetShapeModelOrigin` |
Return the origin (reference point) of a shape model. | |

`GetShapeModelParams` |
Return the parameters of a shape model. | |

`GetSheetOfLightParam` |
Get the value of a parameter, which has been set in a sheet-of-light model. | |

`GetSheetOfLightResult` |
Get the iconic results of a measurement performed with the sheet-of light technique. | |

`GetSheetOfLightResultObjectModel3d` |
Get the result of a calibrated measurement performed with the sheet-of-light technique as a 3D object model. | |

`GetSizeMatrix` |
Get the size of a matrix. | |

`GetSocketDescriptor` |
Get the socket descriptor of a socket used by the operating system. | |

`GetSocketParam` |
Get the value of a socket parameter. | |

`GetSpy` |
Current configuration of the HALCON debugging-tool. | |

`GetStereoModelImagePairs` |
Return the list of image pairs set in a stereo model. | |

`GetStereoModelObject` |
Get intermediate iconic results of a stereo reconstruction. | |

`GetStereoModelObjectModel3d` |
Get intermediate 3D object model of a stereo reconstruction | |

`GetStereoModelParam` |
Get stereo model parameters. | |

`GetStringExtents` |
Get the spatial size of a string. | |

`GetStructuredLightModelParam` |
Query parameters of a structured light model. | |

`GetStructuredLightObject` |
Get (intermediate) iconic results of a structured light model. | |

`GetSubMatrix` |
Get a sub-matrix of a matrix. | |

`GetSupportVectorClassSvm` |
Return the index of a support vector from a trained support vector machine. | |

`GetSupportVectorNumClassSvm` |
Return the number of support vectors of a support vector machine. | |

`GetSupportVectorNumOcrClassSvm` |
Return the number of support vectors of an OCR classifier. | |

`GetSupportVectorOcrClassSvm` |
Return the index of a support vector from a trained OCR classifier that is based on support vector machines. | |

`GetSurfaceMatchingResult` |
Get details of a result from surface based matching. | |

`GetSurfaceModelParam` |
Return the parameters and properties of a surface model. | |

`GetSystem` |
Get current value of HALCON system parameters. | |

`GetSystemInfo` |
Get current value of system information without requiring a license. | |

`GetSystemTime` |
Read out the system time. | |

`GetTextModelParam` |
Query parameters of a text model. | |

`GetTextObject` |
Query an iconic value of a text segmentation result. | |

`GetTextResult` |
Query a control value of a text segmentation result. | |

`GetTextureInspectionModelImage` |
Get the training images contained in a texture inspection model. | |

`GetTextureInspectionModelParam` |
Query parameters of a texture inspection model. | |

`GetTextureInspectionResultObject` |
Query iconic results of a texture inspection. | |

`GetThreadingAttrib` |
Query the attributes of a threading / synchronization object. | |

`GetThreshImagesVariationModel` |
Return the threshold images used for image comparison by a variation model. | |

`GetTposition` |
Get cursor position. | |

`GetTrainingComponents` |
Return the initial or model components in a certain image. | |

`GetTshape` |
Get the shape of the text cursor. | |

`GetValueMatrix` |
Return one ore more elements of a matrix. | |

`GetVariationModel` |
Return the images used for image comparison by a variation model. | |

`GetWindowAttr` |
Get window characteristics. | |

`GetWindowBackgroundImage` |
Gets a copy of the background image of the HALCON window. | |

`GetWindowExtents` |
Information about a window's size and position. | |

`GetWindowParam` |
Get window parameters. | |

`GetWindowPointer3` |
Access to a window's pixel data. | |

`GetWindowType` |
Get the window type. | |

`GetYValueFunct1d` |
Return the value of a function at an arbitrary position. | |

`GiveBgEsti` |
Return the estimated background image. | |

`Global` |
Declare a global variable. | |

`GnuplotClose` |
Close all open gnuplot files or terminate an active gnuplot sub-process. | |

`GnuplotOpenFile` |
Open a gnuplot file for visualization of images and control values. | |

`GnuplotOpenPipe` |
Open a pipe to a gnuplot process for visualization of images and control values. | |

`GnuplotPlotCtrl` |
Plot control values using gnuplot. | |

`GnuplotPlotFunct1d` |
Plot a function using gnuplot. | |

`GnuplotPlotImage` |
Visualize images using gnuplot. | |

`GolayElements` |
Generate the structuring elements of the Golay alphabet. | |

`GrabData` |
Synchronous grab of images and preprocessed image data from the specified image acquisition device. | |

`GrabDataAsync` |
Asynchronous grab of images and preprocessed image data from the specified image acquisition device. | |

`GrabImage` |
Synchronous grab of an image from the specified image acquisition device. | |

`GrabImageAsync` |
Asynchronous grab of an image from the specified image acquisition device. | |

`GrabImageStart` |
Start an asynchronous grab from the specified image acquisition device. | |

`GrayBothat` |
Perform a gray value bottom hat transformation on an image. | |

`GrayClosing` |
Perform a gray value closing on an image. | |

`GrayClosingRect` |
Perform a gray value closing with a rectangular mask. | |

`GrayClosingShape` |
Perform a gray value closing with a selected mask. | |

`GrayDilation` |
Perform a gray value dilation on an image. | |

`GrayDilationRect` |
Determine the maximum gray value within a rectangle. | |

`GrayDilationShape` |
Determine the maximum gray value within a selected mask. | |

`GrayErosion` |
Perform a gray value erosion on an image. | |

`GrayErosionRect` |
Determine the minimum gray value within a rectangle. | |

`GrayErosionShape` |
Determine the minimum gray value within a selected mask. | |

`GrayFeatures` |
Calculates gray value features for a set of regions. | |

`GrayHisto` |
Calculate the gray value distribution. | |

`GrayHistoAbs` |
Calculate the gray value distribution. | |

`GrayHistoRange` |
Calculate the gray value distribution of a single channel image within a certain gray value range. | |

`GrayInside` |
Calculate the lowest possible gray value on an arbitrary path to the image border for each point in the image. | |

`GrayOpening` |
Perform a gray value opening on an image. | |

`GrayOpeningRect` |
Perform a gray value opening with a rectangular mask. | |

`GrayOpeningShape` |
Perform a gray value opening with a selected mask. | |

`GrayProjections` |
Calculate horizontal and vertical gray-value projections. | |

`GrayRangeRect` |
Determine the gray value range within a rectangle. | |

`GraySkeleton` |
Thinning of gray value images. | |

`GrayTophat` |
Perform a gray value top hat transformation on an image. | |

`GuidedFilter` |
Guided filtering of an image. | |

`HammingChangeRegion` |
Generate a region having a given Hamming distance. | |

`HammingDistance` |
Hamming distance between two regions. | |

`HammingDistanceNorm` |
Hamming distance between two regions using normalization. | |

`HandEyeCalibration` |
Perform a hand-eye calibration. | |

`HandleToInteger` |
Convert a handle into an integer. | |

`HarmonicInterpolation` |
Perform a harmonic interpolation on an image region. | |

`HeightWidthRatio` |
Compute the width, height, and aspect ratio of the surrounding rectangle parallel to the coordinate axes. | |

`HeightWidthRatioXld` |
Compute the width, height, and aspect ratio of the enclosing rectangle parallel to the coordinate axes of contours or polygons. | |

`HighpassImage` |
Extract high frequency components from an image. | |

`Histo2dim` |
Calculate the histogram of two-channel gray value images. | |

`HistoToThresh` |
Determine gray value thresholds from a histogram. | |

`HitOrMiss` |
Hit-or-miss operation for regions. | |

`HitOrMissGolay` |
Hit-or-miss operation for regions using the Golay alphabet. | |

`HitOrMissSeq` |
Hit-or-miss operation for regions using the Golay alphabet (sequential). | |

`HomMat2dCompose` |
Multiply two homogeneous 2D transformation matrices. | |

`HomMat2dDeterminant` |
Compute the determinant of a homogeneous 2D transformation matrix. | |

`HomMat2dIdentity` |
Generate the homogeneous transformation matrix of the identical 2D transformation. | |

`HomMat2dInvert` |
Invert a homogeneous 2D transformation matrix. | |

`HomMat2dReflect` |
Add a reflection to a homogeneous 2D transformation matrix. | |

`HomMat2dReflectLocal` |
Add a reflection to a homogeneous 2D transformation matrix. | |

`HomMat2dRotate` |
Add a rotation to a homogeneous 2D transformation matrix. | |

`HomMat2dRotateLocal` |
Add a rotation to a homogeneous 2D transformation matrix. | |

`HomMat2dScale` |
Add a scaling to a homogeneous 2D transformation matrix. | |

`HomMat2dScaleLocal` |
Add a scaling to a homogeneous 2D transformation matrix. | |

`HomMat2dSlant` |
Add a slant to a homogeneous 2D transformation matrix. | |

`HomMat2dSlantLocal` |
Add a slant to a homogeneous 2D transformation matrix. | |

`HomMat2dToAffinePar` |
Compute the affine transformation parameters from a homogeneous 2D transformation matrix. | |

`HomMat2dTranslate` |
Add a translation to a homogeneous 2D transformation matrix. | |

`HomMat2dTranslateLocal` |
Add a translation to a homogeneous 2D transformation matrix. | |

`HomMat2dTranspose` |
Transpose a homogeneous 2D transformation matrix. | |

`HomMat3dCompose` |
Multiply two homogeneous 3D transformation matrices. | |

`HomMat3dDeterminant` |
Compute the determinant of a homogeneous 3D transformation matrix. | |

`HomMat3dIdentity` |
Generate the homogeneous transformation matrix of the identical 3D transformation. | |

`HomMat3dInvert` |
Invert a homogeneous 3D transformation matrix. | |

`HomMat3dProject` |
Project an affine 3D transformation matrix to a 2D projective transformation matrix. | |

`HomMat3dRotate` |
Add a rotation to a homogeneous 3D transformation matrix. | |

`HomMat3dRotateLocal` |
Add a rotation to a homogeneous 3D transformation matrix. | |

`HomMat3dScale` |
Add a scaling to a homogeneous 3D transformation matrix. | |

`HomMat3dScaleLocal` |
Add a scaling to a homogeneous 3D transformation matrix. | |

`HomMat3dToPose` |
Convert a homogeneous transformation matrix into a 3D pose. | |

`HomMat3dTranslate` |
Add a translation to a homogeneous 3D transformation matrix. | |

`HomMat3dTranslateLocal` |
Add a translation to a homogeneous 3D transformation matrix. | |

`HomMat3dTranspose` |
Transpose a homogeneous 3D transformation matrix. | |

`HomVectorToProjHomMat2d` |
Compute a homogeneous transformation matrix using given point correspondences. | |

`HoughCircleTrans` |
Return the Hough-Transform for circles with a given radius. | |

`HoughCircles` |
Centres of circles for a specific radius. | |

`HoughLineTrans` |
Produce the Hough transform for lines within regions. | |

`HoughLineTransDir` |
Compute the Hough transform for lines using local gradient direction. | |

`HoughLines` |
Detect lines in edge images with the help of the Hough transform and returns it in HNF. | |

`HoughLinesDir` |
Detect lines in edge images with the help of the Hough transform using local gradient direction and return them in normal form. | |

`HysteresisThreshold` |
Perform a hysteresis threshold operation on an image. | |

`If` |
Conditional statement. | |

`Ifelse` |
Conditional statement with alternative. | |

`Illuminate` |
Illuminate image. | |

`ImagePointsToWorldPlane` |
Transform image points into the plane z=0 of a world coordinate system. | |

`ImageToChannels` |
Convert a multi-channel image into One-channel images | |

`ImageToWorldPlane` |
Rectify an image by transforming it into the plane z=0 of a world coordinate system. | |

`Import` |
Import one or more external procedures. | |

`ImportLexicon` |
Create a lexicon from a text file. | |

`InfoEdges` |
Return the filter coefficients of a filter in edges_imageedges_imageEdgesImageEdgesImageEdgesImage. | |

`InfoFramegrabber` |
Query information about the specified image acquisition interface. | |

`InfoOcrClassBox` |
Get information about an OCR classifier. | |

`InfoParallelsXld` |
Return information about the gray values of the area enclosed by XLD parallels. | |

`InfoSmooth` |
Information on smoothing filter smooth_imagesmooth_imageSmoothImageSmoothImageSmoothImage. | |

`InitComputeDevice` |
Initialize a compute device. | |

`InnerCircle` |
Largest inner circle of a region. | |

`InnerRectangle1` |
Largest inner rectangle of a region. | |

`InpaintingAniso` |
Perform an inpainting by anisotropic diffusion. | |

`InpaintingCed` |
Perform an inpainting by coherence enhancing diffusion. | |

`InpaintingCt` |
Perform an inpainting by coherence transport. | |

`InpaintingMcf` |
Perform an inpainting by smoothing of level lines. | |

`InpaintingTexture` |
Perform an inpainting by texture propagation. | |

`Insert` |
Assignment of a value to a tuple element. | |

`InsertObj` |
Insert objects into an iconic object tuple. | |

`InspectClusteredComponents` |
Inspect the rigid model components obtained from the training. | |

`InspectLexicon` |
Query all words from a lexicon. | |

`InspectShapeModel` |
Create the representation of a shape model. | |

`IntegerToHandle` |
Convert an integer into a handle. | |

`IntegerToObj` |
Convert an “integer number” into an iconic object. | |

`IntegrateFunct1d` |
Compute the positive and negative areas of a function. | |

`Intensity` |
Calculate the mean and deviation of gray values. | |

`Interjacent` |
Partition the image plane using given regions. | |

`InterleaveChannels` |
Create an interleaved image from a multichannel image. | |

`InterpolateScatteredData` |
Interpolation of scattered data using a scattered data interpolator. | |

`InterpolateScatteredDataImage` |
Interpolation of an image. | |

`InterpolateScatteredDataPointsToImage` |
Creating an image from the interpolation of scattered data. | |

`InterruptOperator` |
Attempt to interrupt an operator running in a different thread. | |

`IntersectLinesOfSight` |
Get a 3D point from the intersection of two lines of sight within a binocular camera system. | |

`IntersectPlaneObjectModel3d` |
Intersect a 3D object model with a plane. | |

`Intersection` |
Calculate the intersection of two regions. | |

`IntersectionCircleContourXld` |
Calculate the intersection points of a circle or circular arc and an XLD contour | |

`IntersectionCircles` |
Calculate the intersection points of two circles or circular arcs | |

`IntersectionClosedContoursXld` |
Intersect closed contours. | |

`IntersectionClosedPolygonsXld` |
Intersect closed polygons. | |

`IntersectionContoursXld` |
Calculate the intersection points of two XLD contours | |

`IntersectionLineCircle` |
Calculate the intersection points of a line and a circle or circular arc | |

`IntersectionLineContourXld` |
Calculate the intersection points of a line and an XLD contour | |

`IntersectionLines` |
Calculate the intersection point of two lines | |

`IntersectionLl` |
Calculate the intersection point of two lines. | |

`IntersectionSegmentCircle` |
Calculate the intersection points of a segment and a circle or circular arc | |

`IntersectionSegmentContourXld` |
Calculate the intersection points of a segment and an XLD contour | |

`IntersectionSegmentLine` |
Calculate the intersection point of a segment and a line | |

`IntersectionSegments` |
Calculate the intersection point of two line segments | |

`InvertFunct1d` |
Calculate the inverse of a function. | |

`InvertImage` |
Invert an image. | |

`InvertMatrix` |
Invert a matrix. | |

`InvertMatrixMod` |
Invert a matrix. | |

`IsotropicDiffusion` |
Perform an isotropic diffusion of an image. | |

`JunctionsSkeleton` |
Find junctions and end points in a skeleton. | |

`KirschAmp` |
Detect edges (amplitude) using the Kirsch operator. | |

`KirschDir` |
Detect edges (amplitude and direction) using the Kirsch operator. | |

`LabelToRegion` |
Extract regions with equal gray values from an image. | |

`Laplace` |
Calculate the Laplace operator by using finite differences. | |

`LaplaceOfGauss` |
LoG-Operator (Laplace of Gaussian). | |

`LearnClassBox` |
Train the classifier. | |

`LearnNdimBox` |
Train a classificator using a multi-channel image. | |

`LearnNdimNorm` |
Construct classes for class_ndim_normclass_ndim_normClassNdimNormClassNdimNormClassNdimNorm. | |

`LearnSampsetBox` |
Train the classifier with one data set. | |

`LengthXld` |
Length of contours or polygons. | |

`LineOrientation` |
Calculate the orientation of lines. | |

`LinePosition` |
Calculate the center of gravity, length, and orientation of a line. | |

`LinearTransColor` |
Compute an affine transformation of the color values of a multichannel image. | |

`LinesColor` |
Detect color lines and their width. | |

`LinesFacet` |
Detection of lines using the facet model. | |

`LinesGauss` |
Detect lines and their width. | |

`ListFiles` |
List all files in a directory. | |

`LocalMax` |
Detect all local maxima in an image. | |

`LocalMaxContoursXld` |
Select XLD contours with a local maximum of gray values. | |

`LocalMaxSubPix` |
Subpixel precise detection of local maxima in an image. | |

`LocalMin` |
Detect all local minima in an image. | |

`LocalMinMaxFunct1d` |
Calculate the local minimum and maximum points of a function. | |

`LocalMinSubPix` |
Subpixel precise detection of local minima in an image. | |

`LocalThreshold` |
Segment an image using local thresholding. | |

`LockMutex` |
Lock a mutex synchronization object. | |

`LogImage` |
Calculate the logarithm of an image. | |

`LookupLexicon` |
Check if a word is contained in a lexicon. | |

`Lowlands` |
Detect all gray value lowlands. | |

`LowlandsCenter` |
Detect the centers of all gray value lowlands. | |

`LutTrans` |
Transform an image with a gray-value look-up-table | |

`MakeDir` |
Make a directory. | |

`MapImage` |
Apply a general transformation to an image. | |

`MatchEssentialMatrixRansac` |
Compute the essential matrix for a pair of stereo images by automatically finding correspondences between image points. | |

`MatchFunct1dTrans` |
Calculate transformation parameters between two functions. | |

`MatchFundamentalMatrixDistortionRansac` |
Compute the fundamental matrix and the radial distortion coefficient for a pair of stereo images by automatically finding correspondences between image points. | |

`MatchFundamentalMatrixRansac` |
Compute the fundamental matrix for a pair of stereo images by automatically finding correspondences between image points. | |

`MatchRelPoseRansac` |
Compute the relative orientation between two cameras by automatically finding correspondences between image points. | |

`MaxDiameterObjectModel3d` |
Calculate the maximal diameter of a 3D object model. | |

`MaxImage` |
Calculate the maximum of two images pixel by pixel. | |

`MaxMatrix` |
Returns the elementwise maximum of a matrix. | |

`MaxParallelsXld` |
Join modified XLD parallels lying on the same polygon. | |

`MeanCurvatureFlow` |
Apply the mean curvature flow to an image. | |

`MeanImage` |
Smooth by averaging. | |

`MeanMatrix` |
Returns the elementwise mean of a matrix. | |

`MeanN` |
Average gray values over several channels. | |

`MeanSp` |
Suppress salt and pepper noise. | |

`MeasurePairs` |
Extract straight edge pairs perpendicular to a rectangle or annular arc. | |

`MeasurePos` |
Extract straight edges perpendicular to a rectangle or annular arc. | |

`MeasureProfileSheetOfLight` |
Process the profile image provided as input and store the resulting disparity to the sheet-of-light model. | |

`MeasureProjection` |
Extract a gray value profile perpendicular to a rectangle or annular arc. | |

`MeasureThresh` |
Extracting points with a particular gray value along a rectangle or an annular arc. | |

`MedianImage` |
Compute a median filter with various masks. | |

`MedianRect` |
Compute a median filter with rectangular masks. | |

`MedianSeparate` |
Separated median filtering with rectangle masks. | |

`MedianWeighted` |
Weighted median filtering with different rank masks. | |

`MergeContLineScanXld` |
Merge XLD contours from successive line scan images. | |

`MergeRegionsLineScan` |
Merge regions from line scan images. | |

`MidrangeImage` |
Calculate the average of maximum and minimum inside any mask. | |

`MinImage` |
Calculate the minimum of two images pixel by pixel. | |

`MinMatrix` |
Returns the elementwise minimum of a matrix. | |

`MinMaxGray` |
Determine the minimum and maximum gray values within regions. | |

`MinkowskiAdd1` |
Perform a Minkowski addition on a region. | |

`MinkowskiAdd2` |
Dilate a region (using a reference point). | |

`MinkowskiSub1` |
Erode a region. | |

`MinkowskiSub2` |
Erode a region (using a reference point). | |

`MirrorImage` |
Mirror an image. | |

`MirrorRegion` |
Reflect a region about an axis. | |

`ModParallelsXld` |
Extract parallel XLD polygons enclosing a homogeneous area. | |

`ModifyComponentRelations` |
Modify the relations within a training result. | |

`MomentsAnyPointsXld` |
Arbitrary geometric moments of contours or polygons treated as point clouds. | |

`MomentsAnyXld` |
Arbitrary geometric moments of contours or polygons. | |

`MomentsGrayPlane` |
Calculate gray value moments and approximation by a plane. | |

`MomentsObjectModel3d` |
Calculates the mean or the central moment of second order for a 3D object model. | |

`MomentsPointsXld` |
Geometric moments M20$M_{20}$, M02$M_{02}$, and M11$M_{11}$ of contours or polygons treated as point clouds. | |

`MomentsRegion2nd` |
Calculate the geometric moments of regions. | |

`MomentsRegion2ndInvar` |
Geometric moments of regions. | |

`MomentsRegion2ndRelInvar` |
Geometric moments of regions. | |

`MomentsRegion3rd` |
Geometric moments of regions. | |

`MomentsRegion3rdInvar` |
Geometric moments of regions. | |

`MomentsRegionCentral` |
Geometric moments of regions. | |

`MomentsRegionCentralInvar` |
Geometric moments of regions. | |

`MomentsXld` |
Geometric moments M20$M_{20}$, M02$M_{02}$, and M11$M_{11}$ of contours or polygons. | |

`Monotony` |
Calculating the monotony operation. | |

`MorphHat` |
Compute the union of bottom_hatbottom_hatBottomHatBottomHatBottomHat and top_hattop_hatTopHatTopHatTopHat. | |

`MorphSkeleton` |
Compute the morphological skeleton of a region. | |

`MorphSkiz` |
Thinning of a region. | |

`MoveRectangle` |
Copy inside an output window. | |

`MoveRegion` |
Translate a region. | |

`MultElementMatrix` |
Multiply matrices element-by-element. | |

`MultElementMatrixMod` |
Multiply matrices element-by-element. | |

`MultImage` |
Multiply two images. | |

`MultMatrix` |
Multiply two matrices. | |

`MultMatrixMod` |
Multiply two matrices. | |

`NegateFunct1d` |
Negation of the y values. | |

`NewExternWindow` |
Create a virtual graphics window under Windows. | |

`NewLine` |
Set the position of the text cursor to the beginning of the next line. | |

`NoiseDistributionMean` |
Determine the noise distribution of an image. | |

`NonmaxSuppressionAmp` |
Suppress non-maximum points on an edge. | |

`NonmaxSuppressionDir` |
Suppress non-maximum points on an edge using a direction image. | |

`NormMatrix` |
Norm of a matrix. | |

`NumPointsFunct1d` |
Number of control points of the function. | |

`ObjDiff` |
Calculate the difference of two object tuples. | |

`ObjToInteger` |
Convert an iconic object into an “integer number.” | |

`ObjectModel3dToXyz` |
Transform 3D points from a 3D object model to images. | |

`OcrChangeChar` |
Define a new conversion table for the characters. | |

`OcrGetFeatures` |
Access the features which correspond to a character. | |

`OpenComputeDevice` |
Open a compute device. | |

`OpenFile` |
Open a file in text or binary format. | |

`OpenFramegrabber` |
Open and configure an image acquisition device. | |

`OpenIoChannel` |
Open and configure I/O channels. | |

`OpenIoDevice` |
Open and configure an I/O device. | |

`OpenSerial` |
Open a serial device. | |

`OpenSocketAccept` |
Open a socket that accepts connection requests. | |

`OpenSocketConnect` |
Open a socket and connect it to an accepting socket. | |

`OpenTextwindow` |
Open a textual window. | |

`OpenWindow` |
Open a graphics window. | |

`Opening` |
Open a region. | |

`OpeningCircle` |
Open a region with a circular structuring element. | |

`OpeningGolay` |
Open a region with an element from the Golay alphabet. | |

`OpeningRectangle1` |
Open a region with a rectangular structuring element. | |

`OpeningSeg` |
Separate overlapping regions. | |

`OpticalFlowMg` |
Compute the optical flow between two images. | |

`OptimizeAop` |
Check hardware regarding its potential for automatic operator parallelization. | |

`OptimizeFftSpeed` |
Optimize the runtime of the FFT. | |

`OptimizeRftSpeed` |
Optimize the runtime of the real-valued FFT. | |

`OrientationPointsXld` |
Orientation of contours or polygons treated as point clouds. | |

`OrientationRegion` |
Orientation of a region. | |

`OrientationXld` |
Orientation of contours or polygons. | |

`OrthogonalDecomposeMatrix` |
Perform an orthogonal decomposition of a matrix. | |

`OverpaintGray` |
Overpaint the gray values of an image. | |

`OverpaintRegion` |
Overpaint regions in an image. | |

`PaintGray` |
Paint the gray values of an image into another image. | |

`PaintRegion` |
Paint regions into an image. | |

`PaintXld` |
Paint XLD objects into an image. | |

`ParJoin` |
Wait for subthreads that were started with the par_start qualifier. | |

`PartitionDynamic` |
Partition a region horizontally at positions of small vertical extent. | |

`PartitionLines` |
Partition lines according to various criteria. | |

`PartitionRectangle` |
Partition a region into rectangles of approximately equal size. | |

`PhaseCorrelationFft` |
Compute the phase correlation of two images in the frequency domain. | |

`PhaseDeg` |
Return the phase of a complex image in degrees. | |

`PhaseRad` |
Return the phase of a complex image in radians. | |

`PhotometricStereo` |
Reconstruct a surface according to the photometric stereo technique. | |

`PlaneDeviation` |
Calculate the deviation of the gray values from the approximating image plane. | |

`Plateaus` |
Detect all gray value plateaus. | |

`PlateausCenter` |
Detect the centers of all gray value plateaus. | |

`PointLineToHomMat2d` |
Approximate an affine transformation from point-to-line correspondences. | |

`PointsFoerstner` |
Detect points of interest using the Förstner operator. | |

`PointsHarris` |
Detect points of interest using the Harris operator. | |

`PointsHarrisBinomial` |
Detect points of interest using the binomial approximation of the Harris operator. | |

`PointsLepetit` |
Detect points of interest using the Lepetit operator. | |

`PointsSojka` |
Find corners using the Sojka operator. | |

`PolarTransContourXld` |
Transform a contour in an annular arc to polar coordinates. | |

`PolarTransContourXldInv` |
Transform a contour in polar coordinates back to Cartesian coordinates | |

`PolarTransImage` |
Transform an image to polar coordinates | |

`PolarTransImageExt` |
Transform an annular arc in an image to polar coordinates. | |

`PolarTransImageInv` |
Transform an image in polar coordinates back to cartesian coordinates | |

`PolarTransRegion` |
Transform a region within an annular arc to polar coordinates. | |

`PolarTransRegionInv` |
Transform a region in polar coordinates back to cartesian coordinates. | |

`PoseAverage` |
Compute the average of a set of poses. | |

`PoseCompose` |
Combine 3D poses given in two tuples. | |

`PoseInvert` |
Invert each pose in a tuple of 3D poses. | |

`PoseToDualQuat` |
Convert a 3D pose to a unit dual quaternion. | |

`PoseToHomMat3d` |
Convert a 3D pose into a homogeneous transformation matrix. | |

`PoseToQuat` |
Convert the rotational part of a 3D pose to a quaternion. | |

`Pouring` |
Segment an image by “pouring water” over it. | |

`PowElementMatrix` |
Compute the power functions of the elements of a matrix. | |

`PowElementMatrixMod` |
Compute the power functions of the elements of a matrix. | |

`PowImage` |
Raise an image to a power. | |

`PowMatrix` |
Compute the power functions of a matrix. | |

`PowMatrixMod` |
Compute the power functions of a matrix. | |

`PowScalarElementMatrix` |
Compute the power functions of the elements of a matrix. | |

`PowScalarElementMatrixMod` |
Compute the power functions of the elements of a matrix. | |

`PowerByte` |
Return the power spectrum of a complex image. | |

`PowerLn` |
Return the power spectrum of a complex image. | |

`PowerReal` |
Return the power spectrum of a complex image. | |

`PrepareDirectVariationModel` |
Prepare a variation model for comparison with an image. | |

`PrepareObjectModel3d` |
Prepare a 3D object model for a certain operation. | |

`PrepareSampleIdentifier` |
Adapt the internal data structure of a sample identifier to the objects to be identified. | |

`PrepareVariationModel` |
Prepare a variation model for comparison with an image. | |

`PrewittAmp` |
Detect edges (amplitude) using the Prewitt operator. | |

`PrewittDir` |
Detect edges (amplitude and direction) using the Prewitt operator. | |

`PrincipalComp` |
Compute the principal components of multichannel images. | |

`ProjHomMat2dToPose` |
Compute a pose out of a homography describing the relation between world and image coordinates. | |

`ProjMatchPointsDistortionRansac` |
Compute a projective transformation matrix between two images and the radial distortion coefficient by automatically finding correspondences between points. | |

`ProjMatchPointsDistortionRansacGuided` |
Compute a projective transformation matrix and the radial distortion coefficient between two images by finding correspondences between points based on known approximations of the projective transformation matrix and the radial distortion coefficient. | |

`ProjMatchPointsRansac` |
Compute a projective transformation matrix between two images by finding correspondences between points. | |

`ProjMatchPointsRansacGuided` |
Compute a projective transformation matrix between two images by finding correspondences between points based on a known approximation of the projective transformation matrix. | |

`Project3dPoint` |
Project 3D points into (sub-)pixel image coordinates. | |

`ProjectHomPointHomMat3d` |
Project a homogeneous 3D point using a 3×4 projection matrix. | |

`ProjectObjectModel3d` |
Project a 3D object model into image coordinates. | |

`ProjectPointHomMat3d` |
Project a 3D point using a 3×4 projection matrix. | |

`ProjectShapeModel3d` |
Project the edges of a 3D shape model into image coordinates. | |

`ProjectionPl` |
Calculate the projection of a point onto a line. | |

`ProjectiveTransContourXld` |
Apply a projective transformation to an XLD contour. | |

`ProjectiveTransHomPoint3d` |
Project a homogeneous 3D point using a projective transformation matrix. | |

`ProjectiveTransImage` |
Apply a projective transformation to an image. | |

`ProjectiveTransImageSize` |
Apply a projective transformation to an image and specify the output image size. | |

`ProjectiveTransObjectModel3d` |
Apply an arbitrary projective 3D transformation to 3D object models. | |

`ProjectiveTransPixel` |
Project pixel coordinates using a homogeneous projective transformation matrix. | |

`ProjectiveTransPoint2d` |
Project a homogeneous 2D point using a projective transformation matrix. | |

`ProjectiveTransPoint3d` |
Project a 3D point using a projective transformation matrix. | |

`ProjectiveTransRegion` |
Apply a projective transformation to a region. | |

`ProtectOcrTrainf` |
Protection of training data. | |

`Pruning` |
Prune the branches of a region. | |

`QuatCompose` |
Multiply two quaternions. | |

`QuatConjugate` |
Generate the conjugation of a quaternion. | |

`QuatInterpolate` |
Interpolation of two quaternions. | |

`QuatNormalize` |
Normalize a quaternion. | |

`QuatRotatePoint3d` |
Perform a rotation by a unit quaternion. | |

`QuatToHomMat3d` |
Convert a quaternion into the corresponding rotation matrix. | |

`QuatToPose` |
Convert a quaternion into the corresponding 3D pose. | |

`QueryAllColors` |
Query all color names. | |

`QueryAopInfo` |
Query indexing structure of AOP information for operators. | |

`QueryAvailableComputeDevices` |
Get the list of available compute devices. | |

`QueryBarCodeParams` |
Get the names of the parameters that can be used in set_bar_code* and get_bar_code* operators for a given bar code model | |

`QueryCalibDataObservIndices` |
Query information about the relations between cameras, calibration objects, and calibration object poses. | |

`QueryColor` |
Query all color names displayable in the window. | |

`QueryColored` |
Query the number of colors for color output. | |

`QueryContourAttribsXld` |
Return the names of the defined attributes of an XLD contour. | |

`QueryContourGlobalAttribsXld` |
Return the names of the defined global attributes of an XLD contour. | |

`QueryDataCode2dParams` |
Get for a given 2D data code model the names of the generic parameters or objects that can be used in the other 2D data code operators. | |

`QueryFont` |
Query the available fonts. | |

`QueryGray` |
Query the displayable gray values. | |

`QueryInsert` |
Query the possible graphic modes. | |

`QueryIoDevice` |
Query information about channels of the specified I/O device. | |

`QueryIoInterface` |
Query information about the specified I/O device interface. | |

`QueryLineWidth` |
Query the possible line widths. | |

`QueryLut` |
Query all available look-up-tables (lut). | |

`QueryMshape` |
Query all available mouse pointer shapes. | |

`QueryOperatorInfo` |
Query slots concerning information with relation to the operator get_operator_infoget_operator_infoGetOperatorInfoGetOperatorInfoGetOperatorInfo. | |

`QueryPaint` |
Query the gray value display modes. | |

`QueryParamInfo` |
Query slots of the online-information concerning the operator get_param_infoget_param_infoGetParamInfoGetParamInfoGetParamInfo. | |

`QueryParamsOcrClassCnn` |
Get the names of the parameters that can be used in get_params_ocr_class_cnn for a given CNN-based OCR classifier. | |

`QueryShape` |
Query the region display modes. | |

`QuerySheetOfLightParams` |
For a given sheet-of-light model get the names of the generic iconic or control parameters that can be used in the different sheet-of-light operators. | |

`QuerySpy` |
Inquiring for possible settings of the HALCON debugging tool. | |

`QueryTshape` |
Query all shapes available for text cursors. | |

`QueryWindowType` |
Query all available window types. | |

`RadialDistortionSelfCalibration` |
Calibrate the radial distortion. | |

`RadiometricSelfCalibration` |
Perform a radiometric self-calibration of a camera. | |

`RankImage` |
Compute a rank filter with arbitrary masks. | |

`RankN` |
Return gray values with given rank from multiple channels. | |

`RankRect` |
Compute a rank filter with rectangular masks. | |

`RankRegion` |
Rank operator for regions. | |

`ReadAopKnowledge` |
Load knowledge about hardware dependent behavior of automatic operator parallelization. | |

`ReadBarCodeModel` |
Read a bar code model from a file and create a new model. | |

`ReadCalibData` |
Restore a calibration data model from a file. | |

`ReadCamPar` |
Read internal camera parameters from a file. | |

`ReadCameraSetupModel` |
Restore a camera setup model from a file. | |

`ReadChar` |
Read a character from a window. | |

`ReadClassBox` |
Read a classifier from a file. | |

`ReadClassGmm` |
Read a Gaussian Mixture Model from a file. | |

`ReadClassKnn` |
Read the k-NN classifier from a file. | |

`ReadClassMlp` |
Read a multilayer perceptron from a file. | |

`ReadClassSvm` |
Read a support vector machine from a file. | |

`ReadClassTrainData` |
Read the training data for classifiers from a file. | |

`ReadComponentModel` |
Read a component model from a file. | |

`ReadContourXldArcInfo` |
Read XLD contours to a file in ARC/INFO generate format. | |

`ReadContourXldDxf` |
Read XLD contours from a DXF file. | |

`ReadDataCode2dModel` |
Read a 2D data code model from a file and create a new model. | |

`ReadDeformableModel` |
Read a deformable model from a file. | |

`ReadDeformableSurfaceModel` |
Read a deformable surface model from a file. | |

`ReadDescriptorModel` |
Read a descriptor model from a file. | |

`ReadDict` |
Read a dictionary from a file. | |

`ReadDistanceTransformXld` |
Read an XLD distance transform from a file. | |

`ReadDlClassifier` |
Read a deep-learning-based classifier from a file. | |

`ReadDlModel` |
Read a deep learning model from a file. | |

`ReadFftOptimizationData` |
Load FFT speed optimization data from a file. | |

`ReadFunct1d` |
Read a function from a file. | |

`ReadGraySe` |
Load a structuring element for gray morphology. | |

`ReadImage` |
Read an image with different file formats. | |

`ReadIoChannel` |
Read a value from the specified I/O channels. | |

`ReadKalman` |
Read the description file of a Kalman filter. | |

`ReadMatrix` |
Read a matrix from a file. | |

`ReadMeasure` |
Read a measure object from a file. | |

`ReadMessage` |
Read a message from a file. | |

`ReadMetrologyModel` |
Read a metrology model from a file. | |

`ReadNccModel` |
Read an NCC model from a file. | |

`ReadObject` |
Read an iconic object. | |

`ReadObjectModel3d` |
Read a 3D object model from a file. | |

`ReadOcr` |
Read an OCR classifier from a file. | |

`ReadOcrClassCnn` |
Read an CNN-based OCR classifier from a file. | |

`ReadOcrClassKnn` |
Read an OCR classifier from a file. | |

`ReadOcrClassMlp` |
Read an OCR classifier from a file. | |

`ReadOcrClassSvm` |
Read a SVM-based OCR classifier from a file. | |

`ReadOcrTrainf` |
Read training characters from files and convert to images. | |

`ReadOcrTrainfNames` |
Query which characters are stored in a training file. | |

`ReadOcrTrainfNamesProtected` |
Query which characters are stored in a (protected) training file. | |

`ReadOcrTrainfSelect` |
Read training specific characters from files and convert to images. | |

`ReadOcv` |
Reading an OCV tool from file. | |

`ReadPolygonXldArcInfo` |
Read XLD polygons from a file in ARC/INFO generate format. | |

`ReadPolygonXldDxf` |
Read XLD polygons from a DXF file. | |

`ReadPose` |
Read a 3D pose from a text file. | |

`ReadRegion` |
Read binary images or HALCON regions. | |

`ReadSampleIdentifier` |
Read a sample identifier from a file. | |

`ReadSamplesClassGmm` |
Read the training data of a Gaussian Mixture Model from a file. | |

`ReadSamplesClassMlp` |
Read the training data of a multilayer perceptron from a file. | |

`ReadSamplesClassSvm` |
Read the training data of a support vector machine from a file. | |

`ReadSampset` |
Read a training data set from a file. | |

`ReadSequence` |
Read images. | |

`ReadSerial` |
Read from a serial device. | |

`ReadShapeModel` |
Read a shape model from a file. | |

`ReadShapeModel3d` |
Read a 3D shape model from a file. | |

`ReadSheetOfLightModel` |
Read a sheet-of-light model from a file and create a new model. | |

`ReadString` |
Read a string in a text window. | |

`ReadStructuredLightModel` |
Read a structured light model from a file. | |

`ReadSurfaceModel` |
Read a surface model from a file. | |

`ReadTemplate` |
Reading a template from file. | |

`ReadTextureInspectionModel` |
Read a texture inspection model from a file. | |

`ReadTrainingComponents` |
Read a component training result from a file. | |

`ReadTuple` |
Read a tuple from a file. | |

`ReadVariationModel` |
Read a variation model from a file. | |

`ReadWorldFile` |
Read the geo coding from an ARC/INFO world file. | |

`RealToComplex` |
Convert two real images into a complex image. | |

`RealToVectorField` |
Convert two real-valued images into a vector field image. | |

`ReceiveData` |
Receive arbitrary data from external devices or applications using a generic socket connection. | |

`ReceiveImage` |
Receive an image over a socket connection. | |

`ReceiveRegion` |
Receive regions over a socket connection. | |

`ReceiveSerializedItem` |
Receive a serialized item over a socket connection. | |

`ReceiveTuple` |
Receive a tuple over a socket connection. | |

`ReceiveXld` |
Receive an XLD object over a socket connection. | |

`Reconst3dFromFundamentalMatrix` |
Compute the projective 3d reconstruction of points based on the fundamental matrix. | |

`ReconstructHeightFieldFromGradient` |
Reconstruct a surface from surface gradients. | |

`ReconstructPointsStereo` |
Reconstruct 3D points from calibrated multi-view stereo images. | |

`ReconstructSurfaceStereo` |
Reconstruct surface from calibrated multi-view stereo images. | |

`Rectangle1Domain` |
Reduce the domain of an image to a rectangle. | |

`Rectangularity` |
Shape factor for the rectangularity of a region. | |

`ReduceClassSvm` |
Approximate a trained support vector machine by a reduced support vector machine for faster classification. | |

`ReduceDomain` |
Reduce the domain of an image. | |

`ReduceObjectModel3dByView` |
Remove points from a 3D object model by projecting it to a virtual view and removing all points outside of a given region. | |

`ReduceOcrClassSvm` |
Approximate a trained SVM-based OCR classifier by a reduced SVM. | |

`RefineDeformableSurfaceModel` |
Refine the position and deformation of a deformable surface model in a 3D scene. | |

`RefineSurfaceModelPose` |
Refine the pose of a surface model in a 3D scene. | |

`RefineSurfaceModelPoseImage` |
Refine the pose of a surface model in a 3D scene and in images. | |

`RegionFeatures` |
Calculate shape features of regions. | |

`RegionToBin` |
Convert a region into a binary byte-image. | |

`RegionToLabel` |
Convert regions to a label image. | |

`RegionToMean` |
Paint regions with their average gray value. | |

`Regiongrowing` |
Segment an image using regiongrowing. | |

`RegiongrowingMean` |
Perform a regiongrowing using mean gray values. | |

`RegiongrowingN` |
Segment an image using regiongrowing for multi-channel images. | |

`RegisterObjectModel3dGlobal` |
Improve the relative transformations between 3D object models based on their overlaps. | |

`RegisterObjectModel3dPair` |
Search for a transformation between two 3D object models. | |

`RegressContoursXld` |
Calculate the parameters of a regression line to an XLD contour. | |

`RelPoseToFundamentalMatrix` |
Compute the fundamental matrix from the relative orientation of two cameras. | |

`ReleaseAllComputeDevices` |
Close all compute devices. | |

`ReleaseComputeDevice` |
Close a compute_device. | |

`RemoveCalibData` |
Remove a data set from a calibration data model. | |

`RemoveCalibDataObserv` |
Remove observation data from a calibration data model. | |

`RemoveDictKey` |
Remove keys from a dictionary. | |

`RemoveDir` |
Delete an empty directory. | |

`RemoveNoiseRegion` |
Remove noise from a region. | |

`RemoveObj` |
Remove objects from an iconic object tuple. | |

`RemoveSampleIdentifierPreparationData` |
Remove preparation data from a sample identifier. | |

`RemoveSampleIdentifierTrainingData` |
Remove training data from a sample identifier. | |

`RemoveScene3dCamera` |
Remove a camera from a 3D scene. | |

`RemoveScene3dInstance` |
Remove an object instance from a 3D scene. | |

`RemoveScene3dLabel` |
Remove a text label from a 3D scene. | |

`RemoveScene3dLight` |
Remove a light from a 3D scene. | |

`RemoveTextureInspectionModelImage` |
Clear all or a user-defined subset of the images of a texture inspection model. | |

`RenderObjectModel3d` |
Render 3D object models to get an image. | |

`RenderScene3d` |
Render an image of a 3D scene. | |

`Repeat` |
Start statement of a repeat..until loop. | |

`RepeatMatrix` |
Repeat a matrix. | |

`ReplaceObj` |
Replaces one or more elements of an iconic object tuple. | |

`ResetFuzzyMeasure` |
Reset a fuzzy function. | |

`ResetMetrologyObjectFuzzyParam` |
Reset all fuzzy parameters and fuzzy functions of a metrology model. | |

`ResetMetrologyObjectParam` |
Reset all parameters of a metrology model. | |

`ResetObjDb` |
Initialization of the HALCON system. | |

`ResetSheetOfLightModel` |
Reset a sheet-of-light model. | |

`Return` |
Terminate procedure call. | |

`RftGeneric` |
Compute the real-valued fast Fourier transform of an image. | |

`Rgb1ToGray` |
Transform an RGB image into a gray scale image. | |

`Rgb3ToGray` |
Transform an RGB image to a gray scale image. | |

`RigidTransObjectModel3d` |
Apply a rigid 3D transformation to 3D object models. | |

`Roberts` |
Detect edges using the Roberts filter. | |

`RobinsonAmp` |
Detect edges (amplitude) using the Robinson operator. | |

`RobinsonDir` |
Detect edges (amplitude and direction) using the Robinson operator. | |

`RotateImage` |
Rotate an image about its center. | |

`Roundness` |
Shape factors from contour. | |

`RunBgEsti` |
Estimate the background and return the foreground region. | |

`RunlengthDistribution` |
Distribution of runs needed for runlength encoding of a region. | |

`RunlengthFeatures` |
Characteristic values for runlength coding of regions. | |

`SaddlePointsSubPix` |
Subpixel precise detection of saddle points in an image. | |

`SampleFunct1d` |
Sample a function equidistantly in an interval. | |

`SampleObjectModel3d` |
Sample a 3D object model. | |

`ScaleImage` |
Scale the gray values of an image. | |

`ScaleImageMax` |
Maximum gray value spreading in the value range 0 to 255. | |

`ScaleMatrix` |
Scale a matrix. | |

`ScaleMatrixMod` |
Scale a matrix. | |

`ScaleYFunct1d` |
Multiplication and addition of the y values. | |

`SceneFlowCalib` |
Compute the calibrated scene flow between two stereo image pairs. | |

`SceneFlowUncalib` |
Compute the uncalibrated scene flow between two stereo image pairs. | |

`ScrewToDualQuat` |
Convert a screw into a dual quaternion. | |

`SearchOperator` |
Search names of all operators assigned to one keyword. | |

`SegmentCharacters` |
Segments characters in a given region of an image. | |

`SegmentContourAttribXld` |
Segment XLD contour parts whose local attributes fulfill given conditions. | |

`SegmentContoursXld` |
Segment XLD contours into line segments and circular or elliptic arcs. | |

`SegmentImageMser` |
Segment image using Maximally Stable Extremal Regions (MSER). | |

`SegmentObjectModel3d` |
Segment a set of 3D points into sub-sets with similar characteristics. | |

`SelectCharacters` |
Selects characters from a given region. | |

`SelectContoursXld` |
Select XLD contours according to several features. | |

`SelectFeatureSetGmm` |
Selects an optimal combination from a set of features to classify the provided data. | |

`SelectFeatureSetKnn` |
Selects an optimal subset from a set of features to solve a certain classification problem. | |

`SelectFeatureSetMlp` |
Selects an optimal combination of features to classify the provided data. | |

`SelectFeatureSetSvm` |
Selects an optimal combination of features to classify the provided data. | |

`SelectFeatureSetTrainfKnn` |
Select an optimal combination of features to classify OCR data. | |

`SelectFeatureSetTrainfMlp` |
Selects an optimal combination of features to classify OCR data. | |

`SelectFeatureSetTrainfMlpProtected` |
Select an optimal combination of features to classify OCR data from a (protected) training file. | |

`SelectFeatureSetTrainfSvm` |
Selects an optimal combination of features to classify OCR data. | |

`SelectFeatureSetTrainfSvmProtected` |
Select an optimal combination of features to classify OCR data from a (protected) training file. | |

`SelectGray` |
Select regions based on gray value features. | |

`SelectGrayvaluesFromChannels` |
Selection of gray values of a multi-channel image using an index image. | |

`SelectLines` |
Select lines according to various criteria. | |

`SelectLinesLongest` |
Select the longest input lines. | |

`SelectMatchingLines` |
Select those lines from a set of lines (in HNF) which fit best into a region. | |

`SelectObj` |
Select objects from an object tuple. | |

`SelectObjectModel3d` |
Select 3D object models from an array of 3D object models according to global features. | |

`SelectPointsObjectModel3d` |
Apply a threshold to an attribute of 3D object models. | |

`SelectRegionPoint` |
Choose all regions containing a given pixel. | |

`SelectRegionSpatial` |
Pose relation of regions. | |

`SelectShape` |
Choose regions with the aid of shape features. | |

`SelectShapeProto` |
Choose regions having a certain relation to each other. | |

`SelectShapeStd` |
Select regions of a given shape. | |

`SelectShapeXld` |
Select contours or polygons using shape features. | |

`SelectSubFeatureClassTrainData` |
Select certain features from training data to create training data containing less features. | |

`SelectXldPoint` |
Choose all contours or polygons containing a given point. | |

`SendData` |
Send arbitrary data to external devices or applications using a generic socket communication. | |

`SendImage` |
Send an image over a socket connection. | |

`SendMouseDoubleClickEvent` |
Send an event to a buffer window signaling a mouse double click event. | |

`SendMouseDownEvent` |
Send an event to a window buffer signaling a mouse down event. | |

`SendMouseDragEvent` |
Send an event to a buffer window signaling a mouse drag event. | |

`SendMouseUpEvent` |
Send an event to a buffer window signaling a mouse up event. | |

`SendRegion` |
Send regions over a socket connection. | |

`SendSerializedItem` |
Send a serialized item over a socket connection. | |

`SendTuple` |
Send a tuple over a socket connection. | |

`SendXld` |
Send an XLD object over a socket connection. | |

`SerializeBarCodeModel` |
Serialize a bar code model. | |

`SerializeCalibData` |
Serialize a calibration data model. | |

`SerializeCamPar` |
Serialize the internal camera parameters. | |

`SerializeCameraSetupModel` |
Serialize a camera setup model. | |

`SerializeClassBox` |
Serialize a classifier. | |

`SerializeClassGmm` |
Serialize a Gaussian Mixture Model (GMM). | |

`SerializeClassKnn` |
Serialize a k-NN classifier. | |

`SerializeClassMlp` |
Serialize a multilayer perceptron (MLP). | |

`SerializeClassSvm` |
Serialize a support vector machine (SVM). | |

`SerializeClassTrainData` |
Serialize training data for classifiers. | |

`SerializeComponentModel` |
Serialize a component model. | |

`SerializeDataCode2dModel` |
Serialize a 2D data code model. | |

`SerializeDeformableModel` |
Serialize a deformable model. | |

`SerializeDeformableSurfaceModel` |
Serialize a deformable surface_model. | |

`SerializeDescriptorModel` |
Serialize a descriptor model. | |

`SerializeDistanceTransformXld` |
Serialize an XLD distance transform. | |

`SerializeDlClassifier` |
Serialize a deep-learning-based classifier. | |

`SerializeDlModel` |
Serialize a deep learning model. | |

`SerializeDualQuat` |
Serialize a dual quaternion. | |

`SerializeFftOptimizationData` |
Serialize FFT speed optimization data. | |

`SerializeHandle` |
Serialize the content of a handle. | |

`SerializeHomMat2d` |
Serialize a homogeneous 2D transformation matrix. | |

`SerializeHomMat3d` |
Serialize a homogeneous 3D transformation matrix. | |

`SerializeImage` |
Serialize an image object. | |

`SerializeMatrix` |
Serialize a matrix. | |

`SerializeMeasure` |
Serialize a measure object. | |

`SerializeMetrologyModel` |
Serialize a metrology model. | |

`SerializeNccModel` |
Serialize an NCC model. | |

`SerializeObject` |
Serialize an iconic object. | |

`SerializeObjectModel3d` |
Serialize a 3D object model. | |

`SerializeOcr` |
Serialize an OCR classifier. | |

`SerializeOcrClassCnn` |
Serialize a CNN-based OCR classifier | |

`SerializeOcrClassKnn` |
Serialize a k-NN-based OCR classifier. | |

`SerializeOcrClassMlp` |
Serialize a MLP-based OCR classifier. | |

`SerializeOcrClassSvm` |
Serialize a SVM-based OCR classifier | |

`SerializeOcv` |
Serialize an OCV tool. | |

`SerializePose` |
Serialize a pose. | |

`SerializeQuat` |
Serialize a quaternion. | |

`SerializeRegion` |
Serialize a region. | |

`SerializeSampleIdentifier` |
Serialize a sample identifier. | |

`SerializeShapeModel` |
Serialize a shape model. | |

`SerializeShapeModel3d` |
Serialize a 3D shape model. | |

`SerializeSheetOfLightModel` |
Serialize a sheet-of-light model. | |

`SerializeStructuredLightModel` |
Serialize a structured light model. | |

`SerializeSurfaceModel` |
Serialize a surface_model. | |

`SerializeTemplate` |
Serialize a template. | |

`SerializeTextureInspectionModel` |
Serialize a texture inspection model. | |

`SerializeTrainingComponents` |
Serialize a component training result. | |

`SerializeTuple` |
Serialize a tuple. | |

`SerializeVariationModel` |
Serialize a variation model. | |

`SerializeXld` |
Serialize an XLD object. | |

`SetAopInfo` |
Set AOP information for operators. | |

`SetBarCodeParam` |
Set selected parameters of the bar code model. | |

`SetBarCodeParamSpecific` |
Set selected parameters of the bar code model for selected bar code types | |

`SetBeadInspectionParam` |
Set parameters of the bead inspection model. | |

`SetBgEstiParams` |
Change the parameters of the data set. | |

`SetCalibData` |
Set data in a calibration data model. | |

`SetCalibDataCalibObject` |
Define a calibration object in a calibration model. | |

`SetCalibDataCamParam` |
Set type and initial parameters of a camera in a calibration data model. | |

`SetCalibDataObservPoints` |
Set point-based observation data in a calibration data model. | |

`SetCalibDataObservPose` |
Set observed calibration object poses in a calibration data model. | |

`SetCameraSetupCamParam` |
Define type, parameters, and relative pose of a camera in a camera setup model. | |

`SetCameraSetupParam` |
Set generic camera setup model parameters. | |

`SetCheck` |
Activating and deactivating of HALCON control modes. | |

`SetClassBoxParam` |
Set system parameters for classification. | |

`SetColor` |
Set output color. | |

`SetColored` |
Set multiple output colors. | |

`SetComprise` |
Define the image matrix output clipping. | |

`SetComputeDeviceParam` |
Set parameters of an compute device. | |

`SetContentUpdateCallback` |
Sets the callback for content updates in buffer window. | |

`SetCurrentDir` |
Set the current working directory. | |

`SetDataCode2dParam` |
Set selected parameters of the 2D data code model. | |

`SetDeformableModelOrigin` |
Set the origin (reference point) of a deformable model. | |

`SetDeformableModelParam` |
Set selected parameters of the deformable model. | |

`SetDescriptorModelOrigin` |
Sets the origin of a descriptor model. | |

`SetDiagonalMatrix` |
Set the diagonal elements of a matrix. | |

`SetDictObject` |
Add a key/object pair to the dictionary. | |

`SetDictTuple` |
Add a key/tuple pair to the dictionary. | |

`SetDistanceTransformXldParam` |
Set new parameters for an XLD distance transform. | |

`SetDlClassifierParam` |
Set the parameters of a deep-learning-based classifier. | |

`SetDlModelParam` |
Set the parameters of a deep learning model. | |

`SetDraw` |
Define the region fill mode. | |

`SetDrawingObjectCallback` |
Add a callback function to a drawing object. | |

`SetDrawingObjectParams` |
Set the parameters of a drawing object. | |

`SetDrawingObjectXld` |
Set the contour of an interactive draw XLD. | |

`SetFeatureLengthsClassTrainData` |
Define subfeatures in training data. | |

`SetFix` |
Set fixing of “look-up-table” (lut) | |

`SetFixedLut` |
Fix “look-up-table” (lut) for “real color images”. | |

`SetFont` |
Set the font used for text output. | |

`SetFramegrabberCallback` |
Register a callback function for an image acquisition device. | |

`SetFramegrabberLut` |
Set look-up table of the image acquisition device. | |

`SetFramegrabberParam` |
Set specific parameters of an image acquistion device. | |

`SetFullMatrix` |
Set all values of a matrix. | |

`SetFuzzyMeasure` |
Specify a fuzzy function. | |

`SetFuzzyMeasureNormPair` |
Specify a normalized fuzzy function for edge pairs. | |

`SetGray` |
Define gray values for region output. | |

`SetGrayval` |
Set single gray values in an image. | |

`SetHsi` |
Define output colors (HSI-coded). | |

`SetIcon` |
Icon definition for region output. | |

`SetInsert` |
Define the pixel output function. | |

`SetIoChannelParam` |
Set specific parameters of I/O channels. | |

`SetIoDeviceParam` |
Configure a specific I/O device instance. | |

`SetLineApprox` |
Define the approximation error for contour display. | |

`SetLineStyle` |
Define a contour output pattern. | |

`SetLineWidth` |
Define the line width for region contour output. | |

`SetLocalDeformableModelMetric` |
Set the metric of a local deformable model that was created from XLD contours. | |

`SetLut` |
Set “look-up-table” (lut). | |

`SetLutStyle` |
Changing the look-up-table (lut). | |

`SetMessageObj` |
Add a key/object pair to the message. | |

`SetMessageParam` |
Set message parameter or invoke commands on the message. | |

`SetMessageQueueParam` |
Set message queue parameters or invoke commands on the queue. | |

`SetMessageTuple` |
Add a key/tuple pair to the message. | |

`SetMetrologyModelImageSize` |
Set the size of the image of metrology objects. | |

`SetMetrologyModelParam` |
Set parameters that are valid for the entire metrology model. | |

`SetMetrologyObjectFuzzyParam` |
Set fuzzy parameters or fuzzy functions for a metrology model. | |

`SetMetrologyObjectParam` |
Set parameters for the metrology objects of a metrology model. | |

`SetMshape` |
Set the current mouse pointer shape. | |

`SetNccModelOrigin` |
Set the origin (reference point) of an NCC model. | |

`SetNccModelParam` |
Set selected parameters of the NCC model. | |

`SetObjectModel3dAttrib` |
Set attributes of a 3D object model. | |

`SetObjectModel3dAttribMod` |
Set attributes of a 3D object model. | |

`SetOffsetTemplate` |
Gray value offset for template. | |

`SetOperatorTimeout` |
Set a timeout for an operator. | |

`SetOriginPose` |
Translate the origin of a 3D pose. | |

`SetPaint` |
Define the gray value output mode. | |

`SetParamsClassKnn` |
Set parameters for k-NN classification. | |

`SetPart` |
Modify the displayed image part. | |

`SetPartStyle` |
Define an interpolation method for gray value output. | |

`SetPixel` |
Define a color lookup table index. | |

`SetPlanarCalibDeformableModelMetric` |
Set the metric of a planar calibrated deformable model that was created from XLD contours. | |

`SetPlanarUncalibDeformableModelMetric` |
Set the metric of a planar uncalibrated deformable model that was created from XLD contours. | |

`SetProfileSheetOfLight` |
Set sheet of light profiles by measured disparities. | |

`SetReferenceTemplate` |
Define reference position for a matching template. | |

`SetRegularizationParamsClassMlp` |
Set the regularization parameters of a multilayer perceptron. | |

`SetRegularizationParamsOcrClassMlp` |
Set the regularization parameters of an OCR classifier. | |

`SetRejectionParamsClassMlp` |
Set the parameters of a rejection class. | |

`SetRejectionParamsOcrClassMlp` |
Set the rejection class parameters of an OCR classifier. | |

`SetRgb` |
Set the color definition via RGB values. | |

`SetRgba` |
Set the color definition via RGBA values. | |

`SetSampleIdentifierObjectInfo` |
Define a name or a description for an object of a sample identifier. | |

`SetSampleIdentifierParam` |
Set selected parameters of a sample identifier. | |

`SetScene3dCameraPose` |
Set the pose of a camera in a 3D scene. | |

`SetScene3dInstanceParam` |
Set parameters of an instance in a 3D scene. | |

`SetScene3dInstancePose` |
Set the pose of an instance in a 3D scene. | |

`SetScene3dLabelParam` |
Set parameters of a text label in a 3D scene. | |

`SetScene3dLightParam` |
Set parameters of a light in a 3D scene. | |

`SetScene3dParam` |
Set parameters of a 3D scene. | |

`SetScene3dToWorldPose` |
Set the pose of a 3D scene. | |

`SetSerialParam` |
Set the parameters of a serial device. | |

`SetShape` |
Define the region output shape. | |

`SetShapeModelMetric` |
Set the metric of a shape model that was created from XLD contours. | |

`SetShapeModelOrigin` |
Set the origin (reference point) of a shape model. | |

`SetShapeModelParam` |
Set selected parameters of the shape model. | |

`SetSheetOfLightParam` |
Set selected parameters of the sheet-of-light model. | |

`SetSocketParam` |
Set a socket parameter. | |

`SetSpy` |
Control of the HALCON Debugging Tools. | |

`SetStereoModelImagePairs` |
Specify image pairs to be used for surface stereo reconstruction. | |

`SetStereoModelParam` |
Set stereo model parameters. | |

`SetStructuredLightModelParam` |
Set parameters of a structured light model. | |

`SetSubMatrix` |
Set a sub-matrix of a matrix. | |

`SetSurfaceModelParam` |
Set parameters and properties of a surface model. | |

`SetSystem` |
Set HALCON system parameters. | |

`SetTextModelParam` |
Set parameters of a text model. | |

`SetTextureInspectionModelParam` |
Set parameters of a texture inspection model. | |

`SetTposition` |
Set the position of the text cursor. | |

`SetTshape` |
Set the shape of the text cursor. | |

`SetValueMatrix` |
Set one or more elements of a matrix. | |

`SetWindowAttr` |
Set window characteristics. | |

`SetWindowDc` |
Set the device context of a virtual graphics window (Windows NT). | |

`SetWindowExtents` |
Modify position and size of a window. | |

`SetWindowParam` |
Set window parameters. | |

`SetWindowType` |
Specify a window type. | |

`SfsModLr` |
Reconstruct a surface from a gray value image. | |

`SfsOrigLr` |
Reconstruct a surface from a gray value image. | |

`SfsPentland` |
Reconstruct a surface from a gray value image. | |

`ShadeHeightField` |
Shade a height field. | |

`ShapeHistoAll` |
Determine a histogram of features along all threshold values. | |

`ShapeHistoPoint` |
Determine a histogram of features along all threshold values. | |

`ShapeTrans` |
Transform the shape of a region. | |

`ShapeTransXld` |
Transform the shape of contours or polygons. | |

`ShockFilter` |
Apply a shock filter to an image. | |

`SigmaImage` |
Non-linear smoothing with the sigma filter. | |

`SignalCondition` |
Signal a condition synchronization object. | |

`SignalEvent` |
Unlock an event synchronization object. | |

`SimCaltab` |
Simulate an image with calibration plate. | |

`SimplifyObjectModel3d` |
Simplify a triangulated 3D object model. | |

`SimulateDefocus` |
Simulate an uniform out-of-focus blurring of an image. | |

`SimulateMotion` |
Simulation of (linearly) motion blur. | |

`SinImage` |
Calculate the sine of an image. | |

`Skeleton` |
Compute the skeleton of a region. | |

`SlideImage` |
Interactive output from two window buffers. | |

`SmallestBoundingBoxObjectModel3d` |
Calculate the smallest bounding box around the points of a 3D object model. | |

`SmallestCircle` |
Smallest surrounding circle of a region. | |

`SmallestCircleXld` |
Smallest enclosing circle of contours or polygons. | |

`SmallestRectangle1` |
Surrounding rectangle parallel to the coordinate axes. | |

`SmallestRectangle1Xld` |
Enclosing rectangle parallel to the coordinate axes of contours or polygons. | |

`SmallestRectangle2` |
Smallest surrounding rectangle with any orientation. | |

`SmallestRectangle2Xld` |
Smallest enclosing rectangle with arbitrary orientation of contours or polygons. | |

`SmallestSphereObjectModel3d` |
Calculate the smallest sphere around the points of a 3D object model. | |

`SmoothContoursXld` |
Smooth an XLD contour. | |

`SmoothFunct1dGauss` |
Smooth an equidistant 1D function with a Gaussian function. | |

`SmoothFunct1dMean` |
Smooth an equidistant 1D function by averaging its values. | |

`SmoothImage` |
Smooth an image using various filters. | |

`SmoothObjectModel3d` |
Smooth the 3D points of a 3D object model. | |

`SobelAmp` |
Detect edges (amplitude) using the Sobel operator. | |

`SobelDir` |
Detect edges (amplitude and direction) using the Sobel operator. | |

`SocketAcceptConnect` |
Accept a connection request on a listening socket of the protocol type 'HALCON'"HALCON""HALCON""HALCON""HALCON" or 'TCP'"TCP""TCP""TCP""TCP"/'TCP4'"TCP4""TCP4""TCP4""TCP4"/'TCP6'"TCP6""TCP6""TCP6""TCP6". | |

`SolveMatrix` |
Compute the solution of a system of equations. | |

`SortContoursXld` |
Sort contours with respect to their relative position. | |

`SortRegion` |
Sorting of regions with respect to their relative position. | |

`SpDistribution` |
Generate a salt-and-pepper noise distribution. | |

`SpatialRelation` |
Pose relation of regions with regard to the coordinate axes. | |

`SplitContoursXld` |
Split XLD contours at dominant points. | |

`SplitSkeletonLines` |
Split lines represented by one pixel wide, non-branching lines. | |

`SplitSkeletonRegion` |
Split lines represented by one pixel wide, non-branching regions. | |

`SqrtImage` |
Calculate the square root of an image. | |

`SqrtMatrix` |
Compute the square root values of the elements of a matrix. | |

`SqrtMatrixMod` |
Compute the square root values of the elements of a matrix. | |

`StationaryCameraSelfCalibration` |
Perform a self-calibration of a stationary projective camera. | |

`Stop` |
Stop program execution. | |

`SubImage` |
Subtract two images. | |

`SubMatrix` |
Subtract two matrices. | |

`SubMatrixMod` |
Subtract two matrices. | |

`SuggestLexicon` |
Find a similar word in a lexicon. | |

`SumMatrix` |
Returns the elementwise sum of a matrix. | |

`SurfaceNormalsObjectModel3d` |
Calculate the 3D surface normals of a 3D object model. | |

`SvdMatrix` |
Compute the singular value decomposition of a matrix. | |

`Switch` |
Starts a multiway branch block. | |

`SymmDifference` |
Calculate the symmetric difference of two regions. | |

`SymmDifferenceClosedContoursXld` |
Compute the symmetric difference of closed contours. | |

`SymmDifferenceClosedPolygonsXld` |
Compute the symmetric difference of closed polygons. | |

`Symmetry` |
Symmetry of gray values along a row. | |

`SystemCall` |
Execute a system command. | |

`TanImage` |
Calculate the tangent of an image. | |

`TestClosedXld` |
Test whether contours or polygons are closed. | |

`TestEqualObj` |
Compare image objects regarding equality. | |

`TestEqualRegion` |
Test whether the regions of two objects are identical. | |

`TestRegionPoint` |
Test if the region contains a given point. | |

`TestSampsetBox` |
Classify a set of arrays. | |

`TestSelfIntersectionXld` |
Test XLD contours or polygons for self intersection. | |

`TestSubsetRegion` |
Test whether a region is contained in another region. | |

`TestXldPoint` |
Test whether one or more contours or polygons enclose the given point(s). | |

`TestdOcrClassBox` |
Test an OCR classifier. | |

`TextLineOrientation` |
Determines the orientation of a text line or paragraph. | |

`TextLineSlant` |
Determines the slant of characters of a text line or paragraph. | |

`TextureLaws` |
Filter an image using a Laws texture filter. | |

`Thickening` |
Add the result of a hit-or-miss operation to a region. | |

`ThickeningGolay` |
Add the result of a hit-or-miss operation to a region (using a Golay structuring element). | |

`ThickeningSeq` |
Add the result of a hit-or-miss operation to a region (sequential). | |

`Thinning` |
Remove the result of a hit-or-miss operation from a region. | |

`ThinningGolay` |
Remove the result of a hit-or-miss operation from a region (using a Golay structuring element). | |

`ThinningSeq` |
Remove the result of a hit-or-miss operation from a region (sequential). | |

`Threshold` |
Segment an image using global threshold. | |

`ThresholdSubPix` |
Extract level crossings from an image with subpixel accuracy. | |

`Throw` |
Throws a user-defined exception or rethrows a caught exception. | |

`TileChannels` |
Tile multiple images into a large image. | |

`TileImages` |
Tile multiple image objects into a large image. | |

`TileImagesOffset` |
Tile multiple image objects into a large image with explicit positioning information. | |

`TimedWaitCondition` |
Bounded wait on the signal of a condition synchronization object. | |

`TopHat` |
Compute the top hat of regions. | |

`TopographicSketch` |
Compute the topographic primal sketch of an image. | |

`TrainClassGmm` |
Train a Gaussian Mixture Model. | |

`TrainClassKnn` |
Creates the search trees for a k-NN classifier. | |

`TrainClassMlp` |
Train a multilayer perceptron. | |

`TrainClassSvm` |
Train a support vector machine. | |

`TrainDlClassifierBatch` |
Perform a training step of a deep-learning-based classifier on a batch of images. | |

`TrainDlModelBatch` |
Train a deep learning model. | |

`TrainModelComponents` |
Train components and relations for the component-based matching. | |

`TrainSampleIdentifier` |
Train a sample identifier. | |

`TrainTextureInspectionModel` |
Train a texture inspection model. | |

`TrainVariationModel` |
Train a variation model. | |

`TraindOcrClassBox` |
Train an OCR classifier by the input of regions. | |

`TraindOcvProj` |
Training of an OCV tool. | |

`TrainfOcrClassBox` |
Train an OCR classifier with the help of a training file. | |

`TrainfOcrClassKnn` |
Trains an k-NN classifier for an OCR task. | |

`TrainfOcrClassMlp` |
Train an OCR classifier. | |

`TrainfOcrClassMlpProtected` |
Train an OCR classifier with data from a (protected) training file. | |

`TrainfOcrClassSvm` |
Train an OCR classifier. | |

`TrainfOcrClassSvmProtected` |
Train an OCR classifier with data from a (protected) training file. | |

`TransFromRgb` |
Transform an image from the RGB color space to an arbitrary color space. | |

`TransPoseShapeModel3d` |
Transform a pose that refers to the coordinate system of a 3D object model to a pose that refers to the reference coordinate system of a 3D shape model and vice versa. | |

`TransToRgb` |
Transform an image from an arbitrary color space to the RGB color space. | |

`TransformFunct1d` |
Transform a function using given transformation parameters. | |

`TransformMetrologyObject` |
Transform metrology objects of a metrology model, e.g. for alignment. | |

`TranslateMeasure` |
Translate a measure object. | |

`TransposeMatrix` |
Transpose a matrix. | |

`TransposeMatrixMod` |
Transpose a matrix. | |

`TransposeRegion` |
Reflect a region about a point. | |

`TriangulateObjectModel3d` |
Create a surface triangulation for a 3D object model. | |

`TrimmedMean` |
Smooth an image with an arbitrary rank mask. | |

`Try` |
Starts a program block where exceptions are detected and caught. | |

`TryLockMutex` |
Lock a mutex synchronization object. | |

`TryWaitEvent` |
Lock an event synchronization object only if it is unlocked. | |

`TupleAbs` |
Compute the absolute value of a tuple. | |

`TupleAcos` |
Compute the arccosine of a tuple. | |

`TupleAdd` |
Add two tuples. | |

`TupleAnd` |
Compute the logical and of two tuples. | |

`TupleAsin` |
Compute the arcsine of a tuple. | |

`TupleAtan` |
Compute the arctangent of a tuple. | |

`TupleAtan2` |
Compute the arctangent of a tuple for all four quadrants. | |

`TupleBand` |
Compute the bitwise and of two tuples. | |

`TupleBnot` |
Compute the bitwise not of a tuple. | |

`TupleBor` |
Compute the bitwise or of two tuples. | |

`TupleBxor` |
Compute the bitwise exclusive or of two tuples. | |

`TupleCeil` |
Compute the ceiling function of a tuple. | |

`TupleChr` |
Convert a tuple of integer numbers into strings. | |

`TupleChrt` |
Convert a tuple of integer numbers into strings. | |

`TupleConcat` |
Concatenate two tuples to a new one. | |

`TupleCos` |
Compute the cosine of a tuple. | |

`TupleCosh` |
Compute the hyperbolic cosine of a tuple. | |

`TupleCumul` |
Calculate the cumulative sums of a tuple. | |

`TupleDeg` |
Convert a tuple from radians to degrees. | |

`TupleDeviation` |
Return the standard deviation of the elements of a tuple. | |

`TupleDifference` |
Compute the difference set of two input tuples. | |

`TupleDiv` |
Divide two tuples. | |

`TupleEnvironment` |
Read one or more environment variables. | |

`TupleEqual` |
Test whether two tuples are equal. | |

`TupleEqualElem` |
Test, whether two tuples are elementwise equal. | |

`TupleExp` |
Compute the exponential of a tuple. | |

`TupleFabs` |
Compute the absolute value of a tuple (as floating point numbers). | |

`TupleFind` |
Return the indices of all occurrences of a tuple within another tuple. | |

`TupleFindFirst` |
Return the index of the first occurrence of a tuple within another tuple. | |

`TupleFindLast` |
Return the index of the last occurrence of a tuple within another tuple. | |

`TupleFirstN` |
Select the first elements of a tuple up to the index “n”. | |

`TupleFloor` |
Compute the floor function of a tuple. | |

`TupleFmod` |
Calculate the remainder of the floating point division of two tuples. | |

`TupleGenConst` |
Generate a tuple of a specific length and initialize its elements. | |

`TupleGenSequence` |
Generate a tuple with a sequence of equidistant values. | |

`TupleGreater` |
Test whether a tuple is greater than another tuple. | |

`TupleGreaterElem` |
Test, whether a tuple is elementwise greater than another tuple. | |

`TupleGreaterEqual` |
Test whether a tuple is greater or equal to another tuple. | |

`TupleGreaterEqualElem` |
Test, whether a tuple is elementwise greater or equal to another tuple. | |

`TupleHistoRange` |
Calculate the value distribution of a tuple within a certain value range. | |

`TupleInsert` |
Inserts one or more elements into a tuple at index. | |

`TupleInt` |
Convert a tuple into a tuple of integer numbers. | |

`TupleIntersection` |
Compute the intersection set of two input tuples. | |

`TupleInverse` |
Invert a tuple. | |

`TupleIsHandle` |
Test if the internal representation of a tuple is of type handle. | |

`TupleIsHandleElem` |
Test whether the elements of a tuple are of type handle. | |

`TupleIsInt` |
Test if the internal representation of a tuple is of type integer. | |

`TupleIsIntElem` |
Test whether the types of the elements of a tuple are of type integer. | |

`TupleIsMixed` |
Test whether a tuple is of type mixed. | |

`TupleIsNumber` |
Check a tuple (of strings) whether it represents numbers. | |

`TupleIsReal` |
Test if the internal representation of a tuple is of type real. | |

`TupleIsRealElem` |
Test whether the types of the elements of a tuple are of type real. | |

`TupleIsSerializable` |
Test if a tuple is serializable. | |

`TupleIsSerializableElem` |
Test if the elements of a tuple are serializable. | |

`TupleIsString` |
Test if the internal representation of a tuple is of type string. | |

`TupleIsStringElem` |
Test whether the types of the elements of a tuple are of type string. | |

`TupleIsValidHandle` |
Check if a handle is valid. | |

`TupleLastN` |
Select all elements from index “n” to the end of a tuple. | |

`TupleLdexp` |
Calculate the ldexp function of two tuples. | |

`TupleLength` |
Return the number of elements of a tuple. | |

`TupleLess` |
Test whether a tuple is less than another tuple. | |

`TupleLessElem` |
Test, whether a tuple is elementwise less than another tuple. | |

`TupleLessEqual` |
Test whether a tuple is less or equal to another tuple. | |

`TupleLessEqualElem` |
Test, whether a tuple is elementwise less or equal to another tuple. | |

`TupleLog` |
Compute the natural logarithm of a tuple. | |

`TupleLog10` |
Compute the base 10 logarithm of a tuple. | |

`TupleLsh` |
Shift a tuple bitwise to the left. | |

`TupleMax` |
Return the maximal element of a tuple. | |

`TupleMax2` |
Calculate the elementwise maximum of two tuples. | |

`TupleMean` |
Return the mean value of a tuple of numbers. | |

`TupleMedian` |
Return the median of the elements of a tuple. | |

`TupleMin` |
Return the minimal element of a tuple. | |

`TupleMin2` |
Calculate the elementwise minimum of two tuples. | |

`TupleMod` |
Calculate the remainder of the integer division of two tuples. | |

`TupleMult` |
Multiply two tuples. | |

`TupleNeg` |
Negate a tuple. | |

`TupleNot` |
Compute the logical not of a tuple. | |

`TupleNotEqual` |
Test whether two tuples are not equal. | |

`TupleNotEqualElem` |
Test, whether two tuples are elementwise not equal. | |

`TupleNumber` |
Convert a tuple (of strings) into a tuple of numbers. | |

`TupleOr` |
Compute the logical or of two tuples. | |

`TupleOrd` |
Convert a tuple of strings of length 1 into a tuple of integer numbers. | |

`TupleOrds` |
Convert a tuple of strings into a tuple of integer numbers. | |

`TuplePow` |
Calculate the power function of two tuples. | |

`TupleRad` |
Convert a tuple from degrees to radians. | |

`TupleRand` |
Return a tuple of random numbers between 0 and 1. | |

`TupleReal` |
Convert a tuple into a tuple of floating point numbers. | |

`TupleRegexpMatch` |
Extract substrings using regular expressions. | |

`TupleRegexpReplace` |
Replace a substring using regular expressions. | |

`TupleRegexpSelect` |
Select tuple elements matching a regular expression. | |

`TupleRegexpTest` |
Test if a string matches a regular expression. | |

`TupleRemove` |
Remove elements from a tuple. | |

`TupleReplace` |
Replaces one or more elements of a tuple. | |

`TupleRound` |
Convert a tuple into a tuple of integer numbers. | |

`TupleRsh` |
Shift a tuple bitwise to the right. | |

`TupleSelect` |
Select single elements of a tuple. | |

`TupleSelectMask` |
Select in mask specified elements of a tuple. | |

`TupleSelectRange` |
Select several elements of a tuple. | |

`TupleSelectRank` |
Select the element of rank n of a tuple. | |

`TupleSemType` |
Return the semantic type of a tuple. | |

`TupleSemTypeElem` |
Return the semantic type of the elements of a tuple. | |

`TupleSgn` |
Calculate the sign of a tuple. | |

`TupleSin` |
Compute the sine of a tuple. | |

`TupleSinh` |
Compute the hyperbolic sine of a tuple. | |

`TupleSort` |
Sort the elements of a tuple in ascending order. | |

`TupleSortIndex` |
Sort the elements of a tuple and return the indices of the sorted tuple. | |

`TupleSplit` |
Split strings into substrings using predefined separator symbol(s). | |

`TupleSqrt` |
Compute the square root of a tuple. | |

`TupleStrBitSelect` |
Select single character or bit from a tuple. | |

`TupleStrFirstN` |
Cut the first characters up to position “n” out of a string tuple. | |

`TupleStrLastN` |
Cut all characters starting at position “n” out of a string tuple. | |

`TupleStrchr` |
Forward search for characters within a string tuple. | |

`TupleString` |
Convert a tuple into a tuple of strings. | |

`TupleStrlen` |
Determine the length of every string within a tuple of strings. | |

`TupleStrrchr` |
Backward search for characters within a string tuple. | |

`TupleStrrstr` |
Backward search for strings within a string tuple. | |

`TupleStrstr` |
Forward search for strings within a string tuple. | |

`TupleSub` |
Subtract two tuples. | |

`TupleSubstr` |
Cut characters from position “n1” through “n2” out of a string tuple. | |

`TupleSum` |
Return the sum of all elements of a tuple. | |

`TupleSymmdiff` |
Compute the symmetric difference set of two input tuples. | |

`TupleTan` |
Compute the tangent of a tuple. | |

`TupleTanh` |
Compute the hyperbolic tangent of a tuple. | |

`TupleType` |
Return the type of a tuple. | |

`TupleTypeElem` |
Return the types of the elements of a tuple. | |

`TupleUnion` |
Compute the union set of two input tuples. | |

`TupleUniq` |
Discard all but one of successive identical elements of a tuple. | |

`TupleXor` |
Compute the logical exclusive or of two tuples. | |

`UncalibratedPhotometricStereo` |
Reconstruct a surface from several, differently illuminated images. | |

`Union1` |
Return the union of all input regions. | |

`Union2` |
Return the union of two regions. | |

`Union2ClosedContoursXld` |
Compute the union of closed contours. | |

`Union2ClosedPolygonsXld` |
Compute the union of closed polygons. | |

`UnionAdjacentContoursXld` |
Compute the union of contours whose end points are close together. | |

`UnionCocircularContoursXld` |
Compute the union of contours that belong to the same circle. | |

`UnionCollinearContoursExtXld` |
Compute the union of collinear contours (operator with extended functionality). | |

`UnionCollinearContoursXld` |
Unite approximately collinear contours. | |

`UnionCotangentialContoursXld` |
Compute the union of cotangential contours. | |

`UnionObjectModel3d` |
Combine several 3D object models to a new 3D object model. | |

`UnionStraightContoursHistoXld` |
Compute the union of neighboring straight contours that have a similar distance from a given line. | |

`UnionStraightContoursXld` |
Compute the union of neighboring straight contours that have a similar direction. | |

`UnlockMutex` |
Unlock a mutex synchronization object. | |

`UnprojectCoordinates` |
Calculates image coordinates for a point in a 3D plot window. | |

`Until` |
Continue to execute the body as long as the condition is not true. | |

`UnwarpImageVectorField` |
Unwarp an image using a vector field. | |

`UpdateBgEsti` |
Change the estimated background image. | |

`UpdateKalman` |
Read an update file of a Kalman filter. | |

`UpdateWindowPose` |
Modify the pose of a 3D plot. | |

`VarThreshold` |
Threshold an image by local mean and standard deviation analysis. | |

`VectorAngleToRigid` |
Compute a rigid affine transformation from points and angles. | |

`VectorFieldLength` |
Compute the length of the vectors of a vector field. | |

`VectorFieldToHomMat2d` |
Approximate an affine map from a displacement vector field. | |

`VectorFieldToReal` |
Convert a vector field image into two real-valued images. | |

`VectorToAniso` |
Approximate an anisotropic similarity transformation from point correspondences. | |

`VectorToEssentialMatrix` |
Compute the essential matrix given image point correspondences and known camera matrices and reconstruct 3D points. | |

`VectorToFundamentalMatrix` |
Compute the fundamental matrix given a set of image point correspondences and reconstruct 3D points. | |

`VectorToFundamentalMatrixDistortion` |
Compute the fundamental matrix and the radial distortion coefficient given a set of image point correspondences and reconstruct 3D points. | |

`VectorToHomMat2d` |
Approximate an affine transformation from point correspondences. | |

`VectorToHomMat3d` |
Approximate a 3D transformation from point correspondences. | |

`VectorToPose` |
Compute an absolute pose out of point correspondences between world and image coordinates. | |

`VectorToProjHomMat2d` |
Compute a projective transformation matrix using given point correspondences. | |

`VectorToProjHomMat2dDistortion` |
Compute a projective transformation matrix and the radial distortion coefficient using given image point correspondences. | |

`VectorToRelPose` |
Compute the relative orientation between two cameras given image point correspondences and known camera parameters and reconstruct 3D space points. | |

`VectorToRigid` |
Approximate a rigid affine transformation from point correspondences. | |

`VectorToSimilarity` |
Approximate an similarity transformation from point correspondences. | |

`VolumeObjectModel3dRelativeToPlane` |
Calculate the volume of a 3D object model. | |

`WaitBarrier` |
Wait on the release of a barrier synchronization object. | |

`WaitCondition` |
wait on the signal of a condition synchronization object. | |

`WaitEvent` |
Lock an event synchronization object. | |

`WaitSeconds` |
Delaying the execution of the program. | |

`Watersheds` |
Extract watersheds and basins from an image. | |

`WatershedsThreshold` |
Extract watershed basins from an image using a threshold. | |

`While` |
Starts a loop block that is executed as long as the condition is true. | |

`WienerFilter` |
Image restoration by Wiener filtering. | |

`WienerFilterNi` |
Image restoration by Wiener filtering. | |

`WriteAopKnowledge` |
Write knowledge about hardware dependent behavior of automatic operator parallelization to file. | |

`WriteBarCodeModel` |
Write a bar code model to a file. | |

`WriteCalibData` |
Store a calibration data model into a file. | |

`WriteCamPar` |
Write internal camera parameters into a file. | |

`WriteCameraSetupModel` |
Store a camera setup model into a file. | |

`WriteClassBox` |
Save a classifier in a file. | |

`WriteClassGmm` |
Write a Gaussian Mixture Model to a file. | |

`WriteClassKnn` |
Save the k-NN classifier in a file. | |

`WriteClassMlp` |
Write a multilayer perceptron to a file. | |

`WriteClassSvm` |
Write a support vector machine to a file. | |

`WriteClassTrainData` |
Save the training data for classifiers in a file. | |

`WriteComponentModel` |
Write a component model to a file. | |

`WriteContourXldArcInfo` |
Write XLD contours to a file in ARC/INFO generate format. | |

`WriteContourXldDxf` |
Write XLD contours to a file in DXF format. | |

`WriteDataCode2dModel` |
Writes a 2D data code model into a file. | |

`WriteDeformableModel` |
Write a deformable model to a file. | |

`WriteDeformableSurfaceModel` |
Write a deformable surface model to a file. | |

`WriteDescriptorModel` |
Write a descriptor model to a file. | |

`WriteDict` |
Write a dictionary to a file. | |

`WriteDistanceTransformXld` |
Write an XLD distance transform into a file. | |

`WriteDlClassifier` |
Write a deep-learning-based classifier in a file. | |

`WriteDlModel` |
Write a deep learning model in a file. | |

`WriteFftOptimizationData` |
Store FFT speed optimization data in a file. | |

`WriteFunct1d` |
Write a function to a file. | |

`WriteImage` |
Write images in graphic formats. | |

`WriteIoChannel` |
Write a value to the specified I/O channels. | |

`WriteLut` |
Write look-up-table (lut) as file. | |

`WriteMatrix` |
Write a matrix to a file. | |

`WriteMeasure` |
Write a measure object to a file. | |

`WriteMessage` |
Write a message to a file. | |

`WriteMetrologyModel` |
Write a metrology model to a file. | |

`WriteNccModel` |
Write an NCC model to a file. | |

`WriteObject` |
Write an iconic object. | |

`WriteObjectModel3d` |
Writes a 3D object model to a file. | |

`WriteOcr` |
Writing an OCR classifier into a file. | |

`WriteOcrClassKnn` |
Write a k-NN classifier for an OCR task to a file. | |

`WriteOcrClassMlp` |
Write an OCR classifier to a file. | |

`WriteOcrClassSvm` |
Write an OCR classifier to a file. | |

`WriteOcrTrainf` |
Storing of training characters into a file. | |

`WriteOcrTrainfImage` |
Write characters into a training file. | |

`WriteOcv` |
Saving an OCV tool to file. | |

`WritePolygonXldArcInfo` |
Write XLD polygons to a file in ARC/INFO generate format. | |

`WritePolygonXldDxf` |
Write XLD polygons to a file in DXF format. | |

`WritePose` |
Write a 3D pose to a text file. | |

`WriteRegion` |
Write regions to a file. | |

`WriteSampleIdentifier` |
Write a sample identifier to a file. | |

`WriteSamplesClassGmm` |
Write the training data of a Gaussian Mixture Model to a file. | |

`WriteSamplesClassMlp` |
Write the training data of a multilayer perceptron to a file. | |

`WriteSamplesClassSvm` |
Write the training data of a support vector machine to a file. | |

`WriteSerial` |
Write to a serial connection. | |

`WriteShapeModel` |
Write a shape model to a file. | |

`WriteShapeModel3d` |
Write a 3D shape model to a file. | |

`WriteSheetOfLightModel` |
Write a sheet-of-light model to a file. | |

`WriteString` |
Print text in a window. | |

`WriteStructuredLightModel` |
Write a structured light model to a file. | |

`WriteSurfaceModel` |
Write a surface model to a file. | |

`WriteTemplate` |
Writing a template to file. | |

`WriteTextureInspectionModel` |
Write a texture inspection model to a file. | |

`WriteTrainingComponents` |
Write a component training result to a file. | |

`WriteTuple` |
Write a tuple to a file. | |

`WriteVariationModel` |
Write a variation model to a file. | |

`XRangeFunct1d` |
Smallest and largest x value of the function. | |

`XyzToObjectModel3d` |
Transform 3D points from images to a 3D object model. | |

`YRangeFunct1d` |
Smallest and largest y value of the function. | |

`ZeroCrossing` |
Extract zero crossings from an image. | |

`ZeroCrossingSubPix` |
Extract zero crossings from an image with subpixel accuracy. | |

`ZeroCrossingsFunct1d` |
Calculate the zero crossings of a function. | |

`ZoomImageFactor` |
Zoom an image by a given factor. | |

`ZoomImageSize` |
Zoom an image to a given size. | |

`ZoomRegion` |
Zoom a region. |

Use the tabs on the upper right to switch to a different programming language.

HALCON Operator Reference 18.11.3.0 Copyright © 1996-2020 MVTec Software GmbH