CVPIAprilTagDecodeParams | Decode parameters for vpiCreateAprilTagDetector |
CVPIAprilTagDetection | Stores information about an AprilTag detection from AprilTag detector |
CVPIArrayBuffer | Represents the availablemethods to access array contents |
CVPIArrayBufferAOS | Stores information about array characteristics and content |
CVPIArrayData | Stores information about array characteristics and contents |
CVPIAxisAlignedBoundingBoxF32 | Stores an axis-aligned 32-bit floating point 2D bounding box |
CVPIBackgroundSubtractorParams | Structure that defines the parameters for vpiCreateBackgroundSubtractor |
CVPIBoundingBox | Stores a generic 2D bounding box |
CVPIBriefDescriptor | Stores a BRIEF Descriptor |
CVPICannyEdgeDetectorParams | Structure that defines the parameters for vpiSubmitCannyEdgeDetector |
CVPIConstrainedHomography2DConfig | Holds the configuration of a constrained 2d homography transform |
CVPIConvertImageFormatParams | Parameters for customizing image format conversion |
CVPIDCFTrackedBoundingBox | Stores information about an object tracked by DCF Tracker |
CVPIDCFTrackerCreationParams | Creation parameters of DCF Tracker |
CVPIDCFTrackerParams | Structure that defines the parameters for vpiCreateDCFTracker |
CVPIFASTCornerDetectorParams | Structure that defines the parameters for vpiSubmitFASTCornerDetector |
CVPIFisheyeLensDistortionModel | Holds coefficients for fisheye lens distortion model |
CVPIHarrisCornerDetectorParams | Structure that defines the parameters for vpiSubmitHarrisCornerDetector |
CVPIHomographyTransform2D | Stores a generic 2D homography transform |
CVPIImageBuffer | Represents the available methods to access image contents |
CVPIImageBufferPitchLinear | Stores the image plane contents |
CVPIImageData | Stores information about image characteristics and content |
CVPIImagePlanePitchLinear | Represents one image plane in pitch-linear layout |
CVPIImageWrapperParams | Parameters for customizing image wrapping |
CVPIKeypointF32 | Stores a float32 keypoint coordinate The coordinate is relative to the top-left corner of an image |
CVPIKeypointU32 | Stores a U32 keypoint coordinate The coordinate is relative to the top-left corner of an image |
CVPIKLTFeatureTrackerCreationParams | Creation parameters of KLT Feature Tracker |
CVPIKLTFeatureTrackerParams | Structure that defines the parameters for vpiCreateKLTFeatureTracker |
CVPIKLTTrackedBoundingBox | Stores a bounding box that is being tracked by KLT Tracker |
CVPIMatches | Stores the matches between 2 descriptors |
CVPIOpticalFlowDenseSGMParams | Dense optical flow parameters for semi-global matching pass |
CVPIOpticalFlowPyrLKParams | Structure that defines the parameters for vpiSubmitOpticalFlowPyrLK |
CVPIORBParams | Structure that defines the parameters for vpiSubmitORBFeatureDetector |
CVPIPackingParams | Defines the parameters encoded in a VPIPacking |
CVPIParallelForConfig | Stores the ParallelFor configuration |
CVPIPolynomialLensDistortionModel | Holds coefficients for polynomial lens distortion model |
CVPIPose | Estimation of a transformation from one 3D coordinate system to another with object-space error |
CVPIPyramidalKeypointF32 | Stores a float32 pyramidal-based keypoint coordinate The coordinate includes the (x, y) position in an image inside a pyramid, and (octave and layer) selects a specific image on that pyramid |
CVPIPyramidData | Stores the pyramid contents |
CVPIRectangleI | Stores the geometric information of a rectangle |
CVPIStats | Stores the statistics of an image |
CVPIStereoDisparityEstimatorCreationParams | Structure that defines the parameters for vpiCreateStereoDisparityEstimator |
CVPIStereoDisparityEstimatorParams | Structure that defines the parameters for vpiSubmitStereoDisparityEstimator |
CVPITNRParams | Structure that defines the parameters for vpiSubmitTemporalNoiseReduction |
CVPITransformConfig | Transformation parameters |
CVPITransformEstimatorParams | Parameters used to tune Transform Estimator algorithm |
CVPIWarpGrid | Holds VPI's warp grid definition |
CVPIWarpMap | Defines the mapping between input and output images' pixels |