Class Hierarchy

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

[detail level 12]

CAntiFlickerMode
CArray2D< ElementData >	Represents a 2D container of data
CAutoExposureROI
CCamera	Operates the camera. Use Camera::connect to connect an available camera, and then call the corresponding methods to perform data acquisition, configure parameters, and so on
CCameraDistortion	Describes the distortion parameters
CCameraEvent	The camera event related. Use CameraEvent::getSupportedEvents to get supported events. Use CameraEvent::registerCameraEventCallback to register an event of interest
CCameraInfo	Defines the camera information
CCameraIntri	This struct defines camera intrinsic parameters
CCameraIntrinsics	Defines the 3D camera intrinsic parameters, including the intrinsic parameters of the texture 2D camera, the intrinsic parameters of the depth 2D camera(s), and the transformation between them
CCameraMatrix	Describes the camera intrinsic parameter matrix
CCameraResolutions	Defines the camera image resolutions, including the resolutions of the 2D image (texture) and depth map
CCameraStatus	Describes the camera's statuses
CCaptureMode
CColorBGR	Represents a pixel in Color2DImage with blue, green, and red channel information
CDepthRange	This struct defines the depth range
CDepthRange
CDepthSourceExposureMode
CDepthSourceExposureTime
CDeviceIntri	This struct defines device intrinsic parameters, including texture camera and depth camera
CDeviceResolution	This struct defines camera map resolution
CDeviceTemperature	This struct describes the device temperature information
CDeviceTemperature	Describes the device temperatures
CDistortionCorrection
CEdgeArtifactRemoval
CEdgePreservation
CElementColor	Element in ColorMap
CElementDepth	Element in DepthMap
CElementPointXYZ	Element in PointXYZMap
CElementPointXYZBGR	Element in PointXYZBGRMap
CEnableDistortionCorrection
CErrorStatus	This enumeration defines the types of errors
CErrorStatus	Describes the types of errors
CEventData	Represents data associated with a camera event
CCameraEvent::EventInfo	Describes the event information
CExpectedGrayValue
CExposureMode
CExposureSequence
CExposureTime
CFlashAcquisitionMode
CFlashExposureTime
CFrame< ElementType >	Definition of data structure in device capturing image
CFrame2D	Represents the 2D capture result, which can be obtained by calling Camera::capture2D. The 2D data can be in the form of Gray or ColorBGR and is stored in a 2D array, with each element in the array representing an image pixel
CFrame2DAnd3D	Represents the 2D and 3D capture results, which can be obtained by calling Camera::capture2DAnd3D. The 3D data can be in the form of PointZ or PointXYZ and is stored in a 2D array, with each element in the array representing a point. The class also provides methods for saving the point cloud data to a local file
CFrame3D	Represents the 3D capture result, which can be obtained by calling Camera::capture3D. The 3D data can be in the form of PointZ or PointXYZ and is stored in a 2D array, with each element in the array representing a point. The class also provides methods for saving the point cloud data to a local file
CFrame< float >
CFrame< long long >
CFrame< unsigned char >
CFrame< unsigned int >
CFramePartitionCount
CFrameRange
CFrameTransformation	Defines the rigid body transformations from one reference frame to another, including the rotation matrix and translation vector
CFringeCodingMode
CFringeCodingMode
CFringeContrastThreshold
CFringeMinThreshold
CGain
CGain
CGapFilling
CGray	Represents a pixel in GrayScale2DImage with grayscale channel information
CHandEyeCalibration
CHandeyeCalibrationSettings
CHDRExposureSequence
CIntrinsics2DCamera	Describes the intrinsic parameters of the 2D camera in the 3D camera based on the pinhole camera model, including the camera matrix and camera distortion parameters
CLaserSettings
CLineBatch
CMechEyeDevice	Interface that is used to connect the LNX Mech-Eye device and access basic information of the device
CMechEyeDevice	Interface that is used to connect the Mech-Eye Industrial 3D Camera and access basic information of the device
CMechEyeDeviceInfo	This struct defines device information
CCameraEvent::PayloadMember::MemberValue
CNoiseRemoval
CNormalVector	The pixel element struct with the normal vector coordinate (x, y, z) information
COutlierRemoval
►CParameter	Represents a parameter of the device
CBoolParameter	Represents a _Bool-type device parameter
CEnumParameter	Represents an _Enum-type device parameter
CFloatArrayParameter	Represents a _FloatArray-type device parameter
CFloatParameter	Represents a _Float-type device parameter
CIntParameter	Represents an _Int-type device parameter
CProfileRoiParameter	Represents an _ProfileRoi-type device parameter
CRangeParameter	Represents a _Range-type device parameter
CRoiArrayParameter	Represents an _RoiArray-type device parameter
CRoiParameter	Represents an _Roi-type device parameter
CCameraEvent::PayloadMember	Describes the data member of the event's payload
CPointCloudProcessingSettings
CPointXYZ	Represents a point in UntexturedPointCloud with the coordinate (x, y, z) information
CPointXYZBGR	Represents a point in TexturedPointCloud with the coordinate (x, y, z) and texture (blue, green, red, and transparency) information
CPointXYZBGRWithNormals	The pixel element struct in TexturedPointCloudWithNormals with the coordinate (x, y, z), texture (blue, green, red and transparency), and normal vector coordinate (x, y, z and curvature) information
CPointXYZWithNormals	The pixel element struct in UntexturedPointCloudWithNormals with the coordinate (x, y, z) and normal vector coordinate (x, y, z, curvature) information
CPointZ	Represents a point in DepthMap with the depth (z-coordinate) information
CPose	This struct defines rigid body transformations, including rotation matrix and translation vector
CPowerLevel
CPowerLevel
CProcessingMode
CProcessingMode
CProfileROI	Describes the region of interest (ROI) of a laser profiler
CProjectorSettings
CRange< T >	Describes a value range
CROI	This struct defines camera region of interest
CROI	Describes a region of interest (ROI)
CROI
CScanning2DSettings
CScanning3DSettings
CSharpenFactor
CSize	Describes a two-dimensional size with a width and a height
CSizeF	Describes a two-dimensional size with a width and a height using double-precision floating-point numbers
CSurfaceSmoothing
CToneMappingEnable
CHandEyeCalibration::Transformation	Defines rigid body transformations, including translation vector and quaternion vector
CTransformation	Defines the rigid body transformations, including rotation matrix and translation vector
CUhpSettings
CUserSet
CUserSetManager	Manages device user sets
CVersion	Describes the version information
CVirtualUserSet