| ▼Nmmind | |
| ▼Neye | |
| ►Nbrightness_settings | |
| CAnalogGain | |
| CAnalogGainFor8030 | |
| CDigitalGain | |
| CExposureMode | |
| CExposureTime | |
| CHdrExposureTimeProportion1 | |
| CHdrExposureTimeProportion2 | |
| CHdrFirstThreshold | |
| CHdrSecondThreshold | |
| CLaserPower | |
| ►Ncorrection | |
| CHeightCorrectionRatio | |
| CTiltCorrectionAngle | |
| ►Nlaser_setting | |
| CFramePartitionCount | |
| CFrameRange | |
| CFringeCodingMode | |
| CPowerLevel | |
| ►Npoint_cloud_resolutions | |
| CXAxisResolution | |
| CYResolution | |
| ►Npointcloud_processing_setting | |
| CDistortionCorrection | |
| CEdgePreservation | |
| CEnableDistortionCorrection | |
| CFringeContrastThreshold | |
| CFringeMinThreshold | |
| CGapFilling | |
| CNoiseRemoval | |
| COutlierRemoval | |
| CSurfaceSmoothing | |
| ►Nprofile_extraction | |
| CBrightnessAdjustment | |
| CEdgeSelection | |
| CMaxLaserLineWidth | |
| CMaxSpotIntensity | |
| CMinGrayscaleValue | |
| CMinLaserLineWidth | |
| CMinSharpness | |
| CMinSpotIntensity | |
| CSpotSelection | |
| ►Nprofile_processing | |
| CFilter | |
| CGapFilling | |
| CGapFillingEdgePreservation | |
| CMeanFilterWindowSize | |
| CMedianFilterWindowSize | |
| CResampling | |
| CResamplingEdgePreservation | |
| ►Nprojector_setting | |
| CAntiFlickerMode | |
| CFringeCodingMode | |
| CPowerLevel | |
| ►Nroi | |
| CZDirectionRoi | |
| ►Nscan_settings | |
| CCallbackRetrievalTimeout | |
| CDataPointsPerProfile | |
| CExposureDelay | |
| CScanLineCount | |
| ►Nscanning2d_setting | |
| CAutoExposureROI | |
| CDepthSourceExposureMode | |
| CDepthSourceExposureTime | |
| CExpectedGrayValue | |
| CExposureMode | |
| CExposureTime | |
| CHDRExposureSequence | |
| CSharpenFactor | |
| CToneMappingEnable | |
| ►Nscanning3d_setting | |
| CDepthRange | |
| CExposureSequence | |
| CGain | |
| CROI | |
| ►Ntrigger_settings | |
| CDataAcquisitionTriggerSource | |
| CEncoderTriggerDirection | |
| CEncoderTriggerInterval | |
| CEncoderTriggerSignalCountingMode | |
| CLineScanTriggerSource | |
| CMaxScanRate | |
| CSoftwareTriggerRate | |
| ►Nuhp_setting | |
| CCaptureMode | |
| CArray2D | Represents a 2D container of data |
| CBatchArray | Represents the data struct of the profile data |
| CBoolParameter | Represents a _Bool-type device parameter |
| CCamera | Operates the Mech-Eye Industrial 3D Cameras. Use Camera::connect to connect an available camera, and then you can use the camera to capture 2D and 3D frames, configure parameters and so on |
| CCameraDistortion | Describes the distortion parameters |
| CCameraEvent | The camera event related. Use CameraEvent::registerCameraEventCallback to register an event of interest |
| CCameraInfo | Defines the camera information |
| CCameraIntrinsics | Defines the 3D camera intrinsic, including the texture source camera, depth source camera and the transformation between then |
| CCameraMatrix | Describes the camera intrinsic matrix |
| CCameraResolutions | Defines the camera resolutions information, including texture image resolution and depth map resolution |
| CCameraStatus | Describes the camera running status |
| CColorBGR | The pixel element struct in Color2DImage with blue, green, and red information |
| CDeviceTemperature | Describes the device temperature information |
| CEnumParameter | Represents an _Enum-type device parameter |
| CErrorStatus | Describes the types of errors |
| CFloatArrayParameter | Represents a _FloatArray-type device parameter |
| CFloatParameter | Represents a _Float-type device parameter |
| CFrame2D | Represents the 2D scanning result, which can be obtained by calling Camera::capture2D. Use a 2D array to represent it while each pixel represents its corresponding 2D data. The 2D data can be in the form of Gray and ColorBGR |
| CFrame2DAnd3D | Represents the 2D and 3D scanning result, which can be obtained by calling Camera::capture2DAnd3D or Camera.captureAll2D3DWithNormal. Use a 2D array to represent it while each pixel represents its corresponding 3D data. The 3D data can be in the form of PointZ, PointXYZ, and PointXYZWithNormal. The class supports saving 3D point cloud data to the file |
| CFrame3D | Represents the 3D scanning result, which can be obtained by calling Camera::capture3D or Camera::capture3DWithNormal. Use a 2D array to represent it while each pixel represents its corresponding 3D data. The 3D data can be in the form of PointZ, PointXYZ, PointXYZWithNormal. The class supports saving 3D point cloud data to the file |
| CGray | The pixel element struct in GrayScale2DImage with gray information |
| ►CHandEyeCalibration | |
| CTransformation | Defines rigid body transformations, including translation vector and quaternion vector |
| CIntParameter | Represents an _Int-type device parameter |
| CIntrinsics2DCamera | Describes the 2D camera intrinsics mounted on the device represented in the pinhole camera model, including camera matrix and camera distortion parameters |
| CNormalVector | The pixel element struct with normal vector X, Y, and Z information |
| CParameter | Represents a parameter of the device |
| CPointXYZ | The pixel element struct in UntexturedPointCloud with X, Y, and Z information |
| CPointXYZBGR | The pixel element struct in TexturedPointCloud with X, Y, Z, blue, green, and red information |
| CPointXYZBGRWithNormals | The pixel element struct in TexturedPointCloudWithNormals with X, Y, Z, blue, green, red, normalX, normalY, and normalZ information |
| CPointXYZWithNormals | The pixel element struct in UntexturedPointCloudWithNormals with X, Y, Z, normalX, normalY, and normalZ information |
| CPointZ | The pixel element struct in DepthMap with Z information |
| CProfile | Describes a single profile |
| CProfileBatch | Represents a batch of profiles, which can be obtained by calling Profiler::retrieveBatchData(). It contains four elements of profile index, encoder value, intensity image, and depth map |
| CProfiler | Operates the laser profiler. Use Profiler::connect to connect an available laser profiler, retrieve profile data, configure parameters and so on |
| CProfilerEvent | Describes the event of profiler. Use ProfilerEvent::registerProfilerEventCallback to register an event of interest |
| CProfilerInfo | Describes the laser profiler information |
| CRange | Describes a value range |
| CRangeParameter | Represents a _Range-type device parameter |
| CROI | Describes a region of interest (ROI) |
| CRoiParameter | Represents an _Roi-type device parameter |
| CSize | Describes a size with a width and a height |
| CTransformation | Defines the rigid body transformations, including rotation matrix and translation vector |
| CUserSet | |
| CUserSetManager | Manages device user sets |
| CVersion | Describes the version information |
| CVirtualProfiler | |
| CVirtualUserSet | |
