Class List
Here are the classes, structs, unions and interfaces with brief descriptions:
[detail level 123456]
 Ncrl
 Nmultisense
 Napriltag
 Ncompressed_image
 Ndetails
 Nground_surface
 Nimage
 Nimu
 Nlidar
 Nlighting
 Npps
 Nsecondary_app
 Nsystem
 CChannel
 CHeaderBase
 CRemoteHeadSyncGroup
 Nfeature_detector
 CDescriptor
 CFeature
 CFeatureDetectorConfig
 CHeader
 NMessages
 CMessageBlockAck
 CMessageFileBlock
 CMessageSetup
 CMessageUpdateStatus
 Nmultisense
 Nlegacy
 CBufferPoolObject to handle the management and delivery of buffers to used to store incoming data without needing to continually reallocate internal memory. This class is threadsafe
 CBufferPoolConfig
 CFrameNotifier
 CImuSampleScalarsValues to scale IMU samples from the MultiSense camera into standard units LibMultiSense expects
 CLegacyChannel
 CMessageAssemblerProcess incoming network data, and try the data into valid MultiSense Wire messages
 CMessageConditionA condition object which can be used to wait on messages from the stream
 CMessageStatistics
 CNetworkSocketConvenience network socket object which contains the data corresponding to our connection
 CTimedResponse
 CUdpReceiverConvenience object which receives data from a UDP socket and dispatches to a user defined callback. This object internally manages a single receive thread which is used to read data off the socket, and dispatch to the user callback. Note that the dispatch is serial with the UDP receive commands, so blocking callbacks will cause data to be dropped
 CCameraCalibration
 CChannel
 CConfig
 CReceiveBufferConfigCertain implementations may use a fixed set of internal buffers to manage incoming camera data. For those implementations specify configurations for both small and large buffers
 CImageRepresents a single image plus metadata
 CImageFrameA frame containing multiple images (indexed by DataSource)
 CImuFrameA collection of IMU samples from the camera
 CImuRangeThe range for each sensor along with the corresponding sampling resolution
 CImuRateA sample rate, and what impact it has on bandwidth
 CImuSampleA single IMU sample from the camera
 CMeasurementA generic measurement for a 3-axis IMU
 CMultiSenseConfigComplete configuration object for configuring the MultiSense. Can be updated during camera operation
 CAutoExposureConfigAuto-exposure specific configuration
 CAutoExposureRoiConfigAuto-exposure Region-of-Interest (ROI) specific configuration
 CAutoWhiteBalanceConfigAuto white balance specific configuration
 CAuxConfigImage specific configuration for the Aux imager
 CImageConfigImage specific configuration
 CImuConfigConfig for the IMU sensor
 CLightingConfigLighting configuration for the camera
 CManualExposureConfigManual exposure specific configuration
 CManualWhiteBalanceConfigManual white balance specific configuration
 CNetworkTransmissionConfigConfig for transmitting packets from the MultiSense to the host
 CStereoConfigStereo specific configuration
 CTimeConfigConfig for time-based controls
 CMultiSenseInfoStatic status info for the MultiSense. Will not change during camera operation
 CDeviceInfoThe Device information associated with the MultiSense. The DeviceInfo is used to determine what features the MultiSense offers, and provides debug information to the Carnegie Robotics' team. The DeviceInfo can only be set at the factory
 CImuInfoInformation about the IMU onboard the MultiSense
 CNetworkInfoThe network configuration for the MultiSense
 CSensorVersionVersion information for the MultiSense
 CSupportedOperatingModeA valid operating mode for the MultiSense
 CVersionConvenience wrapper for a version number See https://semver.org/
 CMultiSenseStatusConsolidated status information which can be queried on demand from the MultiSense. Will change during camera operation
 CCameraStatus
 CClientNetworkStatus
 CPowerStatus
 CPtpStatus
 CTemperatureStatus
 CTimeStatus
 CPointSingle point definition with a custom color type
 CPoint< void >Single point definition with no color
 CPointCloud
 CStereoCalibration
 Nnlohmann
 Cadl_serializer< std::chrono::microseconds >
 Cadl_serializer< std::chrono::milliseconds >
 Cadl_serializer< std::chrono::nanoseconds >
 Cadl_serializer< std::optional< T > >Handle generic optional
 CChannelWrapper
 CDescriptor
 CExpect
 CFeature
 CFeatureDetector
 CFeatureDetectorConfigParams
 CFeatureDetectorHeader
 CFeatureDetectorMeta
 CFeatureDetectorMetaHeader
 CImageBufferWrapper
 CIp
 CUpdater


multisense_lib
Author(s):
autogenerated on Thu Apr 17 2025 02:49:10