Compute Graph Framework SDK Reference
5.16
Classes
Here are the classes, structs, unions and interfaces with brief descriptions:
[detail level
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▼
N
dw
►
N
framework
►
N
lockstep
C
ILockstepSyncClient
C
ILockstepSyncClientConsumer
C
ILockstepSyncClientProducer
C
LockstepSyncHeader
►
N
semantic_parameter_types
C
BasePath
C
CalibrationOutputFileName
C
CalibrationOverlayFileName
C
Camera2OutputTransform
C
Camera2OutputTransform2Mp
C
CameraEnabled
C
CameraExtrinsic
C
CameraHandle
C
CameraImagePropertiesNativeProcessed
C
CameraInstanceId
C
CameraIntrinsics2Mp
C
CameraModelTransform
C
CameraModelTransform2Mp
C
CameraName
C
CameraNum
C
CameraRigIdx
C
CameraUid
C
ConfigOverlayFileName
C
ConfigOverlayName
C
ConfirmLaneChange
C
CudlaStream
C
CupvaStream
C
DwDataPath
C
GpsHandle
C
GpsInstanceId
C
GpsName
C
ImageHeight
C
ImageHeight2Mp
C
ImageWidth
C
ImageWidth2Mp
C
ImuEnabled
C
ImuHandle
C
ImuInstanceId
C
ImuName
C
ImuRigIdx
C
IspTransformationParams
C
IspTransformationParams2Mp
C
IspTransformationSpecs
C
IspTransformationSpecs2Mp
C
LidarEnabled
C
LidarEnabledNum
C
LidarExtrinsics
C
LidarHandle
C
LidarInstanceId
C
LidarName
C
LidarNum
C
LidarRigIdx
C
NvMedia2D
C
NvMediaLdc
C
OrigImageHeight
C
OrigImageWidth
C
Output2Rig
C
RadarEnabled
C
RadarExtrinsic
C
RadarHandle
C
RadarInstanceId
C
RadarName
C
RadarNum
C
RadarRigIdx
C
RigFileName
C
RigLayoutName
C
RigOutputFileName
C
ScalingFactor
C
ScalingFactorInverse
C
SemanticSensorName
C
Sensor2Rig
C
SensorRigIdx
C
StandardCameraNum
C
UltrasonicHandle
C
UltrasonicInstanceId
C
UltrasonicName
C
VehicleSensorEnabled
C
VehicleSensorHandle
C
VehicleSensorInstanceId
C
VehicleSensorName
C
VinOverlayFileName
C
Virtual
C
Buffer
C
BufferBase
C
BufferCPU
C
BufferCUDA
C
BufferProperties
C
ChannelConnector
C
ChannelError
C
ChannelEvent
C
ChannelFactory
C
ChannelFSIParams
C
ChannelMetadata
C
ChannelNvSciPacketDefault
C
ChannelNvSciStreamParams
►
C
ChannelObject
C
Consumer
C
PacketPool
C
Producer
C
SyncClient
C
SyncSignaler
C
SyncWaiter
C
ChannelPacket
C
ChannelPacketBase
C
ChannelPacketDefault
C
ChannelPacketDefaultBase
C
ChannelParams
C
ChannelPeerLocation
C
ChannelSocketPacketBase
C
ChannelSocketParams
C
ConstructorArgumentDescriptorT
C
ContextParameterProvider
A parameter provider for the dwContextHandle_t
C
dwAccumulatorNodeParams
C
dwCameraChannelNode
C
dwCameraChannelNodeParams
C
dwCameraNode
C
dwCameraNodeParams
Construction parameters for
dwCameraNode
C
dwDepthMapNode
C
dwFeatureDetectorNode
C
dwFeatureDetectorNodeBase
C
dwFeatureDetectorPVANode
C
dwFeatureTrackerNode
C
dwFeatureTrackerNodeBase
C
dwFeatureTrackerPVANode
C
dwGlobalEgomotionNode
This node computes the global vehicle state and motion over time using signals from GPS and relative egomotion
C
dwGlobalEgomotionNodeInitParams
C
dwGPSChannelNode
C
dwGPSNode
C
dwGPSNodeParams
C
dwIcpNode
C
dwIMUChannelNode
C
dwIMUNode
C
dwIMUNodeParams
C
dwLidarBatchNode
C
dwLidarPointCloudStitcherNode
C
dwLidarPointCloudStitcherNodeParams
C
dwPointCloudAccumulatorNode
C
dwPyramidNode
C
dwPyramidNodeBase
C
dwPyramidPVANode
C
dwRadarChannelNode
C
dwRadarDopplerMotionNode
C
dwRadarDopplerMotionNodeParams
C
dwRadarNode
C
dwRadarPreprocessingNode
C
dwRadarPreprocessingNodeParams
C
dwRelativeEgomotionNode
This node computes the vehicle state and relative motion over time using signals from IMU and wheelspeed sensors
C
dwRelativeEgomotionNodeInitParams
C
dwRigNode
DwRigNode receives extrinsic calibrations from sensors in the system, and maintains that state to update the vehicle's rig file on program exit
C
dwSelfCalibrationCameraBasedIMUNode
C
dwSelfCalibrationCameraBasedIMUNodeParam
C
dwSelfCalibrationCameraNode
This node computes the camera's extrinsic properties (rotation+translation) with respect to the configured nominals
C
dwSelfCalibrationCameraNodeParams
Parameters for
dwSelfCalibrationCameraNode
C
dwSelfCalibrationIMUNode
This node computes the IMUs's extrinsic properties (rotation+translation) with respect to the configured nominals
C
dwSelfCalibrationIMUNodeParams
Parameters for
dwSelfCalibrationIMUNode
C
dwSelfCalibrationLidarNode
C
dwSelfCalibrationLidarNodeParam
C
dwSelfCalibrationNodeLidarParams
C
dwSelfCalibrationNodeParam
C
dwSelfCalibrationRadarIntrinsicsNode
This node computes the radar's intrinsic properties (bin alignment)
C
dwSelfCalibrationRadarIntrinsicsNodeParams
C
dwSelfCalibrationRadarNode
This node computes the radar's extrinsic properties (rotation+translation) with respect to the configured nominals
C
dwSelfCalibrationRadarNodeParams
Parameters for
dwSelfCalibrationRadarNode
C
dwSelfCalibrationVehicleNode
C
dwSelfCalibrationWheelRadiiSelectorNode
This node selects wheel radii output from multiple inputs
C
dwSelfCalibrationWheelRadiiSelectorNodeParams
Parameters for
dwSelfCalibrationWheelRadiiSelectorNode
C
dwUltrasonicChannelNode
C
dwUltrasonicNode
C
dwVehicleStateChannelNewNode
C
dwVehicleStateDrainer
C
dwVehicleStateNode
C
EnumDescription
C
EnumDescription< dwMemoryType >
C
EnumDescription< dwPointCloudFormat >
C
ExceptionGuard
C
ExceptionSafeProcessNode
C
ExceptionSafeSensorNode
C
GenericData
C
GenericDataReference
C
GPSNodeChannelParams
C
IChannelDebugConsumer
C
IChannelDebugProducer
C
IChannelFsiCom
►
C
IChannelPacket
C
NvSciCallbacks
C
SocketCallbacks
C
IChannelPacketFactory
C
IChannelsConnectedListener
C
IContainsPreShutdownAction
C
IMUNodeChannelParams
►
C
ISensorNode
C
DataEvent
C
ITypeBasedParameterProviderChild
The additional interface a
ParameterProvider
can implement so it can be registered at a
TypeBasedParameterProvider
C
ITypeInformation
C
IVicLdcNode
C
IVicNv2DNode
C
IVulkanNode
C
JsonParameterProvider
A parameter provider which retrieves parameter values from JSON data
C
ManagedPortBase
►
C
ManagedPortInput
►
C
iterable
C
iterator
Iterators
►
C
ManagedPortInputBase
C
BoundProperties
C
ConstructProperties
C
Properties
C
ManagedPortOutput
►
C
ManagedPortOutputBase
C
BoundProperties
C
ConstructProperties
C
Properties
C
MetadataPayload
C
Node
C
NodeAllocationParams
C
NodeConcept
The class only exists for documentation
C
packet_traits
C
parameter_traits
C
ParameterCollectionDescriptor
A collection of parameter descriptors
C
ParameterDescriptor
The description of a parameter
C
ParameterDescriptorT
C
ParameterDescriptorWithDefault
The description of a parameter with a default value
C
ParameterDescriptorWithDefaultT
C
ParameterProvider
The interface to access parameter values identified by name and/or (semantic) type
C
Pass
Pass
is a runnable describes the metadata of a pass
C
PassCollectionDescriptor
A collection of pass descriptors
C
PassDescriptor
The description of a pass
C
PassDescriptorT
C
PassImpl
PassImpl
contains the function to invoke on
run()
C
Port
C
PortBase
C
PortCollectionDescriptor
C
PortDescriptor
C
PortDescriptorT
C
PortInput
C
PortOutput
C
RadarCalibrationParameters
Radar calibration parameters
C
RegisteredPort
C
RegisteredPortInput
C
RegisteredPortOutput
C
SensorNode
C
SimpleNode
C
SimpleNodeT
C
SyncPortHelper
C
SyncPortHelperInput
C
SyncPortHelperOutput
C
TypeBasedParameterProvider
A parameter provider which dispatches the retrieval of the parameter value to registered handlers which are selected based on the name, size, and optional array index of the parameter
C
TypeInformation
C
VehicleStateNodeNewParams
C
VehicleStateNodeParams
C
dwGraphErrorSignal
Basic error signal that gets reported only when there is an error
C
dwGraphHealthSignal
Basic health signal that describes the health status of the graph
C
dwGraphHealthSignalArray
Represents an array of health signals
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