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Jetson Inference
DNN Vision Library
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Jetson Inference
DNN Vision Library
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| ▼Ndoj | |
| Calphanum_less | Functor class to compare two objects with the "Alphanum Algorithm" |
| ▼Ntinyxml2 | |
| CDynArray | |
| CMemPool | |
| CMemPoolT | |
| CStrPair | |
| CXMLAttribute | An attribute is a name-value pair |
| CXMLComment | An XML Comment |
| CXMLConstHandle | A variant of the XMLHandle class for working with const XMLNodes and Documents |
| CXMLDeclaration | In correct XML the declaration is the first entry in the file |
| CXMLDocument | A Document binds together all the functionality |
| CXMLElement | The element is a container class |
| CXMLHandle | A XMLHandle is a class that wraps a node pointer with null checks; this is an incredibly useful thing |
| CXMLNode | XMLNode is a base class for every object that is in the XML Document Object Model (DOM), except XMLAttributes |
| CXMLPrinter | Printing functionality |
| CXMLText | XML text |
| CXMLUnknown | Any tag that TinyXML-2 doesn't recognize is saved as an unknown |
| CXMLUtil | |
| CXMLVisitor | Implements the interface to the "Visitor pattern" (see the Accept() method.) If you call the Accept() method, it requires being passed a XMLVisitor class to handle callbacks |
| CactionNet | Action/activity classification on a sequence of images or video, using TensorRT |
| CbackgroundNet | Background subtraction/removal with DNNs, using TensorRT |
| CcommandLine | Command line parser for extracting flags, values, and strings |
| CcsvData | CsvData |
| CcsvReader | CsvReader |
| CcsvWriter | CsvWriter |
| Ccuda_assert_false | |
| ▼CcudaFont | TTF font rasterization and image overlay rendering using CUDA |
| CGlyphInfo | |
| ▼CcudaPointCloud | CUDA-accelerated point cloud processing |
| CVertex | Point vertex |
| CcudaVectorTypeInfo | |
| CcudaVectorTypeInfo< float > | |
| CcudaVectorTypeInfo< float3 > | |
| CcudaVectorTypeInfo< float4 > | |
| CcudaVectorTypeInfo< uchar > | |
| CcudaVectorTypeInfo< uchar3 > | |
| CcudaVectorTypeInfo< uchar4 > | |
| CdepthNet | Mono depth estimation from monocular images, using TensorRT |
| ▼CdetectNet | Object recognition and localization networks with TensorRT support |
| CDetection | Object Detection result |
| CEvent | Event object for signalling other threads |
| CglBuffer | OpenGL buffer with CUDA interoperability |
| CglCamera | OpenGL perspective camera supporting Look-At, Yaw/Pitch/Roll, and Ortho modes |
| ▼CglDisplay | OpenGL display window and image/video renderer with CUDA interoperability |
| CeventHandler | |
| CglTexture | OpenGL texture with CUDA interoperability |
| ▼CglWidget | OpenGL graphics widget for rendering moveable/resizable shapes |
| CeventHandler | |
| CgstBufferManager | GstBufferManager recieves GStreamer buffers from appsink elements and unpacks/maps them into CUDA address space, and handles colorspace conversion into RGB format |
| CgstCamera | MIPI CSI and V4L2 camera capture using GStreamer and nvarguscamerasrc or v4l2src elements |
| CgstDecoder | Hardware-accelerated video decoder for Jetson using GStreamer |
| CgstEncoder | Hardware-accelerated video encoder for Jetson using GStreamer |
| ▼CgstWebRTC | Static class for common WebRTC utility functions used with GStreamer |
| CPeerContext | GStreamer-specific context for each WebRTCPeer |
| CimageFormatType | |
| CimageFormatType< IMAGE_RGB32F > | |
| CimageFormatType< IMAGE_RGB8 > | |
| CimageFormatType< IMAGE_RGBA32F > | |
| CimageFormatType< IMAGE_RGBA8 > | |
| CimageLoader | Load an image or set of images from disk into GPU memory |
| CimageNet | Image recognition with classification networks, using TensorRT |
| CimageWriter | Save an image or set of images to disk |
| CInputDevices | Input device manager |
| CJoystickDevice | Joystick device |
| CKeyboardDevice | Keyboard device |
| CLog | Message logging with a variable level of output and destinations |
| CMutex | A lightweight mutual exclusion lock |
| ▼CNetworkInterface | Info about a particular network interface |
| CIPv4 | |
| CIPv6 | |
| CobjectTracker | Object tracker interface |
| CobjectTrackerIOU | Object tracker using Intersection-Over-Union (IOU) |
| ▼CposeNet | Pose estimation models with TensorRT support |
| ▼CObjectPose | The pose of an object, composed of links between keypoints |
| CKeypoint | A keypoint or joint in the topology |
| CTopology | |
| CProcess | Static functions for retrieving information about the running process |
| CRingBuffer | Thread-safe circular ring buffer queue |
| CRTSPServer | RTSP server for transmitting encoded GStreamer pipelines to client devices |
| CsegNet | Image segmentation with FCN-Alexnet or custom models, using TensorRT |
| CSocket | TCP or UDP ethernet networking |
| ▼CtensorNet | Abstract class for loading a tensor network with TensorRT |
| ClayerInfo | |
| CLogger | Logger class for GIE info/warning/errors |
| CProfiler | Profiler interface for measuring layer timings |
| CThread | Thread class for launching an asynchronous operating-system dependent thread |
| CURI | Resource URI of a video device, IP stream, or file/directory |
| Cv4l2Camera | Video4Linux2 (V4L2) camera capture streaming |
| CvideoOptions | The videoOptions struct contains common settings that are used to configure and query videoSource and videoOutput streams |
| CvideoOutput | The videoOutput API is for rendering and transmitting frames to video input devices such as display windows, broadcasting RTP network streams to remote hosts over UDP/IP, and saving videos/images/directories to disk |
| CvideoSource | The videoSource API is for capturing frames from video input devices such as MIPI CSI cameras, V4L2 cameras, video/images files from disk, directories containing a sequence of images, and from RTP/RTSP network video streams over UDP/IP |
| CWebRTCPeer | Remote peer that has connected |
| ▼CWebRTCServer | WebRTC signalling server for establishing and negotiating connections with peers for bi-directional media streaming |
| CHttpRoute | |
| CWebsocketRoute |
1.8.17