rqt_common_plugins
ROS visualizer plugins
A collection of plugins providing various visualization tools and functionalities for ROS (Robot Operating System) applications.
45 stars
18 watching
132 forks
Language: CMake
last commit: almost 2 years ago Related projects:
Repository | Description | Stars |
---|---|---|
ros-industrial/ros_qtc_plugin | A plugin for Qt Creator IDE to simplify ROS development and integration with the editor's features. | 401 |
ros2/rviz | A 3D robot visualizer for ROS 2 that provides a graphical interface for inspecting and controlling robots | 306 |
leggedrobotics/xpp | Package for visualizing motion plans of legged robots in ROS | 324 |
picknikrobotics/rviz_visual_tools | A C++ API wrapper for displaying shapes and meshes in ROS visualizers | 767 |
jsk-ros-pkg/jsk_visualization | A ROS package for visualizing and displaying sensor data from various sources in a 3D environment. | 329 |
ms-iot/vscode-ros | An extension for Visual Studio Code to support Robot Operating System development | 409 |
robotwebtools/ros3djs | A 3D visualization library integrated with ROS JavaScript Libraries for robotics applications | 368 |
aprilrobotics/apriltag_ros | ROS wrapper for visual fiducial detection using the AprilTag 3 algorithm | 376 |
objectprofile/roassal3 | An agile visualization engine for interactive data visualization in Pharo. | 97 |
leggedrobotics/darknet_ros | This ROS package integrates YOLO object detection into a ROS environment for real-time image processing and object classification. | 2,217 |
ros/urdf | Provides tools and data structures for working with 3D models in robotics | 63 |
nilseuropa/gazebo_ros_motors | Motor simulation plugins for Gazebo ROS | 116 |
robotis-git/turtlebot3_applications_msgs | Provides ROS applications messages and related utilities for TurtleBot3 robots | 6 |
robostack/jupyter-ros | Enables Jupyter notebooks to interact with ROS and its Python ecosystem. | 591 |
ros-perception/vision_opencv | Provides a bridge between ROS 2 image messages and OpenCV image representation for real-time computer vision applications | 559 |