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  1. rviz - ROS Wiki

    Teaches how to use the visualization_msgs/Marker message to send points and lines to rviz. Interactive Markers: Getting Started This tutorial explains what Interactive Marker are and teaches you some of the basic concepts.

  2. rviz/UserGuide - ROS Wiki

    rviz is setup so that new displays can be added through plugins. In fact, even the built-in displays are loaded through the "default" plugin. The end result for you, the user, is that there is a way to load/unload plugins from the UI.

  3. visualization/Tutorials - ROS Wiki

    Teaches how to use the visualization_msgs/Marker message to send points and lines to rviz. Interactive Markers: Getting Started This tutorial explains what Interactive Marker are and teaches you some of the basic concepts.

  4. rviz/DisplayTypes/TF - ROS Wiki

    The TF display shows the tf transform tree. There are three optional pieces of data to display: the frame name, the frame axes, and an arrow from the frame to its parent. If the axes are displayed, the X axis is indicated in red, the Y axis is indicated in green, and the Z axis is indicated in blue.

  5. rviz/Troubleshooting - ROS Wiki

    rviz prints a bunch of useful info at the start, like the Ogre version number, the RTT mode, etc. Plus lots of potentially-relevant warning and error messages. Include the rviz console output. If you have to leave some out to make it a reasonable …

  6. rviz/DisplayTypes/Marker - ROS Wiki

    A sphere list is a list of spheres with all the same properties except their positions. Using this object type instead of a visualization_msgs/MarkerArray allows rviz to batch-up rendering, which causes them to render much faster. The caveat is that they all must have the same scale.

  7. rviz_imu_plugin - ROS Wiki

    The rviz_imu_plugin package is used to display sensor_msgs/Imu messages in rviz. Once you download and compile the package, it should be visible as a plugin. It displays the orientation of the IMU using a box as well as and coordinate axes. The acceleration can be visualized using a vector. The package has been ticketed for inclusion in ROS.

  8. rviz/DisplayTypes/RobotModel - ROS Wiki

    Properties: Name: Description: Valid Values: Default: Visual Enabled: Enables drawing the visual representation of the robot: True, False: True: Collision Enabled ...

  9. rviz_python_tutorial - ROS Wiki

    Tutorials showing how to call into rviz internals from python scripts. Maintainer status: maintained; Maintainer: William Woodall <william AT osrfoundation DOT org>

  10. interactive_markers - ROS Wiki

    Interactive markers allow you to add a 3D user interface to your application, which can be accessed from tools like RViz. Author: David Gossow (C++), Michael Ferguson (Python) License: BSD

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