Quick-Start =========== Once you are connected to the B1 via LAN or 5G and have completed :doc:`Pre-requisite System ` section you can begin operating the B1. B1 High-level Driver -------------------- In high level mode the robot can walk. To start the driver please run: .. code:: bash sudo su source ~/catkin_ws/devel/setup.bash roslaunch b1_base base.launch B1 Visualization ---------------- To launch the b1_viz: .. code:: bash roslaunch b1_viz view_robot.launch Quick-Start Teleop ------------------ To tele-operate: .. code-block:: bash rosrun teleop_twist_keyboard teleop_twist_keyboard.py cmd_vel:=/b1/cmd_vel .. Quick-Start Autonomous Navigation .. --------------------------------- .. A pre-configured B1 can start its navigation via the following commands: .. Note that the current navigation utilizes unitrees innate controller and it does not .. currently perform terrain adaptibility. For that low-level-mode is required which is .. under development. .. 1. Launch High-level driver .. .. code-block:: bash .. sudo su .. source catkin_ws/devel/setup.bash .. roslaunch qre_ros high_level_mode.launch .. 2. Launch qre driver .. .. code-block:: bash .. roslaunch qre_driver qre_base_driver.launch .. This launches the robot state publisher, joint state publisher, IMU publisher, and Odom publisher. .. Note: The odom requires a visual odometry topic to work which we generally provide with the ZED2 camera. .. Incase you need to perform odometry calculation with another camera `VINS_Fusion `__ .. is a good software to use. .. 3. Launch ouster driver .. .. code-block:: bash .. roslaunch mbs_ouster ouster.launch .. 4. Launch navigation driver .. .. code-block:: bash .. roslaunch mbs_navigation odom_navigation.launch .. Now it is possible to give the robot navigation goals via movebase. .. 5. Launch visualizer .. .. code-block:: bash .. roslaunch qre_viz viz.launch .. You can now add point clouds and the raw_rgb_image to view the streamed data.