To test our control system in Gazebo, we need a complete model of our AUV. We already have camera and thruster plugins, but one key sensor missing is the IMU.
In the triton_gazebo package, we have a triton_auv model. Add an IMU plugin to it so that we get IMU output from running simulations.
Added the plugin to cube_auv instead, since it already has cameras. Chose to use 'GazeboRosImuSensor' instead of 'GazeboRosImu' because the latter's file does not exist.
To test our control system in Gazebo, we need a complete model of our AUV. We already have camera and thruster plugins, but one key sensor missing is the IMU.
In the
triton_gazebo
package, we have atriton_auv
model. Add an IMU plugin to it so that we get IMU output from running simulations.Resources: https://medium.com/@bytesrobotics/a-review-of-the-ros2-urdf-gazebo-sensor-91e947c633d7 https://classic.gazebosim.org/tutorials?tut=ros_gzplugins