This page will describe the current state of Heron running on ROS2, including known issues and possible mitigations if there are any.
* Robot description has been migrated and state is fully published (all joints, UR GPIO, MiR location in world and map)
* Gripper is operational using the same driver as under ROS1 but is ported to ROS2
* MiR Bridge is minimimally operating, publishing location information, can recive goal pose and will navigate if possible to that position
* UR5e Arm is operational and can be controlled through MoveIt
* Code is available on git.cs.lth.se
* All code has been tested and run using [[https://git.cs.lth.se/robotlab/ros-containers|ROS Containers]]
* Workspace command used within ROS Containers now supports ROS1 and ROS2
* An initial Rosinstall file is available in ROS Containers
* SkiROS2 under ROS2 template for Heron is not yet available
* All code is known to work under ROS2 Iron, ROS2 Humble has been retested and know works.
Code is available under ROS2 or Humble branches here:
* [[https://git.cs.lth.se/robotlab/heron/heron_robot/-/tree/humble?ref_type=heads|heron_robot]]
* [[https://git.cs.lth.se/robotlab/heron/mir-robot/-/tree/ros2?ref_type=heads|mir_driver]]
* [[https://git.cs.lth.se/robotlab/heron/robotiq-2f-85-minimal-driver/-/tree/ros2?ref_type=heads|Gripper Driver]]
* Universal Robots ROS2 drivers: [[https://github.com/UniversalRobots/Universal_Robots_ROS2_Driver.git|UR ROS2 Github Repo]] - heron_robot works with released binaries.
* Motion planning through Rviz2 can currently only be done when starting motion planning seperated from a full bringup - this launches Rviz2 with only the arm based of the Heron URDF.
* MiR Bridge cannot publish all topics even if enabled (you will hit 100% CPU and Python cannot natively be multithreaded), they need to be translated topic by topic from JSON to ROS2 Messages - work on fast translation is underway
* UR5e does not have a prefix in the current setup - this will be investigated and attempts will be made to add a prefix so that the joint names matches ROS1