@Jeffrey-Mao Hello Jeffery, We are currently working on implementing SLAM for the Starling 2 platform. Our initial approach involved using the available ROS 2 topics provided by voxl_mpa_to_ros2, installing standard SLAM packages, and using RViz for visualization. However, we've encountered a major issue: most of the topics do not have a frame_id defined, and there is no existing transform (TF) tree that can be used with RViz.
So far, we've only been able to visualize the tof_pc (Time-of-Flight point cloud) data. To do this, we had to manually publish a static transform between the TOF frame (which is named world) and map. However, in this setup, the drone's location does not update dynamically. To address this, we're considering writing a transformation node to define the relationships between coordinate frames (e.g., map, odom, base_link, tof, etc.). However, developing this from scratch is proving to be time-consuming and error-prone.
I also noticed that you were able to generate a map using voxl-mapper and et the map in ROS2 with the mpa_ros2 interface. This could be a much more efficient path for us to pursue. Could you please explain in detail:
What exact steps you followed to export the map using voxl-mapper?
Is it possible to regenerate or update the map in real-time in RViz, or export it to another visualization tool?
Thanks
