This adds the possibility to use offboard velocity control in the body
frame and not just the NED (world) frame.
The frame is set in the set_position_target_local_ned message and passed
on to mc_pos_control in the position_setpoint topic.
If velocity offboard control is used, it makes sense to lock/hold
position if the velocity input is 0. If this is not done, we will slowly
drift because nothing is integrating to keep the UAV at its position.
The stack size was generally ok but seemed to get exhausted in the case
of a waypoint which is too far away and therefore exercises some more
code in the mission feasability checker.
Generally, we should have more margin in the navigator stack size
because there are a bunch of different code paths that can happen.
The stack size was generally ok but seemed to get exhausted in the case
of a waypoint which is too far away and therefore exercises some more
code in the mission feasability checker.
Generally, we should have more margin in the navigator stack size
because there are a bunch of different code paths that can happen.
This changes the shebang of the integration test files to python2
because the scripts fail on systems with Python 3 as the default.
Even though ROS has been ported to Python 3, there are still some
dependencies not playing along.
The error that comes up when starting with Python 3 is:
> No module named 'mavexpression'
The gps driver did not give feedback if a non-existing verb was used
such as `gps foo`. Also, the goto out was ugly and the usage always
marked as an error when it's really an info. This cleans it up a bit.
Julian Oes
Mark Whitehorn
Roman
Michael Schaeuble
Beat Küng
Lorenz Meier
Daniel Agar
Lorenz Meier
Paul Riseborough