Previous title: apply angular velocity correction when defining ideal velocity for internal force
"Ideal velocity", i.e., the one that drives robot straight to the goal pose.
The differential drive robot typically has non-zero angular velocity. That is not accounted for in force calculations therefore some kind of correction, when computing so called ideal velocity vector, is necessary.
Previous title:
apply angular velocity correction when defining ideal velocity for internal force
"Ideal velocity", i.e., the one that drives robot straight to the goal pose. The differential drive robot typically has non-zero angular velocity. That is not accounted for in force calculations therefore some kind of correction, when computing so called
ideal velocity vector
, is necessary.