neo_mpc_planner2
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Omnidirectional planner for mobile robots based on MPC
While testing it on a powered casters, when the wheels try to reorient, the wheels oscillates while trying to re-orient itself to the goal. This happens when we are looking...
Thus allowing to clear the costmaps
robot speed can be scaled according to the obstacle layer..
Remove the logic on stopping the robot, while close to the obstacle.. Collision monitor will take care of it.. focus more on planning around..
Sorry to bother, but is there any technical documents or papers that describe the detail of this MPC?
nav2 now has support for python costmap wrappers.. starting using that..
``` /home/youknowwho/ros_rolling_ws/src/neo_mpc_planner2/src/NeoMpcPlanner.cpp:34:10: fatal error: nav2_core/exceptions.hpp: No such file or directory 34 | #include "nav2_core/exceptions.hpp" | ^~~~~~~~~~~~~~~~~~~~~~~~~~ compilation terminated. ```
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Papers from Moritz Diehl will be really helpful.