How to avoid the axis jumping when the orientation is constrainted

asked 2017-11-22 01:11:02 -0500

pdmike
43 ●11 ●12 ●17

updated 2017-11-23 00:33:57 -0500

Now the end-effector's orientation constraints is implemented in my offline simulation in Moveit. It can be seen that the orientation of end-effector is keeping horizontal to the ground. But during the motion, several axis of UR-10 jumps anyway. So do you guys know how to avoid the unexpected pose?

video!!!!!!!!!!

On the other hand, i am using Trac IK to UR-10 and the solve_type is inevitably set as 'speed', which has been changed as 'distance' in kinematics.yaml, when running the c++ code. Will this setting affects the axis jumping?

[ INFO] [1511333074.249636452]: Looking in private handle: /move_group_interface_tutorial for param name: arm/position_only_ik
[ INFO] [1511333074.250346507]: Looking in private handle: /move_group_interface_tutorial for param name: arm/solve_type
[ INFO] [1511333074.251106283]: Using solve type Speed

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yes, the parameters of kinematics can been correctly loaded when starting the launch-file. But after that, when i run a code with C++, it still change back to solve type Speed. You can see the last post in link text in Nov is mine.

pdmike ( 2018-01-10 19:24:56 -0500 )edit

Ahhh right, I see. I also added the same load command to my C++ launch file. That resolved the issue for me. It seems to be a namespace problem. If you ensure the parameters are loaded in the same namespace as your C++ component it should work.

rmck ( 2018-01-10 19:53:07 -0500 )edit

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How to avoid the axis jumping when the orientation is constrainted

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