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Yes, you define an orientation constraint. Take a look at the glass up right example. Also I believe the example should provide you what you need for the problem you described. |
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Problem: I want to use the ur robot to hold a glass of water and move it from a place to another, in the process i don't want the water spit , so the z axis can't rotate too much, is it possible to achieve this in tesseract? I think a constraint is needed to keep the z aixs rotate in a range , I tried the cartesian_coeff but i find for a trajectory(start pos and end pos are both cartesian wp), if i set the first three coeff to zero of cartesian_coeff(which i thought would only constrain the rotation of end_frame), the robot will not move to my target goal, only rotate to the desied orientation
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