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I am using the open_manipulator controller and the steps below were performed using the GUI tool.
Steps to reduce:
The actuators are disabled, and the arm is manually moved to a pose $\mathbf{x}$ that is within the joint limits specified here.
The joint space angles $J_{\mathbf{x}}$ and task space position $T_{\mathbf{x}}$ are recorded.
The actuators are enabled and the arm is instructed to move to the HOME pose.
Now, the arm is tasked to plan to the pose $T_{\mathbf{x}}$ (i.e. $\mathbf{x}$ in the task space) and the planning fails.
[ERROR] [OpenManipulator Chain Custom]fail to solve inverse kinematics
[ERROR] [TASK_TRAJECTORY] Fail to solve IK
Sending the pose $J_{\mathbf{x}}$ (i.e $\mathbf{x}$ in the joint space) to the arm works!
I tested this for many poses. This seems like a IK issue and unfortunately I am not well versed in that space. This essentially reduces the true workspace of the arm considerably!
Any help is much appreciated!
The text was updated successfully, but these errors were encountered:
I am using the open_manipulator controller and the steps below were performed using the GUI tool.
Steps to reduce:
I tested this for many poses. This seems like a IK issue and unfortunately I am not well versed in that space. This essentially reduces the true workspace of the arm considerably!
Any help is much appreciated!
The text was updated successfully, but these errors were encountered: