The purpose of this library is to provide a method of converting standard rl state update functions into ros commands. Experiments have been performed on the Jaco2 7DOF robot & dm_control, though the interface was designed to be general enough for use in other robots or rl environments.
A TCP connection exposes init, step, reset, get_state, home to the robot through interfaces/robot_server.py.
The physical arm is attached via a usb to a machine running jaco_docker. The robot_server and robot must be run from this machine.
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After creating jaco_robot_net docker using the instructions on github.com/johannah/jaco_docker, you must launch or attach to a running container.
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Ensure usb connection from robot to computer running docker.
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Start docker:
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If running a new docker instance:
docker run -it --name jaco_robot --privileged -v /dev/bus/usb:/dev/bus/usb jaco_control
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To resume a recent docker container:
docker psdocker container start <container_id>
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To attach to a running session:
docker exec -it jaco_robot /bin/bash
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Turn on robot and use remote to set home (light should turn blue on robot). Launch kinova drivers.
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roslaunch jaco_remote.launch -
Robot should open hand.
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Running remote experiments.
- See IBIT. Data is sent via tcp through port 9030 by default.
- After experiments. Return robot to sleep position with the remote (press home until the remote returns to home, then press home again to move it to the sleep position), then power off.
The origin of the robot is at the intersection point of the bottom plane of the base and cylinder center line. +x axis is directing to the left when facing the base panel (where power switch and cable socket are located). +y axis is towards to user when facing the base panel. +z axis is upwards when robot is standing on a flat surface.
Position of the hand can be found at /j2n7s300_driver/out/tool_pose Current joint angle in degrees /j2n7s300_driver/out/joint_commdnd