This is a control template for Universal Robots robotic manipulators. It relies on sas_robot_driver_ur to communicate
with the robot via URCL.
Docker¶
Sample containers for real robot and simulated robot motion are available. Those can be tested without cloning this repository. For more advanced use, users are advised to clone and modify the sample cpp code in src or the sample Python code in scripts.
Real robot¶
https://
Run
mkdir -p ~/sas_tutorial_workspace/docker/sas_ur_control_template/robot_demo
cd ~/sas_tutorial_workspace/docker/sas_ur_control_template/robot_demo
curl -OL https://raw.githubusercontent.com/MarinhoLab/sas_ur_control_template/refs/heads/main/.devel/robot_demo/compose.yml
docker compose upReal robot and simulation¶
Run
mkdir -p ~/sas_tutorial_workspace/docker/sas_ur_control_template/robot_and_simulation_demo
cd ~/sas_tutorial_workspace/docker/sas_ur_control_template/robot_and_simulation_demo
curl -OL https://raw.githubusercontent.com/MarinhoLab/sas_ur_control_template/refs/heads/main/.devel/robot_and_simulation_demo/compose.yml
xhost +local:root
docker compose upSimulation¶
https://
Run
mkdir -p ~/sas_tutorial_workspace/docker/sas_ur_control_template/simulation_demo
cd ~/sas_tutorial_workspace/docker/sas_ur_control_template/simulation_demo
curl -OL https://raw.githubusercontent.com/MarinhoLab/sas_ur_control_template/refs/heads/main/.devel/simulation_demo/compose.yml
xhost +local:root
docker compose upConfiguration¶
Universal Robots Software 5.25.0¶
Necessary settings are shown below.
Enable Networking¶
Set the network as needed in your application.
Hamburger -> Settings -> System -> Network -> Static Address
Enable Remote Control¶
Hamburger -> Settings -> System -> Remote Control -> Enable
Enable Services¶
Hamburger -> Settings -> System -> Services -> Services
| Enabled | Dashboard Server |
| Enabled | Primary Client Interface |
| Enabled | Secondary Client Interface |
| Enabled | Real-Time Client Interface |
| Enabled | Real-Time Data Exchange (RTDE) |
| Enabled | Interpreter Mode Socket |