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7. The Turtlebot can now be controlled via the `w a s d` keys in the ROS teleop console window:
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### Using RViz Example
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### Using RViz for Turtlebot
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This will show visualizing the 2D LIDAR and ROS TF in RViz. This uses a VNC viewer to the ZeroSim ROS Docker container.
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@@ -119,3 +119,30 @@ This will show visualizing the 2D LIDAR and ROS TF in RViz. This uses a VNC vie
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2. Press the "Connect" button. 
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3. In the VNC window press the *LEFT* mouse button and select "Terminal". 
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4. In the new terminal run `rviz -d ./src/zero_sim_ros/rviz/turtlebot_viewer.rviz`. RViz will start up with a 3D view with the LIDAR scanner visibile. 
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### Running Universal Robot UR10 Arm Test Scene with MoveIt!
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*NOTE:* Order of operations is important. Especially starting the Docker *before* the Unity simulation.
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1. Make sure that the ZeroSim samples are installed as outlined above.
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2. Make sure that the ZeroSim Docker container above is installed.
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3. Open the `UniversalRobot_UR10_test.scene`
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4. Launch the ZeroSim Docker via:
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```
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docker run -it --rm \
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--publish=9090:9090 \
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--publish=11311:11311 \
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--publish=8083:8083 \
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--publish=80:80 \
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--publish=5678:5678 \
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--name my_zerosim_vnc_docker \
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zerodog/zerosim_ros_vnc:latest \
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roslaunch zero_sim_ros ur10_moveit.launch
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```
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5. Start the UR10 test Scene by pressing the Play button.
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6. Open a noVNC connection by:
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1. In a browser open http://localhost:8083/vnc.html
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2. Press the "Connect" button. 
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7. In the noVNC window RViz will be setup with MoveIt 
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8. You can now to standard MoveIt! operations in RViz to control the UR10 arm 
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