The repository and its related components have been tested under the following Ubuntu distributions:
- ROS Kinetic: Ubuntu 16.04
If you do not have a Ubuntu distribution on your computer you can download it here
http://www.ubuntu.com/download
Install the Git core components and some additional GUI's for the version control:
sudo apt-get install git-core gitg gitk
Now it's time to configure your settings. To do this you need to open a new Terminal. First you need to tell git your name, so that it can properly label the commits you make:
git config --global user.name "Your Name Here"
Git also saves your email address into the commits you make.
git config --global user.email "your-email@youremail.com"
If you have never worked with git before, we recommend to go through the following basic git tutorial:
http://excess.org/article/2008/07/ogre-git-tutorial/
The repository has been tested successfully with the following ROS distributions. Use the link behind a ROS distribution to get to the particular ROS installation instructions. Alternatively, you can skip this step, as ROS Kinetic is automatically installed by the setup.sh script described in this section.
- ROS Kinetic - http://wiki.ros.org/kinetic/Installation/Ubuntu
NOTE: Do not forget to update your .bashrc!
If you have never worked with ROS before, we recommend to go through the beginner tutorials provided by ROS:
http://wiki.ros.org/ROS/Tutorials
In order to understand at least the different core components of ROS, you have to start from tutorial 1 ("Installing and Configuring Your ROS Environment") till tutorial 7 ("Understanding ROS Services and Parameters").
First of all you have to clone the repository.
mkdir ~/temp
cd ~/temp
git clone git@github.com:b-it-bots/mas_industrial_robotics.git
Navigate into the cloned repository and run setup.sh file.
./setup.sh full <optional arg for catkin_ws parent dir>
This script does the following,
- installs ROS, if not previously installed, provided the optional argument full is given
- creates a catkin workspace folder in the directory specified in the argument or by default places it in home directory, i.e. ~/catkin_ws (if it does not exist)
- copies the clone of the mas_industiral_robotics from your ~/temp to <your folder>/catkin_ws/src and installs the necessary ros dependencies and other related repositories
- initiates a catkin build in the catkin workspace
Add the following to your bashrc and source your bashrc, so that you need not execute ./setup.sh script each time you open your terminal
source <your folder>/catkin_ws/devel/setup.bash
If no errors appear everything is ready to use. Great job!
Finally delete the initially cloned mas_industrial_robotics in ~/temp, as all necessary repositories and dependencies are successfully cloned and installed in your catkin workspace
rm -rf ~/temp/mas_industrial_robotics
With the ROBOT variable you can choose which hardware configuration should be loaded when starting the robot. The following line will add the variable to your .bashrc:
echo "export ROBOT=youbot-brsu-1" >> ~/.bashrc
source ~/.bashrc
The ROBOT_ENV variable can be used to switch between different environments. The following line will add the variable to your .bashrc:
echo "export ROBOT_ENV=brsu-c025" >> ~/.bashrc
source ~/.bashrc
echo "export ROBOT_ENV=brsu-c025-sim" >> ~/.bashrc
source ~/.bashrc
roslaunch mir_bringup_sim robot.launch
In a new terminal you can open the Gazebo GUI to see the environment and the robot
rosrun gazebo_ros gzclient
roslaunch mir_bringup robot.launch
roslaunch mir_teleop teleop_keyboard.launch
rosrun rviz rviz
roslaunch mir_2dslam 2dslam.launch
roslaunch mir_2dnav 2dnav.launch nav_mode:=dwa
Click on the menu bar "File -> Open Config", navigate to "~/indigo/src/mas_industrial_robotics" and select the "youbot.rviz" file.