Note, if you feel like not using this path but installing directly on your system, you are free to do it, but you are on your own.

Here are the instructions to have the simulation system running.

• Download VREP from here, V-REP PRO EDU V3.5.0 rev4

  • extract folder anywhere, where you preferer
  • make sure you have the the version 3.5, other versions may not work properly

• Download Robobo_Scene.ttt and Robobo_Model.ttm files and place them inside your VREP folder

  • place Robobo_Scene.ttt file in VREP/scenes
  • place Robobo_Model.ttm file in VREP/models/robots/mobile

• Download docker

  • Linux: download from your package manager
  • OsX: register and download from here
  • Windows PRO: register and download from here
  • Windows HOME: register and download from here

• Download git + Editor

• Download repository

  git clone https://github.com/ci-group/learning_machines_robobo.git
  

Now you downloaded everything, you can start the environment

• Start docker

  • Linux/systemd: start docker daemon
  • OsX/Windows: open docker app

• Start docker container (this will open a terminal with python and all required libraries installed). This step could take a while, since first your computer will download the docker image from the internet, secondly will compile some stuff from your project folder.

  • Linux/OsX, open a terminal in the learning_machines_robobo project folder and type:

    ./start-docker.sh
    

  • Windows, open CMD and change directory to the learning_machines_robobo project folder, and type:

    start-docker.bat
    

• Start VREP

  • open the program
  • open the scene file that you downloaded before: Robobo_Scene.ttt
  • enable Real Time button (optional)
  • start the simulation with the play button

• Fix the script: inside the project folder, open the file src/send_commands.py and

  • remove the line in which I create a connection to an hardware robot
  • fix the line of the connection to the simulated robot to have your local machine ip (localhost or 127.0.0.1 will not work because of docker. Connect to your home network and use the IP that the router will give you)

• Run the script

  • inside the docker container running, type

  ./src/send_commands.py
  

• Change the script, experiment and HAVE FUN :D

If you are having problems with Windows HOME, follow this guide it may fix your issues

You need to change the file start-docker.bat changing from

SET project_folder=%~dp0

docker run --rm -it -v %project_folder%:/root/projects cigroup/learning-machines bash

to

SET project_folder=/c/Users/YourUser/path/to/learning_machines_robobo

docker run --rm -it -v %project_folder%:/root/projects cigroup/learning-machines bash

where your project is in the folder C:\Users\YourUser\path\to\learning_machines_robobo. Change this variable accordingly to your own username and path to the project folder. You cannot use folders outside C:\Users\ and remember to change all backslasesh (\) to forward slashes (/).

• start docker with docker run --rm -it -v "${PROJECT_FOLDER}:/root/projects/" cigroup/learning-machines bash
• change folder to /root/projects/ (inside docker)
• run catkin_make install (only run for the first setup, it's not needed even across different docker containers)
• run source devel/setup.bash
• run src/send_commands.py command to test the connection

The environment variable ROS_MASTER_URI idendifies where the ROS MASTER NODE is running. Verify that your phone is in "Local ROS Master" and adjust the IP of the ROS_MASTER_URI variable with the address of the phone (visible at the first page of the application).

The library we provide is already taking care of this enviroment variable, but in case you encouter any problems you know where to look for.