Firstly, assuming you have already installed ROS Groovy and MORSE 1.x.x.

Then you need two additional packages p2os and exploration:

git clone https://github.com/allenh1/p2os.git
svn co https://svn.code.sf.net/p/bosch-ros-pkg/code/trunk/stacks/exploration

Finally, download the attachment (yz_morse_sim), decompress it and enter into the folder morse_sim.

Now, let’s start the simulation!

1. Launch roscore in a terminal window:

roscore

2. Launch MORSE simulator in a new terminal window:

morse run single_robot.py

3. Launch ROS nodes in a new terminal window (This step will also launch gmapping and rivz):

roslaunch single_robot.launch

4. Save the map if you want, in a new terminal window:

rosrun map_server map_saver

Done!

Firstly, assuming you have already installed ROS Groovy and Stage 3.x.x.

Then you need two additional packages p2os and exploration:

git clone https://github.com/allenh1/p2os.git
svn co https://svn.code.sf.net/p/bosch-ros-pkg/code/trunk/stacks/exploration

Finally, download the attachment (yz_stage_sim), decompress it and enter into the folder stage_sim.

Now, let’s start the simulation!

1. Launch roscore in a terminal window:

roscore

2. So, you have three options to implement the exploration: teleoperation, exploration and exploration with SLAM, in a new terminal window:

roslaunch teleop.launch (or explore.launch, or explore_slam.launch)

3. You can track the exploration progress by using rviz, in a new terminal window:

rosrun rviz rviz -d stage.rviz

4. If you want build a map by teleoperation, in a new terminal window:

rosrun gmapping slam_gmapping scan:=base_scan

5. Save the map, in a new terminal window:

rosrun map_server map_saver

Done!