Skip to content

Jailander/strands_morse

 
 

Repository files navigation

strands_morse

A MORSE-based simulation for the STRANDS project

Prerequisites

For running the simulation you would need:

We recommend to install the morse-blender-bundle from our debian server:

  • Set-up instructions: Using the STRANDS repository
  • Install the bundle: sudo apt-get install morse-blender-2.65-py-3.3
  • Source the environment: source /opt/morse-blender-2.65-py-3.3/.bashrc You might want to add this to your ~/.bashrc
  • Check if morse has installed correctly: morse check

Please refer to the respective installation guides to install them on your system.

The current software has been tested under the following configuration:

  • MORSE (strands-project/morse)
  • Blender 2.63a
  • ROS Groovy
  • Python 3.2.3 (3.3.0)
  • Ubuntu 12.04 LTS

Please note: Using a depth camera requires Python 3.3.0 and a corresponding Blender version (>2.65).

Getting Started

Start some terminals and run the commands below:

  1. Fire up roscore:

     $ roscore
    
  2. Run the MORSE simulation:

     $ roslaunch strands_morse bham_cs_morse.launch
    
  3. (optional) Launch the 2D navigation:

     $ roslaunch strands_morse bham_cs_nav2d.launch
    
  4. (optional) To visualize the environment model in RVIZ run

     $ rosrun rviz rviz
    
     $ roslaunch strands_morse bham_cs_rviz.launch
    

    and add a new display of type RobotModel in RVIZ. Set the robot_description to /env/env_description and TF prefix to env. (requires strands_utils)

The commands above use the lower ground floor of the Computer Science building by default. For simulating a different level of the building please run:

    $ roslaunch strands_morse bham_cs_morse.launch env:=cs_1

Other available environments are: cs_lg, cs_ug, cs_1, cs_2, cs (for the whole building)

Similarly, you have to run the navigation and visualization with an extra argument as follows:

    $ roslaunch strands_morse bham_cs_nav2d.launch env:=cs_1               

    $ roslaunch strands_morse bham_cs_rviz.launch env:=cs_1

To start run the MORSE simulation of the TUM kitchen with a ScitosA5:

   $ roslaunch strands_morse tum_kitchen_morse.launch

Alternatively:

   $ roslaunch strands_morse tum_kitchen_morse.launch env:=tum_kitchen_WITHOUT_CAMERAS

The Scitos robot model is equipped with a video, depth and semantic camera by default.

If you wish to start the robot without any camera provide Scitosa5.WITHOUT_CAMERAS in the robot's constructor (see example below). Starting the robot without any camera is useful to run MORSE in fast_mode.

If you only want to disable the depth camera, provide Scitosa5.WITHOUT_DEPTHCAM in the constructor. This might be useful if you run MORSE on MacOSX, because users have reported problems when using a depth camera.

Example usage in the MORSE builder script:

  • with cameras:

      robot = Scitosa5()
      # Alterntively
      # robot = Scitosa5(Scitosa5.WITH_CAMERAS)
    
  • without cameras

      robot = Scitosa5(Scitosa5.WITHOUT_CAMERAS)
    
  • without depth camera

      robot = Scitosa5(Scitosa5.WITHOUT_DEPTHCAMS)
    
  • with OpenNI stack generating point clouds and images, be sure to launch roslaunch strands_morse generate_camera_topics.launch and

      robot = Scitosa5(Scitosa5.WITH_OPENNI)
    

About

A MORSE-based simulation for the STRANDS project

Resources

Stars

Watchers

Forks

Releases

No releases published

Packages

No packages published

Languages

  • Python 93.9%
  • CMake 3.1%
  • C++ 2.5%
  • Shell 0.5%