Fast Pose Solver mapping suite A thin package for mapping with multiple depth sensors
What is this repository for?
How do I get set up?
The system works on ubuntu 14.04, ros indigo (but should work also on other versions)
1) install the ubuntu packages
sudo apt-get install \ libeigen3-dev \ libflann-dev \ libsuitesparse-metis-dev \ freeglut3-dev \ libqglviewer-dev
2) checkout, install and build g2o. Locally.
cd <YOUR_SRC_FOLDER_WHERE_YOU_DOWNLOAD_EXTERNAL_LIBS> git clone https://github.com/RainerKuemmerle/g2o.git cd g2o mkdir build cmake ../ make -j <as much as you have>
g2o is now compiled, we need to set up the environment so that cmake finds our local installation.
To this end add this to your ~/.bashrc export G2O_ROOT=<YOUR_SRC_FOLDER_WHERE_YOU_DOWNLOAD_EXTERNAL_LIBS>/g2o
IMPORTANT! You might need to copy the g2o/build/g2o/config.h file in g2o/g2o
g2o$ cp build/g2o/config.h g2o
3) download this repository
copy or link in your workspace only the following folders in thin_drivers
$catkin_ws> ln -s <path to thin _drivers>/thin_msgs . $catkin_ws> ln -s <path to thin_drivers>/thin_state_publisher .
4) copy or link fps_mapper in your catkin workspace
$catkin_ws> ln -s <path to fps_mapper> .
5) build all
- Writing tests
- Code review
- Other guidelines
Who do I talk to?
- Repo owner or admin
- Other community or team contact
This package comprises a bunch of tools for mapping with mobile robots and depth cameras, but also 3D lasers
The components are rather ROS independant, and rely only on the deb packages listed above and on g2o for global optimization
fps_globals # global defines and functions used in the tracker fps_core # core alignment routines and structures fps_core_examples # simple examples of the core functionalities fps_gl_helpers # opengl utilities fps_core_viewers # viewers for the clouds fps_tracker # sequential tracker fps_tracker_viewers # sequential tracker viewers fps_tracker_examples # sequential tracker examples fps_global_optimization # optimization package fps_local_mapper # local mapper (relies on tracker) fps_local_mapper_examples # examples on how to use the local mapper fps_local_mapper_viewers # viewers for the local mapper fps_loop_closer # loop closer (based on trajectory) fps_map # map structures (local maps and so on) fps_map_viewers # map viewers fps_ros_bridge # ros nodes fps_calibration # calibration utilities to register multiple sensors playground # misc stuff