This project is about ROS Package for navigation with DIY robot
Robot 3D model, BOM: Byungki
Circuit: Byungki, ZETA7
PCB layout: Byungki
Aruduino/ESP32 scketch: ZETA7
ROS code: ZETA7
Automatic Addision: https://automaticaddison.com/how-to-set-up-the-ros-navigation-stack-on-a-robot/
OMO R1 Mini: https://github.com/omorobot/omo_r1mini#readme
ROBOTIZ: https://github.com/ROBOTIS-GIT/turtlebot3
Other Open Source sites
encoderTest.ino: Check encoder tick
motorControllerTest.ino: Check/Tune motor controller
motorEncLedRos.ino: Please burn this for ROS navigation
create_udev_rules.sh, delete_udev_rules.sh, arduinoNano.rules: udev rule for Arduino Nano
ledBuzzer32Test.ino: Check LED, Buzzer
encoder32Test.ino: Check encoder tick
motorController32Test.ino: Check/Tune motor controller
motorEncLed32Ros.ino: ROS implementation, motor control and LED
motorEncLedMpu32Ros.ino: Please burn this for ROS navigation, motorEncLed32Ros.ino MPU6050
create_udev_rules_esp32snode.sh, delete_udev_rules_esp32snode.sh, esp32sNodemcu.rules: udev rule for ESP32
create_udev_rules_rplidar.sh, delete_udev_rules_rplidar.sh, rplidar.rules: udev rule for RPLidar
Please download image from below location
[Jetson 4G] https://drive.google.com/file/d/1HU5F1cwiw2wzuNBdLL9R3Wvpg5AXLzw5/view?usp=share_link
[Jetson 2G] https://drive.google.com/file/d/1mT9gTjAO0WtUF7FNO4q0Yf8rEwAnV8Ca/view?usp=share_link
id: jetson
passwd: jetsonPlease follow instruction on blow Notion(in Korean)
https://zeta7.notion.site/Jessicar-II-ec829f83c37241bda40e59cbeca561d7
Below pacakges are maybe required run this package and are located in ROBOT's catkin_ws/src folder
- https://github.com/Slamtec/rplidar_ros.git to run RpLidar
- https://github.com/tu-darmstadt-ros-pkg/hector_slam.git to run Hector slam
In order to run all the packages included in this project, you may need to install additional ROS packages as below.
sudo apt-get install ros-melodic-tf ros-melodic-joy \
ros-melodic-teleop-twist-joy \
ros-melodic-teleop-twist-keyboard \
ros-melodic-laser-proc ros-melodic-rgbd-launch \
ros-melodic-depthimage-to-laserscan \
ros-melodic-rosserial-arduino ros-melodic-rosserial-python \
ros-melodic-rosserial-server ros-melodic-rosserial-client \
ros-melodic-rosserial-msgs ros-melodic-amcl \
ros-melodic-map-server ros-melodic-move-base \
ros-melodic-urdf ros-melodic-xacro ros-melodic-usb-cam \
ros-melodic-compressed-image-transport \
ros-melodic-rqt-image-view ros-melodic-gmapping \
ros-melodic-navigation ros-melodic-interactive-markers \
ros-melodic-ar-track-alvar ros-melodic-ar-track-alvar-msgs \
ros-melodic-cartographer-ros
To simply run the robot to control with teleop keyboard command, enter below while roscore is running in the HOST PC
$ roslaunch jessicar2_bringup arduino_bringup.launch
$ roslaunch jessicar2_teleop jessicar2_teleop_joy.launch
# or
$ roslaunch jessicar2_teleop jessicar2_teleop_key.launch
$ roslaunch jessicar2_bringup nodemcu32.launch
$ roslaunch jessicar2_teleop jessicar2_teleop_joy.launch
# or
$ roslaunch jessicar2_teleop jessicar2_teleop_key.launch
This allows you to move the robot simply by keyboard input as
- W: Move FWD (Increase lin_vel.x)
- A: Turn Left (Increase rot_vel.z)
- S: Stop (Reset lin_vel.x, rot_vel.z)
- D: Turn Right (Decrease rot_vel.z)
- X: Move REV (Decrease lin_vel.x)
To run 2D lidar based SLAM navigation, simply launch below in ROBOT.
$ roslaunch jessicar2_slam jessicar2_hectorslam.launch
Launch below in HOST PC to open rviz environment to make map.
$ roslaunch jessicar2_slam jessicar2_hectorslam_rviz.launch
roslaunch jessicar2_teleop jessicar2_teleop_key.launch
# or
roslaunch jessicar2_teleop jessicar2_teleop_joy.launch
$ roslaunch jessicar2_slam jessicar2p_hectorslam.launch
Launch below in HOST PC to open rviz environment to make map.
$ roslaunch jessicar2_slam jessicar2p_hectorslam_rviz.launch
roslaunch jessicar2_teleop jessicar2_teleop_key.launch
# or
roslaunch jessicar2_teleop jessicar2_teleop_joy.launch
Move the robot using keyboard input (W: FWD, A: Left, D: Right, X: REV) and the map will be expanded as it go.
To run 2D lidar based SLAM navigation, simply launch below in ROBOT.
$ roslaunch jessicar2_slam jessicar2_gmapping.launch
Launch below in HOST PC to open rviz environment to make map.
$ roslaunch jessicar2_slam jessicar2_gmapping_rviz.launch
$ roslaunch jessicar2_teleop jessicar2_teleop_key.launch
# or
$ roslaunch jessicar2_teleop jessicar2_teleop_joy.launch
$ roslaunch jessicar2_slam jessicar2_gmapping.launch
Launch below in HOST PC to open rviz environment to make map.
$ roslaunch jessicar2_slam jessicar2_gmapping_rviz.launch
$ roslaunch jessicar2_teleop jessicar2_teleop_key.launch
# or
$ roslaunch jessicar2_teleop jessicar2_teleop_joy.launch
Cartographer generate maps smoother and more precise compare to gmapping and support for various type of sensors such as Depth camera or 3D lidar.
More information can be found its website.
https://google-cartographer-ros.readthedocs.io/en/latest/
To run cartographer-ros, simply launch below in ROBOT.
$ roslaunch jessicar2_slam jessicar2_cartographer.launch
Launch below in HOST PC to run rviz environment and robot control.
$ roslaunch jessicar2_slam jessicar2_cartographer_rviz.launch
$ roslaunch jessicar2_teleop jessicar2_teleop_key.launch
or
$ roslaunch jessicar2_teleop jessicar2_teleop_key.launch
$ roslaunch jessicar2_slam jessicar2p_cartographer.launch
Launch below in HOST PC to run rviz environment and robot control.
$ roslaunch jessicar2_slam jessicar2_cartographer_rviz.launch
$ roslaunch jessicar2_teleop jessicar2_teleop_key.launch
or
$ roslaunch jessicar2_teleop jessicar2_teleop_key.launch
Once map is fully generated, run map_server to save <name_of_map>.yaml and <name_of_map>.pgm files as below.
$ rosrun map_server map_saver -f <name_of_map>
Terminate all nodes and copy these files and place into ROBOT's ~/catkin_ws/src/jessicar2/jessicar2_navigation/maps
To start navigation launch below in ROBOT.
$ roslaunch jessicar2_navigation jessicarNavi.launch
Then launch below in HOST PC to open the robot in rviz environment.
$ roslaunch jessicar2_navigation jessicarNavi_rviz.launch
$ roslaunch jessicar2_navigation jessicar2p_Navi.launch
Then launch below in HOST PC to open the robot in rviz environment.
$ roslaunch jessicar2_navigation jessicarNavi_rviz.launch
Place the robot in the map by selecting green arrow(2D Pose Estimate) in the top menu and pick(Location) and drag(direction) where the robot likely to be and its direction in the map.
Now place a goal by selecting Pink arrow(2D Nav Goal) in the top menu and pick(Goal location) and drag(Goal direction) where the robot should go in the map.
Wait until the robot reaches the goal!
Jessicar2 team