On this page you will find the documentation of the software packages for our robots as well as project-related repositories.
General interface description for all EduArt robots. Docker images are available to control our robots.
Link: edu_robot
This template code can be used as an example of how programs can be created to control EduArt robots and query their sensor values.
Link: edu_robot_control_template
Descripiton and example of how to use a low code environment (block programming) on the robot.
Link: edu_nodered_ros2_plugin
ROS interface for the IOTBot. Description of the hardware interfaces. This repository is still up-to-date for a ROS-based installation. If you want to use ROS2, it is better to switch to edu_robot.
Link: iotbot
ROS2 port of the iotbot repository. This repository contains only documentation and is used by idividual customers. If you want to use it, please drop a message at info@eduart-robotik.com.
Link: iotbot-ros2
Useful tools for controlling our robots.
Virtual joystick based on Python3. There is a version for ROS and ROS2, which can be used for all robots that process a message of type geometry_msgs/Twist.
Link: edu_virtual_joy
Forked from ros-drivers/joystick_drivers (Convinience copy)
Link: joystick_drivers
This section contains higher-level algorithms that can be useful for (semi-)autonomous operation.
Various software algorithms for the detection of objects. Only one QR code detector is currently implemented/referenced.
Link: edu_perception
Extension package to control several robots synchronously.
Prerequisite: All robots require a precise localization concept.
Link: edu_swarm
Public benefit repository, that contains software that is useful for the RoboCup in the discipline of rescue robotics.
Link: edu_robocup_rescue_stack
This educational project promotes inter-school collaboration in a scenario similar to rescue. Each school develops an individual robot and challenging obstacles / tasks. No single robot can solve the given tasks alone. Thus, student teams from several schools must join forces.
You can find our project wiki here: Wiki
Link: robotsunite