Repository holding all UR Lunabotics 2021-2022 software Developed by the UR Robotics Club
- Benned Hedegaard
- Velocity-based motion model for forward simulation of a differential drive robot.
- A* search for planning paths on a discrete grid.
- Pure pursuit for path-following control.
- Occupancy grid mapping using laserscan sensor data.
Simulator - Run roslaunch simulator simulator-demo.launch
to see the simulator handle a constant motion command. The robot should drive in a circle.
Planner - Run roslaunch planner planner_demo.launch
to see the planner operate on a continuous stream of queries from (0,0) to points on a 3m-radius circle.
Joystick Control - Run roslaunch simulator joystick-demo.launch
to control a simulated robot using a joystick controller connected via USB to the machine running ROS.