• In this project, I've implemented a simple goal-to-goal PID controller to control a robot with a Differential Drive.
• In the simulation, the robot can follow the route given itself using the PID controller.
• I've used the mathematical models of Differential Drive robots to simulate the physical behaviour of the robot.

Here you can see an example simulation for:

start = State(-20, 15, math.radians(90))
targets = [State(0, 20, 0),  State(20, 10, 0), State(0, 5, 0), State(-10, -15, 0), State(0, -10, 0), State(8, -10, 0) ]

Note: An extra robot has been placed in (20,-10) coordinates. The placement of this robot can be changed by giving an extra x and y coordinates in function drawPlot.

git clone https://github.com/BurakDmb/DifferentialDrivePathTracking.git
cd DifferentialDrivePathTracking
pipenv install
pipenv run python main.py