Implementation of a Mars class that uses the functionality of the Rover class. Drive() is necessary in order to stop the rovers movement, when obstacles and bounds are in the way.

Implementing a MarsRover-class in order to give the Rover its functionality such as move_fw, move_bw, turn_r, turn_l and a drive method that takes string commands

Implementing a Plateau class that sets a specific size, add obstacles, get rover position and an ods in order to recognize obstacles and bounds of the plateau

Implementation of new functions and new testcases - rover checks if an obstacle is in front of it to avoid colisions with them, create new testcases to check if it works properly

implementation of a turn_right-function in order to make it possible for the MissionControl to make the rover turn right

implementation of the turn_left-function in order to make the MissionControl be able to turn the rovers current direction

New function added - implementation of a move_backward-function in order to make the rover move backward too, creation of 4 testcases in order to proof that the MissionControl is able to make the rover move backwards

Updating the MissionControl-class and testcases - implementation of a execute_command-function because the MissionControl should be able to communicate with the rover, testcase updates in order to proof that the communication works

Implementation of move_forward-function - function implementation and 4 tests ran in order to see if the function works without any issues

Base Model Creation - add all classes incl. Mars, Map, Rover, Mission Control, Plateau in order to have a basic concept of the implementation

Creation of Testcases for Rover - adding Testcases in order to test functions of the rover and recording its behaviour.