Rover Navigation System

This project implements a rover navigation simulation similar to the Mars Rover problem.
The goal is to simulate robotic rovers moving across a rectangular plateau based on commands received from mission control.

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Problem Description

ISRO deploys robotic rovers on a plateau on the Moon. The plateau is divided into a grid.

Each rover has:

• X coordinate
• Y coordinate
• Direction it is facing (N, E, S, W)

Rovers receive commands to explore the terrain.

Commands:

L → Turn Left
R → Turn Right
M → Move Forward

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Input Format

First line: Plateau upper-right coordinates.

Example:

5 5

Each rover has two lines:

Initial position: 1 2 N

Commands: LMLMLMLMM

Example Input:

5 5
1 2 N
LMLMLMLMM
3 3 E
MMRMMRMRRM

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Expected Output

1 3 N
5 1 E

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Project Structure

rover-navigation-system

rover.py → Rover movement logic
main.py → Program execution
input.txt → Sample input
README.md → Documentation
requirements.txt → Python version

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How to Run

Clone the repository:

git clone https://github.com/yourusername/rover-navigation-system.git

Move into the project directory:

cd rover-navigation-system

Run the program:

python main.py

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Design Approach

Object Oriented Programming (OOP) is used to model rover behavior and command execution.

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Author

Backend Developer Internship Assignment
Jivansh Anand