faycalki / robots-facility

This interactive text-based robot facility game takes you on a thrilling journey through a futuristic world filled with malfunctioning robots, mysterious rooms, and mind-bending challenges. Immerse yourself in an engaging narrative, repair robots, solve puzzles, and navigate through interconnected rooms to uncover the secrets within.

Welcome to the Robots Facility Simulator! 🤖🚀

This interactive text-based robot facility game takes you on a thrilling journey through a futuristic world filled with malfunctioning robots, mysterious rooms, and mind-bending challenges. Immerse yourself in an engaging narrative, repair robots, solve puzzles, and navigate through interconnected rooms to uncover the secrets within.

Table of Contents

• Introduction
• Features
• Getting Started
• How to Play
• Technologies Used
• Contributing
• License

Features

• Immersive Storytelling: Engage in a captivating storyline filled with suspense, mystery, and unexpected twists.

• Interactive Challenges: Interact with various malfunctioning robots, each presenting unique challenges to overcome.

• Dynamic Room Navigation: Explore interconnected rooms, each with its own atmosphere and obstacles.

• Robot Repair: Repair malfunctioning robots to unlock new rooms and progress in the game.

• Terminal Visuals: Experience visually enhanced interactions with robots, with color-coded messages for malfunctioning and repaired states.

Getting Started

To get started with the Robots Adventure Game, follow these simple steps:

1. Clone the Repository:

git clone https://github.com/faycalki/robots-facility-simulator.git

2. Compile and run the project

javac RobotGameMain.java
java RobotGameMain

3. Start Your Adventure: follow the on-screen instructions.

How to Play

1. Interact with Robots: Use commands like Interact with Cleaning Robot to engage with malfunctioning robots.

2. Navigate Through Rooms: Move between rooms by entering commands like Go to Security Room.

3. Repair Malfunctioning Robots: Solve challenges presented by malfunctioning robots to repair them and unlock new areas.

4. Enjoy the Narrative: Immerse yourself in the story and make choices that impact the outcome of the game.

The map

UML Diagram

Technologies Used

• Java: The game is developed in Java, providing a platform-independent and robust runtime environment.

• Graph Data Structure: The game utilizes a graph data structure to model the interconnected rooms and facilitate navigation.

• Terminal Visuals: Enhanced terminal visuals using ANSI escape codes to differentiate robot states.

Contributing

We welcome contributions to enhance the game, add new features, or improve existing ones. Feel free to open issues, submit pull requests, or provide valuable feedback.

License

This project is licensed under the GNU License. Feel free to fork, modify, and share the game with others.

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Embark on an exciting adventure, repair malfunctioning robots, and navigate through a world of mystery and challenges. Enjoy! 🤖🌟