Reversi Game Implementation

This project involves creating an expanded version of the strategic board game Reversi, implemented on an 8x8 board with special disc types. The goal is to apply Object-Oriented Programming (OOP) principles while creating a functional and interactive game that follows the rules specified.

Project Structure

The provided files include:

• GUI_for_chess_like_games - Graphical User Interface for the game.
• PlayableLogic - Interface defining the game's rules.
• Player - Base class for players.
• AIPlayer - Base class for AI-controlled players.
• Disc - Abstract class representing a disc on the board.
• Main - Main class to run the game.
• Sample game file - Demonstrates basic gameplay.

For additional details, refer to the assignment PDF included in this repository.

Classes to Implement

1. GameLogic

• Implements the PlayableLogic interface.
• Manages game state, rules, board, and player turns.
• Handles placing and flipping opponent discs.

2. Discs

Implement Disc interface for different disc types:

• SimpleDisc - Regular disc that follows standard Reversi rules.
• UnflippableDisc - Special disc that cannot be flipped once placed.
• BombDisc - When flipped, it causes surrounding discs to flip, potentially triggering other bombs.

3. Helper Classes

• Position - Represents a position on the board.
• Move - Represents a game move and supports undo functionality.

4. AI Players

• RandomAI - Randomly selects a legal move.
• GreedyAI - Chooses the move that flips the maximum number of opponent discs.

Game Rules

• The objective is to finish with the highest number of discs in your color.
• The game begins with four discs in the center.
• Three types of discs exist: Regular, Unflippable, and Bomb (special flipping rules apply).
• The game ends when no legal moves are available for the next player.

Additional Requirements

• AI Players: Implement AI players using RandomAI and GreedyAI. AI should handle legal moves intelligently and can be extended for bonus points with a more advanced AI player.
• Undo Functionality: Allow undoing moves for games with human players only.
• Game Reset: Implement a reset feature to restart the game.

Submission

• Submit all files as a ZIP file named ID1_ID2.zip (replace with your student IDs).

Coding Guidelines

• Follow OOP principles such as inheritance, encapsulation, and method overloading.
• Document all classes and methods using JavaDoc.
• Implement error handling and consider edge cases.
• Ensure compatibility with the provided GUI.
• Maintain clean and documented code style.

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Good luck!