A feature-rich Tic-Tac-Toe game built with Python using Tkinter GUI, featuring both single-player (vs AI) and multiplayer modes, scoreboard tracking, and data analysis with visualizations.

• Single Player Mode: Play against an intelligent AI opponent using minimax algorithm
• Multiplayer Mode: Two players can play against each other
• Scoreboard: Track and view game history and outcomes
• Data Analysis: Visualize win percentages with pie charts using matplotlib
• GUI Interface: Clean and intuitive graphical user interface using Tkinter

• Python 3.x
• tkinter (usually comes with Python)
• pandas
• matplotlib
• csv (built-in module)

1. Clone or download this repository

2. Make sure you have Python 3.x installed

3. Install required dependencies:

   pip install pandas matplotlib

4. Run the game:

   python TicTacToe.py

1. Launch the Game: Run TicTacToe.py to open the main menu
2. Choose Game Mode:
   • Single Player: Play against the computer AI
   • Multiplayer: Two human players take turns
3. Make Moves: Click on empty squares to place your mark (X or O)
4. Win Conditions: Get three marks in a row (horizontal, vertical, or diagonal)
5. View Results: Check the scoreboard to see game history and analysis

• Player plays as 'X'
• Computer plays as 'O' using an intelligent minimax algorithm
• AI provides challenging gameplay

• Two players alternate turns
• Player 1 uses 'X', Player 2 uses 'O'
• Perfect for local multiplayer gaming

• Automatically tracks all game outcomes
• Stores results in scoreboard.csv
• Displays complete game history in a scrollable window

• Generates pie charts showing win percentages
• Uses pandas for data processing
• Matplotlib for visualization
• Helps players track their performance over time

Tic-Tac-Toe-Game/
│
├── TicTacToe.py      # Main game file
├── README.md         # This file
└── scoreboard.csv    # Generated automatically to store game results

• TicTacToe: Main menu and game coordinator
• TicTacToeBoard: Game board logic and GUI
• DataAnalyzer: Statistical analysis and visualization
• Scoreboard: Display game history

The single-player mode uses the minimax algorithm to provide intelligent gameplay:

• Evaluates all possible moves
• Chooses the optimal move to maximize winning chances
• Provides challenging but fair gameplay

Feel free to fork this project and submit pull requests for improvements such as:

• Enhanced AI difficulty levels
• Better UI/UX design
• Additional game statistics
• Sound effects
• Online multiplayer support

Created as a Python learning project demonstrating:

• Object-oriented programming
• GUI development with Tkinter
• Data analysis with pandas and matplotlib
• Game algorithm implementation (minimax)

Enjoy playing Tic-Tac-Toe!