Anu26092002 / MinimaxTicTacToe

A Java GUI application for playing Tic-Tac-Toe againts the computer. The Game implements the Min-Max algorithm where the computer maximizes its chance for winning the game.

Minimax Algorithm Implemetation in Tic Tac Toe by using Java Swings

🤖 Play a Demo Tic-Tac-Toe Game to vizualize the project with Google X and O

Made with 🧡 🤍 💚 by Anurag Ghosh

Documentation

• Documentation of the Main Class
• Documentation of the minimax package

🙃 How to play the Game

The player choice by default is 'X' and the computer's or AI Agent's choice is 'O' by default. The user can only lose or can be tied with the computer, the next move of the computer is predicted by using the minimax algorithm

The computer first prepares all the possible position of the human player to make his/her move and then chooses the most optimal position as per the minimax algorithm

The PEAS Table for this AI Agent is as followed:

Agent	Performance Measure	Environment	Actuator	Sensors
The agent is always playing as 'O' and the human player is always playing as 'X'	The agent can play the game The agent has to place three O’s in a row or prevent three X’s from being placed in a row The agent can win the game or at least tie/draw	The Tic Tac Toe interface or 3x3 Grid i.e blank buttons on the GUI Game pieces i.e X's and O's The laptop/computer	The Human Player The mouse clicks on laptop/computer	The Human Player's Moves

The classification of the Tic-Tac-Toe task Environment is as followed:

• Fully observable: Nothing is hidden from the agent. The agent can see all parts of the environment at all times.
• Deterministic: The next state of the board is completely determined by the move of the agent.
• Sequential: Later moves will depend on what moves were taken previously.
• Static: The game board remains constant while the agent is determining its next move.
• Discrete: Tic-Tac-Toe has a finite state space.