ipsychonaut/meta-tac-toe

Meta-Tac-Toe is an exciting twist on the classic game of Tic-Tac-Toe. The game board is a 3x3 grid, and each cell in this grid contains another 3x3 grid known as a "small board". The objective is to win the "meta-board" by securing three small boards in a row, either horizontally, vertically, or diagonally.

Meta-Tac-Toe

Introduction

Meta-Tac-Toe is an exciting variation of the classic game Tic-Tac-Toe. It's a game within a game! In Meta-Tac-Toe, you have a 3x3 meta-board, and each cell of this meta-board contains another 3x3 board, termed as a "small board". The objective is to win the meta-board by securing three small boards in a row, either horizontally, vertically, or diagonally.

How to Play

1. Players alternate turns to place their symbol ('X' or 'O') in an empty cell within a small board.
2. The choice of which small board to play in is determined by the cell in which the previous player made their move.
3. If a player wins in a small board, their symbol occupies the entire small board.
4. The first player to align three of their symbols on the meta-board wins the game.

Installation

The game requires Python and Pygame to be installed. If Pygame is not installed, the script will attempt to install it using conda.

Code Structure

1. pygame is used for rendering the game board and handling user input.
2. The draw_meta_board() function is responsible for drawing both the meta-board and the small boards, including any 'X' or 'O' symbols.
3. The draw_pieces() function draws the symbols ('X' or 'O') in the respective cells.
4. The check_winner_small_board() function checks for a winner in a small board and returns the winning symbol or None.
5. The update_small_board_winner() function updates a small board with the winner's symbol.
6. The check_winner_meta_board() function checks for a winner in the meta-board and updates a global variable if a winner is found.

Authors

• [email protected]
• With the assistance of ChatGPT 4.0