Pure Python library that implements the logic of Tic-Tac-Toe on boards of any size and with any number of players. In addition, you can also change the number of consecutive pieces to be connected.
The library contains a way to graphically visualize the state of the board that integrates seamlessly with Jupyter Notebooks (more screenshots below).
Install the package with:
python setup.py install
Install the package with:
python setup.py develop
import nxntictactoe as ttt
# Create board.
rows = 3
columns = 3
connect = 3
b = ttt.Board(rows, columns, connect)
# Random player.
p1 = ttt.Agent()
# Player that ask the user the next movement.
p2 = ttt.Player()
# Create a game with that board and those 2 players.
g = ttt.Game(b, [p1, p2])
# Run the game in verbose mode.
winner = g.start()
print("Winner", winner)More code examples in the sample notebook.
Execution of the sample code in a terminal:
Execution of the sample code in a notebook:
Another example with 3 random players.
