def run_game(player_1, player_2, max_num_moves, board_size=5):
board = Board(size=board_size)
game = Game(board, player_1, player_2)
moves = 0
while (moves < max_num_moves):
moves += 1
if game.step() == 1:
print("Game Over, {} Lost".format(game.loser))
return "Loser: {}".format(game.loser)
board_matrix, turn = board.get_board_config()
print(board_matrix)
print(" ")
def expander(board: Board) -> Iterable[Move]:
return board.get_moves()
def detector(board: Board) -> bool:
return board.solved()
#!/usr/bin/env python
'''
File name: Assign2.py
Author: Siddhant Kumar
Email: [email protected]
Date created: 1 Oct 2017
Date last modified: 1 Oct 2017
Python Version: 3.0
'''
from framework import Board,Game,Player
import numpy as np
from MyPlayer import MyPlayer
from OtherPlayer import OtherPlayer
np.set_printoptions(suppress=True)
if __name__=='__main__':
board = Board(size=5)
player_1 = OtherPlayer() # Random player
player_2 = MyPlayer() # MyPlayer
game = Game(board,player_1,player_2)
while (game.step()==0):
board_matrix,turn = board.get_board_config()
print(board_matrix)
print(" ")
'''
File name: Assign2.py
Author: Siddhant Kumar
Email: [email protected]
Date created: 1 Oct 2017
Date last modified: 1 Oct 2017
Python Version: 3.0
'''
from framework import Board, Game, Player
import numpy as np
from MyPlayer import MyPlayer
from OtherPlayer import OtherPlayer
import time
np.set_printoptions(suppress=True)
if __name__ == '__main__':
board = Board(size=5) #Board object
# Random player
player_1 = OtherPlayer()
player_2 = MyPlayer() # MyPlayer
game = Game(board, player_1, player_2)
while (game.step() == 0):
board_matrix, turn = board.get_board_config()
print(board_matrix)
print(" ")