def checkwin(board): #check if someone has won curboard = 0 if isinstance(board,GameBoard): #typechecking is not working consistently. curboard = board elif isinstance(board, list): curboard = GameBoard(board) else: return 1 #SOMETHING WENT WRONG. if( #horizontals (curboard.is1(0,0) and curboard.is1(0,1) and curboard.is1(0,2)) or (curboard.is1(1,0) and board.is1(1,1) and curboard.is1(1,2)) or (curboard.is1(2,0) and curboard.is1(2,1) and curboard.is1(2,2)) or #verticals (curboard.is1(0,0) and curboard.is1(1,0) and curboard.is1(2,0)) or (curboard.is1(0,1) and curboard.is1(1,1) and curboard.is1(2,1)) or (curboard.is1(0,2) and curboard.is1(1,2) and curboard.is1(2,2)) or #diagonals (curboard.is1(0,0) and curboard.is1(1,1) and curboard.is1(2,2)) or (curboard.is1(0,2) and curboard.is1(1,1) and curboard.is1(2,0)) ): return 1 #1 wins elif ( #horizontals (curboard.is2(0,0) and curboard.is2(0,1) and curboard.is2(0,2)) or (curboard.is2(1,0) and curboard.is2(1,1) and curboard.is2(1,2)) or (curboard.is2(2,0) and curboard.is2(2,1) and curboard.is2(2,2)) or #verticals (curboard.is2(0,0) and curboard.is2(1,0) and curboard.is2(2,0)) or (curboard.is2(0,1) and curboard.is2(1,1) and curboard.is2(2,1)) or (curboard.is2(0,2) and curboard.is2(1,2) and curboard.is2(2,2)) or #diagonals (curboard.is2(0,0) and curboard.is2(1,1) and curboard.is2(2,2)) or (curboard.is2(0,2) and curboard.is2(1,1) and curboard.is2(2,0)) ): return 2 # 2 wins else: has_valid_move = False for i in range(3): for j in range(3): if not curboard.is1(i,j) and not curboard.is2(i,j): has_valid_move = True break; if has_valid_move: break; if has_valid_move: return 0 # keep going else: return -1 # draw.
def __init__(self):
self._atom_list = sample(list(product(range(
1, 9), repeat=2)), k=5) # initialize random list of atom locations
self._gameB = GameBoard(
self._atom_list) # initialize a game board with the atom list
self._board = self._gameB.get_board(
) # get the game board for calculating ray path
self._score = 25 # initialize the starting points for the game
self._ray_locations = [] # empty list to store ray entry/exit squares
self._wrong_atom_guesses = [
] # empty list to store incorrect atom guesses
self._correct_atom_guesses = [
] # empty list to store correct atom guesses
self._ray_status = None
self._ray_row = None
self._ray_column = None
self._screen = pygame.display.set_mode((600, 800))
self._font = pygame.font.Font('freesansbold.ttf', 36)
self.background = pygame.image.load('board_grid.png')
self.background = pygame.transform.scale(self.background, (600, 600))
self._game_status = True
self._ray_color = None
def __init__(self):
self.__game_board = GameBoard()
self.__opponent_map = GameBoard()
self.__game_board.populate_board()
def __init__(self, Player1, Player2): self.player1 = Player1 self.player2 = Player2 self.board = GameBoard() self.turn = 1
####################
# Load Configuration File
####################
configuration_path = sys.argv[1]
with open(configuration_path) as f:
try:
lines = f.readlines()
board_size = lines[0].replace("\n", "").split(" ")
ship_data_array = []
for x in lines[1:]:
ship_data = x.replace("\n", "").split(" ")
ship_data[1] = int(ship_data[1])
ship_data_array.append(tuple(ship_data))
board1 = GameBoard(board_size)
board2 = GameBoard(board_size)
except:
print("Some error is in the configuration file. Please check the file.")
sys.exit()
####################
# Create Players and Ships
####################
#
player1_name = input("Player 1 please enter your name: ")
player1 = Player(player1_name, board1)
for shipData in ship_data_array:
name = shipData[0]
from Board import GameBoard
from HumanPlayer import HumanPlayer
from DumbAI import DumbAI
from SmartAI import SmartAI
# draw board
# while not game finished
# get player move
# redraw board
# check for game over
board = GameBoard()
player1 = SmartAI("SmartAI", 'O', board)
player2 = DumbAI("DumbAI", 'X')
players = [player1, player2]
for i in range(0, 100):
print(i)
board.reset()
while board.game_over() == 0:
for player in players:
move = player.get_move()
while board.submit_move(move) != 1:
move = player.get_move()
if board.game_over() != 0:
if board.game_over() != 'TIE':
player.Winner()
break