def getWinner(self, board, pos):
"""Returns the player (boolean) who won, or None if nobody won"""
tests = []
tests.append(board.getCol(pos[0]))
tests.append(board.getRow(pos[1]))
tests.append(board.getDiagonal(True, pos[0] - pos[1]))
tests.append(board.getDiagonal(False, pos[0] + pos[1]))
for test in tests:
color, size = utils.longest(test)
if size >= 4:
return color
def getWinner2(self,pos,grille): #Reformulation de la fonction getWinner du module game
tests = []
tests.append(grille.getCol(pos[0]))
tests.append(grille.getRow(pos[1]))
tests.append(grille.getDiagonal(True, pos[0] - pos[1]))
tests.append(grille.getDiagonal(False, pos[0] + pos[1]))
for test in tests:
color, size = utils.longest(test)
if size >= 4:
return color
return 0
def is_ended(self, pos, board): # checks wether the game is ended or not
"""Returns whether the game is over or not"""
tests = []
tests.append(board.getCol(pos[0]))
tests.append(board.getRow(pos[1]))
tests.append(board.getDiagonal(True, pos[0] - pos[1]))
tests.append(board.getDiagonal(False, pos[0] + pos[1]))
for test in tests:
color, size = utils.longest(test)
if size >= 4:
return True
return False
def getWinner(self, pos):
"""Returns the player (boolean) who won, or None if nobody won"""
tests = []
tests.append(self.board.getCol(pos[0]))
tests.append(self.board.getRow(pos[1]))
tests.append(self.board.getDiagonal(True, pos[0] - pos[1]))
tests.append(self.board.getDiagonal(False, pos[0] + pos[1]))
for test in tests:
color, size = utils.longest(test)
if size >= self.winning_length:
for player in self.players:
if player.color == color:
return player
def playerGetWinner(self, board, pos):
test = board.getCol(pos[0])
color, size = utils.longest(test)
# print(pos[1]) // debug only
'''
this is for deciding the winners
'''
if size < 4:
test = board.getRow(pos[1])
color, size = utils.longest(test)
if size < 4:
test = board.getDiagonal(True, pos[0] - pos[1])
color, size = utils.longest(test)
if size < 4:
test = board.getDiagonal(False, pos[0] + pos[1])
color, size = utils.longest(test)
if size < 4:
return self.evaluate(board, pos)
if self.color == color:
return 999
else:
return -999
def hasWon(self, board, player, pos):
tests = []
tests.append(board.getCol(pos[0]))
tests.append(board.getRow(pos[1]))
tests.append(board.getDiagonal(True, pos[0] - pos[1]))
tests.append(board.getDiagonal(False, pos[0] + pos[1]))
for test in tests:
color, size = utils.longest(test)
if size >= 4:
if player == color:
return math.inf
else:
return -math.inf
return None
