def whose_turn(self):
if self.winner in [1, 2]:
return 3 - self.winner
if self.words.my().count() < self.words.him().count():
return get_player()
if self.words.my().count() > self.words.him().count():
return 3 - get_player()
return self.first_move
def guess_word(self, word):
if not self.player_turn(word):
return
if self.comp:
if self.winner == 3 - get_player():
return # комп уже выиграл, ходить не нужно
self.comp_turn()
def check_winning(self, score1, score2, last_player):
if last_player == get_player():
word = self.him_word()
else:
word = self.my_word()
if score1 == score2 == len(word):
if self.winner == -1:
self.winner = last_player
self.save()
else:
if self.words.my().count() < self.words.him().count():
self.winner = get_player()
elif self.words.my().count() > self.words.him().count():
self.winner = 3 - get_player()
else:
self.winner = WINNER_DRAW
self.finished = True
self.save()
def player_turn(self, word):
player = get_player()
word = process_word(word)
him_word = self.him_word()
if len(word) != len(him_word):
return # todo: message!
score1 = self.get_score1(word, him_word)
score2 = self.get_score2(word, him_word)
WordOld.objects.create(game=self, player=player, word=word,
score1=score1, score2=score2)
self.check_winning(score1, score2, player)
return True
def comp_turn(self):
player = 3 - get_player()
word = ComputerLogic(self, player, len(self.my_word())).guess()
if not word:
return
word = process_word(word)
my_word = self.my_word()
score1 = self.get_score1(word, my_word)
score2 = self.get_score2(word, my_word)
WordOld.objects.create(game=self, player=player, word=word,
score1=score1, score2=score2)
ComputerLogic(self, player, len(self.my_word()))
self.check_winning(score1, score2, player)
def my_turns(self):
player = get_player()
return self.get_turns(player)
def him_word(self, value=None):
player = 3 - get_player()
if value:
self.set_word(player, value)
return self.get_word(player)
def him_win(self):
return self.winner == 3 - get_player()
def my_win(self):
return self.winner == get_player()
def him_turn(self):
return self.ready() and self.whose_turn() == 3 - get_player()
def my_turn(self):
return self.ready() and self.whose_turn() == get_player()
def him_turns(self):
player = 3 - get_player()
return self.get_turns(player)
def him(self):
return self.player(3 - get_player())
def my(self):
return self.player(get_player())
