def turn(self):
letter, count = self.lettersAreNormal
if count > 0 and self.words.EMPTY not in self.letters:
return State.ChangeLetters(letter, count)
else if count < 0:
return State.LettersChange
match0 = self.words.getMatches(0)
try:
word, pos, scores = max(self.wordsGenerator(), key = lambda x: x[2])
except ValueError:
pass # TODO
try:
wordWithCon, posOfWWC, ConWord, posOfC, scoresWC = self.board.BestConnectedWord(letters)
def turn0(self):
letter, count = self.lettersAreNormal
if count > 0 and self.words.EMPTY not in self.letters:
return State.ChangeLetters(letter, count)
else if count < 0:
return State.LettersChange
try:
word = min(
self.words.getMatches(0),
key = lambda x: return self.words.scores(x)
)
column = self.board.findBestInCenter(word)
self.board.place(word, self.board.centerVertical, column)
self.removeLetters(word)
return State.SuccessfulTurn
except ValueError:
return State.LettersChange