def __init__(self): self._word_db = WordDB(word_file="./db/count.txt") self.guesser = HumanGuesser(self) self.knower = HumanKnower(self) self.word = "" self.known_positions = set() self.guesses = set() self.wrongs = set() self.started = False
class Game(object):
def __init__(self):
self._word_db = WordDB(word_file="./db/count.txt")
self.guesser = HumanGuesser(self)
self.knower = HumanKnower(self)
self.word = ""
self.known_positions = set()
self.guesses = set()
self.wrongs = set()
self.started = False
def visible_word(self):
ans = ""
for i in range(len(self.word)):
if i in self.known_positions:
ans += self.word[i]
else:
ans += "_"
return ans
def display_word(self):
to_print1 = ""
to_print2 = ""
visible = self.visible_word()
for i in range(len(visible)):
char = visible[i]
to_print1 += char + " "
to_print2 += str(i) + " "
print(to_print1)
print(to_print2)
def clear_screen(self):
print("\n" * 80)
def play_game(self):
while "_" in self.visible_word() or len(self.word) == 0:
if not self.started:
move = raw_input("> ").split()
else:
move = self.guesser.move().split()
if len(move) != 0:
self.play_turn(move)
self.display_word()
self.display_stickman()
print("YOU WON IN {} GUESSES".format(len(self.guesses)))
def display_stickman(self):
num_wrong = len(self.wrongs)
if num_wrong >= len(stickman):
num_wrong = len(stickman) - 1
print(stickman[num_wrong])
def play_turn(self, move):
name = move[0]
if name == "help":
print(usuage)
elif name == "auto":
if move[1] == "knower":
self.knower = AIKnower(self)
elif move[1] == "guesser":
self.guesser = AIGuesser(self)
elif move[1] == "all":
self.guesser = AIGuesser(self)
self.knower = AIKnower(self)
else:
print("Unknown argument: {}".format(move[1]))
elif name == "nan":
if move[1] == "knower":
self.knower = HumanKnower(self)
elif move[1] == "guesser":
self.guesser = HumanGuesser(self)
elif move[1] == "all":
self.guesser = HumanGuesser(self)
self.knower = HumanKnower(self)
else:
print("Unknown argument: {}".format(move[1]))
elif name == "start":
if len(self.word) == 0:
new_word = self.knower.get_word() # TODO: Turn this to a do while loop
while not self.validate_word(new_word):
new_word = self.knower.get_word()
self.word = new_word.upper()
self.started = True
self.clear_screen()
print("Game started!")
elif name == "guess":
if not self.started:
print("To make this move, you must first start the game")
else:
letter = move[1]
self.handle_guess(letter)
elif name == "hint":
if not self.started:
print("To make this move, you must first start the game")
else:
best = self.guesser.best_letter()
print("The AI suggests \"{}\"".format(best))
elif name == "word":
new_word = move[1]
print(new_word)
if self.validate_word(new_word):
self.started = False
self.guesser.reset()
self.word = new_word.upper()
self.clear_screen()
print("New Word Set")
else:
print("That is an invalid word")
elif name == "clear":
self.clear_screen()
else:
print("Unknown command: {}".format(name))
return True
@property
def word_db(self):
return self._word_db.copy()
def handle_guess(self, guessed_letter):
guessed_letter = guessed_letter.upper()
if guessed_letter in self.guesses:
print("You've guessed this before")
return;
self.guesses.add(guessed_letter)
correct = False
for i in range(len(self.word)):
if self.word[i] == guessed_letter:
correct = True
self.known_positions.add(i)
if not correct:
print("This is incorrect")
self.wrongs.add(guessed_letter)
else:
print("Correct!")
def printbuff(self):
print("*"*20)
def validate_word(self, word):
return True # TODO: Implement this later