def gameloop():
#步驟一：印出提示訊息
print("請猜出 0 到 9 之間的正整數...")
print("總共有三次機會猜出正確數字...")
print("準備好了嗎...")
#步驟二：建立計算核心物件
g = Guess()
#步驟三：遊戲的主要迴圈
count = 0 #記錄次數
flag = 0 #記錄答對與否
while count < 3:
count += 1
n = input("請輸入：")
result = g.answer(int(n))
if result == 0:
#步驟四之一：答對
print("答對！")
print("你猜了" + str(count) + "次...")
flag = 1
elif result == 1:
print("大一點！")
elif result == 2:
print("小一點！")
else:
print("不正確的輸入...")
if flag == 1:
break
#步驟四之二：沒有答對
if flag == 0:
print("猜了三次也沒猜對，答案是" + str(g.number) + "。")
def gameMain():
word = Word('words.txt')
guess = Guess(word.randFromDB())
finished = False
hangman = Hangman()
maxTries = hangman.getLife()
while guess.numTries < maxTries:
display = hangman.get(maxTries - guess.numTries)
print(display)
guess.display()
guessedChar = input('Select a letter: ')
finished = guess.guess(guessedChar)
if finished:
break
if finished:
print('Success')
else:
print(hangman.get(0))
print('word [' + guess.word + ']')
print("Guess:", end=" ")
for i in range(len(guess.current)):
print(guess.current[i], end=" ")
print()
print('Fail')
def gameMain():
word = Word('words.txt')
guess = Guess(word.randFromDB())
hangman = Hangman()
UI = TextUI(guess, hangman)
while hangman.getLife() > 0:
guessedChar = input("Select a letter: ")
# 잘못된 입력에 대한 처리
if len(guessedChar) is not 1:
UI.errorPrint("""
=================================
=====Input just one character====
=================================""")
continue
if guessedChar in guess.guessedList:
UI.errorPrint("""
=================================
=====Input another character=====
=================================""")
continue
# Guess결과에 따른 처리
result = guess.guess(guessedChar)
if result is 1:
break
if result is 0:
hangman.minusLife()
UI.display()
UI.display()
UI.endOfGame(hangman.getLife())
def gameMain():
word = Word('words.txt')
guess = Guess(word.randFromDB())
finished = False
hangman = Hangman()
maxTries = hangman.getLife()
while guess.numTries < maxTries:
display = hangman.get(maxTries - guess.numTries)
print(display)
guess.display()
guessedChar = input('Select a letter: ')
if len(guessedChar) != 1:
print('One character at a time!')
continue
if guessedChar in guess.guessedChars:
print('You already guessed \"' + guessedChar + '\"')
continue
finished = guess.guess(guessedChar)
if finished == True:
break
if finished == True:
print('Success')
else:
print(hangman.get(0))
print('word [' + guess.secretWord + ']')
print('guess [' + guess.currentWord + ']')
print('Fail')
def gameMain():
word = Word('words.txt')
guess = Guess(word.randFromDB()) # 랜덤하게 단어선택
finished = False
hangman = Hangman()
maxTries = hangman.getLife() # 목숨의 개수를 초기화 시킴
while guess.numTries < maxTries: # 목숨이 몇개 남았는지 체크해줌
display = hangman.get(maxTries - guess.numTries)
print(display)
guess.display()
guessedChar = input('Select a letter: ')
if len(guessedChar) != 1: # 한글자가 아니면
print('One character at a time!')
continue
if guessedChar in guess.guessedChars: # 이미 사용한 문자라면
print('You already guessed \"' + guessedChar + '\"')
continue
finished = guess.guess(guessedChar)
if finished == True:
break
if finished == True:
print('Success')
print('word : ' + guess.secretWord)
else:
print(hangman.get(0))
print('word [' + guess.secretWord + ']')
print('guess [' + guess.currentStatus + ']')
print('Fail')
def main(self):
game = Guess()
game.setMaxTarget(sys.argv)
playAgain = "y"
regexYes = re.compile(r"^(y|yes)$")
while regexYes.search(playAgain) != None:
game.setTarget()
print(
"\nI've chosen a number between 1 and %d inclusive. You guess it..."
% (game.max()))
nTurns = 0
guess = -1
while guess != game.target():
nTurns += 1
padPrompt = " " * (len(str(999)) - len(str(nTurns)))
s = "%s[%d] Enter your guess (1-%d inclusive): " % (
padPrompt, nTurns, game.max())
guess = self.getGuess(s)
#print("target: %d; guess: %d" % (game.target(), guess))
(success, msg) = game.isSuccessful(guess, nTurns)
print(msg)
playAgain = input(
"Do you want to play again? (y/n) ").strip().lower()
class MainDish:
def __init__(self):
self.button_pin = 33
GPIO.setmode(GPIO.BOARD)
GPIO.setup(self.button_pin, GPIO.IN)
GPIO.add_event_detect(self.button_pin, GPIO.FALLING)
# img 폴더 안에 있던 이미지 모두 삭제
for file in os.scandir('../data/img'):
os.remove(file.path)
for file in os.scandir('../data/board_img'):
os.remove(file.path)
# 웹캠 사용해서 식판 스캔
self.cap = cv2.VideoCapture(-1)
self.cap.set(cv2.CAP_PROP_FRAME_WIDTH, 640)
self.cap.set(cv2.CAP_PROP_FRAME_HEIGHT, 480)
ret, self.img = self.cap.read()
cv2.imwrite('../data/board_img/Scanned_image.jpg',self.img, params=[cv2.IMWRITE_JPEG_QUALITY,70])
self.cap.release()
# 젓가락의 위치
self.Cx, self.Cy = 0, 0
# keras 미리 로딩
self.guess = Guess()
# 모든 클래스의 객체생성
# 1. 급식판 좌표
self.board = Board()
self.board.get_target_area()
self.board.board_frgm_board()
# 3. keras로 음식 맞추기
self.guess.realGuess() # 일단 급식판에 무슨 음식이 있는지 학습
self.answer = self.guess.matchFood(self.Cx, self.Cy, self.board.box_x, self.board.box_y)
def goingOn(self): # 여기 callback으로 matchfood 넣을지 고민
t = Tracker()
Tracker_thread = Thread(target = t.track_point)
Tracker_thread.start()
while (True):
if GPIO.event_detected(self.button_pin):
self.Cx , self.Cy = t.get_track_point()
# 젓가락의 위치랑 이미지의 픽셀값안에 있나 확인해서 음식명 출력
print(self.Cx , self.Cy)
self.answer = self.guess.matchFood(self.Cx, self.Cy, self.board.box_x, self.board.box_y)
print(self.answer)
sound = Sound(self.answer)
GPIO.remove_event_detect(self.button_pin)
time.sleep(0.3)
GPIO.add_event_detect(self.button_pin, GPIO.FALLING)
def testfinished(self):
t1 = Guess('a')
self.assertEqual(t1.secretWord, 'a')
t2 = Guess('toomuchhomework')
self.assertEqual(t2.secretWord, 'toomuchhomework')
t3 = Guess('chicken')
self.assertEqual(t3.secretWord, 'chicken')
print('finished test ended')
def startGame(self):
self.hangman = Hangman()
self.guess = Guess(self.word.randFromDB())
self.gameOver = False
self.hangmanWindow.setPlaceholderText(self.hangman.currentShape())
self.currentWord.setText(self.guess.displayCurrent())
self.guessedChars.setText(self.guess.displayGuessed())
self.message.clear()
def __init__(self):
self.g = Guess()
self.count = 0
self.flag = 0
self.app = View(master=Tk())
self.app.guess["command"] = self.guess
self.app.again["command"] = self.again
self.app.mainloop()
def gameMain():
word = Word('words.txt')
guess = Guess(word.randFromDB())
hangman = Hangman()
while hangman.remainingLives > 0:
display = hangman.currentShape()
print(display)
display = guess.displayCurrent()
print('Current: ' + display)
display = guess.displayGuessed()
print('Already Used: ' + display)
success = guess.guess(getChar())
if success == 1:
continue
elif success == 2:
continue
elif success == False:
hangman.decreaseLife()
if guess.finished():
break
if guess.finished() == True:
print('**** ' + guess.displayCurrent() + ' ****')
print('Success')
else:
print(hangman.currentShape())
print('word [' + guess.secretWord + ']')
print('guess [' + guess.displayCurrent() + ']')
print('Fail')
def startGame(self):
self.hangman = Hangman()
self.guess = Guess(self.word.randFromDB(5))
font = self.currentWord.font()
self.currentWord.setFixedWidth((font.pointSize() + 5) * len(self.guess.displaySecretWord()))
self.gameOver = False
self.hangmanWindow.setPlaceholderText(self.hangman.currentShape())
self.currentWord.setText(self.guess.displayCurrent())
self.guessedChars.setText(self.guess.displayGuessed())
self.message.clear()
def startGame(self):
self.hangman = Hangman()
self.guess = Guess(self.word.randFromDB(2))
self.gameOver = False
self.pixelofword = len(self.guess.secretWord) * 20
self.currentWord.setFixedWidth(self.pixelofword)
self.hangmanWindow.setPlaceholderText(self.hangman.currentShape())
self.currentWord.setText(self.guess.displayCurrent())
self.guessedChars.setText(self.guess.displayGuessed())
self.message.clear()
def gameMain():
'''게임 구동 과정'''
# 파일에 있는 단어 정리 및 갯수 알려주기
word = Word('aabbcc.txt')
# 파일안에 있는 단어 랜덤적으로 가져온다.
guess = Guess(word.randFromDB())
# 처음에는 단어가 완성이 안돼있으니 False 출력
finished = False
# 목숨갯수(maxTries = 6)초기화
hangman = Hangman()
maxTries = hangman.getLife()
# numTries(현재 남은 목숨갯수)가 6보다 크거나 같을 때가지 실행
while guess.numTries < maxTries:
# 시각적으로 행맨을 보여준다 (남은 목숨갯수에 맞게)
# 6 -> 0
display = hangman.get(maxTries - guess.numTries)
print(display)
guess.display()
guessedChar = input('Select a letter: ')
# 알파벳 한개만 적기 #
if len(guessedChar) != 1:
print('One character at a time!')
continue
# guessedChars는 이미적은 알파벳을 모아 놓은 곳
if guessedChar in guess.guessedChars:
print('You already guessed \"' + guessedChar + '\"')
continue
# 입력된 알파벳이 랜덤단어안에 있는지 확인
# 단어가 완성 되었는지
finished = guess.guess(guessedChar)
if finished == True:
break
# 알파벳이 존재한다면 성공
if finished == True:
print('Success')
# 만약 제안된 기회 안에 단어를 완성하지못했다면
else:
# 매달린 남자 보여주기
print(hangman.get(0))
#사용한 알파벳, 기회가용횟수, 실패
print('word was [' + guess.secretWord + ']')
print('guess [' + guess.currentStatus + ']')
print('Fail')
def test_collision(self):
sample_clue = Clue(0, 2, 4, "D", "", 0, "KIND")
sample_clue_2 = Clue(0, 3, 5, "D", "", 1, "SPACE")
sample_clue_3 = Clue(2, 0, 4, "A", "", 2, "IDEA")
sample_guess = Guess(sample_clue, "KIND", 4)
sample_guess_2 = Guess(sample_clue_2, "SPACE", 6)
sample_guess_3 = Guess(sample_clue_3, "IDEA", 5)
self.assertEqual(None, collide(sample_guess, sample_guess_2))
self.assertEqual(None, collide(sample_guess_3, sample_guess_2))
self.assertEqual((sample_guess, sample_guess_3),
collide(sample_guess, sample_guess_3))
def gameMain():
word = Word('words.txt')
guess = Guess(word.randFromDB())
hangman = Hangman()
while hangman.remainingLives > 0:
display = hangman.currentShape()
print(display)
display = guess.displayCurrent()
print('Current: ' + display)
display = guess.displayGuessed()
print('Already Used: ' + display)
guessedChar = input('Select a letter: ')
if len(guessedChar) != 1:
print('One character at a time!')
continue
if guessedChar in guess.guessedChars:
print('You already guessed \"' + guessedChar + '\"')
continue
success = guess.guess(guessedChar)
if success == False:
hangman.decreaseLife()
if guess.finished() == True:
print('**** ' + guess.displayCurrent() + ' ****')
print('Success')
break
else:
print(hangman.currentShape())
print('word [' + guess.secretWord + ']')
print('guess [' + guess.displayCurrent() + ']')
print('Fail')
def gameMain():
word = Word('words.txt')
#guess 는 Guess 클래스에 랜덤으로 단어 하나를 인자로 던진 것
guess = Guess(word.randFromDB())
finished = False
hangman = Hangman()
#목숨의 개수를 초기화
maxTries = hangman.getLife()
#실패한 횟수가 목숨보다 적으면 계속 실행
while guess.numTries < maxTries:
#display라는 변수를 통해 만들어서 행맨 모양을 불러옴
display = hangman.get(maxTries - guess.numTries)
#행맨 모양 출력
print(display)
#Current 와 Tries 출력
guess.display()
#입력한 문자를 guessedChar라고 함
guessedChar = input('Select a letter: ')
#입력한 문자가 한글자가 아니라면
if len(guessedChar) != 1:
print('One character at a time!')
continue
#입력한 문자가 대문자라면
if 65 <= ord(guessedChar) <= 90:
#소문자로 변경
guessedChar = chr(ord(guessedChar) + 32)
#입력한 문자가 이미 입력했던 문자라면
if guessedChar in guess.guessedChars:
print('You already guessed \"' + guessedChar + '\"')
continue
#알파벳 이외의 다른 모든 경우의 수를 차단
if ord(guessedChar) <= 64 or 91 <= ord(
guessedChar) <= 96 or 123 <= ord(guessedChar):
print('Please enter the alphabet!')
continue
#guess 모듈로 넘어가서 입력한 문자에 대해 처리
finished = guess.guess(guessedChar)
#단어가 완성되었을 때 while 탈출
if finished == True:
break
if finished == True:
print('Success')
#단어가 완성되어서 탈출한게 아니라 목숨의 개수가 다달아서 False인 상태에서 while문을 빠져나온 경우
else:
print(hangman.get(0))
print('word [' + guess.secretWord + ']')
print('guess [' + ''.join(guess.currentStatus) + ']')
print('Fail')
def test_check_fit(self):
sample_clue = Clue(0, 2, 4, "D", "", 0, "KIND")
sample_clue_2 = Clue(0, 3, 5, "D", "", 1, "SPACE")
sample_clue_3 = Clue(2, 0, 4, "A", "", 2, "IDEA")
grid = init_grid([sample_clue, sample_clue_2, sample_clue_3], 5)
sample_guess = Guess(sample_clue, "KIND", 4)
sample_guess_2 = Guess(sample_clue_2, "SPACE", 6)
sample_guess_3 = Guess(sample_clue_3, "IDEASS", 5)
self.assertEqual("fit", check_fit(grid, sample_guess))
self.assertEqual("fit", check_fit(grid, sample_guess_2))
self.assertEqual("bounds_error", check_fit(grid, sample_guess_3))
def test_find_best_set(self):
sample_clue = Clue(0, 2, 4, "D", "", 0, "KIND")
sample_clue_2 = Clue(0, 3, 5, "D", "", 1, "SPACE")
sample_clue_3 = Clue(2, 0, 4, "A", "", 2, "IDEA")
sample_guess = Guess(sample_clue, "KIND", 4)
sample_guess_2 = Guess(sample_clue_2, "SPACE", 6)
sample_guess_3 = Guess(sample_clue_3, "IDEA", 5)
guess_set = set()
guess_set.add(sample_guess)
guess_set.add(sample_guess_2)
returned_set = find_best_guess_set(guess_set, sample_guess_3)
self.assertEqual(set([sample_guess_2, sample_guess_3]), returned_set)
def startGame(self):
self.hangman = Hangman()
self.guess = Guess(self.word.randFromDB(20))
self.gameOver = False
if len(self.guess.secretWord) >=10:
font = self.currentWord.font()
font.setPointSize(font.pointSize())
self.currentWord.setFont(font)
self.hangmanWindow.setPlaceholderText(self.hangman.currentShape())
self.currentWord.setText(self.guess.displayCurrent())
self.guessedChars.setText(self.guess.displayGuessed())
self.message.clear()
def test_matrix_score(self):
sample_clue = Clue(0, 2, 4, "D", "", 0, "KIND")
sample_clue_2 = Clue(0, 3, 5, "D", "", 1, "SPACE")
sample_clue_3 = Clue(2, 0, 4, "A", "", 2, "IDEA")
sample_guess = Guess(sample_clue, "KIND", 4)
sample_guess_2 = Guess(sample_clue_2, "SPACE", 6)
sample_guess_3 = Guess(sample_clue_3, "IDEA", 5)
grid_empty = init_grid([sample_clue, sample_clue_2, sample_clue_3], 5)
grid_from_guesses = make_grid_from_guesses(
[sample_guess, sample_guess_2, sample_guess_3],
[sample_clue, sample_clue_2, sample_clue_3], 5)
self.assertEqual(0, matrix_score(grid_empty))
self.assertEqual(11 / 25, matrix_score(grid_from_guesses))
def get_blank_answers(clue:Clue,limit=10,words_only=True):
"""Takes in a fill-in-the-blank clue and returns a list of possible answers from Google"""
if clue not in google_cache.keys():
# quote wrap and google
q = '"{}"'.format(clue.get_description().lower())
results = " ".join(i for i in search_google(q))
# regex search only for the words immediately before and after the blank
q_split = q.split(" ")
q_around_blank = " ".join([q_split[q_split.index("*")-1],"*",q_split[q_split.index("*")+1]])
regex = q_around_blank.replace("*",".{{{}}}".format(clue.get_length())).strip('"')
r = re.compile(regex)
matches = re.findall(r,results)
words = []
for match in matches:
for word in match.split(" "):
if word.lower() not in regex.split(" "):
words.append(word)
scores = score_words(words)
ret = [Guess(clue, word, score) for word, score in scores]
google_cache[clue] = ret
return ret[:limit]
else:
return google_cache[clue][:limit]
def gameMain():
word = Word('words.txt')
guess = Guess(word.randFromDB())
finished = False
hangman = Hangman()
while hangman.remainingLives > 0:
display = hangman.currentShape()
print(display)
guess.displayCurrent()
print("used letter: ")
print()
for i in string.ascii_lowercase:
if i in guess.guessedChars:
print(colored(i, 'red'), end=' ')
else:
print(colored(i, 'green'), end=' ')
print()
print()
guessedChar = input('Select a letter: ')
if len(guessedChar) != 1:
print('One character at a time!')
continue
if guessedChar in guess.guessedChars:
print('You already guessed \"' + guessedChar + '\"')
continue
success = guess.guess(guessedChar)
print(success)
if not success:
hangman.decreaseLife()
if guess.finished():
break
if guess.finished():
print(guess.displayCurrent())
print('Success')
else:
print(hangman.currentShape())
print(guess.secretWord)
guess.displayCurrent()
print('Fail')
def gameMain():
word = Word('words.txt')
guess = Guess(word.randFromDB())
finished = False
hangman = Hangman()
maxTries = hangman.getLife()
while guess.numTries < maxTries:
display = hangman.get(maxTries - guess.numTries)
print(display)
guess.display()
guessedChar = input('Select a letter: ').lower() # 대문자가 들어와도 소문자로 취급
# []안의 내용을 컴파일하여 정규식 객체를 반환
r = re.compile('[^ ㄱ-ㅣ가-힣]+')
#guessedChar에서 공백을 제외한 문자들을 문자열로 반환
result = r.sub('', guessedChar)
if guessedChar.isdigit():
print("알파벳을 입력해 주세요.")
continue
elif guessedChar in result:
print("알파벳을 입력해 주세요.")
continue
if len(guessedChar) != 1:
print('One character at a time!')
continue
if guessedChar in guess.guessedChars:
print('You already guessed \"' + guessedChar + '\"')
continue
finished = guess.guess(guessedChar)
if finished == True:
break
if finished == True:
print('Success')
else:
print(hangman.get(0))
print('word [' + guess.secretWord + ']')
print('guess [' + guess.currentStatus + ']')
print('Fail')
def gameMain():
word = Word('words.txt')
guess = Guess(word.randFromDB()) #랜덤 단어 선택
finished = False
hangman = Hangman()
maxTries = hangman.getLife() #목숨개수 초기화
while guess.numTries < maxTries:
# numTries는 추측 실패 횟수
display = hangman.get(maxTries - guess.numTries)
print(display)
guess.display()
guessedChar = input('Select a letter: ')
# 입력받은 문자열이 1개의 문자가 아닐 때
if len(guessedChar) != 1:
print('One character at a time!')
continue
# 입력받은 문자가 이미 이전에 입력받은 것일 떄
if guessedChar in guess.guessedChars:
print('You already guessed \"' + guessedChar + '\"')
continue
# 입력받은 문자가 a~z가 아닐 때
if guessedChar < 'a' or guessedChar > 'z':
print('please enter a character between a and z')
continue
#전체 문자 맞추면 while문 break 하고 Success 프린트
finished = guess.guess(guessedChar)
if finished == True:
break
if finished == True:
print()
print(guess.secretWord)
print('Success!')
print('You win by trying', guess.numTries, 'Times')
#허용된 횟수 내에 전체 문자 못 맞추면 hangman.text[0] 출력, 즉 목 매다는 그림 출력
else:
print(hangman.get(0))
print('word [' + guess.secretWord + ']')
print()
print('Fail')
print("The word was", guess.secretWord)
def gameMain():
#Word클래스로 만든 오브젝트
word = Word('words.txt')
#guess 는 랜덤 단어로 만든 Guess의 오브젝트
guess = Guess(word.randFromDB())
#
finished = False
#Hangman의 오브젝트 만들어서 남은생명
hangman = Hangman()
#남은생명==리스트 아이템 개수
maxTries = hangman.getLife()
#아마 numtries는 실행횟수 일듯@@@@@@@@@
#실행횟수 < 남은생명 일때.. loop
while guess.numTries < maxTries:
#현재 행맨의 모습..
display = hangman.get(maxTries - guess.numTries)
print(display)
#현재까지의 상황출력 (맞춘글자, 실패횟수)
guess.display()
#알파벳 제시!
guessedChar = input('Select a letter: ')
if len(guessedChar) != 1:
print('One character at a time!')
continue
#guseedChars는 내가 이미 제시한 알파벳들의 리스트 일듯.
if guessedChar in guess.guessedChars:
print('You already guessed \"' + guessedChar + '\"')
continue
#guess()는 해당 알파벳이 단어안에 있으면 위치를기록.
#없으면 실패횟수를 증가시킴
#모든글자를 다 맞추었으면 True 아니면 False.
finished = guess.guess(guessedChar)
if finished == True:
break
if finished == True:
print('Success')
else:
print(hangman.get(0))
print('word [' + guess.secretWord + ']')
print('guess [' + guess.currentStatus + ']')
print('Fail')
def gameMain():
numbers = ['0', '1', '2', '3', '4', '5', '6', '7', '8', '9']
word = Word('words.txt')
#guess에 랜덤단어 저장
guess = Guess(word.randFromDB())
finished = False
hangman = Hangman()
maxTries = hangman.getLife()
while guess.numTries < maxTries:
display = hangman.get(maxTries - guess.numTries)
print(display)
guess.display()
guessedChar = input('Select a letter: ')
if len(guessedChar) != 1:
print('One character at a time!')
continue
else:
if guessedChar in numbers:
print("Not numbers!")
continue
if guessedChar in guess.guessedChars:
print('You already guessed \"' + guessedChar + '\"')
continue
finished = guess.guess(guessedChar)
if finished == True:
break
if finished == True:
print('Success')
else:
print(hangman.get(0))
print('word [' + guess.word + ']')
print('guess [', guess.strcurrent, ']')
print('Fail')
def gameMain():
word = Word('words.txt')
guess = Guess(word.randFromDB())
finished = False
hangman = Hangman()
maxTries = hangman.getLife()
while guess.numTries < maxTries:
display = hangman.get(maxTries - guess.numTries)
print(display)
guess.display()
guessedChar = input('Select a letter: ')
## 입력이 영어 인경우만 처리 하기 위해
if guessedChar.isalpha() != 1:
print('Enter alphabet')
continue
if len(guessedChar) != 1:
## 만약 사용자가 문자대신 단어를 입력해서 맞으면 success
if guessedChar == guess.secretWord:
print('genius godgod smart!')
finished = True
break
else:
print('One character at a time!')
continue
if guessedChar in guess.guessedChars:
print('You already guessed \"' + guessedChar + '\"')
continue
finished = guess.guess(guessedChar)
if finished == True:
break
if finished == True:
print('Success')
else:
print(hangman.get(0))
print('word [' + guess.secretWord + ']')
print('guess [' + guess.currentStatus + ']')
print('Fail')
def gameMain():
#랜덤으로 단어 선택
word = Word('words.txt')
guess = Guess(word.randFromDB())
finished = False
hangman = Hangman()
#목숨의 갯수를 초기화
maxTries = hangman.getLife()
while guess.numTries < maxTries: #max
display = hangman.get(maxTries - guess.numTries)
print(display)
guess.display()
#lstrip을 넣어서 공백은 자동으로 제거
guessedChar = input('Select a letter: ')
if len(guessedChar.lstrip()) != 1:
print('One character at a time!')
continue
if guessedChar.lstrip() in guess.guessedChars:
print('You already guessed \"' + guessedChar + '\"')
continue
# 입력한 문자가 알파벳 소문자가 아니면 오류
if guessedChar.lstrip() not in alphabet:
print('Character must be English small letter!')
continue
finished = guess.guess(guessedChar)
if finished == True:
break
if finished == True:
print('Success')
print('The answer is '+guess.secretWord)
else:
print(hangman.get(0))
print('word [' + guess.secretWord + ']')
print('guess [' + guess.currentStatus + ']')
print('Fail')
def play_game(self):
"""Battleship Game mechanics."""
turn_count = 0
# print(self.computer_fleet)
while not self.done:
functions.clear()
self.print_game_status()
user_guess = input("Please Enter a Guess: ")
user_guess = Guess(user_guess)
user_guess.check_if_on_board(self.user_board)
if user_guess.quit_flag:
break
self.computer_board.check_damage(user_guess,
self.guess_board,
self.computer_fleet)
turn_count += 1
if self.computer_fleet.all_ships_sank():
msg = "Congratulations you won! It took you {} turns."
print(msg.format(turn_count))
self.done = True
def __init__(self):
pygame.init()
self.settings = Settings()
self.screen = pygame.display.set_mode(self.settings.screen_size)
pygame.display.set_caption("Guess Number")
self.buttons = pygame.sprite.Group()
self.numbers = pygame.sprite.Group()
self.guess = Guess(self.settings)
self.functions = Functions(self.settings, self.screen, self.buttons,
self.numbers, self.guess)
def main(self):
game = Guess()
game.setMaxTarget(sys.argv)
playAgain = "y"
regexYes = re.compile(r"^(y|yes)$")
while regexYes.search(playAgain) != None:
game.setTarget()
print("\nI've chosen a number between 1 and %d inclusive. You guess it..." % (game.max()))
nTurns = 0
guess = -1
while guess != game.target():
nTurns += 1
padPrompt = " " * ( len(str(999)) - len(str(nTurns)) )
s = "%s[%d] Enter your guess (1-%d inclusive): " % (padPrompt, nTurns, game.max())
guess = self.getGuess(s)
#print("target: %d; guess: %d" % (game.target(), guess))
(success, msg) = game.isSuccessful(guess, nTurns)
print(msg)
playAgain = input("Do you want to play again? (y/n) ").strip().lower()
def __init__(self, vbi, bitwidth=5.112, gauss_sd=1.1, gauss_sd_offset=2.0,
offset_low = 75.0, offset_high = 119.0,
thresh_low = 1.1, thresh_high = 2.36,
allow_unmatched = True, find=finders.all_headers):
# data arrays
# vbi is the raw line as an array of 2048 floats
self.vbi = vbi
# blurring amounts
self.gauss_sd = gauss_sd
self.gauss_sd_offset = gauss_sd_offset
# Offset range to check for signal drift, in samples.
# The algorithm will check with sub sample accuracy.
# The offset finder is very fast (it uses bisection)
# so this range can be relatively large. But not too
# large or you get false positives.
self.offset_low = offset_low
self.offset_high = offset_high
# black level of the signal
self.black = np.mean(self.vbi[:80])
# Threshold multipliers. The black level of the signal
# is derived from the mean of the area before the VBI
# begins. This is multiplied by the following factors
# to give the low/high thresholds. Anything outside
# this range is assumed to be a 0 or a 1. Tweaking these
# can improve results, but often at a speed cost.
self.thresh_low = self.black*thresh_low
self.thresh_high = self.black*thresh_high
# Allow vbi.py to emitt packet 0's that don't match
# any finder? Set to false when you have finders
# for all headers in the data.
self.allow_unmatched = allow_unmatched
self.finders = find
# vbi packet bytewise
self._mask0 = np.zeros(42, dtype=np.uint8)
self._mask1 = np.zeros(42, dtype=np.uint8)
self.g = Guess(bitwidth=bitwidth)
alphabet = "abcdefghijklmnopqrstuvwxyz "
# train english matrixes
base_matrix = TrigramSpace(alphabet)
english_monograms = MonogramMatrix()
with open(training_text_file_location, 'r', -1, 'utf-8', 'replace') as training_text:
text = training_text.read()
normalized_text = utils.normalize(text)
base_matrix.learn(normalized_text)
english_monograms.learn(normalized_text)
# generate initial guess
key = SubstitutionKey("Guess key")
english_monograms.setCharacterAsMostCommon(' ')
guess = Guess(english_monograms.getListOfUniqueCharacters())
guess.randomGuessOneCharacter()
guess_mapping = english_monograms.generateMappingBasedOnFrequencies(file_text)
guess.setGuess(guess_mapping)
key.set(guess.get())
if actual_key:
pprint(actual_key)
pprint(guess_mapping)
print("score: " + str(utils.compare_keys(actual_key, guess_mapping)))
current_decryption = key.decrypt(file_text)
ciphertext_matrix = TrigramSpace(alphabet)
ciphertext_matrix.learn(current_decryption)
# compute initial difference & deep copy the key
#!/usr/bin/env python
from flask import Flask, render_template, redirect, url_for, session
from flask_wtf import Form
from wtforms.fields import RadioField, StringField, SubmitField
from wtforms.validators import Required
from guess import Guess, GuessError
app = Flask(__name__)
app.config['SECRET_KEY'] = 'secret!'
game = Guess('Python')
game.expand('Python', 'C++', 'Is it interpreted?', False)
game.expand('C++', 'Java', 'Does it run on a VM?', True)
class YesNoQuestionForm(Form):
answer = RadioField('Your answer', choices=[('yes', 'Yes'), ('no', 'No')])
submit = SubmitField('Submit')
class LearnForm(Form):
language = StringField('What language did you pick?',
validators=[Required()])
question = StringField('What is a question that differentiates your '
'language from mine?', validators=[Required()])
answer = RadioField('What is the answer for your language?',
choices=[('yes', 'Yes'), ('no', 'No')])
submit = SubmitField('Submit')
@app.route('/')
print("")
print("Usage:")
print(" python3 encrypt.py <plaintext> <key> <ciphertext>")
print(" - <plaintext> The location of the plaintext file to read from")
print(" - <key> The location to write the key to")
print(" - <ciphertext> The location to write the ciphertext to")
sys.exit("")
# collect output / input file locations
plaintext_filename = sys.argv[1]
key_filename = sys.argv[2]
ciphertext_filename = sys.argv[3]
# generate a random key
unique_characters = list("abcdefghijklmnopqrstuvwxyz ")
guess = Guess(unique_characters)
guess.randomGuessAllCharacters()
guess_dictionary = guess.get()
key = SubstitutionKey('')
key.set(guess_dictionary)
# save the key to file
with open(key_filename, 'wt') as out:
pprint(guess_dictionary, stream=out)
# encrypt plaintext
plaintext_file = open(plaintext_filename, 'r')
plaintext = plaintext_file.read()
plaintext_file.close()
ciphertext = key.encrypt(plaintext)
def create_guess(self, file_name):
mono_matrix = MonogramMatrix(file_name)
guess_init = Guess(mono_matrix.getListOfUniqueCharacters())
guess_init.randomGuessOneCharacter()
return guess_init.get()
from guess import Guess
from monogrammatrix import MonogramMatrix
from accuracyofdecryption import AccuracyOfDecryption
mono = MonogramMatrix()
mono.learn_from_file('training_corpora/english_word_list.txt')
mono.setCharacterAsMostCommon(' ')
newGuess = Guess(mono.getListOfUniqueCharacters())
newGuess.randomGuessOneCharacter()
#monoMapping = mono.generateMappingBasedOnFrequencies('text_pairs/1.ciphertext.txt')
#newGuess.setGuess(monoMapping)
#print(monoMapping)
accOfDec = AccuracyOfDecryption('training_corpora/english_word_list.txt')
accurateResultsCount = accOfDec.getCountOfAccurateWords('hi my name is eric shady\ncats\tare what? I taught eminem')
print(accurateResultsCount)
#print(monoMatrixOfLanguageFrequencies.get())
#can do a bucket for dictionary?
# train english matrixes
base_matrix = DigramMatrix("English")
english_monograms = MonogramMatrix()
with open(training_text_file_location, 'r', -1, 'utf-8', 'replace') as training_text:
text = training_text.read()
normalized_text = utils.normalize(text)
base_matrix.learn(normalized_text)
english_monograms.learn(normalized_text)
# generate initial guess
key = SubstitutionKey("Guess key")
english_monograms.setCharacterAsMostCommon(' ')
guess = Guess(english_monograms.getListOfUniqueCharacters())
#guess.randomGuessOneCharacter()
guess_mapping = english_monograms.generateMappingBasedOnFrequencies(file_text)
guess.setGuess(guess_mapping)
key.set(guess.get())
if actual_key:
pprint(actual_key)
pprint(guess_mapping)
print("score: " + str(utils.compare_keys(actual_key, guess_mapping)))
current_decryption = key.decrypt(file_text)
ciphertext_matrix = DigramMatrix("Ciphertext")
ciphertext_matrix.learn(current_decryption)
# compute initial difference & deep copy the key
class Vbi(object):
'''This class represents a line of raw vbi data and all our attempts to
decode it.'''
possible_bytes = [hammbytes]*2 + [paritybytes]*40
def __init__(self, vbi, bitwidth=5.112, gauss_sd=1.1, gauss_sd_offset=2.0,
offset_low = 75.0, offset_high = 119.0,
thresh_low = 1.1, thresh_high = 2.36,
allow_unmatched = True, find=finders.all_headers):
# data arrays
# vbi is the raw line as an array of 2048 floats
self.vbi = vbi
# blurring amounts
self.gauss_sd = gauss_sd
self.gauss_sd_offset = gauss_sd_offset
# Offset range to check for signal drift, in samples.
# The algorithm will check with sub sample accuracy.
# The offset finder is very fast (it uses bisection)
# so this range can be relatively large. But not too
# large or you get false positives.
self.offset_low = offset_low
self.offset_high = offset_high
# black level of the signal
self.black = np.mean(self.vbi[:80])
# Threshold multipliers. The black level of the signal
# is derived from the mean of the area before the VBI
# begins. This is multiplied by the following factors
# to give the low/high thresholds. Anything outside
# this range is assumed to be a 0 or a 1. Tweaking these
# can improve results, but often at a speed cost.
self.thresh_low = self.black*thresh_low
self.thresh_high = self.black*thresh_high
# Allow vbi.py to emitt packet 0's that don't match
# any finder? Set to false when you have finders
# for all headers in the data.
self.allow_unmatched = allow_unmatched
self.finders = find
# vbi packet bytewise
self._mask0 = np.zeros(42, dtype=np.uint8)
self._mask1 = np.zeros(42, dtype=np.uint8)
self.g = Guess(bitwidth=bitwidth)
def find_offset_and_scale(self):
'''Tries to find the offset of the vbi data in the raw samples.'''
# Split into chunks and ensure there is something "interesting" in each
target = gauss(self.vbi, self.gauss_sd_offset)
d = [np.std(target[x:x+128]) < 5.0 for x in range(64, 1440, 128)]
if any(d):
return False
low = 64
high = 256
target = gauss(self.vbi[low:high], self.gauss_sd_offset)
def _inner(offset):
self.g.set_offset(offset)
self.g.update_cri(low, high)
guess_scaled = self.g.convolved[low:high]
mask_scaled = self.g.mask[low:high]
a = guess_scaled*mask_scaled
b = np.clip(target*mask_scaled, self.black, 256)
scale = a.std()/b.std()
b -= self.black
b *= scale
a = np.clip(a, 0, 256*scale)
return np.sum(np.square(b-a))
offset = fminbound(_inner, self.offset_low, self.offset_high)
# call it also to set self.offset and self.scale
return (_inner(offset) < 10)
def make_guess_mask(self):
a = []
for i in range(42*8):
(low, high) = self.g.get_bit_pos(i)
a.append(self.vbi[low:high])
mins = np.array([min(x) for x in a])
maxs = np.array([max(x) for x in a])
avgs = np.array([np.array(x).mean() for x in a])
for i in range(42):
mini = mins[i*8:(i+1)*8]
maxi = maxs[i*8:(i+1)*8]
avgi = avgs[i*8:(i+1)*8]
self._mask0[i] = 0xff
for j in range(8):
if mini[j] < self.thresh_low:
self._mask0[i] &= ~(1<<j)
if maxi[j] > self.thresh_high:
self._mask1[i] |= (1<<j)
tmp = self._mask1 & self._mask0
self._mask0 |= self._mask1
self._mask1 = tmp
def make_possible_bytes(self, possible_bytes):
def masked(b, n):
m0 = util.m0s[self._mask0[n]]
m1 = util.m1s[self._mask1[n]]
m = m0 & m1 & b
if m:
return m
else:
mm0 = m0 & b
mm1 = m1 & b
if len(mm0) < len(mm1):
return mm0 or mm1 or b
else:
return mm1 or mm0 or b
self.possible_bytes = [masked(b,n) for n,b in enumerate(possible_bytes)]
def _deconvolve_make_diff(self, (low, high)):
a = normalise(self.g.convolved)
diff_sq = np.square(a - self.target)
return np.sum(diff_sq)
# an interesting trick I discovered.
# bias the result towards the curent area of interest
return np.sum(diff_sq[:low]) + 2.6*np.sum(diff_sq[low:high]) + np.sum(diff_sq[high:])
#!/usr/bin/env python
from flask import Flask, render_template, redirect, url_for, session
from flask_wtf import Form
from wtforms.fields import RadioField, StringField, SubmitField
from wtforms.validators import Required
from guess import Guess, GuessError
app = Flask(__name__)
app.config["SECRET_KEY"] = "secret!"
game = Guess("Python")
game.expand("Python", "C++", "Is it interpreted?", False)
game.expand("C++", "Java", "Does it run on a VM?", True)
class YesNoQuestionForm(Form):
answer = RadioField("Your answer", choices=[("yes", "Yes"), ("no", "No")])
submit = SubmitField("Submit")
class LearnForm(Form):
language = StringField("What language did you pick?", validators=[Required()])
question = StringField(
"What is a question that differentiates your " "language from mine?", validators=[Required()]
)
answer = RadioField("What is the answer for your language?", choices=[("yes", "Yes"), ("no", "No")])
submit = SubmitField("Submit")
@app.route("/")
def index():