def main(self):
while self.run:
self.clock.tick(60)
for event in pygame.event.get():
if event.type == pygame.QUIT:
self.run = False
self.quit()
if event.type == pygame.MOUSEBUTTONDOWN:
pos = pygame.mouse.get_pos()
if self.state == "Game":
self.check_collision(pos)
elif self.state == "Title":
if self.play_btn.isOver(pos):
self.state = "Game"
elif self.quit_btn.isOver(pos):
self.run = False
self.quit()
elif self.state == "PostLostGame" or self.state == "PostWonGame":
if self.end_btn.isOver(pos):
self.run = False
self.quit()
elif self.replay_btn.isOver(pos):
Game.GUESSED = ""
Game.HANGMAN_STATUS = 0
Game.WON = [False]
self.letter_coordinates = self.load_buttons()
self.word = random_word(self.conn)[1]
self.state = "Game"
self.draw()
self.win_status(Game.WON, Game.HANGMAN_STATUS)
def start_level_setting():
"""Sets the initial game variables."""
if game_level == 1: # Easy level
set_pattern(words.random_word(level.words_pool()[0]))
set_masked_word(words.mask_word(pattern))
set_lives(art.art_easy()[1])
set_level_txt(level.level_name(1))
set_art_img(art.art_easy()[0][lives])
elif game_level == 2: # Medium level
set_pattern(words.random_word(level.words_pool()[1]))
set_masked_word(words.mask_word(pattern))
set_lives(art.art_medium()[1])
set_level_txt(level.level_name(2))
set_art_img(art.art_medium()[0][lives])
elif game_level == 3: # Hard level
set_pattern(words.random_word(level.words_pool()[2]))
set_masked_word(words.mask_word(pattern))
set_lives(art.art_hard()[1])
set_level_txt(level.level_name(3))
set_art_img(art.art_hard()[0][lives])
def __init__(self):
pygame.init()
self.conn = db_connect(str(Game.DIR / "db" / "words.db"))
self.word = random_word(self.conn)[1]
self.game_font = pygame.freetype.Font(
str(Game.DIR / "fonts" / "classic.TTF"), 26)
self.word_font = pygame.freetype.SysFont("comicsans", 50)
self.win = pygame.display.set_mode((Game.WIDTH, Game.HEIGHT))
self.caption = pygame.display.set_caption("HangThePyMan")
self.gameIcon = pygame.image.load(str(Game.DIR / "icon" / "icon.png"))
self.replayIcon = pygame.image.load(
str(Game.DIR / "icon" / "replay.png"))
self.replayIcon = pygame.transform.scale(self.replayIcon, (50, 50))
self.endIcon = pygame.image.load(str(Game.DIR / "icon" / "cross.png"))
self.endIcon = pygame.transform.scale(self.endIcon, (50, 50))
self.icon = pygame.display.set_icon(self.gameIcon)
self.clock = pygame.time.Clock()
self.b_color = (255, 255, 255)
self.run = True
self.images = self.load_images()
self.letter_coordinates = self.load_buttons()
self.state = "Title"
self.play_btn = Button((37, 164, 206), 300, 150, 200, 100, "Play")
self.quit_btn = Button((37, 164, 206), 300, 300, 200, 100, "Quit")
self.replay_btn = Button((37, 164, 206),
315,
300,
50,
50,
image=self.replayIcon,
imagepos=(315, 300))
self.end_btn = Button((37, 164, 206),
415,
300,
50,
50,
image=self.endIcon,
imagepos=(415, 300))
try:
self.version = pkg_resources.get_distribution(
"hangthepyman").version
except Exception:
self.version = "Beta"
def generate():
'''Create translations for num_words most frequent English words'''
print('Generating dictionary...')
for english_word in tqdm(english.words[:settings.num_words]):
if english_word in dictionary:
continue
if not text.is_word(english_word):
dictionary[english_word] = english_word
continue
compare_to = comparison_sample(english_word)
dictionary[english_word] = words.random_word()
score = translation_score(english_word, dictionary[english_word],
compare_to)
for i in trange(settings.num_alternatives):
candidate = words.random_edit(dictionary[english_word])
candidate_score = translation_score(english_word, candidate,
compare_to)
if candidate in dictionary:
continue
if candidate_score > score:
dictionary[english_word] = candidate
score = candidate_score
import random
from words import random_word # random_word() contains a random word from the word list(words.txt)
from images import IMAGES # IMAGES contains a list of images of hangman according to the levels form images.py
# all predefined details for the game.
lives = 8
random_word = random_word()
word_length = len(random_word)
hangman = ("_ " * word_length).split()
guessed_chars = ''
print("Welcome to the Hangman game (word guessing game)\n",
"length of word is ", len(hangman))
while lives > 0:
print(" lives :", lives, '\n', 'hangman :', (' ').join(hangman), '\n',
'guessed chars :', guessed_chars, '\n')
# checking the condition for win(guessed the word)
if ('').join(hangman) == random_word:
print("Hurrehhh! You won the game :)")
break
# taking user input in single character (to guess the word)
user = input('guess a character for the word : ')
user = ((' ').join(user).split()[0])
# condition to check if the character exists in word,
# if exists then it will show in hangman otherwise it will show hangman and decrease the lives of the man
if user in random_word:
for i in range(len(random_word)):
if user == random_word[i]:
hangman[i] = user
while True:
value = ''
guess_letter = input('Guess a Letter by user:\n ')
if guess_letter == 'hint' and hint_chance == 0:
print(Hint(secret_word))
hint_chance = 1
continue
else:
print('You have already used Hint ')
guess_word.append(guess_letter)
if guess_letter in secret_word:
value = get_word(guess_word, secret_word)
print('Good guess: ', value)
else:
guess_chance += 1
show_image = image_level[counter]
counter += 1
print(image[show_image])
if value == secret_word:
print('You won the game!\n Thank you for playing! ')
break
elif (gave_chance - guess_chance) == 0:
print('You lost the game! secret code is=', secret_word)
break
secret_word = random_word()
hangman(secret_word)
#!/usr/bin/env python3.7 #from words import random_word, random_words --- This WORKS #from words import random_words --- This FAILS #from words import random_word --- This WORKS from words import random_word print(random_word())
def random_word(): return words.random_word()