def run(self, game):
util.render_text(self, dropper_locale.HOW_TO_PLAY_TITLE, (200, 100),
50)
util.render_text(self, dropper_locale.HOW_TO_PLAY_LINE_1, (200, 200),
25)
util.render_text(self, dropper_locale.HOW_TO_PLAY_LINE_2, (200, 225),
25)
util.render_text(self, dropper_locale.HOW_TO_PLAY_LINE_3, (200, 250),
25)
util.render_text(self, dropper_locale.HOW_TO_PLAY_GO_BACK, (200, 300),
25)
def run(self, game):
util.render_text(self, dropper_locale.END_GAME_TITLE, (200, 100), 50)
util.render_text(self,
dropper_locale.END_GAME_SCORE.format(game.score),
(200, 200), 25)
util.render_text(
self, dropper_locale.END_GAME_HIGH_SCORE.format(game.high_score),
(200, 230), 25)
util.render_text(self, dropper_locale.END_GAME_PLAY_AGAIN, (200, 300))
util.render_text(self, dropper_locale.END_GAME_RETURN_TO_MENU,
(200, 350))
def run(self, game):
game.score = 0
game.iteration = 0
game.difficulty = 10
self.surface.fill(util.colour_cyan)
# Calculate sprite positions, allowing the game to be played at any height and width.
self.player_y = self.height - 70
self.bar_hit_y = self.height - 75
self.sprite_dirt = util.render_rect(
self, dropper_locale.ID_DIRT, util.colour_brown,
(0, (self.height - 35), self.width, 35))
self.sprite_grass = util.render_rect(
self, dropper_locale.ID_GRASS, util.colour_green,
(0, (self.height - 45), self.width, 10))
self.sprite_player = util.render_rect(
self, dropper_locale.ID_PLAYER, util.colour_black,
((self.width / 2), self.player_y, 40, 25))
self.sprite_score = util.render_text(self,
dropper_locale.GAME_SCORE.format(
game.score), (70, 20),
center=False)
def run(self, menu_choice=0):
done = False
#Static menu part
menu_items = ["Quit",
"Sound: " + bool_to_str(variables["sound"]),
"Dialogue: " + bool_to_str(variables["dialogue"]),
"Fullscreen mode: " + bool_to_str(variables["fullscreen"]),
'Choose character: %s' % CHARACTERS[variables['character']][0],
"Choose world: " + str(self.world.number)
]
#Adds levels to the menu
count = 0
while (count <= variables["unlocked" + self.world.name] and count < self.world.level_count):
menu_items.append("Play level " + str(count + 1))
count += 1
#Hi score and best time text on the bgscreen
if self.score != None:
score_text = "Your final score: %s" % str(self.score)
if self.levels == self.world.level_count:
time_text = "Your final time: %s frames" % str(self.time)
else:
time_text = "Didn't pass all levels"
if self.score > variables["hiscore" + self.world.name]:
score_text += " - NEW HIGH SCORE!"
variables["hiscore" + self.world.name] = self.score
else:
score_text += " - High score: %s" % variables["hiscore" + self.world.name]
if (self.time < variables["besttime" + self.world.name] or variables["besttime" + self.world.name] == 0) and (self.levels == self.world.level_count):
time_text += " - NEW BEST TIME!"
variables["besttime" + self.world.name] = self.time
elif variables["besttime" + self.world.name] == 0:
time_text += " - Best time: no best time"
else:
time_text += " - Best time: %s frames" % variables["besttime" + self.world.name]
else:
score_text = "High score: %s" % variables["hiscore" + self.world.name]
if variables["besttime" + self.world.name] == 0:
time_text = "Best time: no best time"
else:
time_text = "Best time: %s frames" % variables["besttime" + self.world.name]
menu_image = render_text("World " + str(self.world.number) + ": " + self.world.name, COLOR_GUI)
rect = menu_image.get_rect()
rect.centerx = SCREEN_WIDTH / 2
rect.top = GUI_MENU_TOP - 75
self.bgscreen.blit(menu_image, rect)
menu_image = render_text(score_text, COLOR_GUI)
rect = menu_image.get_rect()
rect.centerx = SCREEN_WIDTH / 2
rect.top = GUI_MENU_TOP - 50
self.bgscreen.blit(menu_image, rect)
menu_image = render_text(time_text, COLOR_GUI)
rect = menu_image.get_rect()
rect.centerx = SCREEN_WIDTH / 2
rect.top = GUI_MENU_TOP - 30
self.bgscreen.blit(menu_image, rect)
#Uses the menu class for the actual selection functionality
menu = Menu(self.screen, menu_items, self.bgscreen, "Which way is up?")
menu_choice = menu.run(menu_choice + MENU_OFFSET)
#Quit (-3) gets special treatment, because it's returned as a constant when the player presses ESC
#If offset would be applied to it, it would turn up -6
if not (menu_choice == MENU_QUIT):
menu_choice = menu_choice - MENU_OFFSET
return menu_choice
def parse_byline(candidate,all,headline_node):
authors = []
score = 0.0
txt = util.render_text(candidate)
txt = u' '.join(txt.split()).strip()
if len(txt) > 200:
return (authors,score)
logging.debug("byline: consider <%s> '%s'"%(candidate.tag,txt[:75]))
# if candidate.tag == 'a':
# score += eval_author_link(candidate)
# split up using html structure
parts = util.iter_text(candidate)
# pass 1: check for and strip out parts with dates & times
# TODO: this is a bit ruthless - could lose names if in same block
parts2 = []
for txt,el in parts:
is_pubdate_frag = False
if pats.pubdate['pubdate_indicator'].search(txt):
is_pubdate_frag = True
t,dspan = fuzzydate.parse_date(txt)
if dspan is not None:
logging.debug(" +0.1 contains date")
score += 0.1
is_pubdate_frag = True
d,tspan = fuzzydate.parse_time(txt)
if tspan is not None:
logging.debug(" +0.1 contains time")
score += 0.1
is_pubdate_frag = True
if not is_pubdate_frag:
parts2.append((txt,el))
# pass 2: split up text on likely separators - "and" "in" or any non alphabetic chars...
# (capturing patterns are included in results)
split_pat = re.compile(r'((?:\b(?:and|with|in)\b)|(?:[^-_.\w\s]+))',re.IGNORECASE|re.UNICODE)
parts3 = []
for txt,el in parts2:
fragments = split_pat.split(txt)
for frag in fragments:
parts3.append((frag.strip(),el))
# pass three - split out indicatives ("by", "posted by" etc)
parts4 = []
for txt,el in parts3:
for frag in pats.byline['indicative'].split(txt):
parts4.append((frag,el))
# clean up
parts4 = [(txt.strip(),el) for txt,el in parts4]
parts4 = [(txt,el) for txt,el in parts4 if txt!=u'']
# now run through classifying and collecting authors
authors,score = parse_byline_parts(parts4)
# TEST: likely-looking class or id
if pats.byline['classes'].search(candidate.get('class','')):
logging.debug(" +1 likely class")
score += 1.0
if pats.byline['classes'].search(candidate.get('id','')):
logging.debug(" +1 likely id")
score += 1.0
# TEST: directly after headline?
foo = intervening(headline_node,candidate,all)
if foo is not None:
if len(foo) == 0:
logging.debug(" +0.5 directly after headline")
score += 0.5
logging.debug( " total: %.3f" % (score,))
return (authors, score)
def render_hud(self, window):
"""Renders a Head-Up display on the active window."""
center = (75, s.DIMENSIONS[1] - 80)
speedo_rect = (35, s.DIMENSIONS[1] - 120, 80, 80)
orbit_pos = (self.speed / (self.settings["top_speed"] / 4.7)) + 2.35
start = self.__circular_orbit(center, -10, orbit_pos)
finish = self.__circular_orbit(center, 36, orbit_pos)
speed = round((self.speed / s.SEGMENT_HEIGHT) * 1.5, 1)
font = pygame.font.Font(s.FONTS["retro_computer"], 16)
st = self.special_text
time_colour = s.COLOURS["text"] if self.time_left > 5 else s.COLOURS["red"]
pygame.draw.circle(window, s.COLOURS["black"], center, 50, 2)
pygame.draw.circle(window, s.COLOURS["black"], center, 4)
pygame.draw.line(window, s.COLOURS["black"], start, finish, 3)
pygame.draw.arc(window, s.COLOURS["black"], speedo_rect, 0.2, math.pi * 1.25, 5)
pygame.draw.arc(window, s.COLOURS["red"], speedo_rect, -0.73, 0.2, 5)
u.render_text("kmph", window, font, s.COLOURS["text"], (110, s.DIMENSIONS[1] - 24))
u.render_text(str(speed), window, font, s.COLOURS["text"], (10, s.DIMENSIONS[1] - 24))
u.render_text("Lap", window, font, s.COLOURS["text"], (s.DIMENSIONS[0] - 130, 10))
u.render_text("%s/%s" % (self.lap, self.total_laps) , window, font, s.COLOURS["text"], (s.DIMENSIONS[0] - 58, 10))
u.render_text("Time", window, font, time_colour, (10, 10))
u.render_text(str(math.trunc(self.time_left)), window, font, time_colour, (90, 10))
# Render special text.
if st:
td = (datetime.datetime.now() - st[0])
if td.seconds > st[1]:
self.special_text = None
else:
bonus_colour = "bonus_a" if (td.microseconds / 25000.0) % 10 > 5 else "bonus_b"
u.render_text(st[2], window, font, s.COLOURS[bonus_colour], (10, 36))
# Points rendering needs more care because it grows so fast.
p_val_text = font.render(str(math.trunc(self.points)), 1, s.COLOURS["text"])
p_name_text = font.render("Points", 1, s.COLOURS["text"])
p_val_x = s.DIMENSIONS[0] - p_val_text.get_width() - 10
window.blit(p_val_text, (p_val_x, s.DIMENSIONS[1] - 24))
window.blit(p_name_text, (p_val_x - 112, s.DIMENSIONS[1] - 24))
# Hit a point milestone.
if self.points > self.next_milestone and self.status == self.ALIVE:
milestone_sfx = pygame.mixer.Sound(os.path.join("lib", "excellent.ogg"))
milestone_sfx.play()
self.next_milestone += s.POINT_MILESTONE
self.__set_special_text("Nice driving!", 2)
# On the leaderboard!
if self.high_score > 0 and self.points > self.high_score:
high_score_sfx = pygame.mixer.Sound(os.path.join("lib", "excellent.ogg"))
high_score_sfx.play()
self.high_score = 0
self.__set_special_text("New High Score!", 2)
if self.status == self.GAME_OVER:
self.__game_over_overlay(window)
elif self.status == self.LEVEL_OVER:
self.__level_over_overlay(window)
# Display lap difference (unless we've only done one lap).
if self.lap_margin != 0 and self.lap > 2 and self.lap_percent < 20:
diff = self.lap_margin
if diff <= 0:
colour = "red"
sign = "+"
else:
colour = "green"
sign = "-"
u.render_text(sign + str(round(abs(diff), 1)), window, font, s.COLOURS[colour], (10, 40))
def run(self, menu_choice = 0):
done = False
clock = pygame.time.Clock()
menu_items = ["Quit", "Sound: " + bool_to_str(Variables.vdict["sound"]), "Dialogue: " + bool_to_str(Variables.vdict["dialogue"]) ]
count = 0
while (count <= Variables.vdict["unlocked"] and count < TOTAL_LEVELS):
menu_items.append("Level " + str(count + 1))
count += 1
if self.score != None:
menu_image = render_text("Your final score: " + str(self.score), COLOR_GUI)
rect = menu_image.get_rect()
rect.centerx = SCREEN_WIDTH / 2
rect.top = GUI_MENU_TOP - 25
self.screen.blit(menu_image, rect)
while not done:
# Pygame event and keyboard input processing
for event in pygame.event.get():
if event.type == QUIT or (event.type == KEYDOWN and event.key == K_ESCAPE):
menu_choice = MENU_QUIT
done = True
elif (event.type == KEYDOWN and event.key == K_DOWN) or (event.type == JOYAXISMOTION and event.axis == 1 and event.value > 0.7):
if menu_choice + 4 < len(menu_items):
menu_choice += 1
play_sound("click")
elif (event.type == KEYDOWN and event.key == K_UP) or (event.type == JOYAXISMOTION and event.axis == 1 and event.value < -0.7):
if menu_choice + 3 > 0:
menu_choice -= 1
play_sound("click")
elif (event.type == KEYDOWN and (event.key == K_z or event.key == K_SPACE or event.key == K_RETURN)) or (event.type == JOYBUTTONDOWN and (event.button == 0 or event.button == 1)):
done = True
#Menu rendering
menu_offset = -(len(menu_items) - 6) * 10
menu_bg = pygame.image.load(data.picpath("menu", "bg")).convert_alpha()
rect = menu_bg.get_rect()
rect.centerx = SCREEN_WIDTH / 2
rect.top = GUI_MENU_TOP
self.screen.blit(menu_bg, rect)
menu_head = render_text("Which way is up?")
rect = menu_head.get_rect()
rect.centerx = SCREEN_WIDTH / 2
rect.top = GUI_MENU_TOP + 50 + menu_offset
self.screen.blit(menu_head, rect)
current_menu_index = -3
for m in menu_items:
if (menu_choice == current_menu_index):
color = COLOR_GUI_HILIGHT
else:
color = COLOR_GUI
menu_image = render_text(m, color)
rect = menu_image.get_rect()
rect.centerx = SCREEN_WIDTH / 2
rect.top = GUI_MENU_TOP + 60 + (current_menu_index + 4) * 20 + menu_offset
self.screen.blit(menu_image, rect)
current_menu_index += 1
#Display, clock
pygame.display.flip()
clock.tick(FPS)
return menu_choice
def render_hud(self, window):
"""Renders a Head-Up display on the active window."""
center = (75, s.DIMENSIONS[1] - 80)
speedo_rect = (35, s.DIMENSIONS[1] - 120, 80, 80)
orbit_pos = (self.speed / (self.settings["top_speed"] / 4.7)) + 2.35
start = self.__circular_orbit(center, -10, orbit_pos)
finish = self.__circular_orbit(center, 36, orbit_pos)
speed = round((self.speed / s.SEGMENT_HEIGHT) * 1.5, 1)
font = pygame.font.Font(s.FONTS["retro_computer"], 16)
st = self.special_text
time_colour = s.COLOURS["text"] if self.time_left > 5 else s.COLOURS[
"red"]
pygame.draw.circle(window, s.COLOURS["black"], center, 50, 2)
pygame.draw.circle(window, s.COLOURS["black"], center, 4)
pygame.draw.line(window, s.COLOURS["black"], start, finish, 3)
pygame.draw.arc(window, s.COLOURS["black"], speedo_rect, 0.2,
math.pi * 1.25, 5)
pygame.draw.arc(window, s.COLOURS["red"], speedo_rect, -0.73, 0.2, 5)
u.render_text("kmph", window, font, s.COLOURS["text"],
(110, s.DIMENSIONS[1] - 24))
u.render_text(str(speed), window, font, s.COLOURS["text"],
(10, s.DIMENSIONS[1] - 24))
u.render_text("Lap", window, font, s.COLOURS["text"],
(s.DIMENSIONS[0] - 130, 10))
u.render_text("%s/%s" % (self.lap, self.total_laps), window, font,
s.COLOURS["text"], (s.DIMENSIONS[0] - 58, 10))
u.render_text("Time", window, font, time_colour, (10, 10))
u.render_text(str(math.trunc(self.time_left)), window, font,
time_colour, (90, 10))
# Render special text.
if st:
td = (datetime.datetime.now() - st[0])
if td.seconds > st[1]:
self.special_text = None
else:
bonus_colour = "bonus_a" if (td.microseconds /
25000.0) % 10 > 5 else "bonus_b"
u.render_text(st[2], window, font, s.COLOURS[bonus_colour],
(10, 36))
# Points rendering needs more care because it grows so fast.
p_val_text = font.render(str(math.trunc(self.points)), 1,
s.COLOURS["text"])
p_name_text = font.render("Points", 1, s.COLOURS["text"])
p_val_x = s.DIMENSIONS[0] - p_val_text.get_width() - 10
window.blit(p_val_text, (p_val_x, s.DIMENSIONS[1] - 24))
window.blit(p_name_text, (p_val_x - 112, s.DIMENSIONS[1] - 24))
# Hit a point milestone.
if self.points > self.next_milestone and self.status == self.ALIVE:
milestone_sfx = pygame.mixer.Sound(
os.path.join("lib", "excellent.ogg"))
milestone_sfx.play()
self.next_milestone += s.POINT_MILESTONE
self.__set_special_text("Nice driving!", 2)
# On the leaderboard!
if self.high_score > 0 and self.points > self.high_score:
high_score_sfx = pygame.mixer.Sound(
os.path.join("lib", "excellent.ogg"))
high_score_sfx.play()
self.high_score = 0
self.__set_special_text("New High Score!", 2)
if self.status == self.GAME_OVER:
self.__game_over_overlay(window)
elif self.status == self.LEVEL_OVER:
self.__level_over_overlay(window)
# Display lap difference (unless we've only done one lap).
if self.lap_margin != 0 and self.lap > 2 and self.lap_percent < 20:
diff = self.lap_margin
if diff <= 0:
colour = "red"
sign = "+"
else:
colour = "green"
sign = "-"
u.render_text(sign + str(round(abs(diff), 1)), window, font,
s.COLOURS[colour], (10, 40))
def run(self, game):
util.render_text(self, dropper_locale.MENU_TITLE, (200, 100), 50)
util.render_text(self, dropper_locale.MENU_PLAY, (200, 200))
util.render_text(self, dropper_locale.MENU_HOW_TO_PLAY, (200, 250))
util.render_text(self, dropper_locale.MENU_QUIT, (200, 300))
def show(self, game):
super().show(game)
# Update the player's position.
util.move_rect_from_id(self, dropper_locale.ID_PLAYER,
(pygame.mouse.get_pos()[0], self.player_y),
util.colour_black, util.colour_cyan)
# Iterate through each bar.
for sprite in self.sprites:
if sprite.identifier == dropper_locale.ID_DROPPING_OBJECT:
# If either part of the bar collides with the player, display the end game screen.
if sprite.part1.colliderect(
self.sprite_player.rect) or sprite.part2.colliderect(
self.sprite_player.rect):
util.display_screen(game, game.end_game_screen)
return
# If the bar has reached the bottom, remove it.
elif sprite.rect.y >= self.bar_hit_y:
self.sprites.remove(sprite)
pygame.draw.rect(self.surface, util.colour_cyan,
sprite.part1)
pygame.draw.rect(self.surface, util.colour_cyan,
sprite.part2)
game.score += 1
# Otherwise, move the bar down by 2.
else:
util.move_bar(self.surface, sprite, 2, util.colour_red,
util.colour_cyan)
# Increment game iteration.
game.iteration += 1
if game.iteration >= 100:
# Increment the difficulty every time the score reaches a multiple of 5,
# with a maximum difficulty of 3.
if game.score != 0 and game.score % 5 == 0 and game.difficulty > 3:
game.difficulty -= 1
# Reset the iteration and calculate the gap size.
game.iteration = 0
gap = (100 - (game.score * 4))
# Check that the player can actually fit in the gap.
if gap < 5:
gap = 5
# Render the bar.
util.render_bar(self,
dropper_locale.ID_DROPPING_OBJECT, util.colour_red,
randint(0, (self.width - 100)), gap)
# Re-render the score in the top left.
pygame.draw.rect(self.surface, util.colour_cyan,
self.sprite_score.rect)
self.sprite_score = util.render_text(self,
dropper_locale.GAME_SCORE.format(
game.score), (70, 20),
center=False)
def parse_byline(candidate, all, headline_node):
authors = []
score = 0.0
txt = util.render_text(candidate)
txt = u' '.join(txt.split()).strip()
if len(txt) > 200:
return (authors, score)
logging.debug("byline: consider <%s> '%s'" % (candidate.tag, txt[:75]))
# if candidate.tag == 'a':
# score += eval_author_link(candidate)
# split up using html structure
parts = util.iter_text(candidate)
# pass 1: check for and strip out parts with dates & times
# TODO: this is a bit ruthless - could lose names if in same block
parts2 = []
for txt, el in parts:
is_pubdate_frag = False
if pats.pubdate['pubdate_indicator'].search(txt):
is_pubdate_frag = True
t, dspan = fuzzydate.parse_date(txt)
if dspan is not None:
logging.debug(" +0.1 contains date")
score += 0.1
is_pubdate_frag = True
d, tspan = fuzzydate.parse_time(txt)
if tspan is not None:
logging.debug(" +0.1 contains time")
score += 0.1
is_pubdate_frag = True
if not is_pubdate_frag:
parts2.append((txt, el))
# pass 2: split up text on likely separators - "and" "in" or any non alphabetic chars...
# (capturing patterns are included in results)
split_pat = re.compile(r'((?:\b(?:and|with|in)\b)|(?:[^-_.\w\s]+))',
re.IGNORECASE | re.UNICODE)
parts3 = []
for txt, el in parts2:
fragments = split_pat.split(txt)
for frag in fragments:
parts3.append((frag.strip(), el))
# pass three - split out indicatives ("by", "posted by" etc)
parts4 = []
for txt, el in parts3:
for frag in pats.byline['indicative'].split(txt):
parts4.append((frag, el))
# clean up
parts4 = [(txt.strip(), el) for txt, el in parts4]
parts4 = [(txt, el) for txt, el in parts4 if txt != u'']
# now run through classifying and collecting authors
authors, score = parse_byline_parts(parts4)
# TEST: likely-looking class or id
if pats.byline['classes'].search(candidate.get('class', '')):
logging.debug(" +1 likely class")
score += 1.0
if pats.byline['classes'].search(candidate.get('id', '')):
logging.debug(" +1 likely id")
score += 1.0
# TEST: directly after headline?
foo = intervening(headline_node, candidate, all)
if foo is not None:
if len(foo) == 0:
logging.debug(" +0.5 directly after headline")
score += 0.5
logging.debug(" total: %.3f" % (score, ))
return (authors, score)
def run(self, menu_choice = 0):
done = False
clock = pygame.time.Clock()
self.screen.blit(self.bgscreen, (0, 0)) #Renders the menu background, usually the faded out game display
#Or a black screen
#Menu loop
while not done:
# Pygame event and keyboard input processing
for event in pygame.event.get():
if event.type == QUIT or (event.type == KEYDOWN and event.key == K_ESCAPE):
menu_choice = MENU_QUIT
done = True
elif (event.type == KEYDOWN and event.key == K_DOWN) or (event.type == JOYAXISMOTION and event.axis == 1 and event.value > 0.7):
if menu_choice + 1 < len(self.menu_items):
menu_choice += 1
play_sound("click")
elif (event.type == KEYDOWN and event.key == K_UP) or (event.type == JOYAXISMOTION and event.axis == 1 and event.value < -0.7):
if menu_choice > 0:
menu_choice -= 1
play_sound("click")
elif (event.type == KEYDOWN and (event.key == K_z or event.key == K_SPACE or event.key == K_RETURN)) or (event.type == JOYBUTTONDOWN and (event.button == 0 or event.button == 1)):
done = True
#Menu rendering
#Menu offset value centers the menu when the maximum amount of choices is not visible
if len(self.menu_items) < MENU_MAX_VISIBLE:
menu_offset = -(len(self.menu_items) - 5) * 10
else:
menu_offset = -(MENU_MAX_VISIBLE - 5) * 10
menu_bg = pygame.image.load(data.picpath("menu", "bg")).convert_alpha()
rect = menu_bg.get_rect()
rect.centerx = SCREEN_WIDTH / 2
rect.top = GUI_MENU_TOP
self.screen.blit(menu_bg, rect)
if self.heading_text != None:
menu_head = render_text(self.heading_text)
rect = menu_head.get_rect()
rect.centerx = SCREEN_WIDTH / 2
rect.top = GUI_MENU_TOP + 50 + menu_offset
self.screen.blit(menu_head, rect)
#If the menu choice is greater than the second last menu item on screen,
#the menu must be scrolled:
if menu_choice > (MENU_MAX_VISIBLE - 1):
current_menu_index = menu_choice - MENU_MAX_VISIBLE
if (menu_choice + 1) < len(self.menu_items):
current_menu_index += 1
else:
current_menu_index = 0
menu_visible = 0
while (not (menu_visible > MENU_MAX_VISIBLE or (current_menu_index) == len(self.menu_items))):
m = self.menu_items[current_menu_index]
if (menu_choice == current_menu_index):
menu_image = render_text(m, COLOR_GUI_HILIGHT, COLOR_GUI_DARK)
else:
menu_image = render_text(m, COLOR_GUI)
rect = menu_image.get_rect()
rect.centerx = SCREEN_WIDTH / 2
rect.top = GUI_MENU_TOP + 60 + (menu_visible + 1) * 20 + menu_offset
self.screen.blit(menu_image, rect)
current_menu_index += 1
menu_visible += 1
#Display, clock
pygame.display.flip()
clock.tick(FPS)
return menu_choice
