def clicked(self, button_name):
if len(self.model.show_stats
) > 0: # we are already showing stats, unshow
self.model.show_stats = []
else:
num_games = str(len(self.model.times))
best_time = "No Time Data Yet"
avg_time = "No Time Data Yet"
if len(self.model.times) > 0:
best_time = format_secs(min(self.model.times))
avg_time = format_secs(
sum(self.model.times) / len(self.model.times))
message_box = planes.Plane(
'message_box',
pygame.Rect(left_margin, top_margin, 13 * WINDOW_WIDTH / 16,
(WINDOW_HEIGHT - 300)))
message_box.image.fill((0, 0, 0))
win_stats = "Game Stats \n" + "Number of Games: " + num_games + "\nBest time: " + best_time + "\nAverage time: " + avg_time
message_texts = []
lines = win_stats.split("\n")
box_width = 13 * WINDOW_WIDTH / 16
for line in lines:
message_texts.append(
ScreenText(
line, line,
pygame.Rect(left_margin,
top_margin + 60 * (lines.index(line) + 1),
box_width, 45), FONT_BIG))
#message_text.background_color = (255,0,0) #fixthis not transparent
self.model.show_stats.append(message_box)
self.model.show_stats += message_texts
def selected(self, s):
if self._selected:
if self._selected.plane:
self._selected.plane.remove("outlined_selection")
#self._selected.plane.render()
if not isinstance(self._selected,
Cities.City) and self._selected.plane:
self.game_plane.sub(
self._selected.plane,
insert_before=self.game_plane.subplanes_list[0])
self._selected = s
if isinstance(s, BaseObjects.Unit):
self.show_city_status(s)
img = s.plane.image.copy()
pygame.draw.rect(img, red,
[0, 0, self.image_size - 1, self.image_size - 1],
3)
outlined = planes.Plane(
"outlined_selection",
Rect([0, 0, self.image_size - 1, self.image_size - 1]))
outlined.image.blit(img, (0, 0))
s.plane.sub(outlined)
self.game_plane.sub(s.plane)
else:
pass
def update(self):
if self.mode == MODE_HOME:
self.actors = [self.title] + self.homebuttons[:]
if self.show_stats != None:
self.actors += self.show_stats
clicked_button = None
#add click box
for button in self.homebuttons:
if button.clickbox:
clicked_button = button
if clicked_button != None:
clicked_box = planes.Plane(
"box" + clicked_button.name,
pygame.Rect(clicked_button.rect.x - 5,
clicked_button.rect.y - 5,
clicked_button.rect.width + 10,
clicked_button.rect.height + 10), False, False)
self.actors.insert(1, clicked_box)
else:
self.game.numSets()
self.game.update()
self.actors = self.game.actors[:]
def __init__(self):
self.background = (20, 20, 20)
self.mode = MODE_HOME
self.game = None
self.actors = []
try:
times_file = open("times_file.txt", "r")
except:
times_file = open("times_file.txt", "w+")
self.times = [int(score.strip()) for score in times_file.readlines()]
times_file.close()
self.show_stats = [] # a list of things for stats screen
########################
# HOME SCREEN ELEMENTS #
########################
self.title = planes.Plane(
"title",
pygame.Rect(left_margin, top_margin, 13 * WINDOW_WIDTH / 16,
(WINDOW_HEIGHT - 300)))
self.start_button = StartButton("start_button",
pygame.Rect(200, 500, 100, 100),
StartButton.clicked, self)
self.stats_button = StatsButton("stats_button",
pygame.Rect(500, 500, 100, 100),
StatsButton.clicked, self)
self.homebuttons = [self.start_button, self.stats_button]
def __init__(self):
self.background = (20, 20, 20)
self.mode = MODE_HOME
self.game_select = NOTIME
self.game = None
self.actors = []
try:
times_file = open("times_file.txt", "r")
except:
times_file = open("times_file.txt", "w+")
self.times = [int(score.strip()) for score in times_file.readlines()]
times_file.close()
self.show_stats = [] # a list of things for stats screen
########################
# HOME SCREEN ELEMENTS #
########################
self.title = planes.Plane(
"title",
pygame.Rect(left_margin, top_margin, 13 * WINDOW_WIDTH / 16,
(WINDOW_HEIGHT - 300)))
self.start_button = StartButton(
"start_button",
pygame.Rect(
3 * WINDOW_WIDTH / 4 + (WINDOW_WIDTH / 4 - 200) / 2 + 100, 50,
100, 100), StartButton.clicked, self)
self.notime_button = NoTimeButton(
"notime_button",
pygame.Rect(WINDOW_WIDTH / 5 - 50, WINDOW_HEIGHT - 200, 100, 100),
NoTimeButton.clicked, self)
self.easy_button = EasyButton(
"easy_button",
pygame.Rect(2 * WINDOW_WIDTH / 5 - 50, WINDOW_HEIGHT - 200, 100,
100), EasyButton.clicked, self)
self.med_button = MedButton(
"med_button",
pygame.Rect(3 * WINDOW_WIDTH / 5 - 50, WINDOW_HEIGHT - 200, 100,
100), MedButton.clicked, self)
self.hard_button = HardButton(
"hard_button",
pygame.Rect(4 * WINDOW_WIDTH / 5 - 50, WINDOW_HEIGHT - 200, 100,
100), HardButton.clicked, self)
self.stats_button = StatsButton(
"stats_button",
pygame.Rect(
3 * WINDOW_WIDTH / 4 + (WINDOW_WIDTH / 4 - 200) / 2 + 100, 200,
100, 100), StatsButton.clicked, self)
self.homebuttons = [
self.start_button, self.notime_button, self.easy_button,
self.med_button, self.hard_button, self.stats_button
]
def __init__(self, controller, image_size):
self.controller = controller
self.image_size = image_size
pygame.init()
self.screenSize = (controller.size[0] * image_size + image_size * 2 +
12, image_size * 17 + image_size * 2 + 30)
self.w32windowClass = "pygame" #The win32 window class for this object
self.screen = planes.Display(self.screenSize)
self.windowCaption = "mPyre"
pygame.display.set_caption(self.windowCaption)
self.white = pygame.Color("white")
self.screen.image.fill(self.white)
pygame.display.flip()
# #The game screen
self.game_plane = planes.Plane(
"game screen",
Rect(0, 0, (controller.size[0] + 2) * image_size,
(controller.size[1] + 2) * image_size))
self.game_background = draw_map(self.game_plane, self.controller.G.map,
self.image_size)
self.game_plane.image.blit(self.game_background, (0, 0))
scroller = planes.gui.ScrollingPlane(
"scroller",
Rect(0, 0, self.screenSize[0] - 12, self.screenSize[1] - 30),
self.game_plane)
self.screen.sub(scroller)
#The main status display - turn and player name
self.turn_status = planes.gui.Button(
"Turn: 1", Rect(0, self.screenSize[1] - 30, 150,
30), self.next_turn) #callback placeholder
self.screen.sub(self.turn_status)
self.player_status = planes.gui.Button("Player: player_1",
Rect(150,
self.screenSize[1] - 30,
125, 30),
None) #callback placeholder
self.screen.sub(self.player_status)
self.status_window = None
self._selected = None
self.city_bubble = None
self.advance_turn = False
pygame.display.flip()
def __init__(self):
self.background = (20, 20, 20)
self.game = Game(self)
self.actors = []
########################
# HOME SCREEN ELEMENTS #
########################
self.title = planes.Plane(
"title",
pygame.Rect(LEFT_MARGIN, TOP_MARGIN, 13 * WINDOW_WIDTH / 16,
(WINDOW_HEIGHT - 300)))
def update(self):
"""update - update the game window"""
game = self.controller.G
self.game_plane.image.blit(self.game_background,
(0, 0)) #reset background drawing
for c in game.cities:
if not c.plane:
c_rect = Rect((c.coords[0] * self.image_size,
c.coords[1] * self.image_size),
[self.image_size] * 2)
c.set_image([self.image_size] * 2, c.owner.color)
c.plane = planes.Plane("City of {}".format(c.name), c_rect)
c.plane.image.blit(c.image, (0, 0))
self.game_plane.sub(c.plane)
for u in game.units:
if not u.plane:
u_rect = Rect((u.coords[0] * self.image_size,
u.coords[1] * self.image_size),
[self.image_size] * 2)
u.set_image([self.image_size] * 2, u.owner.color)
u.plane = planes.Plane("Unit {}".format(u.name), u_rect)
u.plane.image.blit(u.image, (0, 0))
self.game_plane.sub(
u.plane, insert_before=self.game_plane.subplanes_list[0])
# d.plane.draggable=True
# self.game_plane.sub(d.plane)
if not self.selected and self.status_window:
self.status_window.destroy()
self.status_window = None
self.turn_status.text = "Turn: {0:,}".format(int(game.turn))
self.player_status.current_color = colors[game.current_player.color]
self.player_status.text = "{}".format(game.current_player.name)
self.screen.update()
self.screen.render()
pygame.display.flip()
return True
def __init__(self,
name,
rect,
content_plane,
draggable=False,
grab=False,
clicked_callback=None,
dropped_upon_callback=None):
"""Initalise.
rect states the dimensions without the scroll bar.
"""
rect.width = rect.width + 12
# Call base class
#
planes.Plane.__init__(self, name, rect, draggable, grab,
clicked_callback, dropped_upon_callback)
self.image.fill(BACKGROUND_COLOR)
self.sub(
planes.Plane(
"content",
pygame.Rect((0, 0), (self.rect.width - 12, self.rect.height))))
content_plane.rect.topleft = (0, 0)
self.content.sub(content_plane)
scrollbar_container = planes.Plane(
"scrollbar_container",
pygame.Rect((self.rect.width - 12, 0), (12, self.rect.height)))
scrollbar_container.image.fill(BACKGROUND_COLOR)
draw_border(scrollbar_container, (0, 0, 0))
def scrollbar_container_clicked(plane):
"""Clicked callback which repositions the content Plane and scrollbar according to the y-position of the mouse.
"""
x, y = pygame.mouse.get_pos()
new_y = y - self.rect.top
# Align scrollbar at bottom
#
if new_y > self.rect.height - self.scrollbar_container.scrollbar.rect.height - 2:
new_y = self.rect.height - self.scrollbar_container.scrollbar.rect.height - 2
self.scrollbar_container.scrollbar.rect.top = new_y
content_plane = self.content.subplanes[
self.content.subplanes_list[0]]
content_plane.rect.top = int(0 - new_y / self.rect.height *
content_plane.rect.height)
# Invalidate last_image_id to trigger a redraw
# TODO: changing content_plane.rect.top above should invalidate last_rect, why is this necessary?
#
content_plane.last_image_id = None
return
scrollbar_container.left_click_callback = scrollbar_container_clicked
self.sub(scrollbar_container)
# Scrollbar height reflects the proportions
#
self.scrollbar_container.sub(
planes.Plane(
"scrollbar",
pygame.Rect((2, 2),
(8,
int(self.rect.height / content_plane.rect.height *
self.rect.height)))))
# Half-bright color taken from Button.clicked()
#
self.scrollbar_container.scrollbar.image.fill(
list(map(lambda i: int(i * 0.5), BACKGROUND_COLOR)))
return
def update(self):
# if game not in play, display messages, not cards
if not self.check_in_play():
self.actors = []
self.actors += self.gamelabels + self.gamebuttons
if HINTS:
self.hints_left_label.update_text("Hints Remaining: " +
str(self.hints_left))
self.left_in_deck_label.update_text("Deck: " + str(
len(self.deck) -
(len(self.in_play_cards) + len(self.out_of_play_cards))))
message_box = planes.Plane(
'message_box',
pygame.Rect(
LEFT_MARGIN, TOP_MARGIN, 3 * CARD_WIDTH + 2 * SPACE_HORIZ,
4 * CARD_HEIGHT + 3 *
((WINDOW_HEIGHT - 4 * CARD_HEIGHT - 2 * TOP_MARGIN) / 3)))
message_box.image.fill((0, 0, 0))
message_texts = []
self.actors.append(message_box)
self.actors += message_texts
# game in play
else:
self.actors = []
#check which cards are clicked
self.clicked_cards = []
for card in self.in_play_cards:
self.actors.append(card)
if card.been_clicked:
self.clicked_cards.append(card)
card.update()
#add click boxes
for card in self.clicked_cards:
clicked_box = planes.Plane(
"box" + card.name,
pygame.Rect(card.rect.x - 5, card.rect.y - 5,
card.rect.width + 10, card.rect.height + 10),
False, False)
clicked_box.image = pygame.image.load("img/clickbox.png")
self.actors.insert(0, clicked_box)
#check for sets
if len(self.clicked_cards) == 3:
is_set = check_set(self.clicked_cards[0],
self.clicked_cards[1],
self.clicked_cards[2])
if is_set:
self.sets_found += 1
self.sets_found_label.update_text("Sets: " +
str(self.sets_found))
#remove cards and add new ones
for card in self.clicked_cards:
self.out_of_play_cards.append(card)
index = self.in_play_cards.index(card)
self.in_play_cards.remove(card)
if len(self.in_play_cards) < 12:
self.add_new_cards(1, index)
else:
self.sets_wrong += 1
for card in self.clicked_cards:
card.been_clicked = False
self.actors += self.gamelabels + self.gamebuttons
if HINTS:
self.hints_left_label.update_text("Hints Remaining: " +
str(self.hints_left))
self.left_in_deck_label.update_text("Deck: " + str(
len(self.deck) -
(len(self.in_play_cards) + len(self.out_of_play_cards))))
def __init__(self, model):
########################
# GAME SCREEN ELEMENTS #
########################
self.deck = []
self.model = model
# make 81 unique cards, add to deck
for color in COLORS:
for shape in SHAPES:
for number in NUMBERS:
for shade in SHADES:
card_to_add = Card(color + shape + shade + str(number),
color, shape, number, shade)
self.deck.append(card_to_add)
card_to_add.image = pygame.image.load(
"img/" + card_to_add.name + ".png")
self.actors = []
self.in_play_cards = []
self.clicked_cards = []
self.out_of_play_cards = []
self.sets_found = 0
self.sets_wrong = 0 # should we take off points for these?
self.hints_left = NUM_HINTS
#### Elements of a game ####
self.sets_found_label = ScreenText(
"sets_found_label", "Sets: " + str(self.sets_found),
pygame.Rect(3 * WINDOW_WIDTH / 4, 290, WINDOW_WIDTH / 4, 50),
FONT_BIG)
self.left_in_deck_label = ScreenText(
"left_in_deck_label", "Deck: " + str(
len(self.deck) -
(len(self.in_play_cards) + len(self.out_of_play_cards))),
pygame.Rect(3 * WINDOW_WIDTH / 4, 505, WINDOW_WIDTH / 4, 25),
FONT_SMALL)
if not AUTO_ADD3:
self.add3_button = AddThreeCardsButton(
"add_three_cards_button",
pygame.Rect(
3 * WINDOW_WIDTH / 4 + (WINDOW_WIDTH / 4 - 200) / 2, 360,
100, 100), AddThreeCardsButton.clicked, self)
if HINTS:
self.hint_button = HintButton(
"hint_button",
pygame.Rect(
3 * WINDOW_WIDTH / 4 + (WINDOW_WIDTH / 4 - 200) / 2 + 100,
360, 100, 100), HintButton.clicked, self)
self.hints_left_label = ScreenText(
"hints_left_label", "Hints Remaining: " + str(self.hints_left),
pygame.Rect(3 * WINDOW_WIDTH / 4, 475, WINDOW_WIDTH / 4, 25),
FONT_SMALL)
self.logo = planes.Plane(
"setlogo", pygame.Rect(3 * WINDOW_WIDTH / 4, 50, 240, 162), False,
False)
self.logo.image = pygame.image.load("img/set.jpg")
#### CATEGORIES ####
self.gamebuttons = [self.logo]
self.gamelabels = [self.sets_found_label, self.left_in_deck_label]
if HINTS:
self.gamebuttons.append(self.hint_button)
self.gamelabels.append(self.hints_left_label)
if not AUTO_ADD3:
self.gamebuttons.append(self.add3_button)
# start the game
self.add_new_cards(12)
window.image.fill((127, 127, 127))
pygame.display.set_caption("planes Interactive Live Test")
red = (255, 0, 0)
green = (0, 255, 0)
blue = (0, 0, 255)
yellow = (255, 255, 0)
white = (255, 255, 255)
def click(*args):
print("Click! args: {0}".format(args))
plane = planes.Plane("plane",
pygame.Rect((200, 50), (100, 100)),
draggable=True)
plane.image.fill(yellow)
button = planes.gui.Button("Button", pygame.Rect((50, 50), (100, 50)), click)
container = planes.gui.Container("container", padding=10)
container.rect.topleft = (250, 50)
textbox = planes.gui.TextBox("textbox", pygame.Rect((10, 10), (200, 30)))
window.key_sensitive(textbox)
clock = pygame.time.Clock()
fps = clock.get_fps
def update(self):
# if game not in play, display messages, not cards
if not self.check_in_play():
self.actors = []
self.actors += self.gamelabels + self.gamebuttons
self.hints_left_label.update_text("Hints Remaining: " +
str(self.hints_left))
self.left_in_deck_label.update_text("Deck: " + str(
len(self.deck) -
(len(self.in_play_cards) + len(self.out_of_play_cards))))
message_box = planes.Plane(
'message_box',
pygame.Rect(
left_margin, top_margin, 3 * CARD_WIDTH + 2 * space_horiz,
4 * CARD_HEIGHT + 3 *
((WINDOW_HEIGHT - 4 * CARD_HEIGHT - 2 * top_margin) / 3)))
message_box.image.fill((0, 0, 0))
message_texts = []
# if game won or lost, note time game ended
if self.check_if_won() or self.check_if_lost():
if self.end_time == 0:
self.end_time = pygame.time.get_ticks()
total_time = self.end_time - self.start_time - self.pause_time
if self.check_if_won() and not self.added_time:
self.model.add_time(
(total_time + (self.sets_wrong * TIME_DEDUC)) / 1000)
self.added_time = True
best_time = ""
if len(self.model.times) == 0:
best_time = format_secs(total_time / 1000)
else:
best_time = format_secs(min(self.model.times))
win_stats = "Game Complete! \n" + \
"Total time: " + format_secs ((self.end_time - self.start_time - self.pause_time)/ 1000) + "\n" +\
"Best time: " + best_time
win_stats_with_loss = "Game Complete! \n" + \
"Total time: " + format_secs (total_time/ 1000) + "\n" +\
"Incorrect Sets: " + str(self.sets_wrong) + "\n" +\
"Adjusted Time: " + format_secs ((total_time+(self.sets_wrong*TIME_DEDUC))/ 1000) + "\n" +\
"Best time: " + best_time
lose_stats = "Game Over!"
stats = win_stats_with_loss
if self.check_if_lost():
stats = lose_stats
lines = stats.split("\n")
box_width = 3 * CARD_WIDTH + 2 * space_horiz
for line in lines:
message_texts.append(
ScreenText(
line, line,
pygame.Rect(
left_margin,
top_margin + 50 * (lines.index(line) + 1),
box_width, 45), FONT_BIG))
elif self.paused_time_at != 0: #game is paused
message_texts.append(
ScreenText(
"message_text", "Game Paused",
pygame.Rect(
left_margin, top_margin,
3 * CARD_WIDTH + 2 * space_horiz,
4 * CARD_HEIGHT + 3 *
((WINDOW_HEIGHT - 4 * CARD_HEIGHT - 2 * top_margin)
/ 3)), FONT_BIG))
self.actors.append(message_box)
self.actors += message_texts
self.actors += self.pausebuttons
# game in play
else:
self.time_box.update()
self.actors = [self.time_box]
#check which cards are clicked
self.clicked_cards = []
for card in self.in_play_cards:
self.actors.append(card)
if card.been_clicked:
self.clicked_cards.append(card)
card.update()
#add click boxes
for card in self.clicked_cards:
clicked_box = planes.Plane(
"box" + card.name,
pygame.Rect(card.rect.x - 5, card.rect.y - 5,
card.rect.width + 10, card.rect.height + 10),
False, False)
clicked_box.image = pygame.image.load("img/clickbox.png")
self.actors.insert(1, clicked_box)
#check for sets
if len(self.clicked_cards) == 3:
is_set = check_set(self.clicked_cards[0],
self.clicked_cards[1],
self.clicked_cards[2])
if is_set:
self.sets_found += 1
self.sets_found_label.update_text("Sets: " +
str(self.sets_found))
# reset the time box
self.time_box.rect.y = -WINDOW_HEIGHT
#remove cards and add new ones
for card in self.clicked_cards:
self.out_of_play_cards.append(card)
index = self.in_play_cards.index(card)
self.in_play_cards.remove(card)
if len(self.in_play_cards) < 12:
self.add_new_cards(1, index)
else:
self.sets_wrong += 1
for card in self.clicked_cards:
card.been_clicked = False
self.actors += self.gamelabels + self.gamebuttons
self.time_label.update_text("Time: " + format_secs(
(pygame.time.get_ticks() - self.start_time - self.pause_time) /
1000))
self.hints_left_label.update_text("Hints Remaining: " +
str(self.hints_left))
self.left_in_deck_label.update_text("Deck: " + str(
len(self.deck) -
(len(self.in_play_cards) + len(self.out_of_play_cards))))
def __init__(self, game_select, model):
########################
# GAME SCREEN ELEMENTS #
########################
self.deck = []
self.model = model
self.game_select = game_select
self.pause_time = 0
self.paused_time_at = 0
self.start_time = pygame.time.get_ticks()
self.end_time = 0 # time game ended at
#make 81 unique cards, add to deck
for color in colors:
for shape in shapes:
for number in numbers:
for shade in shades:
card_to_add = Card(color + shape + shade + str(number),
color, shape, number, shade)
self.deck.append(card_to_add)
card_to_add.image = pygame.image.load(
"img/" + card_to_add.name + ".png")
self.actors = []
self.in_play_cards = []
self.clicked_cards = []
self.out_of_play_cards = []
self.sets_found = 0
self.sets_wrong = 0 # should we take off points for these?
self.hints_left = NUM_HINTS
# tells if we have already added the game time to the times []
# prevents from adding the time on every update loop
self.added_time = False
#### Elements of a game ####
self.sets_found_label = ScreenText(
"sets_found_label", "Sets: " + str(self.sets_found),
pygame.Rect(3 * WINDOW_WIDTH / 4, 290, WINDOW_WIDTH / 4, 50),
FONT_BIG)
self.time_label = ScreenText(
"time_label", "Time: " + format_secs(self.start_time / 1000),
pygame.Rect(3 * WINDOW_WIDTH / 4, 220, WINDOW_WIDTH / 4, 100),
FONT_BIG)
self.left_in_deck_label = ScreenText(
"left_in_deck_label", "Deck: " + str(
len(self.deck) -
(len(self.in_play_cards) + len(self.out_of_play_cards))),
pygame.Rect(3 * WINDOW_WIDTH / 4, 505, WINDOW_WIDTH / 4, 25),
FONT_SMALL)
self.add3_button = AddThreeCardsButton(
"add_three_cards_button",
pygame.Rect(3 * WINDOW_WIDTH / 4 + (WINDOW_WIDTH / 4 - 200) / 2,
360, 100, 100), AddThreeCardsButton.clicked, self)
self.hint_button = HintButton(
"hint_button",
pygame.Rect(
3 * WINDOW_WIDTH / 4 + (WINDOW_WIDTH / 4 - 200) / 2 + 100, 360,
100, 100), HintButton.clicked, self)
self.pause_button = PauseButton(
"pause_button",
pygame.Rect(
3 * WINDOW_WIDTH / 4 + (WINDOW_WIDTH / 4 - 200) / 2 + 50,
WINDOW_HEIGHT - 120, 100, 100), PauseButton.clicked, self)
self.hints_left_label = ScreenText(
"hints_left_label", "Hints Remaining: " + str(self.hints_left),
pygame.Rect(3 * WINDOW_WIDTH / 4, 475, WINDOW_WIDTH / 4, 25),
FONT_SMALL)
self.logo = planes.Plane(
"setlogo", pygame.Rect(3 * WINDOW_WIDTH / 4, 50, 240, 162), False,
False)
self.logo.image = pygame.image.load("img/set.jpg")
self.time_box = TimeBox(
"time_box",
pygame.Rect(0, -WINDOW_HEIGHT, WINDOW_WIDTH, WINDOW_HEIGHT),
game_select)
#### PAUSE SCREEN BUTTONS ####
message_width = 3 * CARD_WIDTH + 2 * space_horiz # width of playing field
self.play_button = PlayButton(
"play_button",
pygame.Rect(2 * message_width / 5 - 50, WINDOW_HEIGHT - 300, 100,
100), PlayButton.clicked, self)
self.restart_button = RestartButton(
"restart_button",
pygame.Rect(3 * message_width / 5 - 50, WINDOW_HEIGHT - 300, 100,
100), RestartButton.clicked, self)
self.back_button = BackButton(
"back_button",
pygame.Rect(4 * message_width / 5 - 50, WINDOW_HEIGHT - 300, 100,
100), BackButton.clicked, self)
#### CATEGORIES ####
self.gamebuttons = [
self.add3_button, self.hint_button, self.pause_button, self.logo
]
self.gamelabels = [
self.sets_found_label, self.time_label, self.hints_left_label,
self.left_in_deck_label
]
self.pausebuttons = [
self.play_button, self.restart_button, self.back_button
]
# start the game
self.add_new_cards(12)