def __init__(self, game):
super().__init__(game=game, background_color=Palette.COLOR_9)
title = Text(screen=self.game.screen, position=((self.x_middle),(40)), text='Criação do grafo', font_size=38, font_color=Palette.BLACK)
back_button = Button(screen=self.game.screen, position=((self.game.WIDTH-120), (50)), on_press=lambda:game.change_screen(Menu), text='Voltar para o menu', color=Palette.RED)
new_graph = Button(screen=self.game.screen, position=((self.x_middle-120), (self.game.HEIGHT-80)), on_press=self.create_new, text='Inserir novo grafo', color=Palette.BLUE)
continue_button = Button(screen=self.game.screen, position=((self.x_middle+120), (self.game.HEIGHT-80)), on_press=self.play, text='Jogar Nível', color=Palette.RED)
self.graph = Graph(game=self.game, graph=graph.Graph(self.graph_tam), editable=True, on_press=self.select_node)
self.line = Line(screen=self.game.screen, mouse_guide=True, visible=False)
self.put_asset(title)
self.put_asset(self.line)
self.put_asset(back_button)
self.put_asset(self.graph)
self.put_asset(new_graph)
self.put_asset(continue_button)
def __init__(self, game):
super().__init__(game=game, background_color=Palette.COLOR_1)
#Assets
info_icon = pygame.image.load('info.png')
play_button = Button(screen=game.screen, position=((self.x_middle), (game.HEIGHT-200)), on_press=self.game.start_game , text='Níveis padrões', width=300)
info_button = Button(screen=game.screen, position=((70), (40)), on_press=lambda:game.change_screen(Info), icon=info_icon, text='Info', width=120, color=Palette.COLOR_1)
create_button = Button(screen=game.screen, position=((self.x_middle), (game.HEIGHT-100)), on_press=lambda:game.change_screen(SelectTam), text='Níveis customizados', width=300, color=Palette.GREEN)
title = Text(screen=self.game.screen, position=((self.x_middle),(100)), text=self.game.GAME_NAME, font_size=60)
sub_title = Text(screen=self.game.screen, position=((self.x_middle),(180)), text=self.game.INTRO_TEXT, font_size=34, font_color=Palette.COLOR_5)
self.put_asset(play_button)
self.put_asset(info_button)
self.put_asset(create_button)
self.put_asset(title)
self.put_asset(sub_title)
def __init__(self, game):
super().__init__(game=game, background_color=Palette.COLOR_9)
title = Text(screen=self.game.screen,
position=((self.x_middle), (100)),
text='O jogo acabou',
font_size=60,
font_color=Palette.BLACK)
sub_title = Text(screen=self.game.screen,
position=((self.x_middle), (180)),
text='Sua pontuação foi: ',
font_size=42,
font_color=Palette.BLACK)
back_button = Button(
screen=self.game.screen,
position=((self.x_middle), (self.game.HEIGHT - 80)),
on_press=lambda: self.game.change_screen(MenuScreen),
text='Voltar para o menu',
color=Palette.BLUE)
self.correct_ans = Text(screen=self.game.screen,
position=((self.x_middle),
(self.y_middle - 30)),
font_size=42,
font_color=Palette.GREEN)
self.wrong_ans = Text(screen=self.game.screen,
position=((self.x_middle), (self.y_middle + 30)),
font_size=42,
font_color=Palette.RED)
self.put_asset(title)
self.put_asset(back_button)
self.put_asset(sub_title)
self.put_asset(self.correct_ans)
self.put_asset(self.wrong_ans)
def __init__(self, game):
super().__init__(game=game, background_color=Palette.COLOR_9)
# Assets
back_button = Button(screen=self.game.screen,
position=((79), (40)),
on_press=lambda: game.change_screen(MenuScreen),
text='Voltar',
width=120)
title = Text(screen=self.game.screen,
position=((self.x_middle), (40)),
text='A definir',
font_size=38,
font_color=Palette.BLACK)
definition_text = open('definition.txt').read()
definition = Text(screen=self.game.screen,
position=((self.x_middle), (self.y_middle)),
text=definition_text,
font_size=24,
font_type='robotoslab',
font_color=Palette.BLACK)
self.put_asset(back_button)
self.put_asset(title)
self.put_asset(definition)
def __init__(self, game):
super().__init__(game=game, background_color=Palette.COLOR_9)
#Assets
quit_button = Button(screen=self.game.screen, position=((self.game.WIDTH-120), (50)), on_press=lambda:game.change_screen(Menu), text='Voltar para o menu', color=Palette.RED)
next_button = Button(screen=self.game.screen, position=((self.x_middle), (self.game.HEIGHT-80)), on_press=self.game.next_question, text='Próxima pergunta', color=Palette.BLUE)
self.correct_ans = Text(screen=self.game.screen, position=((220),(40)), font_size=28, font_color=Palette.GREEN)
self.wrong_ans = Text(screen=self.game.screen, position=((220),(60)), font_size=28, font_color=Palette.RED)
self.answer = Text(screen=self.game.screen, position=((self.x_middle),(60)), font_size=42)
self.graph = Graph(game=self.game, reveal=True)
self.put_asset(quit_button)
self.put_asset(next_button)
self.put_asset(self.correct_ans)
self.put_asset(self.wrong_ans)
self.put_asset(self.answer)
self.put_asset(self.graph)
def __init__(self, game):
super().__init__(game=game, background_color=Palette.COLOR_1)
# Assets
title = Text(screen=self.game.screen,
position=((self.x_middle), (100)),
text=self.game.GAME_NAME,
font_size=60)
sub_title = Text(screen=self.game.screen,
position=((self.x_middle), (180)),
text=self.game.INTRO_TEXT,
font_size=34,
font_color=Palette.COLOR_5)
info_icon = pygame.image.load('info.png')
info_button = Button(screen=self.game.screen,
position=((70), (40)),
on_press=lambda: game.change_screen(InfoScreen),
icon=info_icon,
text="Info",
width=120,
color=Palette.COLOR_1)
play_button = Button(screen=game.screen,
position=((self.x_middle), (game.HEIGHT - 100)),
on_press=self.game.start_game,
text='Jogar',
width=300)
self.img = Image(screen=game.screen,
height=game.HEIGHT,
width=game.WIDTH,
src='assets/back.jpg')
self.put_asset(self.img)
definition_text = open('definition.txt').read()
definition = Text(screen=self.game.screen,
position=((self.x_middle), (self.y_middle - 150)),
text=definition_text,
font_size=24,
font_type='robotoslab',
font_color=Palette.WHITE)
self.put_asset(definition)
self.put_asset(title)
self.put_asset(sub_title)
#self.put_asset(info_button)
self.put_asset(play_button)
def __init__(self, game):
super().__init__(game=game, background_color=Palette.COLOR_9)
# Assets
self.timer = Timer(surface=self.game.screen, color=Palette.GREEN , rect=(20, 20, 60, 60) , start_angle=0 , stop_angle=2*math.pi, width=30, on_finished=lambda:self.game.no_answer_question())
yes_button = Button(screen=self.game.screen, position=((self.x_middle-120), (self.game.HEIGHT-80)), on_press=lambda:self.game.answer_question(True), text='Sim', color=Palette.BLUE)
no_button = Button(screen=self.game.screen, position=((self.x_middle+120), (self.game.HEIGHT-80)), on_press=lambda:self.game.answer_question(False), text='Não', color=Palette.RED)
question = Text(screen=self.game.screen, text='Esse grafo é bipartido?' ,position=((self.x_middle),(60)), font_size=30, font_color=Palette.COLOR_10)
self.question_number = Text(screen=self.game.screen, position=((self.x_middle),(30)), font_size=30, font_color=Palette.COLOR_10)
self.correct_ans = Text(screen=self.game.screen, position=((220),(40)), font_size=28, font_color=Palette.GREEN)
self.wrong_ans = Text(screen=self.game.screen, position=((220),(60)), font_size=28, font_color=Palette.RED)
self.graph = Graph(game=self.game, reveal=False)
self.put_asset(self.timer)
self.put_asset(yes_button)
self.put_asset(no_button)
self.put_asset(question)
self.put_asset(self.question_number)
self.put_asset(self.correct_ans)
self.put_asset(self.wrong_ans)
self.put_asset(self.graph)
def __init__(self, game):
super().__init__(game=game, background_color=Palette.COLOR_9)
title = Text(screen=self.game.screen, position=((self.x_middle),(40)), text='Selecione o tamanho do grafo', font_size=38, font_color=Palette.BLACK)
back_button = Button(screen=self.game.screen, position=((self.game.WIDTH-120), (50)), on_press=lambda:game.change_screen(Menu), text='Voltar para o menu', color=Palette.RED)
b_1 = Button(screen=self.game.screen, position=((self.x_middle-150), (200)), on_press=lambda:self.select(1), text='1', color=Palette.BLUE)
b_2 = Button(screen=self.game.screen, position=((self.x_middle-150), (300)), on_press=lambda:self.select(2), text='2', color=Palette.BLUE)
b_3 = Button(screen=self.game.screen, position=((self.x_middle-150), (400)), on_press=lambda:self.select(3), text='3', color=Palette.BLUE)
b_4 = Button(screen=self.game.screen, position=((self.x_middle-150), (500)), on_press=lambda:self.select(4), text='4', color=Palette.BLUE)
b_5 = Button(screen=self.game.screen, position=((self.x_middle-150), (600)), on_press=lambda:self.select(5), text='5', color=Palette.BLUE)
b_6 = Button(screen=self.game.screen, position=((self.x_middle+150), (200)), on_press=lambda:self.select(6), text='6', color=Palette.BLUE)
b_7 = Button(screen=self.game.screen, position=((self.x_middle+150), (300)), on_press=lambda:self.select(7), text='7', color=Palette.BLUE)
b_8 = Button(screen=self.game.screen, position=((self.x_middle+150), (400)), on_press=lambda:self.select(8), text='8', color=Palette.BLUE)
b_9 = Button(screen=self.game.screen, position=((self.x_middle+150), (500)), on_press=lambda:self.select(9), text='9', color=Palette.BLUE)
b_10 = Button(screen=self.game.screen, position=((self.x_middle+150), (600)), on_press=lambda:self.select(10), text='10', color=Palette.BLUE)
self.put_asset(title)
self.put_asset(back_button)
self.put_asset(b_1)
self.put_asset(b_2)
self.put_asset(b_3)
self.put_asset(b_4)
self.put_asset(b_5)
self.put_asset(b_6)
self.put_asset(b_7)
self.put_asset(b_8)
self.put_asset(b_9)
self.put_asset(b_10)
def end_screen(score):
""" Display end screen including final score and high scores. """
# Read in high scores from JSON
try:
with open((DIR_PATH / "scores" / "high_scores.json"), "r") as in_file:
score_list = json.loads(in_file.read())
# Add line for current game
cur_date = datetime.date.today()
cur_date_fmt = f"{cur_date.month}/{cur_date.day}/{cur_date.year}"
score_list.append({
"score": score,
"difficulty": DIFFICULTY,
"date": cur_date_fmt
})
# Update high scores JSON
with open((DIR_PATH / "scores" / "high_scores.json"), "w") as out_file:
json.dump(score_list, out_file, indent=4)
# If error encountered, reset high scores file and try again
except json.decoder.JSONDecodeError:
with open((DIR_PATH / "scores" / "high_scores.json"), "w") as out_file:
out_file.write("[]")
end_screen(score)
play_button = Button(mod(1300),
mod(20),
mod(425),
mod(80),
FONT_3,
"Play again",
callback_=intro_screen)
# Show final score
SCREEN.fill(BACKGROUND_BLUE)
final_score_text = FONT_3.render(("Final Score: " + score), True,
(0, 0, 0))
SCREEN.blit(final_score_text, mod(100, 20))
# Sort high scores
score_list = sorted(score_list, key=lambda x: x["score"], reverse=True)
# Show high scores
for i, line in enumerate(score_list[:10]):
core_text = FONT_3.render(line["score"], True, (0, 0, 0))
diff_text = FONT_3.render(line["difficulty"], True, (0, 0, 0))
date_text = FONT_3.render(line["date"], True, (0, 0, 0))
SCREEN.blit(core_text, mod(100, 150 + (i * 80)))
SCREEN.blit(diff_text, mod(700, 150 + (i * 80)))
SCREEN.blit(date_text, mod(1300, 150 + (i * 80)))
# End page loop
while True:
for event in pg.event.get():
exit_check(event)
play_button.handle_event(event, DIFFICULTY)
play_button.draw(SCREEN)
pg.display.flip()
def intro_screen():
""" Show introduciton screen and acquire difficulty setting. """
# Set up intro screen background
into_bg = pg.image.load(str(DIR_PATH / "images" /
"start_screen_basic.png")).convert()
into_bg = pg.transform.scale(into_bg, (WIDTH, HEIGHT))
SCREEN.blit(into_bg, (0, 0))
# Set up title
title = FONT_1.render(GAMETITLE, True, GRAY)
SCREEN.blit(title, mod(40, 21))
pg.display.update()
# Initalize buttons
play_button = Button(mod(1580),
mod(150),
mod(250),
mod(105),
FONT_3,
"Play",
callback_=game_loop)
easy_button = Button(mod(1250),
mod(70),
mod(180),
mod(60),
FONT_4,
"Easy",
toggle_=True)
med_button = Button(mod(1450),
mod(70),
mod(180),
mod(60),
FONT_4,
"Medium",
toggle_=True)
hard_button = Button(mod(1650),
mod(70),
mod(180),
mod(60),
FONT_4,
"Hard",
toggle_=True)
buttons = [play_button, easy_button, med_button, hard_button]
# Initalize difficulty
global DIFFICULTY
DIFFICULTY = "Medium"
med_button.active = True
# Intro page loop
intro = True
while intro:
for event in pg.event.get():
exit_check(event)
# Allow quick play with return key
if event.type == KEYDOWN:
if event.key == K_RETURN:
game_loop()
# Check for difficulty change
for button in buttons:
glob_diff_ori = DIFFICULTY
DIFFICULTY = button.handle_event(event, DIFFICULTY)
if DIFFICULTY != glob_diff_ori:
inactivate_buttons([easy_button, med_button, hard_button])
for button in buttons:
button.draw(SCREEN)
pg.display.flip()