def chk_slp2(st):
del_t= f_t - clock.tick(FPS)
if del_t > 0:
print(f"Lag : {-del_t}s")
return tk_time() - st, del_t
else:
return tk_time() - st, 0
def EndGame():
end_buttons = []
button((225, 275), (50, 50),
rgb.BLACK,
name="Choose Level",
group=end_buttons)
button((525, 275), (50, 50), rgb.BLACK, name="Quit", group=end_buttons)
gt = 0
lag = 0
st = tk_time()
pygame.mixer.music.stop()
while True:
events = pygame.event.get()
chk_exit(events)
screen.fill(rgb.WHITE)
if chk_buttons(events, end_buttons) == "Quit":
pygame.quit()
exit()
elif chk_buttons(events, end_buttons) == "Choose Level":
SelectStage()
draw_buttons(end_buttons)
pygame.display.flip()
st, lag, gt = chk_slp(st, gt)
def SelectStage(st= tk_time(), lag= 0, gt= 0):
buttons_stages= []
button( (50, HEIGHT-50), (50, 50), rgb.BLACK, name= "Back", group= buttons_stages)
button( (50, HEIGHT-150), (50, 50), rgb.BLACK, name= "Quit", group= buttons_stages)
for i,file in enumerate(files):
button( (375, i*100 + 150), (50, 50), rgb.BLACK, name= file, group= buttons_stages)
while True:
events= pygame.fastevent.get()
chk_exit(events)
screen.fill(rgb.WHITE)
draw_buttons(group= buttons_stages)
action= chk_buttons(events, group= buttons_stages)
if action == None:
pass
elif action == "Back":
MainMenu()
elif action == "Quit":
pygame.quit()
exit()
elif action in files:
print(f"Playing {action}!")
StartGame(action)
pygame.display.flip()
st, lag, gt= chk_slp(st, gt)
def chk_slp(st, gt):
c_t = tk_time()
del_t = f_t - c_t + st
if del_t < 0:
print(f"Lag : {-del_t}s")
return c_t, -del_t, gt + f_t - del_t
else:
sleep(del_t)
return c_t, 0, gt + f_t
def StartGame(file_name):
notes = note_parser.parse(file_name)
pygame.mixer.music.load(".\\tracks\\" + file_name)
gt = 0
lag = 0
st = tk_time()
pygame.mixer.music.play()
while True:
events = pygame.event.get()
chk_exit(events)
screen.fill((255, 255, 255))
draw_notes(notes, gt)
pygame.display.flip()
st, lag, gt = chk_slp(st, gt)
def MainMenu(st=tk_time(), lag=0, gt=0):
button((375, 450), (50, 50), rgb.BLACK, name="Choose Level")
button((375, 150), (50, 50), rgb.BLACK, name="Quit")
while True:
events = pygame.event.get()
chk_exit(events)
screen.fill(rgb.WHITE)
if chk_buttons(events, buttons) == "Quit":
pygame.quit()
exit()
elif chk_buttons(events, buttons) == "Choose Level":
SelectStage()
draw_buttons(buttons)
pygame.display.flip()
st, lag, gt = chk_slp(st, gt)
n_on.append(msg[1:])
else:
n_off.append(msg[1:])
for i1 in n_on:
for i2 in n_off:
if i1[0] == i2[0] and i2[-1] > i1[-1]:
i1.append(i2[-1])
break
min_n = 999
max_n = 0
for i in n_on:
pos = int(round((i[0] - 41) / 3.5)) * 100 + 25, HEIGHT
size = 50, int(round((i[-1] - i[-2]) * 20))
time = i[-2]
note(pos, size, time)
st = tk_time()
gt = 0
lag = 0
while True:
events = pygame.event.get()
print(len(events))
chk_exit(events)
screen.fill((255, 255, 255))
draw_notes(notes)
pygame.display.flip()
st, lag, gt = chk_slp(st, gt)