def updateScreen(self,fullUpdate=True):
start=20;
gap=18;
if(fullUpdate or self.forceRefresh):
self.forceRefresh=False;
# draw background & buttons
self.screen.blit(self.musicImage,(0,0));
pygame.draw.line(self.screen,(0,0,150,200),(0,120),(320,120),2)
self.screen.blit(self.buttonPlay,(0,20));
self.screen.blit(self.buttonPrev,(0,53));
self.screen.blit(self.buttonNext,(0,86));
self.screen.blit(self.buttonLoad,(0,120));
self.screen.blit(self.buttonSave,(0,150));
self.screen.blit(self.buttonAdd,(0,180));
self.screen.blit(self.buttonNew,(0,210));
#song/artist/album etc.. infos
self.screen.blit(self.cdImg,(65,25,75,75))
self.drawText(self.meta['artist'],(0,250,0,200),(145,start));
self.drawText(self.meta['album'],(150,150,250,200),(145,start+gap));
self.drawText(self.meta['tracknumber']+": "+self.meta['title'],(250,50,50,200),(145,start+gap*2));
self.drawText(self.meta['date'],(200,200,200,200),(145,start+gap*3));
#TODO: show volume somewhere
self.main.paintMenuBar();
#playlist
self.playlist.drawPane(self,(70,130));
else:
# clear the areas that need to refresh (progressbar & indicator);
pygame.draw.rect(self.screen,(0,0,0,255),(145,start+gap*4,160,10));
pygame.draw.rect(self.screen,(0,0,0,255),(70,105,240,11));
# needs to be done wether full or light update
# progress bar
pygame.draw.line(self.screen,(100,100,100,200),(75,110),(305,110),10)
pygame.draw.line(self.screen,(200,200,250,200),(75,110),(305,110),2)
posX=75;
length=self.meta['length'];
progress=str(music.get_pos()/60000)+":"+str(music.get_pos()/1000%60)+" / --:--";
if(length>0):
if(music.get_busy()):
posX=75+(305-75)/1000.0*music.get_pos()/length
progress=str(music.get_pos()/60000)+":"+str(music.get_pos()/1000%60)+" / "+str(int(length/60))+":"+str(int(length%60))
pygame.draw.line(self.screen,(150,150,250,255),(posX,105),(posX,115),5)
self.drawText(progress+" Vol:50%",(200,100,200,200),(145,start+gap*4));
pygame.display.flip();
def is_over(self):
if not music.get_busy(): return True
elif self.endat and music.get_pos() > self.endat * 1000:
music.stop()
return True
else:
return False
def time_scale_tick(self, root_: tk_Tk):
"""Method synchronizes time scale with music progression"""
if pygame_music.get_pos() != -1:
if (abs(pygame_music.get_pos() // 1000 - int(self._time_offset) -
self._time_scale_var.get()) > 1):
self._time_offset = float(pygame_music.get_pos() / 1000 -
self._time_scale_var.get())
self._time_scale_var.set(pygame_music.get_pos() // 1000 -
int(self._time_offset))
elif self._play_button['text'] == 'Stop':
self._play_button['text'] = 'Play'
self._time_scale_var.set(0)
root_.after(100, self.time_scale_tick, root_)
def get_current_time_in_millis(self) -> int:
result: int = int(pygame_music.get_pos() - self._time_offset * 1000)
if result < 0:
return 0
else:
return result
def update(self, dt):
pos = music.get_pos() / 1000
"""
if int(pos) != self.ids.progress.value and int(10*round((music.get_pos()/1000)%1,2)) >= 1:
music.rewind()
music.set_pos(self.ids.progress.value)
print("Hello: "+str(self.ids.progress.value)+' - '+str(music.get_pos()))
"""
current_time = Song().time(int(pos))
self.ids.duration.text = current_time + '/' + self.ids.duration.text.split(
'/')[1]
self.ids.progress.value = 60 * int(current_time.split('.')[0]) + int(
current_time.split('.')[1])
def _play_button_hit(self):
"""Method contains actions when play button hit"""
if pygame_music.get_pos() == -1:
pygame_music.load(self._filepath)
current_track = pygame_Sound(self._filepath)
self._time_scale['to'] = current_track.get_length()
self._play_button['text'] = 'Stop'
pygame_music.play()
pygame_music.set_pos(float(self._time_scale_var.get()))
elif self._paused:
self._play_button['text'] = 'Stop'
pygame_music.unpause()
self._paused = False
else:
self._play_button['text'] = 'Play'
pygame_music.pause()
self._paused = True
def get_events(self):
events, nevents = [], []
idx = self.event_idx
nidx = self.nevent_idx
time = self.curtime = float(music.get_pos())/1000.0
while (idx < len(self.events) and
self.events[idx].when <= time + 2 * toRealTime(self.events[idx].bpm, 1)):
events.append(self.events[idx])
idx += 1
bpm = self.playingbpm
self.event_idx = idx
while (nidx < len(self.events) and self.events[nidx].appear <= time):
self.playingbpm = self.events[nidx].bpm
nevents.append(self.events[nidx])
nidx += 1
self.nevent_idx = nidx
return events, nevents, time, bpm
def get_events(self):
events, nevents = [], []
idx = self.event_idx
nidx = self.nevent_idx
time = self.curtime = float(music.get_pos())/1000.0
while (idx < len(self.events) and
self.events[idx].when <= time + 2 * toRealTime(self.events[idx].bpm, 1)):
events.append(self.events[idx])
idx += 1
bpm = self.playingbpm
self.event_idx = idx
while (compare_less(nidx, len(self.events)) and compare_less_equal(self.events[nidx].appear, time)):
self.playingbpm = self.events[nidx].bpm
nevents.append(self.events[nidx])
nidx += 1
self.nevent_idx = nidx
return events, nevents, time, bpm
def on_end(self) -> None:
self.offset = (pgmusic.get_pos() / 1000)
self.status = Status.stopped
def dance(screen, song, players, prevscr, ready_go, game):
songFailed = False
# text group, e.g. judgings and combos
tgroup = RenderUpdates()
# lyric display group
lgroup = RenderUpdates()
background = pygame.Surface([640, 480])
if song.movie != None:
backmovie = BGMovie(song.movie)
else:
backmovie = None
background.fill(colors.BLACK)
screen.fill(colors.BLACK)
if ready_go:
ready_go_time = min(100, *[plr.ready for plr in players])
tgroup.add(ReadyGoSprite(ready_go_time))
if mainconfig['showbackground'] > 0:
if backmovie is None:
bgkludge = pygame.image.load(song.background).convert()
bgkrect = bgkludge.get_rect()
if (bgkrect.size[0] == 320) and (bgkrect.size[1] == 240):
bgkludge = pygame.transform.scale2x(bgkludge)
else:
bgkludge = pygame.transform.scale(bgkludge, [640, 480])
bgkludge.set_alpha(mainconfig['bgbrightness'], RLEACCEL)
q = mainconfig['bgbrightness'] / 256.0
# FIXME
for i in range(0, 101, 5):
p = i / 100.0
prevscr.set_alpha(256 * (1 - p) * q, RLEACCEL)
screen.fill(colors.BLACK)
screen.blit(prevscr, [0, 0])
screen.blit(bgkludge, [0, 0])
pygame.display.update()
pygame.time.delay(1)
background.blit(bgkludge, [0, 0])
else:
pygame.display.update()
else:
pygame.display.update()
if mainconfig["strobe"]: tgroup.add(Blinky(song.bpm))
if mainconfig["fpsdisplay"]:
fpstext = FPSDisp()
timewatch = TimeDisp()
tgroup.add([fpstext, timewatch])
else:
fpstext = None
if mainconfig['showlyrics']:
lgroup.add(song.lyricdisplay.channels())
fontfn, basesize = FontTheme.Dance_title_artist
songtext = fontfx.zztext(song.title, 480, 12, basesize, fontfn)
grptext = fontfx.zztext(song.artist, 160, 12, basesize, fontfn)
songtext.zin()
grptext.zin()
tgroup.add([songtext, grptext])
song.init()
if song.crapout != 0:
error.ErrorMessage(
screen,
_("The audio file for this song ") + song.filename +
_(" could not be found."))
return False # The player didn't fail.
if mainconfig['assist']: music.set_volume(0.6)
else: music.set_volume(1.0)
song.play()
for plr in players:
plr.start_song()
autofail = mainconfig['autofail']
screenshot = False
ui.ui.clear()
while True:
if autofail:
songFailed = True
for plr in players:
if not plr.lifebar.gameover:
songFailed = False
break
if songFailed:
song.kill()
for plr in players:
plr.get_next_events(song)
if song.is_over(): break
else: curtime = music.get_pos() / 1000.0
key = []
ev = ui.ui.poll_dance()
while ev[1] != ui.PASS:
if ev[1] == ui.CANCEL:
for p in players:
p.escaped = True
return False
elif ev[1] == ui.SCREENSHOT:
screenshot = True
elif ev[1] == ui.LEFT:
key.append((ev[0], 'l'))
elif ev[1] == ui.DOWNLEFT:
key.append((ev[0], 'w'))
elif ev[1] == ui.UPLEFT:
key.append((ev[0], 'k'))
elif ev[1] == ui.RIGHT:
key.append((ev[0], 'r'))
elif ev[1] == ui.UPRIGHT:
key.append((ev[0], 'z'))
elif ev[1] == ui.DOWNRIGHT:
key.append((ev[0], 'g'))
elif ev[1] == ui.UP:
key.append((ev[0], 'u'))
elif ev[1] == ui.DOWN:
key.append((ev[0], 'd'))
elif ev[1] == ui.CENTER:
key.append((ev[0], 'c'))
elif ev[1] == -ui.LEFT:
key.append((ev[0], '-l'))
elif ev[1] == -ui.DOWNLEFT:
key.append((ev[0], '-w'))
elif ev[1] == -ui.UPLEFT:
key.append((ev[0], '-k'))
elif ev[1] == -ui.RIGHT:
key.append((ev[0], '-r'))
elif ev[1] == -ui.UPRIGHT:
key.append((ev[0], '-z'))
elif ev[1] == -ui.DOWNRIGHT:
key.append((ev[0], '-g'))
elif ev[1] == -ui.UP:
key.append((ev[0], '-u'))
elif ev[1] == -ui.DOWN:
key.append((ev[0], '-d'))
elif ev[1] == -ui.CENTER:
key.append((ev[0], '-c'))
ev = ui.ui.poll_dance()
for ev in key:
if game.double: pid = ev[0] / 2
else: pid = ev[0]
if pid >= 0 and pid < len(players):
if ev[1][0] != '-':
players[pid].handle_keydown(ev, curtime)
else:
players[pid].handle_keyup((ev[0], ev[1][1:]), curtime)
rectlist = []
if backmovie:
backmovie.update(curtime)
if backmovie.changed or (fpstext.fps() > 30):
backmovie.resetchange()
screen.blit(backmovie.image, [0, 0])
for plr in players:
rectlist.extend(plr.game_loop(curtime, screen))
lgroup.update(curtime)
tgroup.update(curtime)
rectlist.extend(tgroup.draw(screen))
rectlist.extend(lgroup.draw(screen))
if backmovie is None: pygame.display.update(rectlist)
else: pygame.display.update()
if screenshot:
fn = os.path.join(rc_path, "screenshot.bmp")
print(_("Saving a screenshot to"), fn)
pygame.image.save(screen, fn)
screenshot = False
if backmovie is None:
lgroup.clear(screen, background)
tgroup.clear(screen, background)
for plr in players:
plr.clear_sprites(screen, background)
if ((curtime > players[0].length - 1) and (songtext.zdir == 0)
and (songtext.zoom > 0)):
songtext.zout()
grptext.zout()
if fpstext: print(_("Average FPS for this song was %d.") % fpstext.fps())
return songFailed
def elapsed(self, new_pos: float) -> None:
new_pos = clamp(0, new_pos, self.length)
pgmusic.set_pos(new_pos)
self.offset = (pgmusic.get_pos() / 1000) - new_pos
def main():
if len(sys.argv) != 4:
print("usage:\n\t{0} MUSIC_FILE TWERK_LENGTH PAUSE_LENGTH")
sys.exit(1)
twerkLength = int(sys.argv[2])
pauseLength = int(sys.argv[3])
pygame.init()
pygame.display.set_mode((10, 10))
twerkLeft = int(twerkLength*0.5)
twerkRight = int(twerkLength*0.5)
music.load(sys.argv[1])
print("Ready to go, press ESCAPE to stop")
music.play()
pygame.event.set_blocked(None)
pygame.event.set_allowed([pygame.KEYDOWN, pygame.KEYUP])
twerkList = []
while True:
keysdown = pygame.event.get(pygame.KEYDOWN)
keysup = pygame.event.get(pygame.KEYUP)
if pygame.key.get_pressed()[pygame.K_ESCAPE]:
break
if keysdown:
stamp = music.get_pos()
twerkList.append(Twerk(stamp-twerkLeft, stamp+twerkRight, 1, 1))
if len(twerkList) == 0:
return
print("Twerks:")
for twerk in twerkList:
print(twerk)
print("\nTwerk twerkLengths")
countTwerkIntervals(twerkList)
compressedTwerks = [twerkList[0]]
for twerk in twerkList[1:]:
if twerk.start <= compressedTwerks[-1].stop:
compressedTwerks[-1].stop = twerk.stop
compressedTwerks[-1].count += 1
else:
compressedTwerks.append(twerk)
print("\nCompressed Twerks:")
for twerk in compressedTwerks:
print(twerk)
print("\nCompressed Twerks twerkLengths")
countTwerkIntervals(compressedTwerks)
print("\nFinal intervals")
t = Twerk(0, compressedTwerks[0].start, 0, 0)
print(t.toQML())
for n, t in enumerate(compressedTwerks):
print(t.toQML())
if n < len(compressedTwerks) -1:
if compressedTwerks[n+1].start - t.stop < pauseLength:
gap = Twerk(t.stop, compressedTwerks[n+1].start, 1, 2)
else:
gap = Twerk(t.stop, compressedTwerks[n+1].start, 1, 0)
print(gap.toQML())
def dance(screen, song, players, prevscr, ready_go, game):
songFailed = False
# text group, e.g. judgings and combos
tgroup = RenderUpdates()
# lyric display group
lgroup = RenderUpdates()
background = pygame.Surface([640, 480])
if song.movie != None:
backmovie = BGMovie(song.movie)
else:
backmovie = None
background.fill(colors.BLACK)
screen.fill(colors.BLACK)
if ready_go:
ready_go_time = min(100, *[plr.ready for plr in players])
tgroup.add(ReadyGoSprite(ready_go_time))
if mainconfig['showbackground'] > 0:
if backmovie is None:
bgkludge = pygame.image.load(song.background).convert()
bgkrect = bgkludge.get_rect()
if (bgkrect.size[0] == 320) and (bgkrect.size[1] == 240):
bgkludge = pygame.transform.scale2x(bgkludge)
else:
bgkludge = pygame.transform.scale(bgkludge, [640, 480])
bgkludge.set_alpha(mainconfig['bgbrightness'], RLEACCEL)
q = mainconfig['bgbrightness'] / 256.0
# FIXME
for i in range(0, 101, 5):
p = i / 100.0
prevscr.set_alpha(256 * (1 - p) * q, RLEACCEL)
screen.fill(colors.BLACK)
screen.blit(prevscr, [0, 0])
screen.blit(bgkludge, [0, 0])
pygame.display.update()
pygame.time.delay(1)
background.blit(bgkludge, [0, 0])
else:
pygame.display.update()
else:
pygame.display.update()
if mainconfig["strobe"]: tgroup.add(Blinky(song.bpm))
if mainconfig["fpsdisplay"]:
fpstext = FPSDisp()
timewatch = TimeDisp()
tgroup.add([fpstext, timewatch])
else: fpstext = None
if mainconfig['showlyrics']:
lgroup.add(song.lyricdisplay.channels())
fontfn, basesize = FontTheme.Dance_title_artist
songtext = fontfx.zztext(song.title, 480, 12, basesize, fontfn)
grptext = fontfx.zztext(song.artist, 160, 12, basesize, fontfn)
songtext.zin()
grptext.zin()
tgroup.add([songtext, grptext])
song.init()
if song.crapout != 0:
error.ErrorMessage(screen, _("The audio file for this song ") +
song.filename + _(" could not be found."))
return False # The player didn't fail.
if mainconfig['assist']: music.set_volume(0.6)
else: music.set_volume(1.0)
song.play()
for plr in players: plr.start_song()
autofail = mainconfig['autofail']
screenshot = False
pad.empty()
while True:
if autofail:
songFailed = True
for plr in players:
if not plr.lifebar.gameover:
songFailed = False
break
if songFailed:
song.kill()
for plr in players: plr.get_next_events(song)
if song.is_over(): break
else: curtime = music.get_pos()/1000.0
key = []
ev = pad.poll()
for i in range(len(players)):
if (pad.states[(i, pad.START)] and pad.states[(i, pad.SELECT)]):
ev = (0, pad.QUIT)
break
else:
pass
while ev[1] != pad.PASS:
if ev[1] == pad.QUIT:
for p in players: p.escaped = True
break
elif ev[1] == pad.SCREENSHOT:
screenshot = True
elif ev[1] == pad.LEFT: key.append((ev[0], 'l'))
elif ev[1] == pad.DOWNLEFT: key.append((ev[0], 'w'))
elif ev[1] == pad.UPLEFT: key.append((ev[0], 'k'))
elif ev[1] == pad.RIGHT: key.append((ev[0], 'r'))
elif ev[1] == pad.UPRIGHT: key.append((ev[0], 'z'))
elif ev[1] == pad.DOWNRIGHT: key.append((ev[0], 'g'))
elif ev[1] == pad.UP: key.append((ev[0], 'u'))
elif ev[1] == pad.DOWN: key.append((ev[0], 'd'))
elif ev[1] == pad.CENTER: key.append((ev[0], 'c'))
ev = pad.poll()
if ev[1] == pad.QUIT: return False
for ev in key:
if game.double: pid = ev[0] / 2
else: pid = ev[0]
if pid < len(players): players[pid].handle_key(ev, curtime)
rectlist = []
if backmovie:
backmovie.update(curtime)
if backmovie.changed or (fpstext.fps() > 30):
backmovie.resetchange()
screen.blit(backmovie.image, [0, 0])
for plr in players: rectlist.extend(plr.game_loop(curtime, screen))
lgroup.update(curtime)
tgroup.update(curtime)
rectlist.extend(tgroup.draw(screen))
rectlist.extend(lgroup.draw(screen))
if backmovie is None: pygame.display.update(rectlist)
else: pygame.display.update()
if screenshot:
fn = os.path.join(rc_path, "screenshot.bmp")
print _("Saving a screenshot to"), fn
pygame.image.save(screen, fn)
screenshot = False
if backmovie is None:
lgroup.clear(screen, background)
tgroup.clear(screen, background)
for plr in players: plr.clear_sprites(screen, background)
if ((curtime > players[0].length - 1) and
(songtext.zdir == 0) and (songtext.zoom > 0)):
songtext.zout()
grptext.zout()
if fpstext: print _("Average FPS for this song was %d.") % fpstext.fps()
return songFailed
def is_over(self):
if not music.get_busy(): return True
elif self.endat and music.get_pos() > self.endat * 1000:
music.stop()
return True
else: return False
def do(self,argument):
Map.readMap(argument[0],argument[1])
readMusic()
self.register=[]
if MAPINFO:
print(vars(Map.songMap))
background=loadBackground()
reg=Register((self.size-background.get_size())//2,surface=background)
self.register.append(reg)
trace['Width']=trace['Skin'][0].get_size()[0]
for i in range(trace['Number']): #根據先前設定好的軌道數量，利用相對位置生成整齊的軌道圖片
if i==0:
reg=Animation(((self.size[0]-trace['BoxWidth']*(trace['Number']-1)-trace['Number']*trace['Width'])//2,0),surface=trace['Skin'][0])
else:
reg=Animation((self.register[-1].rect.topright[0]+trace['BoxWidth'],0),surface=trace['Skin'][0])
reg.animation(trace['Skin'])
self.register.append(reg)
TraceSkin=self.register[-trace['Number']::]#保存位置，以後方便使用
#生成判定線
reg=Register((TraceSkin[0].rect.topleft[0],trace['Judge']),(TraceSkin[-1].rect.topright[0]-TraceSkin[0].rect.topleft[0],5))
reg.surface.fill(trace['Color'])
self.register.append(reg)
TraceJudge=self.register[-1]
TraceJudgeLineY=TraceJudge.rect.centery
#生成掉落方塊
note=pygame.image.load_extended(path.join(skinDir,'mania-note1.png')).convert_alpha()
noteX,noteY=note.get_size()
hnote=pygame.image.load_extended(path.join(skinDir,'mania-note1L-0.png')).convert_alpha()
hnote=pygame.transform.scale(hnote,(TraceSkin[0].size[0]//2,1))
noteType={
'Hold':0,
'Down':1,
'Up':2
}
hnoteX,hnoteY=hnote.get_size()
hnoteD=2*trace['Speed']
area=TraceJudge.size
reg=Register(((self.size[0]-area[0])//2,0),(area[0],self.size[1]))
self.register.append(reg)
Notes=self.register[-1]
mania300=[pygame.image.load_extended(path.join(skinDir,'hit300-'+str(i)+ '.png')).convert_alpha() for i in range(30)]
mania100=[pygame.image.load_extended(path.join(skinDir,'hit100-'+str(i)+ '.png')).convert_alpha() for i in range(30)]
mania50=[pygame.image.load_extended(path.join(skinDir,'hit50-'+str(i)+ '.png')).convert_alpha() for i in range(30)]
mania0=[pygame.image.load_extended(path.join(skinDir,'hit0-'+str(i)+ '.png')).convert_alpha() for i in range(35)]
#設定擊中時的動畫效果
for i in range(trace['Number']):
reg=AnimationMultipleEffectCenter((TraceSkin[i].rect.center[0],trace['Judge']))
reg.animation(mania300)
reg.animation(mania100)
reg.animation(mania50)
reg.animation(mania0)
self.register.append(reg)
TracePoint=self.register[-trace['Number']:]
moveTime=1500/trace['Speed']#設定物體掉落的速度(EX:若1倍速，則物體掉落的時間為1.5sec)
music.set_volume(Map.songMap.timing_points[0].volume/100)
hit_obj=Map.songMap._hit_objects.copy()#copy掉落物件的屬性
hit_obj.reverse()#把list反轉，提高讀取速度(由最後一個往前讀取)
hit_objTime=hit_obj[-1].time.total_seconds()*1000
timeBoard={'Perfect':75,'Great':150,'Good':350,'Miss':500}
scoreBoard={'Perfect':0,'Great':0,'Good':0,'Miss':0,'Combo':[0]}
comboBoard=ScoreBoard()#顯示連擊數
comboBoard.color=(0,255,255)
self.register.append(comboBoard)
self.KEY=[True for i in range(trace['Number'])]
music.play()
music.set_endevent(MUSIC_END)
while 1:
time=music.get_pos()
NotesClear=[]
event_get=pygame.fastevent.get()
for event in event_get:
if event.type == QUIT:
pygame.quit()
sys.exit()
if event.type == KEYDOWN:
if not AUTO:
if event.unicode in trace['BtnKey']:#取得以設定的按鍵值(EX: D F J K)
index=trace['BtnKey'][event.unicode] #把值給變數index
TraceSkin[index].frame=1
if self.KEY[index]:
for i,v in enumerate(Notes.register):
if v.trace != index or v.type != noteType['Down']:
continue
for i0,k in enumerate(timeBoard.keys()):
if -timeBoard[k]<=time-v.time<=timeBoard[k]:#判斷按下去時，是得到perfect great good miss
if k!='Miss':
scoreBoard['Combo'][-1]+=1 #增加combo
else: #結束combo
scoreBoard['Combo'][-1]=int(scoreBoard['Combo'][-1])
scoreBoard['Combo'].append(0)
if scoreBoard['Combo'][-1]>0: #有combo才顯示combo數
comboBoard.content=str(int(scoreBoard['Combo'][-1]))
TracePoint[index].begin(i0)
scoreBoard[k]+=1
NotesClear.append(i)
break
else:
continue
break
self.KEY[index]=False
if event.unicode =='\x1b':
music.stop()
return
if event.type==KEYUP:
if not AUTO:
if event.unicode in trace['BtnKey']:
index=trace['BtnKey'][event.unicode]
TraceSkin[index].frame=0
self.KEY[index]=True
for i,v in enumerate(Notes.register):
if v.trace!=index:
continue
if v.type!=noteType['Up']:
break
for i0,k in enumerate(timeBoard.keys()):
if -timeBoard[k]<=time-v.time<=timeBoard[k]:
if k!='Miss':
scoreBoard['Combo'][-1]+=1
else:
scoreBoard['Combo'][-1]=int(scoreBoard['Combo'][-1])
scoreBoard['Combo'].append(0)
if scoreBoard['Combo'][-1]>0:
comboBoard.content=str(int(scoreBoard['Combo'][-1]))
TracePoint[index].begin(i0)
scoreBoard[k]+=1
NotesClear.append(i)
break
else:
continue
break
TracePoint[index].end()
if event.type == music.get_endevent():
print(scoreBoard)
return
if EVENT_PRINT:
print(event)
def compute(dt): #計算位置
return TraceJudgeLineY*dt//moveTime
if AUTO:
for index in range(trace['Number']):
for i,v in enumerate(Notes.register):
k='Perfect'
if v.type==noteType['Hold'] and time>=v.starttime:
length=compute(v.endtime-time)
v.surface.set_clip(pygame.Rect((0,0),(v.size[0],length)))
if v.trace==index and time>=v.endtime:
scoreBoard['Combo'][-1]+=1
comboBoard.content=str(int(scoreBoard['Combo'][-1]))
TracePoint[index].trigger(0)
scoreBoard[k]+=1
NotesClear.append(i)
if len(hit_obj)>0 and time>hit_objTime-moveTime:
t=assignTrace(hit_obj[-1].position[0]) #取得軌道
length=TraceJudgeLineY-compute(hit_objTime-time)
pos=TraceSkin[t].rect.centerx-Notes.pos[0]
if type(hit_obj[-1]) is slider.beatmap.HoldNote:#判斷現在讀取的hit_obj屬性是否為hold_note，然後生成出register
endtime=eval(hit_obj[-1].addition.split(':')[0])
endlength=TraceJudgeLineY-compute(endtime-time)
totalL=int((length-endlength))
reg=Register((pos-hnoteX//2,totalL-hnoteY//2),surface=pygame.transform.scale(hnote,(hnoteX,totalL)))
reg.starttime=hit_objTime
reg.endtime=endtime
reg.time=(reg.starttime+endtime)//2
reg.height=reg.rect.centery
reg.trace=t
reg.type=noteType['Hold']
Notes.register.append(reg)
reg=Register((pos-noteX//2,length-noteY//2),surface=note)
reg.starttime=hit_objTime
reg.endtime=hit_objTime
reg.time=hit_objTime
reg.height=reg.rect.centery
reg.trace=t
reg.type=noteType['Down']
Notes.register.append(reg)
reg=Register((pos-noteX//2,endlength-noteY//2),surface=note)
reg.starttime=endtime
reg.endtime=endtime
reg.time=endtime
reg.height=reg.rect.centery
reg.trace=t
reg.type=noteType['Up']
Notes.register.append(reg)
else: #判斷現在讀取的hit_obj屬性是否為note，然後生成出register
reg=Register((TraceSkin[t].rect.centerx-noteX//2-Notes.pos[0],length-noteY//2),surface=note)
reg.starttime=hit_objTime
reg.endtime=hit_objTime
reg.time=hit_objTime
reg.height=reg.rect.centery
reg.trace=t
reg.type=noteType['Down']
Notes.register.append(reg)
hit_obj.pop()
try: #先嘗試計算下一個欲掉落物件的時間
hit_objTime=hit_obj[-1].time.total_seconds()*1000
except:
pass
for index,key in enumerate(self.KEY):
TracePoint[index].update(10)
if not key: #如果按鍵按下
for i,v in enumerate(Notes.register):
if v.trace!=index or v.type != noteType['Hold']: #判斷掉落物件是否為hold屬性
continue
if v.type==noteType['Hold'] and time>=v.starttime:
length=TraceJudgeLineY*(v.endtime-time)//moveTime
v.surface.set_clip(pygame.Rect((0,0),(v.size[0],length))) #把超出範圍的圖形，利用set_clip切割掉不顯示
if time >v.endtime:
TracePoint[index].trigger(0) #觸發特效（0代表perfect）
NotesClear.append(i) #把要刪除的index丟入垃圾桶
break
for i,v in enumerate(Notes.register): #判定掉落物件是否超出判定線
v.rect.centery=TraceJudgeLineY-compute(v.time-time)
if v.rect.centery>=TraceJudge.rect.centery and time-v.endtime>timeBoard['Miss']: #判定物件位置超出Miss的預設值
scoreBoard['Miss']+=1
if scoreBoard['Combo'][-1]>0:scoreBoard['Combo'].append(0) #combo設定為0
comboBoard.content=""
NotesClear.append(i)
NotesClear.sort(reverse=1) #把欲清除的list排列
for i in NotesClear:
del Notes.register[i] #清理垃圾桶
comboBoard.pos=(self.size-comboBoard.size)//2 #置中comboBoard
comboBoard.update()
Notes.clear()
Notes.blit()
if not all(self.size-screen.get_size()):#判斷self.size與預設大小1366*768是否相同，若相同則直接把內容顯示出來
screen.fill((128,128,128))
screen.blits([(sur.surface,sur.pos,sur.surface.get_clip(),BLEND_ALPHA_SDL2) for sur in self.register])
else:#調整視窗大小，避免因調整而座標系統跑掉
self.clear()
self.blit()
BlitToWindow(self.surface)
pygame.display.flip()
def get_music_pos(self):
return music.get_pos()
def elapsed(self) -> float:
# If we ff or rw, it doesn't change the get_pos(), so gotta store an offset
return max(0, pgmusic.get_pos() / 1000 - self.offset)
def _time_scale_moved(new_position):
"""Method contains actions when time scale moved"""
if pygame_music.get_pos() != -1:
pygame_music.set_pos(float(new_position))
