def __init__(self, width, ppsettings):
self.background = Image.open(os.path.join(abspath, "res/pppp.png"))
ratio = self.background.size[1] / self.background.size[0]
newheight = int(width * ratio)
self.background = self.background.resize((width, newheight),
Image.ANTIALIAS)
self.outputpath = os.path.join(abspath, "ppsample.png")
settings = Settings()
settings.path = os.path.dirname(osr2mp4.__file__) + "/"
width, height = self.background.size
playfield_scale, playfield_width, playfield_height, scale, move_right, move_down = get_screensize(
width, height)
settings.scale = scale
settings.width = width
settings.height = height
settings.settings["Enable PP counter"] = True
settings.ppsettings = ppsettings
settings.fps = 60
settings.timeframe = 1000
self.ppcounter = PPCounter(settings)
self.ppcounter.set(727.27)
self.hitresultcounter = HitresultCounter(settings)
self.hitresultcounter.set({100: 17, 50: 70, 0: 13})
self.settings = settings
def drawpp(components, osr2mp4):
from osr2mp4.ImageProcess.Objects.Scores.PPCounter import PPCounter
from PIL import Image
background = Image.open("pppp.png")
osr2mp4.settings.settings["Enable PP counter"] = True
components.ppcounter = PPCounter(osr2mp4.settings)
components.ppcounter.set(727.27)
components.ppcounter.add_to_frame(background)
background.save("test.png")
def testpp(components, osr2mp4):
from osr2mp4.ImageProcess.Objects.Scores.PPCounter import PPCounter
from osr2mp4.InfoProcessor import Updater
components.ppcounter = PPCounter(osr2mp4.settings)
updater = Updater(osr2mp4.resultinfo, components, osr2mp4.settings,
osr2mp4.replay_info.mod_combination,
osr2mp4.beatmap_file)
for x in range(200, len(osr2mp4.beatmap.hitobjects)):
updater.update(osr2mp4.beatmap.hitobjects[x]["time"])
print(components.ppcounter.pp)
def __init__(self, frames, settings, diff, replay_info, meta, maphash, map_time): opacity_interval, timepreempt, _ = calculate_ar(diff["ApproachRate"], settings) check = DiffCalculator(diff) rankinggap = 0 skin = settings.skin_ini hd = Mod.Hidden in replay_info.mod_combination hasfl = Mod.Flashlight in replay_info.mod_combination self.cursormiddle = Cursor(frames.cursormiddle) self.cursor = Cursor(frames.cursor) self.cursor_trail = Cursortrail(frames.cursor_trail, frames.continuous, settings) # self.lifegraph = LifeGraph(skin_path + "scorebarbg-colour") self.scoreentry = ScoreEntry(frames.scoreentry, settings) self.inputoverlayBG = InputOverlayBG(frames.inputoverlayBG, settings=settings) self.key1 = InputOverlay(frames.key, self.scoreentry, settings) self.key2 = InputOverlay(frames.key, self.scoreentry, settings) self.mouse1 = InputOverlay(frames.mouse, self.scoreentry, settings) self.mouse2 = InputOverlay(frames.mouse, self.scoreentry, settings) self.playingmodicons = PlayingModIcons(frames.modicons, replay_info, settings) self.accuracy = Accuracy(frames.accuracy, skin.fonts["ScoreOverlap"], settings) self.timepie = TimePie(self.accuracy, map_time[0], map_time[1], frames.scorebarbg, settings) self.playinggrade = PlayingGrade(frames.playinggrade, self.timepie, replay_info, settings) self.hitresult = HitResult(frames.hitresult, settings, replay_info.mod_combination) self.spinbonus = SpinBonusScore(frames.spinbonus, skin.fonts["ScoreOverlap"], settings) self.combocounter = ComboCounter(frames.combocounter, skin.fonts["ScoreOverlap"], settings) self.scorecounter = ScoreCounter(frames.scorecounter, diff, skin.fonts["ScoreOverlap"], settings) self.urbar = URBar(frames.urbar, frames.urarrow, settings) self.followpoints = FollowPointsManager(frames.fpmanager, settings) self.hitcirclenumber = Number(frames.hitcirclenumber, skin.fonts) self.circle = CircleManager(frames.circle, timepreempt, self.hitcirclenumber, settings) self.slider = SliderManager(frames.slider, diff, settings, hd) self.spinner = SpinnerManager((frames.spinner, frames.scorecounter), settings, check) self.hitobjmanager = HitObjectManager(self.circle, self.slider, self.spinner, check.scorewindow[2], settings) self.background = Background(frames.bg, map_time[0] - timepreempt, settings, hasfl) self.sections = Sections(frames.sections, settings) self.scorebarbg = ScorebarBG(frames.scorebarbg, map_time[0] - timepreempt, settings, hasfl) self.scorebar = Scorebar(frames.scorebar, settings) self.arrowwarning = ArrowWarning(frames.arrowwarning, settings) self.scoreboard = Scoreboard(frames.scoreboard, frames.scoreboardscore, frames.scoreboardeffect, replay_info, meta, maphash, settings) if frames.loadranking: self.rankingpanel = RankingPanel(frames.rankingpanel, settings) self.rankinghitresults = RankingHitresults(frames.rankinghitresults, replay_info, frames.rankingscore, rankinggap, settings) self.rankingtitle = RankingTitle(frames.rankingtitle, replay_info, meta, settings) self.rankingcombo = RankingCombo(frames.rankingcombo, replay_info, frames.rankingscore, rankinggap, settings) self.rankingaccuracy = RankingAccuracy(frames.rankingaccuracy, replay_info, frames.rankingscore, rankinggap, settings) self.rankinggrade = RankingGrade(replay_info, frames.rankinggrades, rankinggap, settings) self.menuback = Menuback(frames.menuback, settings) self.modicons = ModIcons(frames.modicons, replay_info, settings) self.rankingreplay = RankingReplay(frames.rankingreplay, settings) self.rankinggraph = RankingGraph(frames.rankinggraph, replay_info, settings) self.ppcounter = PPCounter(settings) self.hitresultcounter = HitresultCounter(settings) self.flashlight = Flashlight(frames.flashlight, settings, hasfl) self.strain_graph = StrainGraph(settings, map_time[0], map_time[1])
class InfoProcessTest(unittest.TestCase):
@classmethod
def setUpClass(cls):
cls.tests = []
cls.settings = Settings()
cls.settings.settings["Enable PP counter"] = True
cls.tests.append(getinfos("yomi"))
cls.tests.append(getinfos("reimei", True))
def testinfos(self):
for i in range(len(self.tests)):
case = self.tests[i]
for x in range(len(case[1])):
self.infotest(case, x)
def infotest(self, case, x):
resultinfo = checkmain(case[0], case[1][x], self.settings, True)
components = FrameObjects()
components.ppcounter = PPCounter(self.settings)
updater = Updater(resultinfo, components, self.settings, case[1][x].mod_combination, case[0].path)
for x in range(1, len(case[0].hitobjects)):
updater.update(case[0].hitobjects[x]["time"])
self.assertAlmostEqual(int(ezpp_pp(updater.ez)), int(components.ppcounter.pp), delta=2)
if __name__ == '__main__':
unittest.main()