public double SimulatedPp()
{
double pp = double.NaN;
if (PpCalculator == null)
{
return(pp);
}
PpCalculator.Goods = null;
PpCalculator.Mehs = null;
PpCalculator.Misses = 0;
PpCalculator.Combo = null;
PpCalculator.PercentCombo = 100;
PpCalculator.Score = 1_000_000;
pp = PpCalculator.Calculate(PlayTime, null);
if (double.IsInfinity(pp))
{
pp = Double.NaN;
}
return(pp);
}
public double NoChokePp()
{
double pp = double.NaN;
if (PpCalculator == null || _currentPlayMode == PlayMode.OsuMania)
{
return(pp);
}
PpCalculator.Goods = Play.Hit100;
PpCalculator.Mehs = Play.Hit50;
PpCalculator.Misses = 0;
PpCalculator.Combo = null;
PpCalculator.PercentCombo = 100;
PpCalculator.Score = Play.Score;
pp = PpCalculator.Calculate(PlayTime, null);
if (double.IsInfinity(pp))
{
pp = Double.NaN;
}
return(pp);
}
public double PPIfBeatmapWouldEndNow()
{
if (PpCalculator != null && PlayTime > 0)
{
PpCalculator.Goods = Play.Hit100;
PpCalculator.Mehs = Play.Hit50;
PpCalculator.Misses = Play.HitMiss;
PpCalculator.Combo = Play.MaxCombo;
PpCalculator.Score = Play.Score;
attribs.Clear();
var pp = PpCalculator.Calculate(PlayTime, attribs);
if (!double.IsInfinity(pp))
{
double accuracy, aim, strain, speed;
switch (_currentPlayMode)
{
case PlayMode.Taiko:
case PlayMode.OsuMania:
attribs.TryGetValue("Strain", out strain);
StrainPPIfBeatmapWouldEndNow = strain;
attribs.TryGetValue("Accuracy", out accuracy);
AccPPIfBeatmapWouldEndNow = accuracy;
AimPPIfBeatmapWouldEndNow = double.NaN;
SpeedPPIfBeatmapWouldEndNow = double.NaN;
break;
case PlayMode.CatchTheBeat:
ResetValues();
break;
default:
attribs.TryGetValue("Aim", out aim);
AimPPIfBeatmapWouldEndNow = aim;
attribs.TryGetValue("Speed", out speed);
SpeedPPIfBeatmapWouldEndNow = speed;
attribs.TryGetValue("Accuracy", out accuracy);
AccPPIfBeatmapWouldEndNow = accuracy;
StrainPPIfBeatmapWouldEndNow = double.NaN;
break;
}
return(pp);
}
}
ResetValues();
return(double.NaN);
void ResetValues()
{
AimPPIfBeatmapWouldEndNow = double.NaN;
SpeedPPIfBeatmapWouldEndNow = double.NaN;
AccPPIfBeatmapWouldEndNow = double.NaN;
StrainPPIfBeatmapWouldEndNow = double.NaN;
}
}
public async Task <Image> GetImageAsync()
{
Image image = await Image.LoadAsync("./Static/usernotfound.png");
var user = await GetUserAsync(_username, _mode);
if (user is null)
{
return(image);
}
var score = _scoreType switch
{
ScoreType.Best => await GetBestScoreAsync(user),
ScoreType.Recent => await GetRecentScoreAsync(user),
_ => null
};
if (score is null)
{
return(image);
}
List <string> mods = Utils.GetModsList(score.Mods);
var pp = new PpCalculator(score.Beatmap.BeatmapId);
await pp.CacheBeatmap();
score.Beatmap.PP = (await pp.GetFcPp(score, mods, _mode)).Pp;
score.PP = (await pp.GetScorePp(score, mods, _mode)).Pp;
ImageGenerator imageGenerator = _scoreType switch
{
ScoreType.Best => new BestScoreImage(user, score),
ScoreType.Recent => new RecentScoreImage(user, score),
_ => null
};
try
{
image = imageGenerator?.Generate();
}
catch (Exception e)
{
// ignored
}
return(image);
}
public double PPIfBeatmapWouldEndNow()
{
if (PpCalculator != null && PlayTime > 0)
{
try
{
PpCalculator.Goods = Play.C100;
PpCalculator.Mehs = Play.C50;
PpCalculator.Misses = Play.CMiss;
PpCalculator.Combo = Play.MaxCombo;
PpCalculator.Score = Play.Score;
var pp = PpCalculator.Calculate(PlayTime, attribs);
if (!double.IsInfinity(pp))
{
switch (_currentPlayMode)
{
case PlayMode.Taiko:
case PlayMode.OsuMania:
StrainPPIfBeatmapWouldEndNow = attribs["Strain"];
AccPPIfBeatmapWouldEndNow = attribs["Accuracy"];
AimPPIfBeatmapWouldEndNow = double.NaN;
SpeedPPIfBeatmapWouldEndNow = double.NaN;
break;
default:
AimPPIfBeatmapWouldEndNow = attribs["Aim"];
SpeedPPIfBeatmapWouldEndNow = attribs["Speed"];
AccPPIfBeatmapWouldEndNow = attribs["Accuracy"];
break;
}
attribs.Clear();
return(pp);
}
attribs.Clear();
}
catch { }
}
AimPPIfBeatmapWouldEndNow = double.NaN;
SpeedPPIfBeatmapWouldEndNow = double.NaN;
AccPPIfBeatmapWouldEndNow = double.NaN;
StrainPPIfBeatmapWouldEndNow = double.NaN;
return(double.NaN);
}
public void CalculateTest(int c100, int c50, int cMiss, int combo, string mods, double expectedPp, int mapId, PpCalculator ppCalculator, int score = 0)
{
ppCalculator.PreProcess(GetMapPath(mapId));
ppCalculator.Goods = c100;
ppCalculator.Mehs = c50;
ppCalculator.Misses = cMiss;
ppCalculator.Combo = combo;
ppCalculator.Score = score;
ppCalculator.Mods = mods.Split(new[] { "," }, StringSplitOptions.RemoveEmptyEntries);
var calculatedPp = ppCalculator.Calculate();
Assert.That(calculatedPp, Is.EqualTo(expectedPp).Within(0.01));
}