protected override void CheckForResult(bool userTriggered, double timeOffset)
{
if (userTriggered || Time.Current < slider.EndTime)
{
return;
}
ApplyResult(r =>
{
var judgementsCount = NestedHitObjects.Count();
var judgementsHit = NestedHitObjects.Count(h => h.IsHit);
var hitFraction = (double)judgementsHit / judgementsCount;
if (hitFraction == 1 && HeadCircle.Result.Type == HitResult.Great)
{
r.Type = HitResult.Great;
}
else if (hitFraction >= 0.5 && HeadCircle.Result.Type >= HitResult.Good)
{
r.Type = HitResult.Good;
}
else if (hitFraction > 0)
{
r.Type = HitResult.Meh;
}
else
{
r.Type = HitResult.Miss;
}
});
}
protected override void CheckForJudgements(bool userTriggered, double timeOffset)
{
if (!userTriggered && Time.Current >= slider.EndTime)
{
var judgementsCount = NestedHitObjects.Count;
var judgementsHit = NestedHitObjects.Count(h => h.IsHit);
var hitFraction = (double)judgementsHit / judgementsCount;
if (hitFraction == 1 && HeadCircle.Judgements.Any(j => j.Result == HitResult.Great))
{
AddJudgement(new OsuJudgement {
Result = HitResult.Great
});
}
else if (hitFraction >= 0.5 && HeadCircle.Judgements.Any(j => j.Result >= HitResult.Good))
{
AddJudgement(new OsuJudgement {
Result = HitResult.Good
});
}
else if (hitFraction > 0)
{
AddJudgement(new OsuJudgement {
Result = HitResult.Meh
});
}
else
{
AddJudgement(new OsuJudgement {
Result = HitResult.Miss
});
}
}
}
protected override void CheckForJudgements(bool userTriggered, double timeOffset)
{
if (userTriggered)
{
return;
}
if (timeOffset < 0)
{
return;
}
int countHit = NestedHitObjects.Count(o => o.AllJudged);
if (countHit > HitObject.RequiredGoodHits)
{
AddJudgement(new TaikoJudgement {
Result = countHit >= HitObject.RequiredGreatHits ? HitResult.Great : HitResult.Good
});
if (HitObject.IsStrong)
{
AddJudgement(new TaikoStrongHitJudgement());
}
}
else
{
AddJudgement(new TaikoJudgement {
Result = HitResult.Miss
});
}
}
protected override void LoadAsyncComplete()
{
base.LoadAsyncComplete();
var nestedStrongHit = (DrawableStrongNestedHit)NestedHitObjects.Single();
nestedStrongHit.Result.Type = hitBoth ? Type : HitResult.Miss;
}
protected override void CheckForResult(bool userTriggered, double timeOffset)
{
// We also make sure all transforms have finished to avoid jank
if (NestedHitObjects.All(n => n.Result.HasResult && Time.Current >= n.LatestTransformEndTime))
{
ApplyResult(Result.Judgement.MaxResult);
}
}
protected override void CheckForJudgements(bool userTriggered, double timeOffset)
{
if (timeOffset >= 0)
{
AddJudgement(new Judgement {
Result = NestedHitObjects.Cast <DrawableCatchHitObject>().Any(n => n.Judgements.Any(j => j.IsHit)) ? HitResult.Perfect : HitResult.Miss
});
}
}
protected override void CheckForResult(bool userTriggered, double timeOffset)
{
if (userTriggered || Time.Current < HitObject.EndTime)
{
return;
}
ApplyResult(r => r.Type = NestedHitObjects.Any(h => h.Result.IsHit) ? r.Judgement.MaxResult : r.Judgement.MinResult);
}
protected override void CheckForResult(bool userTriggered, double timeOffset)
{
if (userTriggered)
return;
if (timeOffset < 0)
return;
int countHit = NestedHitObjects.Count(o => o.IsHit);
if (countHit >= HitObject.RequiredGoodHits)
ApplyResult(r => r.Type = countHit >= HitObject.RequiredGreatHits ? HitResult.Great : HitResult.Good);
else
ApplyResult(r => r.Type = HitResult.Miss);
}
protected override void CheckForResult(bool userTriggered, double timeOffset)
{
if (userTriggered)
{
return;
}
if (timeOffset < 0)
{
return;
}
int countHit = NestedHitObjects.Count(o => o.IsHit);
if (countHit >= HitObject.RequiredGoodHits)
{
ApplyResult(r => r.Type = countHit >= HitObject.RequiredGreatHits ? HitResult.Great : HitResult.Ok);
}
else
{
ApplyResult(r => r.Type = r.Judgement.MinResult);
}
}
protected override void CheckJudgement(bool userTriggered)
{
if (userTriggered)
{
return;
}
if (Judgement.TimeOffset < 0)
{
return;
}
int countHit = NestedHitObjects.Count(o => o.Judgement.Result == HitResult.Hit);
if (countHit > HitObject.RequiredGoodHits)
{
Judgement.Result = HitResult.Hit;
Judgement.TaikoResult = countHit >= HitObject.RequiredGreatHits ? TaikoHitResult.Great : TaikoHitResult.Good;
}
else
{
Judgement.Result = HitResult.Miss;
}
}
protected override void CheckForResult(bool userTriggered, double timeOffset)
{
if (userTriggered || Time.Current < HitObject.EndTime)
{
return;
}
// If only the nested hitobjects are judged, then the slider's own judgement is ignored for scoring purposes.
// But the slider needs to still be judged with a reasonable hit/miss result for visual purposes (hit/miss transforms, etc).
if (HitObject.OnlyJudgeNestedObjects)
{
ApplyResult(r => r.Type = NestedHitObjects.Any(h => h.Result.IsHit) ? r.Judgement.MaxResult : r.Judgement.MinResult);
return;
}
// Otherwise, if this slider also needs to be judged, apply judgement proportionally to the number of nested hitobjects hit. This is the classic osu!stable scoring.
ApplyResult(r =>
{
int totalTicks = NestedHitObjects.Count;
int hitTicks = NestedHitObjects.Count(h => h.IsHit);
if (hitTicks == totalTicks)
{
r.Type = HitResult.Great;
}
else if (hitTicks == 0)
{
r.Type = HitResult.Miss;
}
else
{
double hitFraction = (double)hitTicks / totalTicks;
r.Type = hitFraction >= 0.5 ? HitResult.Ok : HitResult.Meh;
}
});
}
private void createTicks()
{
if (TickDistance == 0)
{
return;
}
var length = Curve.Distance;
var tickDistance = Math.Min(TickDistance, length);
var spanDuration = length / Velocity;
var minDistanceFromEnd = Velocity * 0.01;
AddNested(new Fruit
{
Samples = Samples,
StartTime = StartTime,
X = X
});
double lastDropletTime = StartTime;
for (int span = 0; span < this.SpanCount(); span++)
{
var spanStartTime = StartTime + span * spanDuration;
var reversed = span % 2 == 1;
for (double d = 0; d <= length; d += tickDistance)
{
var timeProgress = d / length;
var distanceProgress = reversed ? 1 - timeProgress : timeProgress;
double time = spanStartTime + timeProgress * spanDuration;
double tinyTickInterval = time - lastDropletTime;
while (tinyTickInterval > 100)
{
tinyTickInterval /= 2;
}
for (double t = lastDropletTime + tinyTickInterval; t < time; t += tinyTickInterval)
{
double progress = reversed ? 1 - (t - spanStartTime) / spanDuration : (t - spanStartTime) / spanDuration;
AddNested(new TinyDroplet
{
StartTime = t,
X = X + Curve.PositionAt(progress).X / CatchPlayfield.BASE_WIDTH,
Samples = new List <SampleInfo>(Samples.Select(s => new SampleInfo
{
Bank = s.Bank,
Name = @"slidertick",
Volume = s.Volume
}))
});
}
if (d > minDistanceFromEnd && Math.Abs(d - length) > minDistanceFromEnd)
{
AddNested(new Droplet
{
StartTime = time,
X = X + Curve.PositionAt(distanceProgress).X / CatchPlayfield.BASE_WIDTH,
Samples = new List <SampleInfo>(Samples.Select(s => new SampleInfo
{
Bank = s.Bank,
Name = @"slidertick",
Volume = s.Volume
}))
});
}
lastDropletTime = time;
}
AddNested(new Fruit
{
Samples = Samples,
StartTime = spanStartTime + spanDuration,
X = X + Curve.PositionAt(reversed ? 0 : 1).X / CatchPlayfield.BASE_WIDTH
});
}
if (NestedHitObjects.LastOrDefault() is IHasComboInformation lastNested)
{
lastNested.LastInCombo = LastInCombo;
}
}