public HitObjectTimings GetHitObjectTimings(int index, bool alternating, bool doubleDelay)
{
var result = new HitObjectTimings();
int startOffsetMin = (int)((alternating ? minAlternateOffset : minOffset) * (doubleDelay ? configManager.HitTimingsDoubleDelayFactor : 1f));
int startOffsetMax = (int)((alternating ? maxAlternateOffset : maxOffset) * (doubleDelay ? configManager.HitTimingsDoubleDelayFactor : 1f));
result.StartOffset = MathHelper.Clamp(random.Next(startOffsetMin, startOffsetMax), -hitWindow50, hitWindow50);
if (beatmap.HitObjects[index] is OsuSlider)
{
int sliderDuration = beatmap.HitObjects[index].EndTime - beatmap.HitObjects[index].StartTime;
int maxHoldTime = (int)(configManager.HitTimingsMaxSliderHoldTime * audioRate);
int holdTime = random.Next(configManager.HitTimingsMinSliderHoldTime, maxHoldTime);
result.HoldTime = MathHelper.Clamp(holdTime, sliderDuration >= 72 ? -26 : sliderDuration / 2 - 10, maxHoldTime);
}
else
{
int minHoldTime = (int)(configManager.HitTimingsMinHoldTime * audioRate);
int maxHoldTime = (int)(configManager.HitTimingsMaxHoldTime * audioRate);
int holdTime = random.Next(minHoldTime, maxHoldTime);
result.HoldTime = MathHelper.Clamp(holdTime, 0, maxHoldTime);
}
return(result);
}
public HitObjectTimings GetHitObjectTimings(int index, bool alternating, bool doubleDelay)
{
HitObjectTimings hitObjectTimings = new HitObjectTimings(0, 0);
int minValue = (int)((float)(alternating ? this.minAlternateOffset : this.minOffset) * (doubleDelay ? this.configManager.HitTimingsDoubleDelayFactor : 1f));
int maxValue = (int)((float)(alternating ? this.maxAlternateOffset : this.maxOffset) * (doubleDelay ? this.configManager.HitTimingsDoubleDelayFactor : 1f));
hitObjectTimings.StartOffset = MathHelper.Clamp(this.random.Next(minValue, maxValue), -this.hitWindow50, this.hitWindow50);
if (this.beatmap.HitObjects[index] is OsuSlider)
{
int num = this.beatmap.HitObjects[index].EndTime - this.beatmap.HitObjects[index].StartTime;
int num2 = (int)((float)this.configManager.HitTimingsMaxSliderHoldTime * this.audioRate);
int value = this.random.Next(this.configManager.HitTimingsMinSliderHoldTime, num2);
hitObjectTimings.HoldTime = MathHelper.Clamp(value, (num >= 72) ? -26 : (num / 2 - 10), num2);
}
else
{
int minValue2 = (int)((float)this.configManager.HitTimingsMinHoldTime * this.audioRate);
int num3 = (int)((float)this.configManager.HitTimingsMaxHoldTime * this.audioRate);
int value2 = this.random.Next(minValue2, num3);
hitObjectTimings.HoldTime = MathHelper.Clamp(value2, 0, num3);
}
return(hitObjectTimings);
}
