private float RandomDelay()
{
return(MathfExtended.RoundToMultiple(
Random.Range(
Mathf.Max(0f, delayBeats - delayRandomRange),
delayBeats + delayRandomRange),
0.125f));
}
private IEnumerator CoFade(Fadeable f, float time, float start, float end, int fadingPosition, FadeType fadeType, float pow)
{
if (time == 0)
{
yield break;
}
float eTime = 0f;
f.fading[fadingPosition] = true;
f.FadeLevel = start;
while (eTime < time && f.fading[fadingPosition])
{
eTime += Time.deltaTime;
switch (fadeType)
{
case FadeType.Lin:
f.FadeLevel = Mathf.Lerp(start, end, eTime / time);
break;
case FadeType.Exp:
f.FadeLevel = MathfExtended.SteepErp(start, end, pow, eTime / time);
break;
case FadeType.Log:
f.FadeLevel = MathfExtended.ShallowErp(start, end, pow, eTime / time);
break;
}
yield return(0);
}
if (f.fading[fadingPosition])
{
f.FadeLevel = end;
f.fading[fadingPosition] = false;
}
}
public IEnumerator WaitForBeatValue(Metronome metro, float beat)
{
float totalBeats = metro.currentTiming.totalBeats;
float start = totalBeats % beat;
// if things seem out of time:
//while (metro.currentTiming.totalBeats % beat >= start) {
while (metro.currentTiming.totalBeats % beat > start)
{
yield return(null);
}
if (doNotOverlap)
{
// This ensures that we don't overlap another clip if the two were triggered close together
float snap = MathfExtended.RoundToMultiple(metro.currentTiming.totalBeats, beat);
while (beatWithClips.Contains(snap))
{
snap = MathfExtended.RoundToMultiple(metro.currentTiming.totalBeats, beat);
yield return(null);
}
beatWithClips.Add(snap);
}
}
public float Get()
{
if (!autoDecay)
{
return(Percent);
}
float e = 0f;
switch (decayCurve)
{
case FadeType.Lin:
e = Mathf.Lerp(0f, 1f, Percent);
break;
case FadeType.Exp:
e = MathfExtended.SteepErp(0f, 1f, power, Percent);
break;
case FadeType.Log:
e = MathfExtended.ShallowErp(0f, 1f, power, Percent);
break;
}
return(e);
}
