public SequenceSoundInstance AddSection(SequenceSoundBank.SectionData sectionData)
{
Assert.IsFalse(IsPooled, "Tried to use SoundInstance while in pool. Make sure not to keep references to SoundInstances that have been destroyed.");
Assert.IsNotNull(sectionData);
SoundInstance sound = sectionData.Sound.Fetch(_soundPool);
EffectSoundInstance effectSound = sound as EffectSoundInstance;
if (effectSound != null)
{
effectSound.SetLooping(sectionData.Loop);
}
sound.SetDelay(sectionData.Delay);
sound.SetAutoDestroy(false);
if (sectionData.Sound.IsClip)
{
effectSound.SetRolloffDistance(sectionData.RolloffDistance.Min, sectionData.RolloffDistance.Max);
}
_sectionSounds.Add(sound);
_sectionData.Add(sectionData);
RegisterChildSound(sound);
return(this);
}
public override void UpdateSound(float deltaTime)
{
Assert.IsFalse(IsPooled, "Tried to use SoundInstance while in pool. Make sure not to keep references to SoundInstances that have been destroyed.");
base.UpdateSound(deltaTime);
if (_state == State.Playing)
{
SoundInstance currentSound = GetCurrentSound();
if (currentSound.HasFinished)
{
if (HasNextSection)
{
PlayNextSection();
}
else
{
Finish();
}
}
else if (HasNextSection)
{
SequenceSoundBank.SectionData nextData = GetNextData();
float delay = nextData == null ? 0 : nextData.Delay;
if (delay < 0)
{
EffectSoundInstance effectSound = currentSound as EffectSoundInstance;
if (effectSound != null && effectSound.TimeRemaining < Mathf.Abs(delay))
{
_effectiveSectionIndex++;
GetCurrentSound().Play(_positionMode, _followTransform, transform.position);
}
}
}
if (!HasFinished)
{
currentSound = GetCurrentSound();
if (!currentSound.IsPlaying)
{
currentSound.Play(_positionMode, _followTransform, transform.position);
}
currentSound.SetParentMultipliers(_volumeMultiplier * _parentVolumeMultiplier, _pitchMultiplier * _parentPitchMultiplier);
}
}
if (HasFinished && _autoDestroy)
{
StopAndDestroy();
}
}
