public virtual void OnRecycle()
{
if (Scope == RTPCScope.Local)
{
TypePoolManager.Recycle(ref value);
}
}
protected override void RemoveSource(int index)
{
base.RemoveSource(index);
TypePoolManager.Recycle(dynamicData.Pop(index));
UpdateSequence();
}
public void OnRecycle()
{
if (recycle)
{
TypePoolManager.Recycle(ref option);
}
}
protected override void ApplyOptionNow(AudioOption option, bool recycle)
{
if (state != AudioStates.Stopped)
{
switch (option.Type)
{
case AudioOption.Types.VolumeScale:
float[] volumeData = option.GetValue <float[]>();
SetVolumeScale(volumeData[0], volumeData[1], (TweenUtility.Ease)volumeData[2], true);
break;
case AudioOption.Types.PitchScale:
float[] pitchData = option.GetValue <float[]>();
SetPitchScale(pitchData[0], pitchData[1], (TweenUtility.Ease)pitchData[2], true);
break;
case AudioOption.Types.RandomVolume:
float randomVolume = option.GetValue <float>();
Settings.RandomVolume = randomVolume;
volumeModifier.RandomModifier = 1f + UnityEngine.Random.Range(-randomVolume, randomVolume);
break;
case AudioOption.Types.RandomPitch:
float randomPitch = option.GetValue <float>();
Settings.RandomPitch = randomPitch;
pitchModifier.RandomModifier = 1f + UnityEngine.Random.Range(-randomPitch, randomPitch);
break;
case AudioOption.Types.FadeIn:
float[] fadeInData = option.GetValue <float[]>();
Settings.FadeIn = fadeInData[0];
Settings.FadeInEase = (TweenUtility.Ease)fadeInData[1];
break;
case AudioOption.Types.FadeOut:
float[] fadeOutData = option.GetValue <float[]>();
Settings.FadeIn = fadeOutData[0];
Settings.FadeInEase = (TweenUtility.Ease)fadeOutData[1];
break;
case AudioOption.Types.Loop:
Settings.Loop = option.GetValue <bool>();
break;
default:
for (int i = 0; i < sources.Count; i++)
{
sources[i].ApplyOption(option, false);
}
break;
}
}
if (recycle)
{
TypePoolManager.Recycle(ref option);
}
}
/// <summary>
/// Internaly used by the pooling system.
/// </summary>
public virtual void OnRecycle()
{
// Only the AudioItem root should recycle the spatializer as it is shared with it's children
if (parent == null)
{
TypePoolManager.Recycle(ref spatializer);
}
TypePoolManager.RecycleElements(delayedOptions);
ClearEvents();
}
protected void UpdateOptions()
{
for (int i = 0; i < delayedOptions.Count; i++)
{
var delayedOption = delayedOptions[i];
if (delayedOption.Update())
{
ApplyOptionNow(delayedOption.Option, false);
delayedOptions.RemoveAt(i--);
TypePoolManager.Recycle(ref delayedOption);
}
}
}
void RemoveComponent(IComponentOld component, bool raiseEvent)
{
if (allComponents.Remove(component))
{
UnregisterComponent(component);
// Raise event
if (raiseEvent)
{
RaiseOnComponentRemovedEvent(component);
}
TypePoolManager.Recycle(component);
}
}
public void ResolveEvents()
{
SwitchQueues();
while (resolvingEvents.Count > 0)
{
var eventData = resolvingEvents.Dequeue();
if (eventData.Resolve())
{
TypePoolManager.Recycle(eventData);
}
else
{
Trigger(eventData, 0f);
}
}
}
void RemoveAllComponents(bool raiseEvent)
{
for (int i = 0; i < allComponents.Count; i++)
{
var component = allComponents[i];
UnregisterComponent(component);
// Raise event
if (raiseEvent)
{
RaiseOnComponentRemovedEvent(component);
}
TypePoolManager.Recycle(component);
}
allComponents.Clear();
}
public override void StopImmediate()
{
if (state == AudioStates.Stopped)
{
return;
}
source.Stop();
SetState(AudioStates.Stopped);
RaiseStopEvent();
if (parent == null)
{
itemManager.Deactivate(this);
}
spatializer.RemoveSource(source.transform);
TypePoolManager.Recycle(this);
}
public override void StopImmediate()
{
if (state == AudioStates.Stopped)
{
return;
}
for (int i = 0; i < sources.Count; i++)
{
sources[i].StopImmediate();
}
SetState(AudioStates.Stopped);
RaiseStopEvent();
if (parent == null)
{
itemManager.Deactivate(this);
}
TypePoolManager.Recycle(this);
}
protected override void ApplyOptionNow(AudioOption option, bool recycle)
{
if (state != AudioStates.Stopped)
{
switch (option.Type)
{
case AudioOption.Types.VolumeScale:
var volumeData = option.GetValue <Vector3>();
SetVolumeScale(volumeData.x, volumeData.y, (TweenUtility.Ease)volumeData.z, true);
break;
case AudioOption.Types.PitchScale:
var pitchData = option.GetValue <Vector3>();
SetPitchScale(pitchData.x, pitchData.y, (TweenUtility.Ease)pitchData.z, true);
break;
case AudioOption.Types.RandomVolume:
float randomVolume = option.GetValue <float>();
settings.RandomVolume = randomVolume;
volumeModifier.RandomModifier = 1f + UnityEngine.Random.Range(-randomVolume, randomVolume);
break;
case AudioOption.Types.RandomPitch:
float randomPitch = option.GetValue <float>();
settings.RandomPitch = randomPitch;
pitchModifier.RandomModifier = 1f + UnityEngine.Random.Range(-randomPitch, randomPitch);
break;
case AudioOption.Types.FadeIn:
var fadeInData = option.GetValue <Vector2>();
settings.FadeIn = fadeInData.x;
settings.FadeInEase = (TweenUtility.Ease)fadeInData.y;
break;
case AudioOption.Types.FadeOut:
var fadeOutData = option.GetValue <Vector2>();
settings.FadeIn = fadeOutData.x;
settings.FadeInEase = (TweenUtility.Ease)fadeOutData.y;
break;
case AudioOption.Types.Loop:
bool loop = option.GetValue <bool>();
settings.Loop = loop;
source.loop = loop && !hasBreak;
break;
case AudioOption.Types.Clip:
var clip = option.GetValue <AudioClip>();
settings.Clip = clip;
source.clip = clip;
break;
case AudioOption.Types.Output:
var output = option.GetValue <AudioMixerGroup>();
settings.Output = output;
source.outputAudioMixerGroup = output;
break;
case AudioOption.Types.DopplerLevel:
source.dopplerLevel = option.GetValue <float>();
break;
case AudioOption.Types.RolloffMode:
if (option.HasCurve())
{
source.rolloffMode = AudioRolloffMode.Custom;
source.SetCustomCurve(AudioSourceCurveType.CustomRolloff, option.GetValue <AnimationCurve>());
}
else
{
source.rolloffMode = option.GetValue <AudioRolloffMode>();
}
break;
case AudioOption.Types.MinDistance:
source.minDistance = option.GetValue <float>();
break;
case AudioOption.Types.MaxDistance:
source.maxDistance = option.GetValue <float>();
break;
case AudioOption.Types.Spread:
if (option.HasCurve())
{
source.SetCustomCurve(AudioSourceCurveType.Spread, option.GetValue <AnimationCurve>());
}
else
{
source.spread = option.GetValue <float>();
}
break;
case AudioOption.Types.Mute:
source.mute = option.GetValue <bool>();
break;
case AudioOption.Types.BypassEffects:
source.bypassEffects = option.GetValue <bool>();
break;
case AudioOption.Types.BypassListenerEffects:
source.bypassListenerEffects = option.GetValue <bool>();
break;
case AudioOption.Types.BypassReverbZones:
source.bypassReverbZones = option.GetValue <bool>();
break;
case AudioOption.Types.Priority:
source.priority = option.GetValue <int>();
break;
case AudioOption.Types.StereoPan:
source.panStereo = option.GetValue <float>();
break;
case AudioOption.Types.SpatialBlend:
if (option.HasCurve())
{
source.SetCustomCurve(AudioSourceCurveType.SpatialBlend, option.GetValue <AnimationCurve>());
}
else
{
source.spatialBlend = option.GetValue <float>();
}
break;
case AudioOption.Types.ReverbZoneMix:
if (option.HasCurve())
{
source.SetCustomCurve(AudioSourceCurveType.ReverbZoneMix, option.GetValue <AnimationCurve>());
}
else
{
source.reverbZoneMix = option.GetValue <float>();
}
break;
case AudioOption.Types.PlayRange:
var playRangeData = option.GetValue <Vector2>();
settings.PlayRangeStart = playRangeData.x;
settings.PlayRangeEnd = playRangeData.y;
lastTime = source.time;
break;
case AudioOption.Types.Time:
source.time = option.GetValue <float>();
lastTime = source.time;
break;
case AudioOption.Types.TimeSamples:
source.timeSamples = option.GetValue <int>();
lastTime = source.time;
break;
case AudioOption.Types.VelocityUpdateMode:
source.velocityUpdateMode = option.GetValue <AudioVelocityUpdateMode>();
break;
case AudioOption.Types.IgnoreListenerPause:
source.ignoreListenerPause = option.GetValue <bool>();
break;
case AudioOption.Types.IgnoreListenerVolume:
source.ignoreListenerVolume = option.GetValue <bool>();
break;
case AudioOption.Types.Spatialize:
source.spatialize = option.GetValue <bool>();
break;
}
}
if (recycle)
{
TypePoolManager.Recycle(ref option);
}
}
void IPoolable.OnRecycle()
{
TypePoolManager.Recycle(ref value);
}