public void AddLinkedSource(NetworkAudioSource audioSource, float dampingFactor, bool bidirectionalLink = false)
{
if (bidirectionalLink)
{
audioSource.AddLinkedSource(this, dampingFactor, false);
}
RpcAddLinkedSource(audioSource.myIdentifier, dampingFactor);
}
private static void OnReceiveNetworkAudioSourceMessage(NetworkMessage message, bool isServer)
{
NetworkAudioSourceMessage networkAudioSourceMessage = message.ReadMessage <NetworkAudioSourceMessage>();
if (isServer && message.conn != NetworkManager.singleton.client.connection)
{
NetworkServer.SendToAll(NetworkAudioSourceMessageIdentifier, networkAudioSourceMessage);
}
else
{
if (!NetworkedAudioSources.ContainsKey(networkAudioSourceMessage.NetworkAudioSourceIdentifier))
{
Debug.Log($"{networkAudioSourceMessage.NetworkAudioSourceIdentifier} not found, maybe game has not finished initialising.");
return;
}
NetworkAudioSource targetAudioSource = NetworkedAudioSources[networkAudioSourceMessage.NetworkAudioSourceIdentifier];
foreach (Tuple <NetworkAudioSource, float> audioSourceVolumePair in targetAudioSource.LinkedAudioSources)
{
NetworkAudioSource audioSource = audioSourceVolumePair.Item1;
float dampingFactor = audioSourceVolumePair.Item2;
switch (networkAudioSourceMessage.CallIdentifier)
{
case (byte)CallIdentifier.Pause:
audioSource.NetworkedAudioSource.Pause();
break;
case (byte)CallIdentifier.Stop:
audioSource.NetworkedAudioSource.Stop();
break;
case (byte)CallIdentifier.UnPause:
audioSource.NetworkedAudioSource.UnPause();
break;
case (byte)CallIdentifier.Play:
ulong playDelay = BitConverter.ToUInt64(networkAudioSourceMessage.Payload, 0);
audioSource.SetVolume(audioSource.originalVolume * dampingFactor, true);
audioSource.NetworkedAudioSource.Play(playDelay);
break;
case (byte)CallIdentifier.PlayDelayed:
float playDelayedDelay = BitConverter.ToSingle(networkAudioSourceMessage.Payload, 0);
audioSource.NetworkedAudioSource.PlayDelayed(playDelayedDelay);
break;
case (byte)CallIdentifier.PlayScheduled:
double playScheduledTime = BitConverter.ToDouble(networkAudioSourceMessage.Payload, 0);
audioSource.NetworkedAudioSource.PlayScheduled(playScheduledTime);
break;
case (byte)CallIdentifier.PlayOneShot:
int clipUid = BitConverter.ToInt32(networkAudioSourceMessage.Payload, 0);
float volumeScale = BitConverter.ToSingle(networkAudioSourceMessage.Payload, 4) * dampingFactor;
if (!IdToAudioClip.ContainsKey(clipUid))
{
Debug.Log("Clip not contained in NetworkAudioSource");
}
else
{
AudioClip clip = IdToAudioClip[clipUid];
audioSource.NetworkedAudioSource.PlayOneShot(clip, volumeScale);
}
break;
case (byte)CallIdentifier.Volume:
uint volume = BitConverter.ToUInt32(networkAudioSourceMessage.Payload, 0);
audioSource.SetVolume(volume, false);
break;
case (byte)CallIdentifier.FadeOut:
float fadeTime = BitConverter.ToSingle(networkAudioSourceMessage.Payload, 0);
audioSource.StartCoroutine(audioSource.FadeOutRoutine(fadeTime, audioSource.originalVolume * dampingFactor));
break;
case (byte)CallIdentifier.FadeIn:
float targetVol = BitConverter.ToSingle(networkAudioSourceMessage.Payload, 0);
float fadeInTime = BitConverter.ToSingle(networkAudioSourceMessage.Payload, 4);
audioSource.StartCoroutine(audioSource.FadeInRoutine(targetVol, fadeInTime, audioSource.originalVolume * dampingFactor));
break;
case (byte)CallIdentifier.Clip:
int clipId = BitConverter.ToInt32(networkAudioSourceMessage.Payload, 0);
if (!IdToAudioClip.ContainsKey(clipId))
{
Debug.Log("Clip not contained in NetworkAudioSource");
}
else
{
AudioClip clip = IdToAudioClip[clipId];
audioSource.NetworkedAudioSource.clip = clip;
}
break;
case (byte)CallIdentifier.DopplerLevel:
float dopplerLevel = BitConverter.ToSingle(networkAudioSourceMessage.Payload, 0);
audioSource.NetworkedAudioSource.dopplerLevel = dopplerLevel;
break;
case (byte)CallIdentifier.IgnoreListenerPause:
bool ignoreListenerPause = BitConverter.ToBoolean(networkAudioSourceMessage.Payload, 0);
audioSource.NetworkedAudioSource.ignoreListenerPause = ignoreListenerPause;
break;
case (byte)CallIdentifier.IgnoreListenerVolume:
bool ignoreListenerVolume = BitConverter.ToBoolean(networkAudioSourceMessage.Payload, 0);
audioSource.NetworkedAudioSource.ignoreListenerVolume = ignoreListenerVolume;
break;
case (byte)CallIdentifier.Loop:
bool loop = BitConverter.ToBoolean(networkAudioSourceMessage.Payload, 0);
audioSource.NetworkedAudioSource.loop = loop;
break;
case (byte)CallIdentifier.Pitch:
float pitch = BitConverter.ToSingle(networkAudioSourceMessage.Payload, 0);
audioSource.NetworkedAudioSource.pitch = pitch;
break;
case (byte)CallIdentifier.Time:
float time = BitConverter.ToSingle(networkAudioSourceMessage.Payload, 0);
audioSource.NetworkedAudioSource.time = time;
break;
case (byte)CallIdentifier.TimeSamples:
int timeSamples = BitConverter.ToInt32(networkAudioSourceMessage.Payload, 0);
audioSource.NetworkedAudioSource.timeSamples = timeSamples;
break;
}
}
}
}
