protected void PlayAudio(AudioCueSO audioCue, AudioConfigurationSO audioConfiguration, Vector3 positionInSpace = default)
{
if (_gameState.CurrentGameState != GameState.Cutscene)
{
_sfxEventChannel.RaisePlayEvent(audioCue, audioConfiguration, positionInSpace);
}
}
public AudioCueKey Add(AudioCueSO cue, SoundEmitter[] emitter)
{
AudioCueKey emitterKey = GetKey(cue);
_emittersKey.Add(emitterKey);
_emittersList.Add(emitter);
return(emitterKey);
}
public void PlayAudioCue(AudioCueSO cue)
{
if (cue == null)
{
return;
}
else
{
_audioCueEventChannel.RaiseEvent(cue, _audioConfiguration, transform.position);
}
}
public void RaiseEvent(AudioCueSO audioCue, AudioConfigurationSO audioConfiguration, Vector3 positionInSpace)
{
if (OnAudioCueRequested != null)
{
OnAudioCueRequested.Invoke(audioCue, audioConfiguration, positionInSpace);
}
else
{
Debug.LogWarning("An AudioCue was requested, but nobody picked it up. " +
"Check why there is no AudioManager already loaded, " +
"and make sure it's listening on this AudioCue Event channel.");
}
}
private void PlayAudioCue(AudioCueSO audioCueSO)
{
var source = audioCueSO.type switch
{
Type.FX => GetFromPool(),
Type.Music => _musicSource,
_ => throw new ArgumentException("Invalid Audio Type"),
};
source.volume = audioCueSO.volume;
source.clip = audioCueSO.clip;
source.Play();
}
public void PlayAudioCue(AudioCueSO cue, int chance)
{
if (cue == null)
{
return;
}
else
{
int roll = Random.Range(1, 100);
if (roll <= chance)
{
Debug.Log("chance sound played with roll: " + roll);
_audioCueEventChannel.RaiseEvent(cue, _audioConfiguration, transform.position);
}
}
}
public AudioCueKey RaisePlayEvent(AudioCueSO audioCue, AudioConfigurationSO audioConfiguration, Vector3 positionInSpace = default)
{
AudioCueKey audioCueKey = AudioCueKey.Invalid;
if (OnAudioCuePlayRequested != null)
{
audioCueKey = OnAudioCuePlayRequested.Invoke(audioCue, audioConfiguration, positionInSpace);
}
else
{
Debug.LogWarning("An AudioCue play event was requested for " + audioCue.name + ", but nobody picked it up. " +
"Check why there is no AudioManager already loaded, " +
"and make sure it's listening on this AudioCue Event channel.");
}
return(audioCueKey);
}
/// <summary>
/// Plays an AudioCue by requesting the appropriate number of SoundEmitters from the pool.
/// </summary>
public void PlayAudioCue(AudioCueSO audioCue, AudioConfigurationSO settings, Vector3 position = default)
{
if (!audioCue.isSolo)
{
AudioClip[] clipsToPlay = audioCue.GetClips();
int nOfClips = clipsToPlay.Length;
for (int i = 0; i < nOfClips; i++)
{
SoundEmitter soundEmitter = _pool.Request();
if (soundEmitter != null)
{
soundEmitter.PlayAudioClip(clipsToPlay[i], settings, audioCue.looping, position);
if (!audioCue.looping)
{
soundEmitter.OnSoundFinishedPlaying += OnSoundEmitterFinishedPlaying;
}
}
}
}
else if (audioCue.isSolo && !soloPlaying)
{
AudioClip[] clipsToPlay = audioCue.GetClips();
int nOfClips = clipsToPlay.Length;
StartCoroutine(SoloClipDelay(clipsToPlay[0].length));
for (int i = 0; i < nOfClips; i++)
{
SoundEmitter soundEmitter = _pool.Request();
if (soundEmitter != null)
{
soundEmitter.PlayAudioClip(clipsToPlay[i], settings, audioCue.looping, position);
if (!audioCue.looping)
{
soundEmitter.OnSoundFinishedPlaying += OnSoundEmitterFinishedPlaying;
}
}
}
}
else
{
Debug.Log("Could not play solo clip as another one is currently playing");
}
}
/// <summary>
/// Plays an AudioCue by requesting the appropriate number of SoundEmitters from the pool.
/// </summary>
public void PlayAudioCue(AudioCueSO audioCue, AudioConfigurationSO settings, Vector3 position = default)
{
AudioClip[] clipsToPlay = audioCue.GetClips();
int nOfClips = clipsToPlay.Length;
for (int i = 0; i < nOfClips; i++)
{
SoundEmitter soundEmitter = _pool.Request();
if (soundEmitter != null)
{
soundEmitter.PlayAudioClip(clipsToPlay[i], settings, audioCue.looping, position);
if (!audioCue.looping)
{
soundEmitter.OnSoundFinishedPlaying += OnSoundEmitterFinishedPlaying;
}
}
}
//TODO: Save the SoundEmitters that were activated, to be able to stop them if needed
}
public void PlayAudioCue(AudioCueSO audioCue, AudioConfigurationSO settings, Vector3 position = default)
{
AudioClip[] clipsToPlay = audioCue.GetClips();
var amountOfClips = clipsToPlay.Length;
for (int i = 0; i < amountOfClips; i++)
{
SoundEmitter soundEmitter = _pool.Request();
if (soundEmitter != null)
{
soundEmitter.PlayAudioClip(clipsToPlay[i], settings, audioCue.IsLooping, position);
if (!audioCue.IsLooping)
{
soundEmitter.OnSoundFinishedPlaying += OnSoundEmitterFinishedPlaying;
}
}
}
}
/// <summary>
/// Plays an AudioCue by requesting the appropriate number of SoundEmitters from the pool.
/// </summary>
public AudioCueKey PlayAudioCue(AudioCueSO audioCue, AudioConfigurationSO settings, Vector3 position = default)
{
AudioClip[] clipsToPlay = audioCue.GetClips();
SoundEmitter[] soundEmitterArray = new SoundEmitter[clipsToPlay.Length];
int nOfClips = clipsToPlay.Length;
for (int i = 0; i < nOfClips; i++)
{
soundEmitterArray[i] = _pool.Request();
if (soundEmitterArray[i] != null)
{
soundEmitterArray[i].PlayAudioClip(clipsToPlay[i], settings, audioCue.looping, position);
if (!audioCue.looping)
{
soundEmitterArray[i].OnSoundFinishedPlaying += OnSoundEmitterFinishedPlaying;
}
}
}
return(_soundEmitterVault.Add(audioCue, soundEmitterArray));
}
private AudioCueKey PlayMusicTrack(AudioCueSO audioCue, AudioConfigurationSO audioConfiguration, Vector3 positionInSpace)
{
float fadeDuration = 2f;
float startTime = 0f;
if (_musicSoundEmitter != null && _musicSoundEmitter.IsPlaying())
{
AudioClip songToPlay = audioCue.GetClips()[0];
if (_musicSoundEmitter.GetClip() == songToPlay)
{
return(AudioCueKey.Invalid);
}
//Music is already playing, need to fade it out
startTime = _musicSoundEmitter.FadeMusicOut(fadeDuration);
}
_musicSoundEmitter = _pool.Request();
_musicSoundEmitter.FadeMusicIn(audioCue.GetClips()[0], audioConfiguration, 1f, startTime);
_musicSoundEmitter.OnSoundFinishedPlaying += StopMusicEmitter;
return(AudioCueKey.Invalid); //No need to return a valid key for music
}
public AudioCueKey GetKey(AudioCueSO cue)
{
return(new AudioCueKey(_nextUniqueKey++, cue));
}
public PlayAudioCueAction(AudioCueSO audioCue, AudioCueEventChannelSO audioCueEventChannel, AudioConfigurationSO audioConfiguration)
{
_audioCue = audioCue;
_audioCueEventChannel = audioCueEventChannel;
_audioConfiguration = audioConfiguration;
}
public void Raise(AudioCueSO audioCue, AudioConfigurationSO audioConfiguration, Vector3 positionInSpace)
{
eventRaised.Invoke(audioCue, audioConfiguration, positionInSpace);
}
internal AudioCueKey(int value, AudioCueSO audioCue)
{
Value = value;
AudioCue = audioCue;
}
