/// <summary>
/// Fades primary theme with secondary theme
/// </summary>
/// <param name="hash"></param>
//public void PlaySecondaryMusic(string hash, bool loop = true, bool startsMuted = false, Vector3 position = default(Vector3))
//{
// //if (activeSecondaryMusicAudioSource.Source == null)
// // BuildSecondaryMusicSource();
// //if (activeSecondaryMusicAudioSource.clip == musicList[hash])
// // return;
// //get music object, set the audio clip to it and save reference
// AudioSerial audioToPlay = musicList[hash];
// activeSecondaryMusicAudioSource.Source.Stop();
// activeSecondaryMusicAudioSource.Source.clip = audioToPlay.source;
// activeSecondaryMusicAudioSource.Source.priority = 0;
// activeSecondaryMusicAudioSource.Source.volume = startsMuted ? 0 : musicVolume * audioToPlay._relativeVolume;
// activeSecondaryMusicAudioSource.Source.loop = loop;
// activeSecondaryMusicAudioSource.Source.maxDistance = maxHearingDistance;
// activeSecondaryMusicAudioSource.Source.Play();
// //Debug.Log("Playing secondary");
// activeSecondaryMusicAudioHash = hash;
// activeSecondaryMusicAudioSource.Serial = audioToPlay;
// _currentMusicAudio = activeSecondaryMusicAudioSource;
// if (_isLoggingAudio)
// {
// if (OnLogAudio != null)
// OnLogAudio(hash, 2, loop, Time.time);
// }
// //_secondarySnap.TransitionTo(_toSecondaryTransitionTime);
//}
//public void TransitionToMainSnapshot()
//{
// _mainSnap.TransitionTo(_toMainTransitionTime);
// //StopCoroutine("StopSecondaryMusicIn");
// //StartCoroutine("StopSecondaryMusicIn", _toMainTransitionTime);
//}
//public void TransitionToSlomoSnapshot()
//{
// _slowMotionSnapShot.TransitionTo(_toSlomoTime);
//}
//IEnumerator StopSecondaryMusicIn(float time)
//{
// yield return new WaitForSeconds(time);
// if (activeSecondaryMusicAudioSource.Source != null)
// {
// activeSecondaryMusicAudioSource.Source.Stop();
// Debug.Log("SEcondary music stopped");
// }
//}
public AudioSource PlaySFX(string hash, bool loop, Transform parent, bool singleInstance = false, float addedRandomPitch = 0, float addedPitch = 0)
{
if (hash == "")
{
return(null);
}
if (singleInstance)
{
StopSFX(hash, true);
}
if (!sfxList.ContainsKey(hash))
{
return(null);
}
AudioDetails audioDetail = new AudioDetails();
//get new audiosource object, set the clip and properties and save reference
AudioSerial audioToPlay = sfxList[hash];
GameObject sfxObj = new GameObject(hash); //TODO: once a pool is made, get gameobject from pool instead of creating new
sfxObj.transform.parent = parent;
sfxObj.transform.localPosition = Vector3.zero;
AudioSource source = sfxObj.AddComponent <AudioSource>();
source.GetComponent <AudioSource>().clip = audioToPlay.source;
source.volume = audioToPlay._relativeVolume * sfxVolume;
source.loop = loop;
source.minDistance = maxHearingDistance;
source.maxDistance = maxHearingDistance;
source.pitch += (Random.value - 0.5f) * 2 * addedRandomPitch + addedPitch;
source.dopplerLevel = 0f; //sets doppler to 0 to cancel pitch distortions on movement
source.outputAudioMixerGroup = _sfxMixerGroup;
if (parent == null)
{
DontDestroyOnLoad(source.gameObject);
}
source.Play();
if (_isLoggingAudio)
{
if (OnLogAudio != null)
{
OnLogAudio(hash, 1, loop, Time.time);
}
}
audioDetail.Source = source;
audioDetail.Serial = audioToPlay;
activeSFXAudioSources.Add(audioDetail);
return(source);
}
public void PlayMusic(string hash, bool loop = true, MusicMixerGroup group = MusicMixerGroup.DEFAULT_LOW, bool fadeToSnapshot = false, Vector3 position = default(Vector3))
{
Debug.Log("Playing song " + hash);
if (hash == null || !musicList.ContainsKey(hash))
{
return;
}
AudioDetails musicDetail = activeMusicAudioSource;
switch (group)
{
case MusicMixerGroup.DEFAULT_LOW:
Debug.Log("set as low");
musicDetail = activeMusicAudioSource;
break;
case MusicMixerGroup.DEFAULT_HIGH:
Debug.Log("set as high");
musicDetail = activeSecondaryMusicAudioSource;
break;
case MusicMixerGroup.PAUSE:
Debug.Log("set as pause");
musicDetail = pauseMusicSource;
break;
}
if (musicDetail.Source.clip == null || musicDetail.Source.clip != musicList[hash].source)
{
Debug.Log("music source set to " + musicDetail.Source.name);
//get music object, set the audio clip to it and save reference
AudioSerial audioToPlay = musicList[hash];
musicDetail.Source.Stop();
musicDetail.Source.clip = audioToPlay.source;
musicDetail.Source.priority = 0;
musicDetail.Source.volume = musicVolume * audioToPlay._relativeVolume;
musicDetail.Source.loop = loop;
musicDetail.Source.maxDistance = maxHearingDistance;
musicDetail.Source.Play();
musicDetail.Serial = musicList[hash];
activeMusicAudioHash = hash;
}
if (_currentMusicAudio != null && fadeToSnapshot && _currentMusicAudio.Source.clip != musicDetail.Source.clip)
{
CrossFade(_currentMusicAudio, musicDetail, _fadeTime);
}
_currentMusicAudio = musicDetail;
//_currentMusicSourceVolume = musicVolume * audioToPlay._relativeVolume;
if (_isLoggingAudio)
{
if (OnLogAudio != null)
{
OnLogAudio(hash, 0, loop, Time.time);
}
}
}
