public bool soundCall(SOUND_CH _ch, AudioClip _clip, float _volRate = 1.0f, bool _isOneShot = false)
{
float vol = getChannelVolume(_ch);
if (_isOneShot)
{
if (_clip == null)
{
return(false);
}
sysAudioSource[(int)_ch].PlayOneShot(_clip, vol * _volRate);
}
else
{
if (_clip != null)
{
sysAudioSource[(int)_ch].Stop();
}
sysAudioSource[(int)_ch].volume = vol * _volRate;
if (_clip != null)
{
sysAudioSource[(int)_ch].clip = _clip;
sysAudioSource[(int)_ch].Play();
}
}
return(true);
}
//---------------------------------------------------------
public float getChannelVolume(SOUND_CH _ch)
{
float vol=1.0f;
switch(_ch){
case SOUND_CH.SE: vol = mSysData.volumeSe; break;
case SOUND_CH.BGM: vol = mSysData.volumeBgm; break;
case SOUND_CH.VOICE: vol = mSysData.volumeVoice; break;
}
return vol;
}
//---------------------------------------------------------
public bool soundCall(SOUND_CH _ch, int _sysClipId, float _volRate = 1.0f, bool _isOneShot = false)
{
bool ret = false;
if ((sysSeList != null) && (sysSeList.clipList.Length > _sysClipId))
{
ret = soundCall(_ch, sysSeList.clipList[_sysClipId], _volRate, _isOneShot);
}
return(ret);
}
//---------------------------------------------------------
public float getChannelVolume(SOUND_CH _ch)
{
float vol = 1.0f;
switch (_ch)
{
case SOUND_CH.SE: vol = mSysData.volumeSe; break;
case SOUND_CH.BGM: vol = mSysData.volumeBgm; break;
case SOUND_CH.VOICE: vol = mSysData.volumeVoice; break;
}
return(vol);
}
//---------------------------------------------------------
public float setChannelVolume(SOUND_CH _ch, float _rate, bool _isAutoSave = true)
{
float vol = getChannelVolume(_ch);
_rate = Mathf.Clamp01(_rate);
switch (_ch)
{
case SOUND_CH.SE: mSysData.volumeSe = _rate; break;
case SOUND_CH.BGM: mSysData.volumeBgm = _rate;; break;
case SOUND_CH.VOICE: mSysData.volumeVoice = _rate; break;
}
if (_isAutoSave)
{
saveSysData();
}
return(vol);
}
//---------------------------------------------------------
public void soundStop(SOUND_CH _ch)
{
sysAudioSource[(int)_ch].Stop();
}
public bool soundCall(SOUND_CH _ch, AudioClip _clip, float _volRate=1.0f, float _oneShotRate=0.0f)
{
float vol=getChannelVolume(_ch);
AudioSource source = sysAudioSource[(int)_ch];
if(_oneShotRate>=1.0f){
if(_clip==null) return false;
source.PlayOneShot(_clip,vol * _volRate);
}else{
if((_oneShotRate>0.0f)&&source.isPlaying&&(source.clip!=null)){
if((source.time/source.clip.length)<(_oneShotRate)){
return false;
}
}
sysAudioSource[(int)_ch].volume = vol * _volRate;
if(_clip!=null){
source.Stop();
source.clip = _clip;
source.Play();
}
}
return true;
}
//---------------------------------------------------------
public bool soundCall(SOUND_CH _ch, int _sysClipId, float _volRate=1.0f, float _oneShotRate=0.0f)
{
bool ret = false;
if( (sysSeList!=null) && (sysSeList.clipList.Length > _sysClipId) ){
ret = soundCall(_ch, sysSeList.clipList[_sysClipId], _volRate, _oneShotRate);
}
return ret;
}
//---------------------------------------------------------
public float setChannelVolume(SOUND_CH _ch,float _rate, bool _isAutoSave=true)
{
float vol=getChannelVolume(_ch);
_rate = Mathf.Clamp01(_rate);
switch(_ch){
case SOUND_CH.SE: mSysData.volumeSe = _rate; break;
case SOUND_CH.BGM: mSysData.volumeBgm = _rate;; break;
case SOUND_CH.VOICE: mSysData.volumeVoice = _rate; break;
}
if(_isAutoSave){
saveSysData();
}
return vol;
}
//---------------------------------------------------------
public void soundStop(SOUND_CH _ch)
{
sysAudioSource[(int)_ch].Stop();
}