//public ISoundChannel Play() { return availablePlayables[random.Next(availablePlayables.Count)].Play(); }
//public ISoundChannel Play(float fadeTime) { return availablePlayables[random.Next(availablePlayables.Count)].Play(fadeTime); }
//public ISoundChannel Play(Vector3 position, Vector3 velocity) { return availablePlayables[random.Next(availablePlayables.Count)].Play(position, velocity); }
//public ISoundChannel Play(Func<Vector3> GetPosition, Func<Vector3> GetVelocity) { return availablePlayables[random.Next(availablePlayables.Count)].Play(GetPosition, GetVelocity); }
//public ISoundChannel PlayLoopedWithIntervals(float minWaitTime, float maxWaitTime, float initialCooldown)
//{
// var channel = new IntervalChannel
// {
// Playable = this,
// Is3DSound = false,
// MinWaitTime = minWaitTime,
// MaxWaitTime = maxWaitTime,
// _3DPanLevel = SoundManager.Instance._3DPanLevel,
// //_3DSpread = SoundManager.Instance._3DSpread,
// };
// channel.QueuePlayback(initialCooldown);
// return channel;
//}
public ISoundChannel PlayLoopedWithIntervals(float minWaitTime, float maxWaitTime, float initialCooldown, PlayArgs args)
{
bool is3DSound = true;
if (args.GetPosition == null || args.GetVelocity == null)
{
is3DSound = false;
}
bool sampleIs3DSound = ((IInternalSoundResource)availablePlayables[0]).Is3DSound;
if (is3DSound != sampleIs3DSound)
{
throw new Exception(String.Format("Trying to play {0}D-sound as a {1}-sound", sampleIs3DSound ? 3 : 2, is3DSound ? 3 : 2));
}
var channel = new IntervalChannel
{
Playable = this,
Is3DSound = is3DSound,
MinWaitTime = minWaitTime,
MaxWaitTime = maxWaitTime
};
if (is3DSound)
{
channel._3DPanLevel = SoundManager.Instance._3DPanLevel;
channel.GetPosition = args.GetPosition;
channel.GetVelocity = args.GetVelocity;
}
if (args.FadeInTime > 0)
{
channel.QueuePlayback(initialCooldown, args.FadeInTime);
}
else
{
channel.QueuePlayback(initialCooldown);
}
return(channel);
}
//public ISoundChannel Play() { return availablePlayables[random.Next(availablePlayables.Count)].Play(); }
//public ISoundChannel Play(float fadeTime) { return availablePlayables[random.Next(availablePlayables.Count)].Play(fadeTime); }
//public ISoundChannel Play(Vector3 position, Vector3 velocity) { return availablePlayables[random.Next(availablePlayables.Count)].Play(position, velocity); }
//public ISoundChannel Play(Func<Vector3> GetPosition, Func<Vector3> GetVelocity) { return availablePlayables[random.Next(availablePlayables.Count)].Play(GetPosition, GetVelocity); }
//public ISoundChannel PlayLoopedWithIntervals(float minWaitTime, float maxWaitTime, float initialCooldown)
//{
// var channel = new IntervalChannel
// {
// Playable = this,
// Is3DSound = false,
// MinWaitTime = minWaitTime,
// MaxWaitTime = maxWaitTime,
// _3DPanLevel = SoundManager.Instance._3DPanLevel,
// //_3DSpread = SoundManager.Instance._3DSpread,
// };
// channel.QueuePlayback(initialCooldown);
// return channel;
//}
public ISoundChannel PlayLoopedWithIntervals(float minWaitTime, float maxWaitTime, float initialCooldown, PlayArgs args)
{
bool is3DSound = true;
if (args.GetPosition == null || args.GetVelocity == null)
is3DSound = false;
bool sampleIs3DSound = ((IInternalSoundResource)availablePlayables[0]).Is3DSound;
if (is3DSound != sampleIs3DSound)
throw new Exception(String.Format("Trying to play {0}D-sound as a {1}-sound", sampleIs3DSound ? 3 : 2, is3DSound ? 3 : 2));
var channel = new IntervalChannel
{
Playable = this,
Is3DSound = is3DSound,
MinWaitTime = minWaitTime,
MaxWaitTime = maxWaitTime
};
if (is3DSound)
{
channel._3DPanLevel = SoundManager.Instance._3DPanLevel;
channel.GetPosition = args.GetPosition;
channel.GetVelocity = args.GetVelocity;
}
if (args.FadeInTime > 0)
channel.QueuePlayback(initialCooldown, args.FadeInTime);
else
channel.QueuePlayback(initialCooldown);
return channel;
}
