// will be called when speaking has finished
private async void _fileInputNode_FileCompleted(AudioFileInputNode sender, object args)
{
if (_fileInputNode.LoopCount > 0)
{
return; // track the loop count down and wait until the end -murks MS will get here twice with 0 when the loopCount is used
}
_fileInputNode.Stop( );
await EndOfSound( );
}
private async void MainGraph_QuantumProcessed(AudioGraph sender, object args)
{
try
{
this.Position = mainInputNode.Position;
if (NextJump != null)
{
if (NextJump != null &&
Position >= NextJump.Origin - NextJump.CrossFade &&
Position <= NextJump.Origin &&
!IsFading &&
NextJump.Song == mainSong)
{
IsFading = true;
subInputNode = mainInputNode;
subSong = mainSong;
mainSong = NextJump.TargetSong ?? NextJump.Song;
mainInputNode = await mainSong.Song.CreateNode(graph);
mainInputNode.AddOutgoingConnection(outputNode);
mainInputNode.StartTime = NextJump.TargetTime - (NextJump.Origin - subInputNode.Position);
mainInputNode.OutgoingGain = 0;
mainInputNode.Start();
}
if (IsFading && subInputNode != null)
{
var fadePosition = (NextJump.Origin - subInputNode.Position);
var fadeTime = NextJump.CrossFade;
var percentage = Math.Min(1.0, Math.Max(0.0, fadePosition.TotalSeconds / fadeTime.TotalSeconds));
subInputNode.OutgoingGain = percentage;
mainInputNode.OutgoingGain = 1.0 - percentage;
}
if (Position > NextJump.Origin &&
IsFading && subInputNode != null)
{
mainInputNode.OutgoingGain = 1.0;
subInputNode.Stop();
subInputNode.RemoveOutgoingConnection(outputNode);
subInputNode.Dispose();
subInputNode = null;
subSong = null;
NextJump = NextJump.NextDefaultJump;
IsFading = false;
}
}
}
catch (Exception e)
{
App.Log(e);
Recover();
}
}
private void MainPage_FileCompleted(AudioFileInputNode sender, object args)
{
sender.Stop();
}
private void MainPage_FileCompleted(AudioFileInputNode sender, object args)
{
sender.Stop();
}
