public SyncedSamplePlayer()
{
Output = new MixerChannel(this);
_mainPlayer = new AudioPlayer();
Output.AddInputChannel(_mainPlayer.Output);
}
public ModulePlayer(string libraryFolder = "")
{
Output = new MixerChannel(this);
_mainPlayer = new AudioPlayer();
_libraryFolder = libraryFolder;
Output.AddInputChannel(_mainPlayer.Output);
}
/// <summary>
/// Initialises the raw loop mixer.
/// </summary>
private void InitialiseRawLoopMixer()
{
DebugHelper.WriteLine("InitialiseRawLoopMixer");
_rawLoopMixer = new MixerChannel(this, MixerChannelOutputType.MultipleOutputs);
_rawLoopOutputSplitter = new OutputSplitter(_rawLoopMixer, _speakerOutput, _monitorOutput);
DebugHelper.WriteLine("END InitialiseRawLoopMixer");
}
public OutputSplitter(MixerChannel inputChannel, Channel speakerChannel,
Channel monitorChannel)
{
SpeakerMixerChannel = new MixerChannel(inputChannel.BpmProvider);
SpeakerMixerChannel.AddInputChannel(inputChannel);
speakerChannel.AddInputChannel(SpeakerMixerChannel);
MonitorMixerChannel = new MixerChannel(inputChannel.BpmProvider);
MonitorMixerChannel.AddInputChannel(inputChannel);
monitorChannel.AddInputChannel(MonitorMixerChannel);
SoundOutput = SoundOutput.Speakers;
}
public OutputSplitter(MixerChannel inputChannel, Channel speakerChannel,
Channel monitorChannel)
{
SpeakerMixerChannel = new MixerChannel(inputChannel.BpmProvider);
SpeakerMixerChannel.AddInputChannel(inputChannel);
speakerChannel.AddInputChannel(SpeakerMixerChannel);
MonitorMixerChannel = new MixerChannel(inputChannel.BpmProvider);
MonitorMixerChannel.AddInputChannel(inputChannel);
monitorChannel.AddInputChannel(MonitorMixerChannel);
SoundOutput = SoundOutput.Speakers;
}
public void AddInputChannel(MixerChannel inputChannel)
{
switch (inputChannel.OutputType)
{
case MixerChannelOutputType.SingleOutput:
ChannelHelper.AddChannelToDecoderMixer(ChannelId, inputChannel.ChannelId);
break;
case MixerChannelOutputType.MultipleOutputs:
var splitOutputChannel = ChannelHelper.SplitDecoderMixer(inputChannel.ChannelId);
ChannelHelper.AddChannelToDecoderMixer(ChannelId, splitOutputChannel);
break;
default:
throw new ArgumentOutOfRangeException();
}
}
public void AddInputChannel(MixerChannel inputChannel)
{
switch (inputChannel.OutputType)
{
case MixerChannelOutputType.SingleOutput:
ChannelHelper.AddChannelToMixer(ChannelId, inputChannel.ChannelId);
break;
case MixerChannelOutputType.MultipleOutputs:
var splitOutputChannel = ChannelHelper.SplitDecoderMixer(inputChannel.ChannelId);
ChannelHelper.AddChannelToMixer(ChannelId, splitOutputChannel);
break;
default:
throw new ArgumentOutOfRangeException();
}
}
public AudioPlayer(IBmpProvider bpmProvider = null)
{
Output = new MixerChannel(bpmProvider);
_streamSections = new List<AudioStreamSection>();
}
/// <summary>
/// Initialises the track mixer.
/// </summary>
private void InitialiseTrackMixer()
{
DebugHelper.WriteLine("InitialiseTrackMixer");
// create mixer channel
_trackMixer = new MixerChannel(this, MixerChannelOutputType.MultipleOutputs);
_trackOutputSplitter = new OutputSplitter(_trackMixer, _speakerOutput, _monitorOutput);
// create clone of mixer channel and mute it
_trackSendMixer = new MixerChannel(this);
_trackSendMixer.AddInputChannel(_trackMixer);
_trackSendMixer.SetVolume(0);
// add the track FX to the track FX mixer,
_trackSendFxMixer = new MixerChannel(this);
_trackSendFxMixer.AddInputChannel(_trackSendMixer);
_trackSendFxMixer.CutBass();
// then that to the main mixer
_speakerOutput.AddInputChannel(_trackSendFxMixer);
DebugHelper.WriteLine("END InitialiseTrackMixer");
}
