public VolumeHandler(int[] volumeTable)
{
bool isDigital;
using (Settings reader = new MPSettings())
{
int levelStyle = reader.GetValueAsInt("volume", "startupstyle", 0);
if (levelStyle == 0)
{
_startupVolume = Math.Max(0, Math.Min(65535, reader.GetValueAsInt("volume", "lastknown", 52428)));
}
if (levelStyle == 1)
{
}
if (levelStyle == 2)
{
_startupVolume = Math.Max(0, Math.Min(65535, reader.GetValueAsInt("volume", "startuplevel", 52428)));
}
isDigital = reader.GetValueAsBool("volume", "digital", false);
_showVolumeOSD = reader.GetValueAsBool("volume", "defaultVolumeOSD", true);
}
_mixer = new Mixer.Mixer();
_mixer.Open(0, isDigital);
_volumeTable = volumeTable;
_mixer.ControlChanged += mixer_ControlChanged;
}
public override double[][] Process(double[][] input)
{
// TODO: Pre-Delay
internalMixer = new Mixer.Mixer();
double[] cf1Out = cf1.Process((double[])input[0].Clone());
double[] cf2Out = cf2.Process((double[])input[0].Clone());
double[] cf3Out = cf3.Process((double[])input[0].Clone());
double[] cf4Out = cf4.Process((double[])input[0].Clone());
// TODO: Stereo
Mixer.MixerChannel dryChannel = new Mixer.MixerChannel(input);
Mixer.MixerChannel cf1Channel = new Mixer.MixerChannel(cf1Out);
Mixer.MixerChannel cf2Channel = new Mixer.MixerChannel(cf2Out);
Mixer.MixerChannel cf3Channel = new Mixer.MixerChannel(cf3Out);
Mixer.MixerChannel cf4Channel = new Mixer.MixerChannel(cf4Out);
internalMixer.AddChannel(dryChannel);
internalMixer.AddChannel(cf1Channel);
internalMixer.AddChannel(cf2Channel);
internalMixer.AddChannel(cf3Channel);
internalMixer.AddChannel(cf4Channel);
// TODO: AllPass filtering
return internalMixer.Process();
}
public VolumeHandler(int[] volumeTable)
{
bool isDigital = true;
//string mixerControlledComponent = "Wave";
using (Settings reader = new MPSettings())
{
int levelStyle = reader.GetValueAsInt("volume", "startupstyle", 0);
if (levelStyle == 0)
{
_startupVolume = Math.Max(0, Math.Min(65535, reader.GetValueAsInt("volume", "lastknown", 52428)));
}
if (levelStyle == 1)
{
_startupVolume = _mixer.Volume;
}
if (levelStyle == 2)
{
_startupVolume = Math.Max(0, Math.Min(65535, reader.GetValueAsInt("volume", "startuplevel", 52428)));
}
//mixerControlledComponent = reader.GetValueAsString("volume", "controlledMixer", "Wave");
isDigital = reader.GetValueAsBool("volume", "digital", false);
_showVolumeOSD = reader.GetValueAsBool("volume", "defaultVolumeOSD", true);
}
_mixer = new Mixer.Mixer();
_mixer.Open(0, isDigital);
_volumeTable = volumeTable;
_mixer.ControlChanged += new Mixer.MixerEventHandler(mixer_ControlChanged);
}
public VolumeHandler(int[] volumeTable)
{
if (GUIGraphicsContext.DeviceAudioConnected > 0)
{
bool isDigital;
using (Settings reader = new MPSettings())
{
int levelStyle = reader.GetValueAsInt("volume", "startupstyle", 0);
if (levelStyle == 0)
{
_startupVolume = Math.Max(0, Math.Min(65535, reader.GetValueAsInt("volume", "lastknown", 52428)));
}
if (levelStyle == 1)
{
}
if (levelStyle == 2)
{
_startupVolume = Math.Max(0, Math.Min(65535, reader.GetValueAsInt("volume", "startuplevel", 52428)));
}
isDigital = reader.GetValueAsBool("volume", "digital", false);
_showVolumeOSD = reader.GetValueAsBool("volume", "defaultVolumeOSD", true);
}
try
{
_mixer = new Mixer.Mixer();
_mixer.Open(0, isDigital);
_volumeTable = volumeTable;
_mixer.ControlChanged += mixer_ControlChanged;
}
catch (Exception ex)
{
Log.Error("VolumeHandler: Mixer exception when init {0}", ex);
}
}
else
{
_volumeTable = volumeTable;
}
}
