public PianoSynth()
{
mixer = new WaveMixerStream32();
mixer.AutoStop = false;
int i = 0;
foreach (var note in noteFiles)
{
reader[i] = new WaveFileReader(note);
offsetStream[i] = new WaveOffsetStream(reader[i]);
channelSteam[i] = new WaveChannel32(offsetStream[i]);
channelSteam[i].Position = channelSteam[i].Length;
mixer.AddInputStream(channelSteam[i]);
i++;
}
if (waveOutDevice == null)
{
waveOutDevice = new WaveOut {DeviceNumber = 0};
waveOutDevice.Init(mixer);
waveOutDevice.Volume = 0;
waveOutDevice.Play();
waveOutDevice.Volume = 100;
}
}
public frmMixTest()
{
//Setup the Mixer
mixer = new WaveMixerStream32();
mixer.AutoStop = false;
}
public TestMix()
{
//WaveStream str1 = new Mp3FileReader("C:\\Users\\mtemkine\\Desktop\\snd\\guitar1.mp3");
//WaveStream str2 = new Mp3FileReader("C:\\Users\\mtemkine\\Desktop\\snd\\molecules.mp3");
//WaveMixerStream32 mix = new WaveMixerStream32(new [] {str1, str2}, false);
var background = new Mp3FileReader("C:\\Users\\mtemkine\\Desktop\\snd\\ferriss.mp3");
var message = new Mp3FileReader("C:\\Users\\mtemkine\\Desktop\\snd\\guitar1.mp3");
var mixer = new WaveMixerStream32();
mixer.AutoStop = true;
var messageOffset = background.TotalTime;
var messageOffsetted = new WaveOffsetStream(message, TimeSpan.FromSeconds(1.5), TimeSpan.Zero, message.TotalTime.Subtract(TimeSpan.FromSeconds(1)));
var background32 = new WaveChannel32(background);
background32.PadWithZeroes = false;
background32.Volume = 0.9f;
var message32 = new WaveChannel32(messageOffsetted);
message32.PadWithZeroes = false;
message32.Volume = 0.7f;
var s1 = new RawSourceWaveStream(background32, new WaveFormat(8000, 16, 1));
var s2 = new RawSourceWaveStream(message32, new WaveFormat(8000, 16, 1));
WaveFormat targetFormat = WaveFormat.CreateIeeeFloatWaveFormat(128, 2);
var ss1 = new WaveFormatConversionStream(targetFormat, background32);
//var c = new WaveFormatConversionStream(WaveFormat.CreateALawFormat(8000, 1), background32);
//var stream_background32 = new WaveFormatConversionStream(new WaveFormat(256, 32, 2), background32);
//var stream_message32 = new WaveFormatConversionStream(new WaveFormat(256, 32, 2), message32);
mixer.AddInputStream(s1);
mixer.AddInputStream(s2);
WaveFileWriter.CreateWaveFile("mycomposed.wav", new Wave32To16Stream(mixer));
}
private static void AddIntroOutro(string SermonFileName = "",
string IntroFileName = "",
string OutroFileName = "",
double StartSermonTime = 0,
double StartOutroTime = 0,
string ResultingFile = "")
{
if (String.IsNullOrWhiteSpace(SermonFileName)) throw new ArgumentException("SermonFileName must reference a valid file.");
if (String.IsNullOrWhiteSpace(IntroFileName)) throw new ArgumentException("IntroFileName must reference a valid file.");
if (String.IsNullOrWhiteSpace(OutroFileName)) throw new ArgumentException("OutroFileName must reference a valid file.");
if (String.IsNullOrWhiteSpace(ResultingFile)) ResultingFile = Settings.Default.IntroOutroDirectory;
WaveFileReader intro = new WaveFileReader(IntroFileName);
WaveFileReader outro = new WaveFileReader(OutroFileName);
WaveFileReader audio = new WaveFileReader(SermonFileName);
WaveMixerStream32 mixer = new WaveMixerStream32();
//mixer.AutoStop;
WaveOffsetStream audioOffsetted = new WaveOffsetStream(
audio,
TimeSpan.FromSeconds(StartSermonTime), //N seconds after start of intro.
TimeSpan.Zero,
audio.TotalTime);
TimeSpan outroOffset = TimeSpan.FromSeconds(StartSermonTime) + audio.TotalTime - TimeSpan.FromSeconds(StartOutroTime);
WaveOffsetStream outroOffsetted = new WaveOffsetStream(
outro,
outroOffset,
TimeSpan.Zero,
outro.TotalTime);
WaveChannel32 intro32 = new WaveChannel32(intro);
intro32.PadWithZeroes = false;
mixer.AddInputStream(intro32);
WaveChannel32 outro32 = new WaveChannel32(outroOffsetted);
outro32.PadWithZeroes = false;
mixer.AddInputStream(outro32);
WaveChannel32 audio32 = new WaveChannel32(audioOffsetted);
audio32.PadWithZeroes = false;
mixer.AddInputStream(audio32);
FileInfo file = new FileInfo(SermonFileName);
if (!Directory.Exists(ResultingFile)) Directory.CreateDirectory(ResultingFile);
string FileOut = String.Format(@"{0}\{1}", ResultingFile, file.Name);
WaveFileWriter.CreateWaveFile(FileOut, new Wave32To16Stream(mixer));
}
public MixDiffForm()
{
InitializeComponent();
mixer = new WaveMixerStream32();
mixer.AutoStop = false;
skipSeconds = 3;
fileButtons = new List<Button>();
fileButtons.Add(buttonA);
fileButtons.Add(buttonB);
fileButtons.Add(buttonC);
fileButtons.Add(buttonD);
}
/// <summary>
/// Setup Audio via NAudio. Defaults to using Asio for Audio Output.
/// </summary>
public void SetupAudio()
{
//Setup the Mixer
mixer = new WaveMixerStream32();
mixer.AutoStop = false;
if (waveOutDevice == null)
{
//waveOutDevice = new AsioOut();
waveOutDevice = new WaveOut(0, 300, false);
waveOutDevice.Init(mixer);
waveOutDevice.Play();
}
}
static Audio()
{
if (!initialized)
{
#if WINDOWS
try
{
mixer = new WaveMixerStream32();
mixer.AutoStop = false;
waveOutDevice = new DirectSoundOut(50);
waveOutDevice.Init(mixer);
initialized = true;
}
catch (Exception driverCreateException)
{
Console.WriteLine(String.Format("{0}", driverCreateException.Message));
return;
}
#endif
}
}
public override int Read(byte[] buffer, int offset, int count)
{
if (this.AutoStop && this.position + (long)count > this.length)
{
count = (int)(this.length - this.position);
}
if (count % this.bytesPerSample != 0)
{
throw new ArgumentException("Must read an whole number of samples", "count");
}
Array.Clear(buffer, offset, count);
int val = 0;
byte[] array = new byte[count];
lock (this.inputsLock)
{
foreach (WaveStream waveStream in this.inputStreams)
{
if (waveStream.HasData(count))
{
int num = waveStream.Read(array, 0, count);
val = Math.Max(val, num);
if (num > 0)
{
WaveMixerStream32.Sum32BitAudio(buffer, offset, array, num);
}
}
else
{
val = Math.Max(val, count);
waveStream.Position += (long)count;
}
}
}
this.position += (long)count;
return(count);
}
public void Init(Map map)
{
if (waveOutDevice != null)
{
waveOutDevice.Stop();
waveOutDevice.Dispose();
mixer.Close();
}
OpenMidiFile();
mixer = new WaveMixerStream32();
mixer.AutoStop = true;
waveOutDevice = new NAudio.Wave.DirectSoundOut();
//waveOutDevice = new NAudio.Wave.AsioOut();
waveOutDevice.Init(mixer);
int countSample = 0;
map.Channels.ForEach(c => c.ListSample.ForEach(s => countSample++));
countSample *= CountInstancePerSample;
reader = new WaveStream[countSample];
offsetStream = new EffectStream[countSample];
channelSteam = new WaveChannel32[countSample];
PlayingNote = new bool[countSample];
dicSample = new Dictionary<String, List<int>>();
dicEffect = new Dictionary<String, List<List<Effect>>>();
LoadSample(map);
waveOutDevice.Play();
mixer.Position = long.MaxValue;
mixer.AutoStop = false;
CreateMidi();
}
private byte[] RealMix(ReceivedRtp item1, ReceivedRtp item2)
{
if (item1 == null || item2 == null) return null;
if (item1.size == 0 || item2.size == 0) return null;
byte[] wavSrc1 = new byte[item1.size - headersize];
byte[] wavSrc2 = new byte[item2.size - headersize];
Array.Copy(item1.buff, headersize, wavSrc1, 0, (item1.size - headersize));
Array.Copy(item2.buff, headersize, wavSrc2, 0, (item2.size - headersize));
WaveMixerStream32 mixer = new WaveMixerStream32();
// mixer.AutoStop = true;
MemoryStream memstrem = new MemoryStream(wavSrc1);
RawSourceWaveStream rawsrcstream = new RawSourceWaveStream(memstrem, this.codec);
WaveFormatConversionStream conversionstream = new WaveFormatConversionStream(pcmFormat16, rawsrcstream);
WaveChannel32 channelstream = new WaveChannel32(conversionstream);
mixer.AddInputStream(channelstream);
memstrem = new MemoryStream(wavSrc2);
rawsrcstream = new RawSourceWaveStream(memstrem, this.codec);
conversionstream = new WaveFormatConversionStream(pcmFormat16, rawsrcstream);
channelstream = new WaveChannel32(conversionstream);
mixer.AddInputStream(channelstream);
mixer.Position = 0;
Wave32To16Stream to16 = new Wave32To16Stream(mixer);
var convStm = new WaveFormatConversionStream(pcmFormat8, to16);
byte[] mixedbytes = new byte[(int)convStm.Length];
int chk = convStm.Read(mixedbytes, 0, (int)convStm.Length);
//Buffer.BlockCopy(tobyte, 0, writingBuffer, 0, tobyte.Length);
memstrem.Close();
rawsrcstream.Close();
conversionstream.Close();
channelstream.Close();
convStm.Close(); convStm.Dispose(); convStm = null;
to16.Close(); to16.Dispose(); to16 = null;
mixer.Close(); mixer.Dispose(); mixer = null;
return mixedbytes;
}
private void ProcessMixing2(RcvData data, int dataSize)
{
string processingFn = string.Format("d:\\{0}_{1}_{2}.wav", data.seqnum, data.extension, data.peernumber);
List<RecInfos> ls0 = lExtension0.FindAll(
delegate(RecInfos list)
{
return list.rcvData.Equals(data) && list.isExtension == 0;
});
List<RecInfos> ls1 = lExtension1.FindAll(
delegate(RecInfos list)
{
return list.rcvData.Equals(data) && list.isExtension == 1;
});
IsExtensionComparer isExtensionCompare = new IsExtensionComparer();
ls0.Sort(isExtensionCompare);
ls1.Sort(isExtensionCompare);
int count = 0;
int count0 = ls0.Count();
int count1 = ls1.Count();
if (count0 - count1 < 0)
count = count0;
else
count = count1;
byte[] buffWriting = new byte[320 * count];
for (int i = 0; i < count; i++)
{
if (ls0[i].seq == ls1[i].seq)
{
// 믹싱
// 코덱 종류에 따라서 바이트 길이는 달라질 수 있다. 실제로 만들 때 경우의 수 확인하고 만들어야 한다.
byte[] wavSrc0 = new byte[160];
byte[] wavSrc1 = new byte[160];
Array.Copy(ls0[i].voice, 12, wavSrc0, 0, wavSrc0.Length);
Array.Copy(ls1[i].voice, 12, wavSrc1, 0, wavSrc1.Length);
WaveMixerStream32 mixer = new WaveMixerStream32();
//mixer.AutoStop = true;
WaveChannel32 channelStm = null;
MemoryStream memStm = null;
BufferedStream bufStm = null;
RawSourceWaveStream rawSrcStm = null;
WaveFormatConversionStream conversionStm = null;
for (int j = 0; j < 2; j++)
{
if (j == 0)
memStm = new MemoryStream(wavSrc0);
else
memStm = new MemoryStream(wavSrc1);
bufStm = new BufferedStream(memStm);
rawSrcStm = new RawSourceWaveStream(bufStm, mulawFormat);
conversionStm = new WaveFormatConversionStream(pcmFormat, rawSrcStm);
channelStm = new WaveChannel32(conversionStm);
mixer.AddInputStream(channelStm);
}
mixer.Position = 0;
Wave32To16Stream to16 = new Wave32To16Stream(mixer);
var convStm = new WaveFormatConversionStream(pcmFormat, to16);
byte[] tobyte = new byte[(int)convStm.Length];
int chk = convStm.Read(tobyte, 0, (int)convStm.Length);
Buffer.BlockCopy(tobyte, 0, buffWriting, i * tobyte.Length, tobyte.Length);
conversionStm.Close();
rawSrcStm.Close();
bufStm.Close();
memStm.Close();
convStm.Close();
to16.Close();
channelStm.Close();
mixer.Close();
// 삭제
lExtension0.Remove(ls0[i]);
lExtension1.Remove(ls1[i]);
}
else if (ls0[i].seq - ls1[i].seq < 0)
{
// ls0 만 믹싱
// ls0 원본에 byte[] 붙임 > 원본 byte[]를 wavesream 으로 변환 > wave 파일로 저장
// 믹싱
// 코덱 종류에 따라서 바이트 길이는 달라질 수 있다. 실제로 만들 때 경우의 수 확인하고 만들어야 한다.
byte[] wavSrc0 = new byte[160];
byte[] wavSrc1 = new byte[160];
Array.Copy(ls0[i].voice, 12, wavSrc0, 0, wavSrc0.Length);
Array.Copy(ls1[i].voice, 12, wavSrc1, 0, wavSrc1.Length);
WaveMixerStream32 mixer = new WaveMixerStream32();
//mixer.AutoStop = true;
WaveChannel32 channelStm = null;
MemoryStream memStm = null;
BufferedStream bufStm = null;
RawSourceWaveStream rawSrcStm = null;
WaveFormatConversionStream conversionStm = null;
for (int j = 0; j < 2; j++)
{
if (j == 0)
memStm = new MemoryStream(wavSrc0);
else
memStm = new MemoryStream(wavSrc1);
bufStm = new BufferedStream(memStm);
rawSrcStm = new RawSourceWaveStream(bufStm, mulawFormat);
conversionStm = new WaveFormatConversionStream(pcmFormat, rawSrcStm);
channelStm = new WaveChannel32(conversionStm);
mixer.AddInputStream(channelStm);
}
mixer.Position = 0;
Wave32To16Stream to16 = new Wave32To16Stream(mixer);
var convStm = new WaveFormatConversionStream(pcmFormat, to16);
byte[] tobyte = new byte[(int)convStm.Length];
int chk = convStm.Read(tobyte, 0, (int)convStm.Length);
Buffer.BlockCopy(tobyte, 0, buffWriting, i * tobyte.Length, tobyte.Length);
conversionStm.Close();
rawSrcStm.Close();
bufStm.Close();
memStm.Close();
convStm.Close();
to16.Close();
channelStm.Close();
mixer.Close();
// 삭제
lExtension0.Remove(ls0[i]);
ls1.Insert(i + 1, ls1[i]);
}
else if (ls0[i].seq - ls1[i].seq > 0)
{
// ls1 만 믹싱
// ls1 원본에 byte[] 붙임 > 원본 byte[]를 wavesream 으로 변환 > wave 파일로 저장
// 믹싱
// 코덱 종류에 따라서 바이트 길이는 달라질 수 있다. 실제로 만들 때 경우의 수 확인하고 만들어야 한다.
byte[] wavSrc0 = new byte[160];
byte[] wavSrc1 = new byte[160];
Array.Copy(ls0[i].voice, 12, wavSrc0, 0, wavSrc0.Length);
Array.Copy(ls1[i].voice, 12, wavSrc1, 0, wavSrc1.Length);
WaveMixerStream32 mixer = new WaveMixerStream32();
//mixer.AutoStop = true;
WaveChannel32 channelStm = null;
MemoryStream memStm = null;
BufferedStream bufStm = null;
RawSourceWaveStream rawSrcStm = null;
WaveFormatConversionStream conversionStm = null;
for (int j = 0; j < 2; j++)
{
if (j == 0)
memStm = new MemoryStream(wavSrc0);
else
memStm = new MemoryStream(wavSrc1);
bufStm = new BufferedStream(memStm);
rawSrcStm = new RawSourceWaveStream(bufStm, mulawFormat);
conversionStm = new WaveFormatConversionStream(pcmFormat, rawSrcStm);
channelStm = new WaveChannel32(conversionStm);
mixer.AddInputStream(channelStm);
}
mixer.Position = 0;
Wave32To16Stream to16 = new Wave32To16Stream(mixer);
var convStm = new WaveFormatConversionStream(pcmFormat, to16);
byte[] tobyte = new byte[(int)convStm.Length];
int chk = convStm.Read(tobyte, 0, (int)convStm.Length);
Buffer.BlockCopy(tobyte, 0, buffWriting, i * tobyte.Length, tobyte.Length);
conversionStm.Close();
rawSrcStm.Close();
bufStm.Close();
memStm.Close();
convStm.Close();
to16.Close();
channelStm.Close();
mixer.Close();
// 삭제
lExtension1.Remove(ls1[i]);
ls0.Insert(i + 1, ls0[i]);
}
}
// 10개의 버프를 바이트로 만들어 WaveFileWrite
WaveFileWriting(buffWriting, processingFn);
}
public NAudioDriver(IntPtr WindowHandle)
{
Name = "NAudio Driver";
AssociatedHandle = WindowHandle;
Mixer = new WaveMixerStream32();
}
/// <summary>
/// Mescla dois arquivos Mp3, sobrepondo suas faixas.
/// </summary>
public static MemoryStream MesclarMp3(string arquivoTrilhaSonora, float volumeTrilha, string arquivoVoz, float volumeVoz)
{
// Lê os arquivos MP3 do disco
Mp3FileReader mpTrilhaSonora = new Mp3FileReader(arquivoTrilhaSonora);
Mp3FileReader mpVoz = new Mp3FileReader(arquivoVoz);
//Decodifica os arquivos MP3
WaveStream trilhaSonora = WaveFormatConversionStream.CreatePcmStream(mpTrilhaSonora);
WaveStream voz = WaveFormatConversionStream.CreatePcmStream(mpVoz);
var mixer = new WaveMixerStream32 { AutoStop = true };
//var vozOffset = trilhaSonora.TotalTime;
//var vozOffsetted = new WaveOffsetStream(voz, TimeSpan.FromSeconds(10), TimeSpan.Zero, voz.TotalTime.Subtract(TimeSpan.FromSeconds(30)));
var trilhaSonora32 = new WaveChannel32(trilhaSonora) { PadWithZeroes = false, Volume = volumeTrilha };
mixer.AddInputStream(trilhaSonora32);
var voz32 = new WaveChannel32(voz) { PadWithZeroes = false, Volume = volumeVoz };
mixer.AddInputStream(voz32);
var wave32 = new Wave32To16Stream(mixer);
// Codifica o Wave para MP3
return ConverterWaveStreamParaMp3Stream(wave32);
}
private void ProcessMixingFinal(RcvData data, int dataSize)
{
string processingFn = string.Format("e:\\{0}_{1}_{2}.wav", data.seqnum, data.extension, data.peernumber);
List<RecInfos> ls0 = lExtension0.FindAll(
delegate(RecInfos list)
{
return list.rcvData.Equals(data) && list.isExtension == 0;
});
List<RecInfos> ls1 = lExtension1.FindAll(
delegate(RecInfos list)
{
return list.rcvData.Equals(data) && list.isExtension == 1;
});
IsExtensionComparer isExtensionCompare = new IsExtensionComparer();
ls0.Sort(isExtensionCompare);
ls1.Sort(isExtensionCompare);
int count = 0;
int count0 = ls0.Count();
int count1 = ls1.Count();
if (count0 - count1 < 0)
count = count0;
else
count = count1;
for (int i = 0; i < count; i++)
{
if (ls0[i].seq == ls1[i].seq)
{
// 믹싱
byte[] wavSrc0 = new byte[160];
byte[] wavSrc1 = new byte[160];
Array.Copy(ls0[i].voice, 12, wavSrc0, 0, wavSrc0.Length);
Array.Copy(ls1[i].voice, 12, wavSrc1, 0, wavSrc1.Length);
WaveMixerStream32 mixer = new WaveMixerStream32();
//mixer.AutoStop = true;
WaveChannel32 channelStm = null;
for (int j = 0; j < 2; j++)
{
MemoryStream memStm = null;
BufferedStream bufStm = null;
RawSourceWaveStream rawSrcStm = null;
WaveFormatConversionStream conversionStm = null;
if (j == 0)
memStm = new MemoryStream(wavSrc0);
else
memStm = new MemoryStream(wavSrc1);
bufStm = new BufferedStream(memStm);
rawSrcStm = new RawSourceWaveStream(bufStm, mulawFormat);
conversionStm = new WaveFormatConversionStream(pcmFormat, rawSrcStm);
channelStm = new WaveChannel32(conversionStm);
mixer.AddInputStream(channelStm);
}
mixer.Position = 0;
if (File.Exists(processingFn))
{
var wavefilestream = new WaveFileReader(processingFn);
byte[] wavefilebyte = new byte[(int)wavefilestream.Length];
int chk0 = wavefilestream.Read(wavefilebyte, 0, wavefilebyte.Length);
Wave32To16Stream to16 = new Wave32To16Stream(mixer);
var conversionStm = new WaveFormatConversionStream(pcmFormat, to16);
byte[] tobyte = new byte[(int)conversionStm.Length];
int chk1 = conversionStm.Read(tobyte, 0, (int)conversionStm.Length);
byte[] desByte = new byte[wavefilebyte.Length + tobyte.Length];
conversionStm.Close();
wavefilestream.Close();
Buffer.BlockCopy(wavefilebyte, 0, desByte, 0, wavefilebyte.Length);
Buffer.BlockCopy(tobyte, 0, desByte, wavefilebyte.Length, tobyte.Length);
using (MemoryStream memStm = new MemoryStream(desByte))
using (BufferedStream buffStm = new BufferedStream(memStm))
using (RawSourceWaveStream rawSrcStm = new RawSourceWaveStream(buffStm, pcmFormat))
{
WaveFileWriter.CreateWaveFile(processingFn, rawSrcStm);
}
}
else
{
var mixedStm = new Wave32To16Stream(mixer);
var convStm = new WaveFormatConversionStream(pcmFormat, mixedStm);
WaveFileWriter.CreateWaveFile(processingFn, convStm);
convStm.Close();
mixedStm.Close();
}
mixer.Close();
// 삭제
lExtension0.Remove(ls0[i]);
lExtension1.Remove(ls1[i]);
}
else if (ls0[i].seq - ls1[i].seq < 0)
{
// ls0 만 믹싱
// ls0 원본에 byte[] 붙임 > 원본 byte[]를 wavesream 으로 변환 > wave 파일로 저장
if (File.Exists(processingFn))
{
//wavefilestream = new WaveFileReader(processingFn);
}
else
{
}
// 삭제
lExtension0.Remove(ls0[i]);
ls1.Insert(i + 1, ls1[i]);
}
else if (ls0[i].seq - ls1[i].seq > 0)
{
// ls1 만 믹싱
// ls1 원본에 byte[] 붙임 > 원본 byte[]를 wavesream 으로 변환 > wave 파일로 저장
if (File.Exists(processingFn))
{
//wavefilestream = new WaveFileReader(processingFn);
}
else
{
}
// 삭제
lExtension1.Remove(ls1[i]);
ls0.Insert(i + 1, ls0[i]);
}
}
}
private void MixDiffForm_FormClosing(object sender, FormClosingEventArgs e)
{
if (playbackStatus != PlaybackStatus.Stopped)
{
Stop();
}
if (wavePlayer != null)
{
wavePlayer.Dispose();
wavePlayer = null;
}
if (mixer != null)
{
mixer.Dispose();
mixer = null;
}
}
private AudioMixer()
{
mixer = new WaveMixerStream32 {
AutoStop = false
};
player = new WasapiOut(AudioClientShareMode.Shared, 100);
player.Init(mixer);
player.Play();
}
private void InitializeMixer()
{
_sineWaveProviders = new List<SineWaveProvider32>();
_mixer = new WaveMixerStream32();
_mixer.AutoStop = false; // TODO: Figure out what this does.
// Initialize the sine wave providers with the frequences of all the possible Pitches
// Also add them to the mixer.
foreach (Pitches pitch in (Pitches[])Enum.GetValues(typeof(Pitches)))
{
SineWaveProvider32 sineWaveProvider = new SineWaveProvider32();
sineWaveProvider.SetWaveFormat(16000, 1); // 16kHz mono
sineWaveProvider.Frequency = pitch.Frequency();
sineWaveProvider.Amplitude = 0F; // Default volume for each pitch to "off"
_sineWaveProviders.Add(sineWaveProvider);
// Supposedly WaveMixerStream32's don't actually handle WaveProviders, only WaveStreams. *shrug*
_mixer.AddInputStream(new WaveProviderToWaveStream(sineWaveProvider));
}
//_pitchUsageCounters = new int[Enum.GetValues(typeof(Pitches)).Length];
}
