public void OnAudioDataReceived(float[] data, int numChannels)
{
if (AudioDataReceived != null)
{
AudioFrameData frameData = new AudioFrameData(data, numChannels);
AudioDataReceived(frameData);
}
}
public void OnAudioDataReceived(float[] data, int numChannels)
{
if (AudioDataReceived != null)
{
AudioFrameData frameData = new AudioFrameData(data, numChannels);
AudioDataReceived(frameData);
}
}
private void OnAudioDataReceived(AudioFrameData frameData)
{
this.audio.clip.SetData(frameData.AudioData, this.writeBoundary);
this.writeBoundary += frameData.AudioData.Length;
if (readBoundary + minBufferLength <= writeBoundary && !audio.isPlaying)
{
this.audio.Play();
}
}
private void OnAudioDataReceived(AudioFrameData frameData)
{
this.audio.clip.SetData(frameData.AudioData, this.writeBoundary);
this.writeBoundary += frameData.AudioData.Length;
if (readBoundary + minBufferLength <= writeBoundary && !audio.isPlaying)
{
this.audio.Play();
}
}
public void EncodeData(AudioFrameData frameData)
{
short[] shortData = new short[frameData.AudioData.Length];
Util.ConvertToShortArray(frameData.AudioData, shortData);
Byte[] encodedBytes = new Byte[shortData.Length * 2];
int numEncodedBytes = encoder.Encode(shortData, 0, encoder.FrameSize, encodedBytes, 0, encodedBytes.Length);
int difference = encodedBytes.Length - numEncodedBytes;
Debug.Log("Wasted bytes: " + difference);
byte[] trimmedBytes = new byte[numEncodedBytes];
Buffer.BlockCopy(encodedBytes, 0, trimmedBytes, 0, numEncodedBytes);
OnAudioFrameEncoded(trimmedBytes, numEncodedBytes);
}
public void OnAudioDataReceived(float[] data, int numChannels)
{
if (AudioDataReceived != null)
{
AudioFrameData frameData = new AudioFrameData(data, numChannels);
AudioDataReceived(frameData);
}
if (!printedToFile)
{
Util.PrintToFile(data, "received" + Util.CurrentTimeStamp);
printedToFile = true;
}
}
public void EncodeData(AudioFrameData frameData)
{
short[] shortData = new short[frameData.AudioData.Length];
Util.ConvertToShortArray(frameData.AudioData, shortData);
Byte[] encodedBytes = new Byte[shortData.Length * 2];
int numEncodedBytes = encoder.Encode(shortData, 0, encoder.FrameSize, encodedBytes, 0, encodedBytes.Length);
int difference = encodedBytes.Length - numEncodedBytes;
Debug.Log("Wasted bytes: " + difference);
byte[] trimmedBytes = new byte[numEncodedBytes];
Buffer.BlockCopy(encodedBytes, 0, trimmedBytes, 0, numEncodedBytes);
OnAudioFrameEncoded(trimmedBytes, numEncodedBytes);
}
public void SendAudioDataToRemote(AudioFrameData audioFramedata)
{
foreach (NetworkPlayer remoteTarget in this.remoteTargets)
{
if (remoteTarget.ipAddress == "unassigned")
{
throw new InvalidOperationException("No remote target set for audio tunnel.");
}
int length;
byte[] bytes = encodedBytes(audioFramedata, out length);
networkView.RPC("ReadAudioData_Remote", remoteTarget, bytes, audioFramedata.NumChannels, length);
}
}
public void SendAudioDataToRemote(AudioFrameData audioFramedata)
{
foreach (NetworkPlayer remoteTarget in this.remoteTargets)
{
if (remoteTarget.ipAddress == "unassigned")
{
throw new InvalidOperationException("No remote target set for audio tunnel.");
}
int length;
byte[] bytes = encodedBytes(audioFramedata, out length);
networkView.RPC("ReadAudioData_Remote", remoteTarget, bytes, audioFramedata.NumChannels, length);
}
}
private byte[] encodedBytes(AudioFrameData audioFramedata, out int length)
{
byte[] recordedBytes = Util.ToByteArrayBlockCopy(audioFramedata.AudioData);
int numOfShortsToSend = (recordedBytes.Length / 2) - (recordedBytes.Length / 2) % encoder.FrameSize;
short[] data = new short[numOfShortsToSend];
Buffer.BlockCopy(recordedBytes, 0, data, 0, numOfShortsToSend * 2);
byte[] encodedData = new byte[numOfShortsToSend * 2];
// note: the number of samples per frame must be a multiple of encoder.FrameSize
Debug.Log("recordedBytes: " + recordedBytes.Length +
" data: " + data.Length +
" encodedData: " + encodedData.Length +
" numOfBytesToSend: " + numOfShortsToSend * 2 +
" framesize: " + encoder.FrameSize);
length = encoder.Encode(data, 0, data.Length, encodedData, 0, encodedData.Length);
return encodedData;
}
private byte[] encodedBytes(AudioFrameData audioFramedata, out int length)
{
byte[] recordedBytes = Util.ToByteArrayBlockCopy(audioFramedata.AudioData);
int numOfShortsToSend = (recordedBytes.Length / 2) - (recordedBytes.Length / 2) % encoder.FrameSize;
short[] data = new short[numOfShortsToSend];
Buffer.BlockCopy(recordedBytes, 0, data, 0, numOfShortsToSend * 2);
byte[] encodedData = new byte[numOfShortsToSend * 2];
// note: the number of samples per frame must be a multiple of encoder.FrameSize
Debug.Log("recordedBytes: " + recordedBytes.Length +
" data: " + data.Length +
" encodedData: " + encodedData.Length +
" numOfBytesToSend: " + numOfShortsToSend * 2 +
" framesize: " + encoder.FrameSize);
length = encoder.Encode(data, 0, data.Length, encodedData, 0, encodedData.Length);
return(encodedData);
}
public void OnAudioDataReceived(float[] data, int numChannels)
{
if (AudioDataReceived != null)
{
AudioFrameData frameData = new AudioFrameData(data, numChannels);
AudioDataReceived(frameData);
}
if (!printedToFile)
{
Util.PrintToFile(data, "received" + Util.CurrentTimeStamp);
printedToFile = true;
}
}