use of be.tarsos.dsp.io.PipedAudioStream in project cythara by gstraube.
the class AudioDispatcherFactory method fromPipe.
/**
* Create a stream from a piped sub process and use that to create a new
* {@link AudioDispatcher} The sub-process writes a WAV-header and
* PCM-samples to standard out. The header is ignored and the PCM samples
* are are captured and interpreted. Examples of executables that can
* convert audio in any format and write to stdout are ffmpeg and avconv.
*
* @param source
* The file or stream to capture.
* @param targetSampleRate
* The target sample rate.
* @param audioBufferSize
* The number of samples used in the buffer.
* @param bufferOverlap
* The number of samples to overlap the current and previous buffer.
* @return A new audioprocessor.
*/
public static AudioDispatcher fromPipe(final String source, final int targetSampleRate, final int audioBufferSize, final int bufferOverlap) {
PipedAudioStream f = new PipedAudioStream(source);
TarsosDSPAudioInputStream audioStream = f.getMonoStream(targetSampleRate, 0);
return new AudioDispatcher(audioStream, audioBufferSize, bufferOverlap);
}
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