/**
* Calculates energy for each frame.
*
* @param wav recording object
* @param options transform options
*/
public override void Process(WaveFile wav, TransformOptions options)
{
wavFilename = wav.GetFilename();
int framesCount = wav.GetFramesCount();
Array.Resize(ref featureArray, framesCount);
if (m_indicator != null)
{
m_indicator.Start(0, framesCount - 1);
}
Transform transform = new Transform(options);
for (int i = 0; i < framesCount; ++i)
{
List <double> @params = new List <double>();
@params.Add(transform.FrameLogEnergy(wav.frames[i]));
featureArray[i] = @params.ToArray();
if (m_indicator != null)
{
m_indicator.Progress(i);
}
}
if (m_indicator != null)
{
m_indicator.Stop();
}
}
/**
* Calculates energy for each frame.
*
* @param wav recording object
* @param options transform options
*/
public override void Process(WaveFile wav, TransformOptions options)
{
wavFilename = wav.GetFilename();
int framesCount = wav.GetFramesCount();
Array.Resize(ref featureArray, framesCount);
if (m_indicator != null)
m_indicator.Start(0, framesCount-1);
Transform transform = new Transform(options);
for (int i = 0; i < framesCount; ++i)
{
List<double> @params = new List<double>();
@params.Add(transform.FrameLogEnergy(wav.frames[i]));
featureArray[i] = @params.ToArray();
if (m_indicator != null)
m_indicator.Progress(i);
}
if (m_indicator != null)
m_indicator.Stop();
}
