private void genericFilter1_ProcessData(object Sender, Mitov.SignalLab.ProcessBlockNotifyArgs Args)
{
try
{
// wavePlayer1.Enabled = false;
//wavePlayer1.Stop();
if (!wavePlayer1.FileName.Contains('-'))
{
index = -1;
basefilename = wavePlayer1.FileName;
size = (int)Args.InBuffer.GetSize();
if (size > 2048) size = 2048;
for (int i = 0; i < size; i++)
{
basesignal[i] = Args.InBuffer[i];
}
convolve(basesignal, Args.InBuffer);
wavePlayer1.FileName = wavePlayer1.FileName.Substring(0, wavePlayer1.FileName.Length - 4) + index + ".wav";
//
wavePlayer1.Enabled = true;
wavePlayer1.Start();
}
else
{
convolve(basesignal, Args.InBuffer);
index--;
if (index < -9)
{
output(Result);
Application.Exit();
}
wavePlayer1.FileName = wavePlayer1.FileName.Substring(0, wavePlayer1.FileName.Length - 6) + index + ".wav";
//wavePlayer1.Start();
wavePlayer1.Enabled = true;
wavePlayer1.Start();
}
}
catch (Exception ex)
{
Debug.WriteLine(ex.Message);
}
}
private void convolve(double[] basesignal, Mitov.SignalLab.BlockBuffer blockBuffer)
{
int samples=0;
for (int offset = 0; offset < size; offset++)
{
Result[row, offset] = 0.0d;
samples = 0;
for (int i = 0; i < Math.Min(size, blockBuffer.GetSize()); i++)
{
int offsetPos = i + offset - (size / 2);
if (offsetPos >= 0 && offsetPos < blockBuffer.GetSize())
{
Result[row, offset] += basesignal[i] * blockBuffer[offsetPos];
}
samples++;
}
Result[row, offset] = Result[row, offset] / samples;
}
row++;
}
private void genericFilter1_ProcessData(object Sender, Mitov.VideoLab.ProcessVideoNotifyArgs Args)
{
aux = new Bitmap(Args.InBuffer.ToBitmap(), new Size(150, 150));
pictureBox1.Image = aux;
genericFilter1.Enabled = false;
}