//TODO: Only for testing / dev purposes. Remove on final build
private void QuickSaveSnippet()
{
string filename = "C:\\Users\\Natalie\\Documents\\wavs\\snips\\QuickSave.wav";
FFTs stft_copy = stft.Copy();
if (selectedIndices.Exists())
{
stft_copy.SaveSnippet(filename, selectedIndices.Indices().timeIndex1, selectedIndices.Indices().timeIndex2);
}
else
{
stft_copy.SaveToWav(filename);
}
}
//Sets up a listener for the selected microphone and initializes a spectrogram display
public void StartListening()
{
int sampleRate = Int32.Parse(sampleRates[cbSampleRate.SelectedIndex]);
int fftSize = 1 << (9 + cbFFTsize.SelectedIndex);
int stepSize = fftSize - (int)(fftSize * overlap);
listener?.Dispose();
listener = new Listener(cbMicInput.SelectedIndex, sampleRate);
spec = new Spectrogram.Spectrogram(sampleRate, fftSize, stepSize);
if (cmaps != null)
{
spec.SetColormap(cmaps[cbCmaps.SelectedIndex]); //todo this is a hack for this running before SpecInit
}
stft = new FFTs(spec.GetFFTs(), spec.SampleRate, spec.StepSize, spec.GetWindow());
}
private double[] FFT(List <short> ls)
{
int acac = 32768;
double[] inin = new double[acac];
double[] outout = new double[acac];
for (int j = 0; j < acac; j++)
{
inin[j] = (double)ls[j];
outout[j] = (double)0;
}
FFTs fft = new FFTs();
int a = fft.upFFT(inin, outout, 1);
return(inin);
}
public void ApplyGain(double dbGain, bool applyToWindow = false)
{
FFTs stft = parentRef.GetSTFT();
SelectedWindowIndices indices = parentRef.GetSelectedWindowIndices();
if (applyToWindow)
{
if (!indices.Exists())
{
MessageBox.Show("There is no window selected!");
return;
}
Processing.AddGain(stft, dbGain, indices, dB: true);
}
else
{
Processing.AddGain(stft, dbGain, dB: true);
}
}
public void ApplyWhiteNoiseFilter(double threshold, bool applyToWindow = false)
{
FFTs stft = parentRef.GetSTFT();
SelectedWindowIndices indices = parentRef.GetSelectedWindowIndices();
if (applyToWindow)
{
if (!indices.Exists())
{
MessageBox.Show("There is no window selected!");
return;
}
Filters.WhiteNoiseFilter(stft, threshold, indices);
}
else
{
Filters.WhiteNoiseFilter(stft, threshold);
}
}
