private void ShowSpeechTypeVariation(SpeechVisualizer visualizer, SpeechTypeSpecification speechTypeSpecification, double deltaTime)
{
double time = 0;
double lastTime = speechTypeSpecification.TimeSpeechTypeTupleList.Last().Item1;
visualizer.MarkerList = new List <SoundMarker>();
while (time < lastTime)
{
SoundMarker marker = new SoundMarker();
marker.Type = SoundMarkerType.HorizontalLine;
marker.Thickness = 4;
marker.Start = (float)(time - 0.25 * deltaTime);
marker.End = (float)(time + 0.25 * deltaTime);
SpeechType speechType = speechTypeSpecification.GetSpeechType(time);
if (speechType == SpeechType.Silence)
{
marker.Color = Color.Yellow;
marker.Level = 28000;
}
else if (speechType == SpeechType.Voiced)
{
marker.Color = Color.Lime;
marker.Level = 32000;
}
else
{
marker.Color = Color.Red;
marker.Level = 30000;
}
visualizer.MarkerList.Add(marker);
time += deltaTime;
}
visualizer.Invalidate();
}
private void soundTypeIdentificationButton_Click(object sender, EventArgs e)
{
soundTypeIdentificationButton.Enabled = false;
SpeechTypeEstimator speechTypeEstimator = speechModifier.SpeechTypeEstimator;
speechTypeEstimator.FindSpeechTypeVariation(currentSound); // , 0, 0.020, 0.010, 550, 0.02, 250000, 2500);
// speechTypeEstimator.Adjust(3);
// speechTypeEstimator.Adjust(3); // repeat the adjustment to remove double errors.
ShowSpeechTypeVariation(speechVisualizer, speechTypeEstimator.SpeechTypeSpecification, 0.01);
speechTypeSpecification = speechTypeEstimator.SpeechTypeSpecification;
findPitchPeriodsButton.Enabled = true;
}
