//This function should be called every tick/frame. This used the previous functions to
//Update time, get the current spectrum and the adaptive threshold and then does a check
//to see if a beat has occured. It also allows for some post-detection ignore clause.
//This function also does functions such as update the smoothing median list, create a
//timestamp object, update the lastBeatRegistered and checks to see if the song
//is still playing
public void update()
{
// Console.WriteLine(specFlux);
if (started)
{
float[] specStereo;
updateTime();
specStereo = getCurrentSpectrum();
//Console.WriteLine(specStereo);
beatThreshold = calculateFluxAndSmoothing(specStereo);
//Beat detected
if (specFlux > beatThreshold && ((uint) stopW.ElapsedMilliseconds - timeBetween) > 350)
{
if (smootherValues.Count > 1)
smootherValues.Insert(smootherValues.Count - 1, specFlux);
else
smootherValues.Insert(smootherValues.Count, specFlux);
if (smootherValues.Count >= 5)
{
smootherValues.Remove(0);
}
timeBetween = (uint)stopW.ElapsedMilliseconds;
TimeStamp t = new TimeStamp(currentMinutes, currentSeconds, currentMillis, specFlux);
Console.WriteLine("BEAT AT: " + t.getMinutes() + ":" + t.getSeconds() + ":" + t.getMilliseconds() + " -- BEAT FREQ: " + t.getFrequency() + " -- THRESHOLD: " + beatThreshold);
lastBeatRegistered = t;
}
else if (((uint) stopW.ElapsedMilliseconds - timeBetween) > 5000)
{
if (thresholdSmoother>0.4f)
thresholdSmoother -= 0.4f;
timeBetween = (uint)stopW.ElapsedMilliseconds;
}
if(!delayedSong)
songChannel1.isPlaying(ref areWePlaying);
else
songChannel2.isPlaying(ref areWePlaying);
//delete[] specStereo;
}
else
{
Console.ReadLine();
if (test == 1)
setStarted(true);
}
}
//This function should be called every tick/frame. This used the previous functions to
//Update time, get the current spectrum and the adaptive threshold and then does a check
//to see if a beat has occured. It also allows for some post-detection ignore clause.
//This function also does functions such as update the smoothing median list, create a
//timestamp object, update the lastBeatRegistered and checks to see if the song
//is still playing
public void update()
{
// Console.WriteLine(specFlux);
if (started)
{
float[] specStereo;
updateTime();
specStereo = getCurrentSpectrum();
//Console.WriteLine(specStereo);
beatThreshold = calculateFluxAndSmoothing(specStereo);
//Beat detected
if (specFlux > beatThreshold && ((uint)stopW.ElapsedMilliseconds - timeBetween) > 350)
{
if (smootherValues.Count > 1)
{
smootherValues.Insert(smootherValues.Count - 1, specFlux);
}
else
{
smootherValues.Insert(smootherValues.Count, specFlux);
}
if (smootherValues.Count >= 5)
{
smootherValues.Remove(0);
}
timeBetween = (uint)stopW.ElapsedMilliseconds;
TimeStamp t = new TimeStamp(currentMinutes, currentSeconds, currentMillis, specFlux);
Console.WriteLine("BEAT AT: " + t.getMinutes() + ":" + t.getSeconds() + ":" + t.getMilliseconds() + " -- BEAT FREQ: " + t.getFrequency() + " -- THRESHOLD: " + beatThreshold);
beatWait = true;
lastBeatRegistered = t;
}
else if (((uint)stopW.ElapsedMilliseconds - timeBetween) > 5000)
{
if (thresholdSmoother > 0.4f)
{
thresholdSmoother -= 0.4f;
}
timeBetween = (uint)stopW.ElapsedMilliseconds;
}
if (!delayedSong)
{
songChannel1.isPlaying(ref areWePlaying);
}
else
{
songChannel2.isPlaying(ref areWePlaying);
}
//delete[] specStereo;
}
else
{
Console.ReadLine();
if (test == 1)
{
setStarted(true);
}
}
}
