async void SendGameEvent()
{
// the keyboard can only process one event at a time, and returns when it's ready.
// for this reason we'll use this as the inner loop.
while (_recording)
{
sampleAggregator.GetFFTResults(fftResults);
// take the first X samples since we get frequency ranges beyond our hearing.
//float[] fftResults2 = new float[fftSize / 4];
//Array.Copy(fftResults, 0, fftResults2, 0, fftSize / 4);
// we have way too many samples to fit on the keyboard, so bin them in to 23 values
List <float> binList = binner.GetBinned(fftResults);
// scale the values to bytes before sending them to the keyboard
List <byte> scaledList = binList.Select(x => (byte)(x * byte.MaxValue)).ToList();
GamesenseEvent gameEvent = new GamesenseEvent(sseUri, scaledList);
await gameEvent.SendEvent();
}
}
async void SendGameEvent()
{
// the keyboard can only process one event at a time, and returns when it's ready.
// for this reason we'll use this as the inner loop.
while (_recording) {
sampleAggregator.GetFFTResults(fftResults);
// take the first X samples since we get frequency ranges beyond our hearing.
//float[] fftResults2 = new float[fftSize / 4];
//Array.Copy(fftResults, 0, fftResults2, 0, fftSize / 4);
// we have way too many samples to fit on the keyboard, so bin them in to 23 values
List<float> binList = binner.GetBinned(fftResults);
// scale the values to bytes before sending them to the keyboard
List<byte> scaledList = binList.Select(x => (byte)(x * byte.MaxValue)).ToList();
GamesenseEvent gameEvent = new GamesenseEvent(sseUri, scaledList);
await gameEvent.SendEvent();
}
}
