private void AnalyzeFloat(FloatArgs e)
{
if (_real)
{
for (var n = 0; n < e.DataLength; n += _channels)
{
var f = e.RawData[n];
Add(f, 0);
}
}
else // NetRadio.Devices.G3XDdc.Signal.G3XDdcDdc2StreamProvider
{
for (var n = 0; n < e.DataLength; n += _channels * 2)
{
var r = e.RawData[n];
var i = e.RawData[n + 1];
Add(r, i);
}
}
if (ForceInstantFft)
{
CalculateFft();
}
}
private void FloatChunkRecieved(object sender, FloatArgs e)
{
logger.Debug(string.Format("FLOAT CHUNK RECIEVED - {7,7} : Source: {0,-55} Real: {1} Step: {2} Bits: {3} Sample rate: {4,-10} Data length: {5,-7} Fft Length: {6,-6}", sender.ToString(), _real, _step, _converter.BitRate, e.SamplingRate, e.RawData.Length, _fftLength, _pushCount + 1));
lock (_bufferLock)
{
_pushCount++;
_floatArgs = e;
}
}
private void AnalyzeFloat(FloatArgs e)
{
_in.Initialize();
_out.Initialize();
Buffer.BlockCopy(e.RawData, 0, _in, 0, e.DataLength);
fftwf.execute(_handlePlan);
if (FftCalculated != null)
{
FftCalculated(this, _args);
}
}
private void FloatChunkRecieved(object sender, FloatArgs e)
{
if (SameContext)
{
AnalyzeFloat(e);
}
else
{
lock (_bufferLock)
{
_pushCount++;
_floatArgs = e;
}
}
}