public Receiver()
{
DSPState state = new DSPState();
// state.ServerConfigObject = sc;
// state.DSPBlockSize = sc.DSPBlockSize;
// state.DSPSampleRate = sc.DSPSampleRate;
// state.PowerSpectrumBlockSize = sc.SpecBlockSize;
rxbuffer = new DSPBuffer(state);
dcc = new DCCorrector(ref rxbuffer);
// Filter
filter = new Filter(ref rxbuffer);
// Local Oscillator (channel)
local_osc = new Oscillator(ref rxbuffer);
local_osc.LocalOscillatorOn = true;
// Local Oscillator (channel)
spec_local_osc = new Oscillator(ref rxbuffer);
spec_local_osc.LocalOscillatorOn = true;
// AGC
//agc = new DAgc(ref rxbuffer);
agc = new WCPAGC(ref rxbuffer);
// Block Noise Blanker
block_noise_blanker = new BlockNoiseBlanker(ref rxbuffer);
bnb_spec = new BlockNoiseBlanker(ref rxbuffer);
// Average Noise Blanker
ave_noise_blanker = new AveragingNoiseBlanker(ref rxbuffer);
anb_spec = new AveragingNoiseBlanker(ref rxbuffer);
// Squelch
squelch = new Squelch(ref rxbuffer);
// Signal Metering
meter = new SignalMeter(ref rxbuffer);
// Power Spectrum
power_spectrum = new PowerSpectrumSignal(ref rxbuffer);
// PLL
pll = new PLL(ref rxbuffer);
// Noise Filter
noise_filter = new NoiseFilter(ref rxbuffer);
// Interference Filter
interference_filter = new InterferenceFilter(ref rxbuffer);
// Output
output_mode = new Output(ref rxbuffer);
cfir = new LoadableFilter(state.SpectrumAquireBlockSize, 64);
cfir.LoadFilter(new FilterCoeffSet(64).GetFilterCoeffSet());
// ops = new OutbandPowerSpectrumSignal(state.PowerSpectrumBlockSize);
}