public DelayLine(int bufferSize, int samplerate)
{
delay = new ModulatedDelay(bufferSize, 10000);
diffuser = new AllpassDiffuser(bufferSize, samplerate) { ModulationEnabled = false };
tempBuffer = new double[bufferSize];
filterOutputBuffer = new double[bufferSize];
lowPass = new Lp1(samplerate);
lowShelf = new Biquad(Biquad.FilterType.LowShelf, samplerate) { Slope = 1.0, GainDB = -20, Frequency = 20 };
highShelf = new Biquad(Biquad.FilterType.HighShelf, samplerate) { Slope = 1.0, GainDB = -20, Frequency = 19000 };
lowPass.CutoffHz = 1000;
lowShelf.Update();
highShelf.Update();
Samplerate = samplerate;
}
public ReverbChannel(int bufferSize, int samplerate)
{
parameters = new Dictionary<Parameter, double>();
foreach (var value in Enum.GetValues(typeof(Parameter)).Cast<Parameter>())
parameters[value] = 0.0;
preDelay = new ModulatedDelay(bufferSize, 10000);
multitap = new MultitapDiffuser(bufferSize);
diffuser = new AllpassDiffuser(bufferSize, samplerate) { ModulationEnabled = true };
lines = Enumerable.Range(0, 12).Select(x => new DelayLine(bufferSize, samplerate)).ToArray();
lineCount = 8;
perLineGain = GetPerLineGain();
highPass = new Hp1(samplerate) { CutoffHz = 20 };
lowPass = new Lp1(samplerate) { CutoffHz = 20000 };
rand = new ShaRandom();
tempBuffer = new double[bufferSize];
outBuffer = new double[bufferSize];
delayLineSeeds = rand.Generate(12345, lines.Length * 3).ToArray();
this.samplerate = samplerate;
}
