public Register(NotationSystem notSystem)
{
this.n = notSystem.n;
polinom = new int[n];
Diapason = Math.Pow(2, this.n) - 1;
}
public MethodOfCalibrationOfWeights(ADC adcInst)
{
this.adcInst = adcInst;
this.dacInst = adcInst.dac;
this.shchvnInst = adcInst.dac.schvn;
RAM.InitRAM(shchvnInst);
}
public ADC(NotationSystem schvn)
{
dac = new DAC(schvn);
reg = RegisterFactory.Create(schvn);
isTrackingCalibrated = false;
isCletchingCalibrated = false;
RAM.Weights.InitRAMWeights(schvn);
}
public static Register Create(NotationSystem notSystem)
{
if (notSystem.alpha == 2.0)
{
return(new BinaryRegister(notSystem));
}
else
{
return(new SCHVNRegister(notSystem));
}
}
public static void InitRAMWeights(NotationSystem shchvn)
{
lock (locker)
{
isInit = true;
shchvnInst = shchvn;
calibratedWeights = new double[shchvnInst.n];
// врівноваження відбувається реальними вагами розрядів, допоки не визначені калібровані ваги
shchvnInst.ideal.CopyTo(calibratedWeights, 0);
}
}
public CalibratorOfTrackingCombinations(ADC adcInst)
{
this.adcInst = adcInst;
int binaryN = (int)Math.Ceiling(Math.Log(adcInst.dac.schvn.alpha, Math.E) * adcInst.dac.schvn.n / Math.Log(2, Math.E));
NotationSystem binarySys = new NotationSystem(binaryN, 2, 0);
binaryReg = new BinaryRegister(binarySys);
bToSchvnConv = new Converter(binarySys, adcInst.dac.schvn);
}
public SCHVNRegister(NotationSystem notSystem)
: base(notSystem)
{
this.schvnSys = notSystem;
double binaryNDouble = Math.Log(notSystem.alpha, Math.E) * this.n / Math.Log(2, Math.E);
int binaryNInt = (int)Math.Ceiling(binaryNDouble);
this.Diapason = Math.Pow(2, binaryNDouble) - 1;
binarySys = new NotationSystem(binaryNInt, 2, 0);
binaryReg = new BinaryRegister(binarySys);
CollapsingNumberOfBits = GetCollapsingNumberOfBits();
}
public Converter(NotationSystem binaryNotSyst, NotationSystem schvnNotSyst)
{
bivaryDac = new DAC(binaryNotSyst);
shcvnDac = new DAC(schvnNotSyst);
regSchvn = RegisterFactory.Create(schvnNotSyst) as SCHVNRegister;
}
public DAC(NotationSystem schvn)
{
this.schvn = schvn;
isCalibrated = false;
}
public BinaryRegister(NotationSystem notSystem)
: base(notSystem)
{
}
public Converter(NotationSystem binaryNotSyst, NotationSystem schvnNotSyst)
{
bivaryDac = new DAC(binaryNotSyst);
shcvnDac = new DAC(schvnNotSyst);
}
