double CalibrateThirdStrategyLogic(int bitNum)
{
RAM.Weights.InitRAMWeights(adcInst.dac.schvn);
int k = (int)(bitNum / 2);
double res = 0;
SCHVNRegister adcReg = adcInst.reg as SCHVNRegister;
if (adcReg != null)
{
adcReg.polinom[bitNum] = 1;
double aKalSuper = adcInst.dac.Convert(adcReg);
for (int i = 0; i < k; i++)
{
double q1 = adcInst.dac.ZnachenyaC(adcInst.ConvertBySARMethod(aKalSuper));
adcReg.UCollapse(bitNum - i);
double aKalCollapsed = adcInst.dac.Convert(adcReg);
double q2 = adcInst.dac.ZnachenyaC(adcInst.ConvertBySARMethod(aKalSuper > aKalCollapsed ? aKalSuper : aKalCollapsed, bitNum));
res += q1 - q2;
}
return(res / k);
}
else
{
throw new Exception("Not supported operation in CalibrateThirdStrategyLogic()");
}
}
public CalibratorOfCollapsingCombinations(ADC adcInst)
{
this.adcInst = adcInst;
registerUnCollapsed = (SCHVNRegister)this.adcInst.reg.Clone();
registerUnCollapsed.SetPolinomNull();
registerUnCollapsed.AddBitValue(0, 1);
registerUnCollapsed.AddBitValue(1, 1);
}
public SCHVNRegister Convert(BinaryRegister regBinary)
{
SCHVNRegister regSchvn = RegisterFactory.Create(schvnNotSyst);
double signal = bivaryDac.ZnachenyaI(regBinary);
for (int ik1 = shcvnDac.schvn.n - 1; ik1 >= 0; ik1--)
{
if (shcvnDac.ZnachenyaC(regSchvn.AddBitValue(ik1, 1)) <= signal)
{
}
else
{
shcvnDac.AddBitValue(ik1, 0);
}
}
return(regSchvn);
}
public Converter(NotationSystem binaryNotSyst, NotationSystem schvnNotSyst)
{
bivaryDac = new DAC(binaryNotSyst);
shcvnDac = new DAC(schvnNotSyst);
regSchvn = RegisterFactory.Create(schvnNotSyst) as SCHVNRegister;
}
