public void AddRule(IMemFunc[] antc, IMemFunc rezult, ref List <Rule> rulelist)
{
List <IMemFunc> mems = new List <IMemFunc>();
mems.AddRange(antc);
List <IMemFunc> rezults = new List <IMemFunc>();
rezults.Add(rezult);
rulelist.Add(new Rule(mems, rezults, new ProductTnorm()));
}
private double step1ToAvr(IMemFunc memFunc)
{
double num = 0.0;
double den = 0.0;
foreach (double step in memFunc.getElements(n))
{
double avrBetvenLandU = (memFunc.lowerMemFunction(step) + memFunc.upperMemFunction(step)) / 2;
num = num + step * avrBetvenLandU;
den += avrBetvenLandU;
}
return(num / den);
}
private int step2FindE(IMemFunc memFunc, double yQuote)
{
int yeCount = 1;
foreach (double step in memFunc.getElements(n))
{
double currentNumber = memFunc.getElements(n)[yeCount];
if (yQuote < step && yQuote < currentNumber)
{
break;
}
yeCount++;
}
return(yeCount);
}
internal void calculateFiringInterval(double[] inputs)
{
int i = 0;
List <double> muu = new List <double>();
List <double> mul = new List <double>();
foreach (double number in inputs)
{
IMemFunc memFunc = antc[i];
muu.Add(memFunc.upperMemFunction(number));
mul.Add(memFunc.lowerMemFunction(number));
i++;
}
firingInterval.calculateFiringInterval(muu, mul);
}
public double getCrorCl(IMemFunc memFunc, bool ifCr = false)
{
double yQuote = step1ToAvr(memFunc);//Step 1
bool test = true;
while (test)
{
int e = step2FindE(memFunc, yQuote); //Step 2
double yQQ = step3ForClOrCr(memFunc, e, ifCr); //Step 3
if (yQQ == yQuote)
{
test = false; //Step 4
}
else
{
yQuote = yQQ;//Step 5 and Repeat
}
}
return(yQuote);
}
private double step3ForClOrCr(IMemFunc memFunc, int e, bool ifCr = false)
{
double num = 0.0;
double den = 0.0;
int z = 1;
foreach (double step in memFunc.getElements(n))
{
double avrBetvenLandU = (memFunc.lowerMemFunction(step) + memFunc.upperMemFunction(step)) / 2;
double deltaBetvenLandU = (memFunc.lowerMemFunction(step) - memFunc.upperMemFunction(step)) / 2;
if (ifCr)
{
int local = e;
e = z;
z = local;
}
double numberDipendOnClOrCr = 0;
if (z <= e)
{
numberDipendOnClOrCr = avrBetvenLandU + deltaBetvenLandU;
}
else
{
numberDipendOnClOrCr = avrBetvenLandU - deltaBetvenLandU;
}
num += step * avrBetvenLandU;
den += avrBetvenLandU;
z++;
}
return(num / den);
}
