private double CalculateNumeratorFor(Person p)
{
int result = 0;
foreach (int year in p.GetPovertyYears()) {
result += (year - minYear) + 1;
}
return (double)result;
}
private Numerator CalculateNumeratorFor(Person p)
{
var povertyYears = p.GetPovertyYears();
int numPovertyYears = povertyYears.Count;
if (numPovertyYears == 0)
return Numerator.Zero; ;
if (numPovertyYears == 1)
return Numerator.Create(p.GetPovertyGapForYear(povertyYears[0]));
var result = new Numerator();
for (int n = 0; n < numPovertyYears - 1; n++) {
for (int m = n + 1; m < numPovertyYears; m++) {
int lowYear = povertyYears[n];
int highYear = povertyYears[m];
int i = (highYear - minYear) + 1;
int j = (lowYear - minYear) + 1;
double Oij = p.GetNonPovertyYearsBetween(lowYear, highYear);
double Wij = p.GetPovertyGapAverage(lowYear, highYear);
double Pij = GetPovertyPersistenceRatioValue(p.Country, lowYear, highYear);
// double term = (Math.Pow((i - j + 1), -(Pij * (Oij + 1)))) * Wij;
result.S1.Terms.Add(Wij * Math.Pow((i - j + 1), -(Pij * (Oij + 1))));
result.S2.Terms.Add(Math.Pow((i - j + 1), -(Pij * (Oij + 1))));
result.S3.Terms.Add(Wij * Math.Pow((i - j + 1), -(Oij + 1)));
result.S4.Terms.Add(Wij * Math.Pow((i - j + 1), -1.0));
result.S5.Terms.Add(Math.Pow((i - j + 1), -1.0));
}
}
return result;
}
