private void GenerateRow()
{
int liczbaPunktow = dane.SizeOfPoints();
List <double> bufor = new List <double>();
for (int i = 1; i < liczbaPunktow; i++)
{
double wynik = (dane.getPoint(i).Y - dane.getPoint(i - 1).Y) / (dane.getPoint(i).X - dane.getPoint(i - 1).X);
bufor.Add(wynik);
}
rzad.Add(bufor);
int punktow_bufor = liczbaPunktow - 1;
for (int j = 1; j < liczbaPunktow - 1; j++)
{
bufor = new List <double>();
for (int i = 1; i < punktow_bufor; i++)
{
double wynik = (rzad[j - 1][i] - rzad[j - 1][i - 1]) / (dane.getPoint(i + j).X - dane.getPoint(i - 1).X);
bufor.Add(wynik);
}
punktow_bufor--;
rzad.Add(bufor);
}
}
public bool IsCalculated()
{
bool step1 = (dane.SizeOfPoints() == 3) ? true : false;
double w = dane.getPoint(0).X *dane.getPoint(0).X *dane.getPoint(1).X + dane.getPoint(0).X *dane.getPoint(2).X *dane.getPoint(2).X + dane.getPoint(1).X *dane.getPoint(1).X *dane.getPoint(2).X - dane.getPoint(1).X *dane.getPoint(2).X *dane.getPoint(2).X - dane.getPoint(0).X *dane.getPoint(1).X *dane.getPoint(1).X - dane.getPoint(0).X *dane.getPoint(0).X *dane.getPoint(2).X;
bool step2 = (w != 0) ? true : false;
return(step1 && step2 && !Double.IsNaN(dane.GettoFind()));
}
public bool IsCalculated()
{
return(dane.SizeOfFunctionXY() > 0 && !Double.IsNaN(dane.GetN()) && !Double.IsNaN(dane.GetXp()) && !Double.IsNaN(dane.GetXk()) && dane.SizeOfPoints() > 0);
}
public bool IsCalculated()
{
return(dane.SizeOfPoints() > 0 && !Double.IsNaN(dane.GettoFind()));
}
