public static SygnalCiagly Subtract(SygnalCiagly x, SygnalCiagly y)
{
ICollection <Point> newPoints = new Collection <Point>();
for (int i = 0; i < x.TimeAndAmplitude.Count(); i++)
{
newPoints.Add(new Point(x.TimeAndAmplitude.ElementAt(i).X, x.TimeAndAmplitude.ElementAt(i).Y - y.TimeAndAmplitude.ElementAt(i).Y));
}
ICollection <Point> newPoints2 = new Collection <Point>();
for (int i = 0; i < x.TimeAndAmplitude2.Count(); i++)
{
newPoints2.Add(new Point(x.TimeAndAmplitude2.ElementAt(i).X, x.TimeAndAmplitude2.ElementAt(i).Y - y.TimeAndAmplitude2.ElementAt(i).Y));
}
SygnalCiagly wynik = new SygnalCiagly(0, 0, 0, 0, 0, 0, 0, 0);
wynik.TimeAndAmplitude = newPoints;
wynik.FromTimeAndAmplitudeToPoints(wynik.Points, wynik.TimeAndAmplitude);
wynik.TimeAndAmplitude2 = newPoints2;
wynik.FromTimeAndAmplitudeToPoints(wynik.Points2, wynik.TimeAndAmplitude2);
wynik.CalculateInfo();
wynik.CalculateInfo();
return(wynik);
}
public static SygnalCiagly Divide(SygnalCiagly x, SygnalCiagly y)
{
ICollection <Point> newPoints = new Collection <Point>();
for (int i = 0; i < x.TimeAndAmplitude.Count(); i++)
{
double iloraz;
if (y.TimeAndAmplitude.ElementAt(i).Y == 0)
{
iloraz = 0;
}
else
{
iloraz = x.TimeAndAmplitude.ElementAt(i).Y / y.TimeAndAmplitude.ElementAt(i).Y;
}
newPoints.Add(new Point(x.TimeAndAmplitude.ElementAt(i).X, iloraz));
}
ICollection <Point> newPoints2 = new Collection <Point>();
for (int i = 0; i < x.TimeAndAmplitude2.Count(); i++)
{
double iloraz;
if (y.TimeAndAmplitude2.ElementAt(i).Y == 0)
{
iloraz = 0;
}
else
{
iloraz = x.TimeAndAmplitude2.ElementAt(i).Y / y.TimeAndAmplitude2.ElementAt(i).Y;
}
newPoints2.Add(new Point(x.TimeAndAmplitude2.ElementAt(i).X, iloraz));
}
SygnalCiagly wynik = new SygnalCiagly(0, 0, 0, 0, 0, 0, 0, 0);
wynik.TimeAndAmplitude = newPoints;
wynik.FromTimeAndAmplitudeToPoints(wynik.Points, wynik.TimeAndAmplitude);
wynik.TimeAndAmplitude2 = newPoints2;
wynik.FromTimeAndAmplitudeToPoints(wynik.Points2, wynik.TimeAndAmplitude2);
wynik.CalculateInfo();
return(wynik);
}