/*public static Polinom operator *(Polinom a, Matrix b)
* {
* Polinom res = new Polinom();
* foreach (Monom i in a)
* {
* foreach (Monom j in b)
* {
* res.monoms.Add(* j);
* }
* }
* return res;
* }*/
public static Polinom operator/(Polinom a, Polinom b)
{
Polinom res = new Polinom();
if (a.monoms[0].degree < b.monoms[0].degree)
{
return(null);
}
Monom tmp = a.monoms[0] / b.monoms[0];
res.monoms.Add(tmp);
Polinom pol = a - (new Polinom(tmp) * b).ReducedPolinom();
foreach (Monom i in pol)
{
foreach (double elem in i.coeff)
{
if (elem != 0)
{
res.monoms.AddRange((pol / b).monoms);
}
}
}
return(res);
}
public Polinom(Monom m)
{
this.monoms = new List <Monom>
{
m
};
}
public int Compare(object obj1, object obj2)
{
if (obj1.GetType() != typeof(Monom) || obj2.GetType() != typeof(Monom))
{
throw new MatrixException("Невозможно сравнить");
}
Monom a = (Monom)obj1;
Monom b = (Monom)obj2;
if (a.degree == b.degree)
{
return(Compare(a.coeff, b.coeff));
}
throw new NotImplementedException();
}
public Matrix GetMean(Monom a, double value)
{
return(a.coeff * Math.Pow(value, a.degree));
}
