public static Lijst operator ^(Lijst term1, Complex term2)
{
Lijst result = new Lijst();
result.Items.AddRange(term1.Items.Select(T => term2 ^ T));
return(result);
}
public static Lijst operator /(Lijst term1, Lijst term2)
{
if (term1.Items.Count != term2.Items.Count)
{
throw new Exception("Lijst / Lijst: De dimensies zijn niet gelijk");
}
Lijst result = new Lijst();
//for (int i = 0; i < term1.Items.Count; i++)
// result.Items.Add(term1.Items[i] + term2.Items[i]);
return(result);
}
public static Lijst operator ^(Lijst term1, Lijst term2)
{
if (term1.Items.Count != term2.Items.Count)
{
throw new Exception("Lijst ^ Lijst: De lijsten zijn niet even lang");
}
Lijst result = new Lijst();
for (int i = 0; i < term1.Items.Count; i++)
{
result.Items.Add(term1.Items[i] ^ term2.Items[i]);
}
return(result);
}
public static Term operator -(Term term1)
{
switch (term1.term_type)
{
case enTerm_type.Complex:
Complex cpx = (Complex)term1;
return(new Complex(Complex.bepaling.Real_Imag, -cpx.Real, -cpx.Imaginary));
case enTerm_type.Lijst:
Lijst lst = (Lijst)term1;
Lijst result = new Lijst();
result.Items.AddRange(lst.Items.Select(T => (Complex)(-T)));
return(result);
case enTerm_type.Matrix:
Matrix mtr = (Matrix)term1;
Matrix result2 = new Matrix();
result2.Items.AddRange(mtr.Items.Select(T => T.Select(U => (Complex)(-U)).ToList()));
return(result2);
default:
throw new Exception("Type van term1 niet gekend");
}
}
public static Term operator +(Term term1, Term term2)
{
switch (term1.term_type)
{
case enTerm_type.Complex:
Complex cpx1 = (Complex)term1;
switch (term2.term_type)
{
case enTerm_type.Complex:
Complex cpx2 = (Complex)term2;
return(new Complex(Complex.bepaling.Real_Imag, cpx1.Real + cpx2.Real, cpx1.Imaginary + cpx2.Imaginary));
case enTerm_type.Lijst:
Lijst lst2 = (Lijst)term2;
Lijst result = new Lijst();
result.Items.AddRange(lst2.Items.Select(T => (Complex)(term1 + T)));
return(result);
case enTerm_type.Matrix:
Matrix mtr2 = (Matrix)term2;
Matrix result2 = new Matrix();
result2.Items.AddRange(mtr2.Items.Select(T => T.Select(U => (Complex)(U + term1)).ToList()).ToArray());
return(result2);
}
break;
case enTerm_type.Lijst:
Lijst lst1 = (Lijst)term1;
switch (term2.term_type)
{
case enTerm_type.Complex:
Complex cpx2 = (Complex)term2;
Lijst result = new Lijst();
result.Items.AddRange(lst1.Items.Select(T => new Complex(Complex.bepaling.Real_Imag, cpx2.Real + T.Real, cpx2.Imaginary + T.Imaginary)));
return(result);
case enTerm_type.Lijst:
Lijst lst2 = (Lijst)term2;
if (lst1.Items.Count != lst2.Items.Count)
{
throw new Exception("Lijst + Lijst: De lijsten zijn niet even lang");
}
Lijst result3 = new Lijst();
for (int i = 0; i < result3.Items.Count; i++)
{
result3.Items.Add((Complex)(lst1.Items[i] + lst2.Items[i]));
}
return(result3);
case enTerm_type.Matrix:
throw new Exception("Lijst + Matrix: Kan lijst en matrix niet optellen");
default:
throw new Exception("Type van term2 niet gekend");
}
case enTerm_type.Matrix:
Matrix mtr1 = (Matrix)term1;
switch (term2.term_type)
{
case enTerm_type.Complex:
return(term2 + term1);
case enTerm_type.Lijst:
throw new Exception("Matrix + Lijst: Kan matrix en lijst niet optellen");
case enTerm_type.Matrix:
Matrix mtr2 = (Matrix)term2;
if (mtr1.Dimensie != mtr2.Dimensie)
{
throw new Exception("Matrix + Matrix: De dimensies zijn niet gelijk");
}
Matrix result = new Matrix();
for (int i = 0; i < mtr1.Dimensie.X; i++)
{
result.Items.Add(new List <Complex>());
for (int j = 0; j < mtr1.Dimensie.Y; j++)
{
result.Items[i].Add((Complex)(mtr1.Items[i][j] + mtr2.Items[i][j]));
}
}
return(result);
default:
throw new Exception("Type van term2 niet gekend");
}
default:
throw new Exception("Type van term1 niet gekend");
}
return(null);
}
public static Term operator *(Term term1, Term term2)
{
switch (term1.term_type)
{
case enTerm_type.Complex:
Complex cpx1 = (Complex)term1;
switch (term2.term_type)
{
case enTerm_type.Complex:
Complex cpx2 = (Complex)term2;
return(new Complex(Complex.bepaling.Modul_Arg, cpx1.Modulus * cpx2.Modulus, cpx1.Argument + cpx2.Argument));
case enTerm_type.Lijst:
Lijst lst2 = (Lijst)term2;
Lijst result = new Lijst();
result.Items.AddRange(lst2.Items.Select(T => (Complex)(cpx1 * T)));
return(result);
case enTerm_type.Matrix:
Matrix mtr2 = (Matrix)term2;
Matrix result2 = new Matrix();
result2.Items.AddRange(mtr2.Items.Select(T => T.Select(U => (Complex)(U * term1)).ToList()));
return(result2);
default:
throw new Exception("Type van term2 niet gekend");
}
case enTerm_type.Lijst:
Lijst lst1 = (Lijst)term1;
switch (term2.term_type)
{
case enTerm_type.Complex:
Complex cpx2 = (Complex)term2;
Lijst result = new Lijst();
result.Items.AddRange(lst1.Items.Select(T => (Complex)(cpx2 * T)));
return(result);
case enTerm_type.Lijst:
Lijst lst2 = (Lijst)term2;
if (lst1.Items.Count != lst2.Items.Count)
{
throw new Exception("Lijst * Lijst: De lijsten zijn niet even lang");
}
Lijst result2 = new Lijst();
for (int i = 0; i < lst1.Items.Count; i++)
{
result2.Items.Add((Complex)(lst1.Items[i] * lst2.Items[i]));
}
return(result2);
case enTerm_type.Matrix:
throw new Exception("Lijst * Matrix: Kan lijst en matrix niet vermenigvuldigen");
default:
throw new Exception("Type van term2 niet gekend");
}
case enTerm_type.Matrix:
break;
}
return(null);
}
