public TComplex Sqrt(int powN, int rootI)
{
if (powN == 0)
{
return(new TComplex(1, 0));
}
if (rootI == 0)
{
new ExComplex("Деление на 0. ");
}
TComplex new1 = Pow(powN);
return(new TComplex(Math.Pow(new1.Abs(), 1 / (double)rootI) * Math.Cos((new1.Rad() + 2 * Math.PI * rootI) / rootI), Math.Pow(new1.Abs(), 1 / (double)rootI) * Math.Sin((new1.Rad() + 2 * Math.PI * rootI) / rootI)));
}
public TComplex Divide(TComplex anClass)
{
return(new TComplex((this.real * anClass.real + this.imaginary * anClass.imaginary) / (anClass.real * anClass.real + anClass.imaginary * anClass.imaginary),
(anClass.real * this.imaginary - this.real * anClass.imaginary) / (anClass.real * anClass.real + anClass.imaginary * anClass.imaginary)));
}
public TComplex Subtract(TComplex b)
{
return(new TComplex(this.real - b.real, this.imaginary - b.imaginary));
}
public TComplex Mulri(TComplex b)
{
return(new TComplex(this.real * b.real - this.imaginary * b.imaginary,
this.real * b.imaginary + this.imaginary * b.real));
}
public TComplex Add(TComplex add)
{
return(new TComplex(this.real + add.real, this.imaginary + add.imaginary));
}
public bool NeRavn(TComplex anClass)
{
return(this.real != anClass.real || this.imaginary != anClass.imaginary);
}
public bool Ravn(TComplex anClass)
{
return(this.real == anClass.real && this.imaginary == anClass.imaginary);
}
