public void InverseTest()
{
BigInt xE = new BigInt("4256100717783961070459408848666180089270296384666980665872863779755347492050561550250645896155026025851222135934422367229632839949569170493559818175803841", 10);
BigInt yE = new BigInt("5970088382622522341807469483870903253958283675578458139880466596276861911789790058271606365385339535806708463757789699179829968857004602489189877157462174", 10);
Complex e = new Complex(field, xE, yE);
Assert.AreEqual(e, a.Inverse());
}
public void InverseTest_Zero()
{
//action
Complex actual = Complex.Inverse(Complex.Zero);
//assert
double.IsNaN(actual.Re).Should().BeTrue();
double.IsNaN(actual.Im).Should().BeTrue();
}
public void InverseTest(double re, double im, double reRes, double imRes)
{
//arrange
Complex c = new Complex(re, im);
Complex expected = new Complex(reRes, imRes);
//action
Complex actual = Complex.Inverse(c);
//assert
actual.Should().Be(expected);
}
public override object Evaluate()
{
object value = SubExpression.Evaluate();
if (value is Complex)
{
return(Complex.Inverse((Complex)value));
}
else if (value is CMatrix)
{
return(CMatrix.Inverse((CMatrix)value));
}
throw ExceptionHelper.ThrowWrongArgumentType(value);
}
public static Complex Inverse(Complex a)
{
return a.Inverse();
}
