private void Test_conj()
{
// test for common matrix 4x3
ILArray <complex> A = new complex[, ] {
{ new complex(1, 2), new complex(3, 4), new complex(5, 6) },
{ new complex(7, 8), new complex(9, 10), new complex(11, 12) },
{ new complex(13, 14), new complex(15, 16), new complex(17, 18) },
{ new complex(19, 20), new complex(21, 22), new complex(23, 24) }
};
ILArray <fcomplex> Af = ILMath.tofcomplex(A);
Test_isConj(A, ILMath.conj(A));
Test_isfConj(Af, ILMath.conj(Af));
// test on reference matrix
Test_isConj(A, ILMath.conj(A.R));
Test_isfConj(Af, ILMath.conj(Af.R));
// test on 2x2x3 matrix (reference)
A = A.Reshape(new ILDimension(2, 2, 3)).R;
if (!A.IsReference)
{
throw new Exception("Unable to test conj() for reference 2x2x3!");
}
Af = Af.Reshape(new ILDimension(2, 2, 3)).R;
if (!Af.IsReference)
{
throw new Exception("Unable to test conj() for reference 2x2x3!");
}
Test_isConj(A, ILMath.conj(A));
Test_isfConj(Af, ILMath.conj(Af));
// test those on dense array
Test_isConj(A, ILMath.conj(A.C));
Test_isfConj(Af, ILMath.conj(Af.C));
// test for empty
A = ILArray <complex> .empty();
Af = ILArray <fcomplex> .empty();
Test_isConj(A, ILMath.conj(A));
Test_isfConj(Af, ILMath.conj(Af));
// test on vector
A = new complex[] { new complex(1, 2), new complex(3, 4), new complex(5, 6) };
Af = ILMath.tofcomplex(A);
Test_isConj(A, ILMath.conj(A));
Test_isfConj(Af, ILMath.conj(Af));
// transpose
Test_isConj(A.T, ILMath.conj(A.T));
Test_isfConj(Af.T, ILMath.conj(Af.T));
// test on scalar
A = A[2]; Af = Af[2];
Test_isConj(A, ILMath.conj(A));
Test_isfConj(Af, ILMath.conj(Af));
}
private void Test_conj() {
// test for common matrix 4x3
ILArray<complex> A = new complex[,] {
{new complex(1,2), new complex(3,4), new complex(5,6)},
{new complex(7,8), new complex(9,10), new complex(11,12)},
{new complex(13,14), new complex(15,16), new complex(17,18)},
{new complex(19,20), new complex(21,22), new complex(23,24)}};
ILArray<fcomplex> Af = ILMath.tofcomplex(A);
Test_isConj(A,ILMath.conj(A));
Test_isfConj(Af,ILMath.conj(Af));
// test on reference matrix
Test_isConj(A,ILMath.conj(A.R));
Test_isfConj(Af,ILMath.conj(Af.R));
// test on 2x2x3 matrix (reference)
A = A.Reshape(new ILDimension(2,2,3)).R;
if (!A.IsReference)
throw new Exception("Unable to test conj() for reference 2x2x3!");
Af = Af.Reshape(new ILDimension(2,2,3)).R;
if (!Af.IsReference)
throw new Exception("Unable to test conj() for reference 2x2x3!");
Test_isConj(A,ILMath.conj(A));
Test_isfConj(Af,ILMath.conj(Af));
// test those on dense array
Test_isConj(A,ILMath.conj(A.C));
Test_isfConj(Af,ILMath.conj(Af.C));
// test for empty
A = ILArray<complex>.empty();
Af = ILArray<fcomplex>.empty();
Test_isConj(A,ILMath.conj(A));
Test_isfConj(Af,ILMath.conj(Af));
// test on vector
A = new complex[] { new complex(1,2), new complex(3,4), new complex(5,6)};
Af = ILMath.tofcomplex(A);
Test_isConj(A,ILMath.conj(A));
Test_isfConj(Af,ILMath.conj(Af));
// transpose
Test_isConj(A.T,ILMath.conj(A.T));
Test_isfConj(Af.T,ILMath.conj(Af.T));
// test on scalar
A = A[2]; Af = Af[2];
Test_isConj(A,ILMath.conj(A));
Test_isfConj(Af,ILMath.conj(Af));
}
