public void SinglePoint_Test()
{
var decoder = new VectorDecoder();
var p = new CPoint(
new Complex(1 / sqrt2, 0),
new Complex(-1 / sqrt2, 0)
);
var r = decoder.Solve(new[] { p.X, p.Y });
Assert.AreEqual(p, r[0]);
}
public void TwoPoints_NotSolvable_Test()
{
var decoder = new VectorDecoder();
var v = new[]
{
new Complex(1 / sqrt2, 0),
Complex.Zero,
Complex.Zero,
new Complex(sqrt7 / 4, 0)
};
var r = decoder.Solve(v);
Assert.IsNull(r);
}
public void TwoPoints_Solvable_Test()
{
var decoder = new VectorDecoder();
var p1 = new CPoint(
new Complex(1 / sqrt2, 0),
new Complex(-1 / sqrt2, 0)
);
var p2 = new CPoint(
new Complex(3.0d / 4, 0),
new Complex(sqrt7 / 4, 0)
);
var v = AlgebraUtility.TensorProduct(new[] { p1, p2 });
var r = decoder.Solve(v);
Assert.AreEqual(p1, r[0]);
Assert.AreEqual(p2, r[1]);
}