public void TestWrap()
{
var s = QuantumSuperPosition.Wrap("test");
s.Dictionary.Single().Key.AssertEquals("test");
s.Dictionary.Single().Value.AssertEquals((ComplexRational)1);
}
public void TestFlatten()
{
var s = QuantumSuperPosition.Wrap(QuantumSuperPosition.Wrap("test")).Flatten();
s.Dictionary.Single().Key.AssertEquals("test");
s.Dictionary.Single().Value.AssertEquals((ComplexRational)1);
var a1 = new QuantumSuperPosition <string>(new Dictionary <string, ComplexRational> {
{ "hey", BigRational.One / 5 * 3 },
{ "listen", -BigRational.One / 5 * 4 }
});
var a2 = new QuantumSuperPosition <string>(new Dictionary <string, ComplexRational> {
{ "over", BigRational.One / 5 * 3 },
{ "there", -BigRational.One / 5 * 4 }
});
var s2 = new QuantumSuperPosition <QuantumSuperPosition <string> >(new Dictionary <QuantumSuperPosition <string>, ComplexRational> {
{ a1, BigRational.One / 5 * 3 },
{ a2, new ComplexRational(0, BigRational.One / 5 * 4) }
}).Flatten();
s2.Dictionary.Count.AssertEquals(4);
s2.Dictionary["hey"].AssertEquals(new ComplexRational(BigRational.One / 25 * 9, 0));
s2.Dictionary["listen"].AssertEquals(new ComplexRational(-BigRational.One / 25 * 12, 0));
s2.Dictionary["over"].AssertEquals(new ComplexRational(0, BigRational.One / 25 * 12));
s2.Dictionary["there"].AssertEquals(new ComplexRational(0, -BigRational.One / 25 * 16));
}
public void TestTransform()
{
var s = new QuantumSuperPosition <string>(new Dictionary <string, ComplexRational> {
{ "hey", BigRational.One / 5 * 3 },
{ "you", -BigRational.One / 5 * 4 }
});
TestingUtilities.AssertThrows(() => s.Transform(e => e.Length));
}
public void TestTransform_Broken()
{
var s = new QuantumSuperPosition <string>(new Dictionary <string, ComplexRational> {
{ "hey", BigRational.One / 5 * 3 },
{ "listen", BigRational.One / 5 * 4 }
}).Transform(e => e.Length);
s.Dictionary.Count.AssertEquals(2);
s.Dictionary.ContainsKey(3).AssertTrue();
s.Dictionary.ContainsKey(6).AssertTrue();
s.Dictionary[3].AssertEquals((ComplexRational)(BigRational.One / 5 * 3));
s.Dictionary[6].AssertEquals((ComplexRational)(BigRational.One / 5 * 4));
}
public void TestFlattenBroken()
{
var a1 = new QuantumSuperPosition <string>(new Dictionary <string, ComplexRational> {
{ "hey", BigRational.One },
});
var a2 = new QuantumSuperPosition <string>(new Dictionary <string, ComplexRational> {
{ "hey", -BigRational.One },
});
var s2 = new QuantumSuperPosition <QuantumSuperPosition <string> >(new Dictionary <QuantumSuperPosition <string>, ComplexRational> {
{ a1, BigRational.One / 5 * 3 },
{ a2, BigRational.One / 5 * 4 }
});
TestingUtilities.AssertThrows(() => s2.Flatten());
}