public void SerializeLadderOperatorInt()
{
LadderOperator <int> op0 = new LadderOperator <int>(RaisingLowering.u, 5);
string json = JsonConvert.SerializeObject(op0, Formatting.None);
Debug.WriteLine(@json);
LadderOperator <int> op1 = JsonConvert.DeserializeObject <LadderOperator <int> >(json);
Assert.Equal(op0, op1);
}
public void SerializeLadderOperatorSpinOrbital()
{
LadderOperator <SpinOrbital> op0 = new LadderOperator <SpinOrbital>(RaisingLowering.u, new SpinOrbital(3, Spin.u));
string json = JsonConvert.SerializeObject(op0, Formatting.None);
Debug.WriteLine(@json);
LadderOperator <SpinOrbital> op1 = JsonConvert.DeserializeObject <LadderOperator <SpinOrbital> >(json);
Assert.Equal(op0, op1);
}
static void LadderOperator()
{
// Let us use the spin orbital created in the previous snippet.
var spinOrbitalInteger = new SpinOrbital(5, Spin.d).ToInt();
// We specify either a creation or annihilation operator using
// the enumerable type `RaisingLowering.u` or `RaisingLowering.d`
// respectively;
var creationEnum = RaisingLowering.u;
// The type representing a creation operator is then initialized
// as follows. Here, we index these operators with integers.
// Hence we initialize the generic ladder operator with an
// integer index type.
var ladderOperator0 = new LadderOperator <int>(creationEnum, spinOrbitalInteger);
// An alternate constructor for a LadderOperator instead uses
// a tuple.
var ladderOperator1 = new LadderOperator <int>((creationEnum, spinOrbitalInteger));
Assert.Equal(ladderOperator0, ladderOperator1);
}