FermionTerm.Implicit Operator
Definition
Important
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Overloads
| Implicit(Int32[] to FermionTerm) |
Construct a sequence of ladder operators from an even-length sequence of integers. |
| Implicit(ValueTuple<RaisingLowering,Int32>[] to FermionTerm) |
Implicit operator for creating a Ladder operator. |
Implicit(Int32[] to FermionTerm)
Construct a sequence of ladder operators from an even-length sequence of integers.
public static implicit operator Microsoft.Quantum.Chemistry.Fermion.FermionTerm (int[] indices);static member op_Implicit : int[] -> Microsoft.Quantum.Chemistry.Fermion.FermionTermPublic Shared Widening Operator CType (indices As Integer()) As FermionTermParameters
- indices
- Int32[]
Even-length sequence of integers.
Returns
Sequence of ladder operators with an equal number of creation and annihilation terms that are normal-ordered.
Examples
// The following two return the same ladder operator sequence.
var seq = new[] { 1, 2, 3, 4 }.ToLadderSequence();
var expected = new[] { (u, 1), (u, 2), (d, 3), (d, 4) }.ToLadderSequence();
Applies to
Implicit(ValueTuple<RaisingLowering,Int32>[] to FermionTerm)
Implicit operator for creating a Ladder operator.
public static implicit operator Microsoft.Quantum.Chemistry.Fermion.FermionTerm ((Microsoft.Quantum.Chemistry.RaisingLowering, int)[] setSequence);static member op_Implicit : ValueTuple<Microsoft.Quantum.Chemistry.RaisingLowering, int>[] -> Microsoft.Quantum.Chemistry.Fermion.FermionTermPublic Shared Widening Operator CType (setSequence As ValueTuple(Of RaisingLowering, Integer)()) As FermionTermParameters
- setSequence
- ValueTuple<RaisingLowering,Int32>[]
Tuple where the first parameter is the raising or lowering index, and the second parameter is the position index of the ladder operator.