NormalOrderedSequence<TIndex> Class

Definition

Namespace:

Microsoft.Quantum.Chemistry.LadderOperators

Assembly:

Microsoft.Quantum.Chemistry.DataModel.dll

Package:

Microsoft.Quantum.Chemistry.DataModel v0.25.218240

public class NormalOrderedSequence<TIndex> : Microsoft.Quantum.Chemistry.LadderOperators.LadderSequence<TIndex> where TIndex : IEquatable<TIndex>

type NormalOrderedSequence<'Index (requires 'Index :> IEquatable<'Index>)> = class
    inherit LadderSequence<'Index (requires 'Index :> IEquatable<'Index>)>

Public Class NormalOrderedSequence(Of TIndex)
Inherits LadderSequence(Of TIndex)

Type Parameters

TIndex

Inheritance

Object

LadderSequence<TIndex>

NormalOrderedSequence<TIndex>

Derived

Microsoft.Quantum.Chemistry.LadderOperators.IndexOrderedSequence<TIndex>

Constructors

NormalOrderedSequence<TIndex>(IEnumerable<LadderOperator<TIndex>>, Int32)	Construct instance from a normal-ordered sequence of ladder operators.
NormalOrderedSequence<TIndex>(LadderSequence<TIndex>)	Construct instance from a normal-ordered sequence of ladder operators.

Properties

Coefficient	sign (-1,+1) coefficient of ladder operators. (Inherited from LadderSequence<TIndex>)
Sequence	Sequence of ladder operators. (Inherited from LadderSequence<TIndex>)

Methods

_JsonGetCoefficient()	Returns sign coefficient of ladder operator sequence. (Inherited from LadderSequence<TIndex>)
_JsonGetSequence()	Returns ladder operator sequence. (Inherited from LadderSequence<TIndex>)
_JsonSetCoefficient(Int32)	Sets sign coefficient of ladder operator sequence. (Inherited from LadderSequence<TIndex>)
_JsonSetObject(Object)	Used only for JSON serialization. (Inherited from LadderSequence<TIndex>)
_JsonSetSequence(Object)	Sets ladder operator sequence. (Inherited from LadderSequence<TIndex>)
Equals(LadderSequence<TIndex>)	(Inherited from LadderSequence<TIndex>)
Equals(Object)	(Inherited from LadderSequence<TIndex>)
GetHashCode()	(Inherited from LadderSequence<TIndex>)
IsInIndexAnnihilationCanonicalOrder()	Checks whether the annihilation operator sequence of a LadderSequence is in canonical order. This means SpinOrbital is sorted in descending order for the annihilation operators.
IsInIndexCreationCanonicalOrder()	Checks whether the creation operator sequence of a LadderSequence is in canonical order. This means SpinOrbital is sorted in ascending order for the creation operators.
IsInIndexOrder()	Checks if raising operators indices are in ascending order, then if lowering operator indices are in descending order.
IsInNormalOrder()	Checks whether all raising operators are to the left of all lowering operators. (Inherited from LadderSequence<TIndex>)
Multiply(LadderSequence<TIndex>, LadderSequence<TIndex>)	Concatenates two Fermion terms. (Inherited from LadderSequence<TIndex>)
SelectIndex<TNewIndex>(Func<TIndex,TNewIndex>)	Creates a new ladder sequence with a different indexing scheme. (Inherited from LadderSequence<TIndex>)
ToIndices()	Returns list of indices of the ladder operator sequence. (Inherited from LadderSequence<TIndex>)
ToLadderSequence()	Returns a copy of the ladder sequence base class. (Inherited from LadderSequence<TIndex>)
ToRaisingLowering()	Returns sequence of raising and lowering types of the ladder operator sequence. (Inherited from LadderSequence<TIndex>)
ToString()	Returns a human-readable description of this object. (Inherited from LadderSequence<TIndex>)
UniqueIndices()	Counts the number of unique system indices across all LadderOperator<TIndex> terms in a LadderSequence<TIndex> (Inherited from LadderSequence<TIndex>)

Extension Methods

ToIndexOrder<TIndex>(LadderSequence<TIndex>)	Converts a LadderSequence to normal order, then index order. In general, this can generate new terms and modifies the coefficient.
ToNormalOrder<TIndex>(LadderSequence<TIndex>)	Converts a LadderSequence to normal order. In general, this can generate new terms and modifies the coefficient.