LadderSequence<TIndex> Class
Definition
Important
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Class representing a sequence of raising and lowering operators.
[Newtonsoft.Json.JsonConverter(typeof(Microsoft.Quantum.Chemistry.Json.LadderSequenceJsonConverter))]
public class LadderSequence<TIndex> : IEquatable<Microsoft.Quantum.Chemistry.LadderOperators.LadderSequence<TIndex>> where TIndex : IEquatable<TIndex>[<Newtonsoft.Json.JsonConverter(typeof(Microsoft.Quantum.Chemistry.Json.LadderSequenceJsonConverter))>]
type LadderSequence<'Index (requires 'Index :> IEquatable<'Index>)> = class
interface IEquatable<LadderSequence<'Index>>Public Class LadderSequence(Of TIndex)
Implements IEquatable(Of LadderSequence(Of TIndex))Type Parameters
- TIndex
- Inheritance
-
LadderSequence<TIndex>
- Derived
- Attributes
-
Newtonsoft.Json.JsonConverterAttribute
- Implements
-
IEquatable<LadderSequence<TIndex>>
Constructors
| LadderSequence<TIndex>() |
Constructor for empty ladder operator sequence. |
| LadderSequence<TIndex>(IEnumerable<LadderOperator<TIndex>>, Int32) |
Construct instance from sequence of ladder operators. |
| LadderSequence<TIndex>(IEnumerable<TIndex>) |
Construct a sequence of ladder operators from an even-length sequence of integers. |
| LadderSequence<TIndex>(LadderSequence<TIndex>) |
Constructor for an identical ladder operator sequence. |
Properties
| Coefficient |
sign (-1,+1) coefficient of ladder operators. |
| Sequence |
Sequence of ladder operators. |
Methods
| _JsonGetCoefficient() |
Returns sign coefficient of ladder operator sequence. |
| _JsonGetSequence() |
Returns ladder operator sequence. |
| _JsonSetCoefficient(Int32) |
Sets sign coefficient of ladder operator sequence. |
| _JsonSetObject(Object) |
Used only for JSON serialization. |
| _JsonSetSequence(Object) |
Sets ladder operator sequence. |
| Equals(LadderSequence<TIndex>) | |
| Equals(Object) | |
| GetHashCode() | |
| IsInNormalOrder() |
Checks whether all raising operators are to the left of all lowering operators. |
| Multiply(LadderSequence<TIndex>, LadderSequence<TIndex>) |
Concatenates two Fermion terms. |
| SelectIndex<TNewIndex>(Func<TIndex,TNewIndex>) |
Creates a new ladder sequence with a different indexing scheme. |
| ToIndices() |
Returns list of indices of the ladder operator sequence. |
| ToLadderSequence() |
Returns a copy of the ladder sequence base class. |
| ToRaisingLowering() |
Returns sequence of raising and lowering types of the ladder operator sequence. |
| ToString() |
Returns a human-readable description of this object. |
| UniqueIndices() |
Counts the number of unique system indices across all LadderOperator<TIndex> terms in a LadderSequence<TIndex> |
Operators
| Equality(LadderSequence<TIndex>, LadderSequence<TIndex>) | |
| Implicit(ValueTuple<RaisingLowering,TIndex>[] to LadderSequence<TIndex>) | |
| Inequality(LadderSequence<TIndex>, 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. |