Static instances of all the operations so they can be used easily.
Declaration Syntax| C# | Visual Basic | Visual C++ |
public static class Operations
Public NotInheritable Class Operations
public ref class Operations abstract sealed
Members| All Members | Methods | Properties | |||
| Icon | Member | Description |
|---|---|---|
  | CNot |
The controlled not (CNot) opeartion.
|
| ControlledU |
The controlled U operation.
|
| Fredkin |
The Fredkin operation (controlled swap).
|
 | GetAddN(array<Int32>[]()[], array<Int32>[]()[], array<Int32>[]()[], array<Int32>[]()[]%) |
Get the operation to perform add n over the specified indexes. After this is applied
the result will be in all indexes of YIndexes and also the last ScratchIndexes qubit.
|
| GetCarry(Int32, Int32, Int32, Int32) | Return a series of simple operations that perform
carry over the specified indexes. |
| GetCarryInverse(Int32, Int32, Int32, Int32) | Return a series of simple operations that perform
carry over the specified indexes. |
| GetQuantumFourierTransform(array<Int32>[]()[]) |
Get the operations necessary to perform the quantum fourier transform
over the indexes specified.
|
| GetQuantumFourierTransformInverse(array<Int32>[]()[]) |
Get the operations necessary to perform the inverse quantum fourier transform
over the indexes specified.
|
| GetSum(Int32, Int32, Int32) |
Return the series of operations that performs the Sum operation.
|
| Hadamard |
Perform the Hadamard operation on the qubit. This operation is
also known as Hadamard-Walsh and the square root of not.
|
| Identity |
Perform the identity operation on the qubit. This does not change the
state of the qubit.
|
| Not |
The Not operation. Also known as the Pauli X gate.
|
| SGate |
The S Gate operation
|
| TGate |
The T Gate operation
|
| Toffoli |
The Toffoli opeartion (double controlled not).
|
| YGate |
The Pauli Y Gate
|
| ZGate |
The Pauli Z gate
|
Remarks
This is partially due to a constraint in C#- static classes cannot implement
interfaces or derive from classes other than object. This allows for operations
to be applied as in
Qubit.ApplyOperation(Operations.Hadamard);
Instead of the less concise:
Qubit.ApplyOperation(new OperationHadamard());
Inheritance Hierarchy| Object | |
 | Operations |