The Language-Integrated Quantum Operations (LIQUi|>) Simulator

GateOp Class |

Gate operation type.
This is used in Gate definitions.

Inheritance Hierarchy

Syntax

F#

[<SerializableAttribute>] type GateOp = class end

The GateOp type exposes the following members.

Methods

Name | Description | |
---|---|---|

Equals | Determines whether the specified object is equal to the current object. (Inherited from Object.) | |

GetHashCode | Serves as the default hash function. (Inherited from Object.) | |

GetType | Gets the Type of the current instance. (Inherited from Object.) | |

ToString |
Creates a string representation of this gate operation type.
(Overrides ObjectToString.) |

Remarks

The possible values for this type are:

**Normal**: Implements a unitary operation and is defined by a matrix.**Measure**: Measures a single qubit or the joint parity of a groupt of qubits.**Channel(sym)**: Selects a Kraus operator to run (sym is a symbol to store the selected index for POVMs)**Reset(b)**: Reanimates a measured qubit to the Bit value b. If b is Unknown, then the qubit is reanimated to its last measured value.**String**: Puts a label in a diagram**Modify(n)**: Modifies a parent gate. The modified gate takes n more wires (input qubits) than the parent gate.**BCOp(n,f)**: Implements a classically-controlled gate. There are two cases: if n is greater than zero, then the control is logically based on the measured values of n qubits. If n is equal to zero, then the control is logically based on the result of one or more joint parity measurements. In either case, f is the function that determines whether or not to execute the parent gate.**WrapOp(f)**: Wraps multiple gates into one logical gate. This is used for multi-level circuit drawing.**WrapHam(pqrs,f)**: Wraps multiple gates into a single Hamiltonian term. This is used for GrowSingle.

See Also