Class Circuit

Represent the present state of a quantum computing circuit.

Hierarchy

Circuit

Index

Constructors

constructor

Properties

Methods

Constructors

constructor

new Circuit(vector: Vector, qubitCounter: number, qubitIds: number[]): Circuit

- Defined in Circuit.ts:25
Parameters
- vector: Vector
- qubitCounter: number
- qubitIds: number[]
Returns Circuit

Properties

qubitCounter

qubitCounter: number

qubitIds

qubitIds: number[]

vector

vector: Vector

Methods

CNOT

CNOT(control: number, target: number): Circuit

- Defined in Circuit.ts:141
Parameters
- control: number
- target: number
Returns Circuit

FREDKIN

FREDKIN(control: number, target1: number, target2: number): Circuit

- Defined in Circuit.ts:153
Parameters
- control: number
- target1: number
- target2: number
Returns Circuit

H

H(i: number): Circuit

- Defined in Circuit.ts:103
Parameters
- i: number
Returns Circuit

I

I(i: number): Circuit

- Defined in Circuit.ts:113
Apply the Pauli I gate

Parameters
- i: number
  
  position of the qubit to apply the gate
Returns Circuit
circuit with the Pauli I gate applied

S

S(i: number): Circuit

- Defined in Circuit.ts:125
Apply the S gate

see
https://en.wikipedia.org/wiki/Quantum_logic_gate

Parameters
- i: number
  
  position of the qubit to apply the gate
Returns Circuit
circuit with the S gate applied

SWAP

SWAP(i: number, j: number): Circuit

- Defined in Circuit.ts:145
Parameters
- i: number
- j: number
Returns Circuit

T

T(i: number): Circuit

- Defined in Circuit.ts:137
Apply the T gate

see
https://en.wikipedia.org/wiki/Quantum_logic_gate

Parameters
- i: number
  
  position of the qubit to apply the gate
Returns Circuit
circuit with the T gate applied

TOFFOLI

TOFFOLI(control1: number, control2: number, target: number): Circuit

- Defined in Circuit.ts:149
Parameters
- control1: number
- control2: number
- target: number
Returns Circuit

X

X(i: number): Circuit

- Defined in Circuit.ts:91
Parameters
- i: number
Returns Circuit

Y

Y(i: number): Circuit

- Defined in Circuit.ts:95
Parameters
- i: number
Returns Circuit

Z

Z(i: number): Circuit

- Defined in Circuit.ts:99
Parameters
- i: number
Returns Circuit

addQubit

addQubit(): Circuit

- Defined in Circuit.ts:49
Returns Circuit

applyGate

applyGate(gate: Operator, at: number[]): Circuit

- Defined in Circuit.ts:56
Parameters
- gate: Operator
- at: number[]
Returns Circuit

copy

copy(): Circuit

- Defined in Circuit.ts:62
Returns Circuit

measureQubit

measureQubit(at: number): IMeasurementResult<Circuit>[]

- Defined in Circuit.ts:71
Parameters
- at: number
Returns IMeasurementResult<Circuit>[]

saveTo

saveTo(history: Circuit[]): Circuit

- Defined in Circuit.ts:66
Parameters
- history: Circuit[]
Returns Circuit

Static empty

empty(): Circuit

- Defined in Circuit.ts:31
Returns Circuit

Static qubits

qubits(n: number): Circuit

- Defined in Circuit.ts:35
Parameters
- n: number
Returns Circuit

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