Struct q1tsim::gates::RX

pub struct RX { /* fields omitted */ }

Rotation around x axis.

The RX(θ) gate rotates the qubit around the x axis of the Bloch sphere over an angle θ. The associated matrix is

┌                     ┐
│  cos(θ/2) -isin(θ/2)│
│                     │
│-isin(θ/2)   cos(θ/2)│
└                     ┘

Methods

impl RX

pub fn new<T>(theta: T) -> Self where
    Parameter: From<T>, 

Create a new RX gate.

Trait Implementations

impl Gate for RX

fn cost(&self) -> f64

Cost of this gate.

fn description(&self) -> &str

Return a short description of the gate. This may be the name of the gate (e.g. "H", "CX"), or the way the gate was constructed (like "I⊗Z")

fn nr_affected_bits(&self) -> usize

The number of qubits affected by this gate.

fn matrix(&self) -> CMatrix

Return a matrix describing the unitary transformation that the gate provides

fn apply_slice(&self, state: CVecSliceMut)

Apply a gate.

fn apply_mat_slice(&self, state: CMatSliceMut)

Apply a gate.

fn apply(&self, state: &mut CVector)

Apply a gate.

fn apply_mat(&self, state: &mut CMatrix)

Apply a gate.

fn check_nr_bits(&self, n: usize) -> Result<()>

Check the number of bits

fn is_stabilizer(&self) -> bool

Whether this gate is a stabilizer gate

fn conjugate(&self, _ops: &mut [PauliOp]) -> Result<bool>

Conjugate Pauli operators

impl CQasm for RX

fn c_qasm(&self, bit_names: &[String], bits: &[usize]) -> Result<String>

cQasm representation

fn conditional_c_qasm(
    &self,
    condition: &str,
    bit_names: &[String],
    bits: &[usize]
) -> Result<String>

cQasm representation of conditional gate.

impl Latex for RX

fn latex(&self, bits: &[usize], state: &mut LatexExportState) -> Result<()>

Add this gate to the export state.

impl OpenQasm for RX

fn open_qasm(&self, bit_names: &[String], bits: &[usize]) -> Result<String>

OpenQasm representation

fn conditional_open_qasm(
    &self,
    condition: &str,
    bit_names: &[String],
    bits: &[usize]
) -> Result<String>

OpenQasm representation of conditional gate.