Struct dqcsim::common::converter::UnitaryGateConverter

pub struct UnitaryGateConverter<M> where
    M: Converter<Input = (Matrix, Option<usize>)>,  { /* fields omitted */ }

Converter implementation for unitary gates based on a matrix converter.

The matrix converter takes a matrix and a number of control qubits as input for detection. The number of control qubits is wrapped in an Option, but in the detection direction this is always Some, so it can just be unwrapped. In the other direction, None means that the number of control qubits can be freely derived from the number of qubit arguments, while Some places a constraint on the number of expected control qubits.

Trait Implementations

impl<M> Converter for UnitaryGateConverter<M> where
    M: Converter<Input = (Matrix, Option<usize>)>,
    M::Output: FromArb + ToArb, 

type Input = Gate

The more generic detector input type = constructor output type.

type Output = (Vec<QubitRef>, ArbData)

The more specific detector output type = constructor input type.

fn detect(&self, gate: &Gate) -> Result<Option<Self::Output>>

The detect function implements the detector function. The return values are as follows:

fn construct(&self, output: &Self::Output) -> Result<Gate>

The construct function implements the opposite of the detector function, converting the plugin-specific type to the more generic type.

impl<M> From<M> for UnitaryGateConverter<M> where
    M: Converter<Input = (Matrix, Option<usize>)>, 

fn from(matrix_converter: M) -> Self

Performs the conversion.