Struct HSProblem 

pub struct HSProblem<R: RealScalar> {
    pub circuit: Arc<QuditCircuit>,
    pub target: Arc<InstantiationTarget<R::C>>,
}

Fields

circuit: Arc<QuditCircuit>

target: Arc<InstantiationTarget<R::C>>

Implementations

impl<R: RealScalar> HSProblem<R>

pub fn new( circuit: Arc<QuditCircuit>, target: Arc<InstantiationTarget<R::C>>, ) -> Self

pub fn build_cost<const D: DifferentiationLevel>(&self) -> PinnedTNVM<R::C, D>

pub fn build_residual<const D: DifferentiationLevel>( &self, ) -> PinnedTNVM<R::C, D>

Trait Implementations

impl<R: Clone + RealScalar> Clone for HSProblem<R>

where R::C: Clone,

fn clone(&self) -> HSProblem<R>

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl<R: RealScalar> InstantiationProblem<R> for HSProblem<R>

fn from_instantiation( circuit: Arc<QuditCircuit>, target: Arc<InstantiationTarget<R::C>>, _data: Arc<DataMap>, ) -> Self

impl<R: RealScalar> Problem for HSProblem<R>

fn num_params(&self) -> usize

Returns the number of parameters in the problem.

impl<R: RealScalar> ProvidesCostFunction<R> for HSProblem<R>

type CostFunction = HSFunction<R, 0>

The type of the cost function.

fn build_cost_function(&self) -> Self::CostFunction

Builds the cost function.

impl<R: RealScalar> ProvidesJacobian<R> for HSProblem<R>

type Jacobian = HSFunction<R, GRADIENT>

The type of the cost function.

fn build_jacobian(&self) -> Self::Jacobian

Builds the Jacobian.

impl<R: RealScalar> ProvidesResidualFunction<R> for HSProblem<R>

type ResidualFunction = HSFunction<R, 0>

The type of the cost function.

fn build_residual_function(&self) -> Self::ResidualFunction

Builds the residual function.