Struct rusty_green_kernel::evaluators::base::DirectEvaluator

pub struct DirectEvaluator<P: ParticleContainerAccessor, R> { /* fields omitted */ }

This type defines an Evaluator consisting of a ParticleSpace and a KernelType. The generic

Trait Implementations

impl<P: ParticleContainerAccessor> ComplexDirectEvaluator for DirectEvaluator<P, Complex<P::FloatingPointType>>

fn assemble_in_place(
    &self,
    result: ArrayViewMut2<'_, Complex<Self::FloatingPointType>>,
    threading_type: ThreadingType
)

Assemble the kernel matrix in-place.

fn evaluate_in_place(
    &self,
    charges: ArrayView2<'_, Complex<Self::FloatingPointType>>,
    result: ArrayViewMut3<'_, Complex<Self::FloatingPointType>>,
    eval_mode: &EvalMode,
    threading_type: ThreadingType
)

Evaluate for each target the potential sum across all sources with given charges.

fn assemble(
    &self,
    threading_type: ThreadingType
) -> Array2<Complex<Self::FloatingPointType>>

Like assemble_in_place, but creates and returns a new result array.

fn evaluate(
    &self,
    charges: ArrayView2<'_, Complex<Self::FloatingPointType>>,
    eval_mode: &EvalMode,
    threading_type: ThreadingType
) -> Array3<Complex<Self::FloatingPointType>>

Like evaluate_in_place but creates and returns a new result array.

impl<P: ParticleContainerAccessor, R> DirectEvaluatorAccessor for DirectEvaluator<P, R>

type FloatingPointType = P::FloatingPointType

fn kernel_type(&self) -> &KernelType

Get the kernel definition.

fn sources(&self) -> ArrayView2<'_, Self::FloatingPointType>

Return a non-owning representation of the sources.

fn targets(&self) -> ArrayView2<'_, Self::FloatingPointType>

Return a non-owning representation of the targets.

fn nsources(&self) -> usize

fn ntargets(&self) -> usize

impl<P: ParticleContainerAccessor> RealDirectEvaluator for DirectEvaluator<P, P::FloatingPointType>

fn assemble_in_place(
    &self,
    result: ArrayViewMut2<'_, Self::FloatingPointType>,
    threading_type: ThreadingType
)

Assemble the kernel matrix in-place.

fn assemble(
    &self,
    threading_type: ThreadingType
) -> Array2<Self::FloatingPointType>

Like assemble_in_place, but creates and returns a new result array.

fn evaluate_in_place(
    &self,
    charges: ArrayView2<'_, Self::FloatingPointType>,
    result: ArrayViewMut3<'_, Self::FloatingPointType>,
    eval_mode: &EvalMode,
    threading_type: ThreadingType
)

Evaluate for each target the potential sum across all sources with given charges.

fn evaluate(
    &self,
    charges: ArrayView2<'_, Self::FloatingPointType>,
    eval_mode: &EvalMode,
    threading_type: ThreadingType
) -> Array3<Self::FloatingPointType>

Like evaluate_in_place but creates and returns a new result array.