Struct mop_blocks::gp::GpOr

pub struct GpOr<HCRS, ORS, S, SCRS> { /* fields omitted */ }

GP-OR (Generic Problem - Optimization Result)

This structure is generic over single or multi objective problems, constrained or not.

Types

• CRS: Constraint Results Storage
• ORS: Objective Results Storage
• S: Solution

Implementations

impl<HCRS, ORS, S, SCRS> GpOr<HCRS, ORS, S, SCRS>

pub fn new(
    hard_cstr_rslts: HCRS,
    obj_rslts: ORS,
    soft_cstr_rslts: SCRS,
    solution: S
) -> Self

pub fn solution(&self) -> &S

pub fn solution_mut(&mut self) -> &mut S

impl<HCRS, ORS, S, SCRS> GpOr<HCRS, ORS, S, SCRS> where
    HCRS: AsRef<[usize]>, 

pub fn hard_cstr_rslts(&self) -> &[usize]

impl<HCRS, OR, S, SCRS> GpOr<HCRS, [OR; 1], S, SCRS>

pub fn obj_rslt(&self) -> &OR

impl<HCRS, OR, ORS, S, SCRS> GpOr<HCRS, ORS, S, SCRS> where
    ORS: AsRef<[OR]> + Storage<Item = OR>, 

pub fn obj_rslts(&self) -> &[OR]

impl<HCRS, ORS, S, SCRS> GpOr<HCRS, ORS, S, SCRS> where
    SCRS: AsRef<[usize]>, 

pub fn soft_cstr_rslts(&self) -> &[usize]

impl<'_, OR, S, SCR> GpOr<&'a [HCR], &'a [OR], &'a S, &'a [SCR]> where
    OR: Clone,
    S: Clone, 

pub fn to_mph_vec(&self) -> MphOrVec<OR, S>

impl<'_, OR, S> GpOr<&'a [HCR], &'a [OR], &'a S, &'a [SCR]> where
    OR: Clone,
    S: Clone, 

pub fn to_mphs_vec(&self) -> MphsOrVec<OR, S>

Trait Implementations

impl<HCRS: Clone, ORS: Clone, S: Clone, SCRS: Clone> Clone for GpOr<HCRS, ORS, S, SCRS>

fn clone(&self) -> GpOr<HCRS, ORS, S, SCRS>

Returns a copy of the value.

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

Performs copy-assignment from source.

impl<HCRS: Debug, ORS: Debug, S: Debug, SCRS: Debug> Debug for GpOr<HCRS, ORS, S, SCRS>

fn fmt(&self, f: &mut Formatter) -> Result

Formats the value using the given formatter.

impl<HCRS: PartialEq, ORS: PartialEq, S: PartialEq, SCRS: PartialEq> PartialEq<GpOr<HCRS, ORS, S, SCRS>> for GpOr<HCRS, ORS, S, SCRS>

fn eq(&self, other: &GpOr<HCRS, ORS, S, SCRS>) -> bool

This method tests for self and other values to be equal, and is used by ==.

fn ne(&self, other: &GpOr<HCRS, ORS, S, SCRS>) -> bool

This method tests for !=.

impl<'_, O, OR, S> QualityComparator<[O], GpOr<&'_ [()], &'_ [OR], &'_ S, &'_ [()]>> for ObjsAvg where
    O: Obj<OR, S>,
    OR: PartialOrd, 

fn is_better(&self, objs: &[O], a: &MpOrRef<OR, S>, b: &MpOrRef<OR, S>) -> bool

Is a better than b?

impl<'_, O, OR, S> QualityComparator<[O], GpOr<&'_ [usize], &'_ [OR], &'_ S, &'_ [()]>> for Nsga2 where
    O: Obj<OR, S>,
    OR: PartialOrd, 

fn is_better(
    &self,
    objs: &[O],
    a: &MphOrRef<OR, S>,
    b: &MphOrRef<OR, S>
) -> bool

Is a better than b?

impl<HCRS, ORS, S, SCRS> StructuralPartialEq for GpOr<HCRS, ORS, S, SCRS>