#include <search_space_constraint.hpp>

Inheritance diagram for pass::search_space_constraint:

Collaboration diagram for pass::search_space_constraint:

Public Member Functions
	search_space_constraint (const pass::problem &wrapped_problem, arma::uword segment, arma::uword total_segments)

double	evaluate (const arma::vec &agent) const override

Public Member Functions inherited from pass::problem
arma::vec	bounds_range () const noexcept

arma::uword	dimension () const noexcept

	problem (const arma::uword dimension, const double lower_bound, const double upper_bound, const std::string &name)

	problem (const arma::vec &lower_bounds, const arma::vec &upper_bounds, const std::string &name)

double	evaluate_normalised (const arma::vec &normalised_agent) const

arma::mat	normalised_random_agents (const arma::uword count) const

arma::mat	normalised_hammersley_agents (const arma::uword count) const

arma::mat	initialise_normalised_agents (const arma::uword count) const

Public Attributes
const pass::problem &	wrapped_problem

Public Attributes inherited from pass::problem
const arma::vec	lower_bounds

const arma::vec	upper_bounds

const std::string	name

Detailed Description

This helper class reduces the problem boundaries of a wrapped problem to 1/nth of its normal search space, where n can be specified as a constructor argument.

Constructor & Destructor Documentation

◆ search_space_constraint()

pass::search_space_constraint::search_space_constraint	(	const pass::problem &	wrapped_problem,
		arma::uword	segment,
		arma::uword	total_segments
	)

Initializes the problem boundaries. All boundaries are copied from wrapped_problem, except for the dimension 1.

The dimension 1 boundary is modified to have a range of 1 / total_segments * original bounds range, and and offset of calculated range * segment.

Both parameters segment and total_segments are 1-based: If you want to divide the search space into four non-overlapping sections, pass the values 1, 2, 3, 4 as segment parameters, and 4 as total_segments parameter.

Member Function Documentation

◆ evaluate()

double pass::search_space_constraint::evaluate ( const arma::vec & agent ) const

overridevirtual

Evaluates this problem at agent, which must match the dimensions of this problem.

Implements pass::problem.

Member Data Documentation

◆ wrapped_problem

const pass::problem& pass::search_space_constraint::wrapped_problem

The internal problem to which evaluate calls are forwarded.

CAUTION: This variable is a reference type! Do not free or reuse the memory of wrapped_object until search_space_constraint is destroyed!

The documentation for this class was generated from the following files:

/Users/romeo/Desktop/PASS/include/pass_bits/helper/search_space_constraint.hpp
/Users/romeo/Desktop/PASS/src/helper/search_space_constraint.cpp

Public Member Functions