DoubleSphere Class Reference

Double Sphere Optimization function. More...

#include <DoubleSphere.h>

Inheritance diagram for DoubleSphere:

Public Member Functions
	DoubleSphere ()=default
	Creates a default DoubleSphere object.
	DoubleSphere (const int &numberOfVars)
	Creates a DoubleSphere with numberOfVars dimension. More...
	DoubleSphere (const DoubleSphere *s)
	Creates a DoubleSphere object copying the information from other instance. More...
int	getOptimizationDirection (int i) const override
	Get the optimization direction for each dimension of the problem. More...
float	getUpperLimit (int i) const override
	Get the upper limit of the ith dimension. More...
float	getLowerLimit (int i) const override
	Get the lower limit of the ith dimension. More...
string	getName () const override
	Get the name of the Problem. More...
void	evaluate (FloatSolution &solution) const override
	Evaluates a solution with the DoubleSphere equation. More...
bool	evaluateConstraints (FloatSolution &solution) const override
	Not implemented here.
FloatSolution	createSolution () const override
	Creates a random solution for the DoubleSphere problem. More...
FloatSolution	createSolution (ParallelPRNG &engine) const override
	Creates a random solution for the DoubleSphere problem. More...
void	readData (const string &path) override
	Not implemented here. More...
Public Member Functions inherited from Problem< FloatSolution >
	Problem ()
	Creates a new Problem with all parameters to zero. More...
	Problem (const int &numberOfVars, const int &numberOfObjectives, const int &nCons)
	Construct a new Problem with all the given parameters. More...
	Problem (const Problem *copy)
virtual void	readData (const std::string &path)=0
	Method to read problem information from the given path. This method must be implemented in the subclasses. More...
virtual json	to_json () const
	Creates a JSON object with the information of the Problem. More...
int	getNumberOfVars () const
	Get the number of variables (dimension) of the problem. More...
void	setNumberOfVars (int nVars)
	Sets the number of variables (dimension) of the problem. More...
int	getNumberOfObjs () const
	Get the number of objectives of the problem. More...
void	setNumberOfObjs (int nObjs)
	Sets the number of objectives to the problem. More...
int	getNumberOfCons () const
	Get the number the constraint of the problem. More...
void	setNumberOfCons (int nCons)
	Sets the number of constraint of the problem. More...

Additional Inherited Members
Protected Attributes inherited from Problem< FloatSolution >
int	numberOfVars
int	numberOfObjs
int	numberOfCons

Detailed Description

Double Sphere Optimization function.

Constructor & Destructor Documentation

DoubleSphere() [1/2]

DoubleSphere::DoubleSphere ( const int &  numberOfVars )

explicit

Creates a DoubleSphere with numberOfVars dimension.

Parameters

numberOfVars

DoubleSphere() [2/2]

DoubleSphere::DoubleSphere ( const DoubleSphere *  s )

explicit

Creates a DoubleSphere object copying the information from other instance.

Parameters

s

Member Function Documentation

createSolution() [1/2]

FloatSolution DoubleSphere::createSolution ( ) const

overridevirtual

Creates a random solution for the DoubleSphere problem.

Returns

Crea una solucion factible al problema DoubleSphere

Returns

Implements Problem< FloatSolution >.

createSolution() [2/2]

FloatSolution DoubleSphere::createSolution ( ParallelPRNG &  engine ) const

overridevirtual

Creates a random solution for the DoubleSphere problem.

Deprecated:

Returns

Implements Problem< FloatSolution >.

evaluate()

void DoubleSphere::evaluate ( FloatSolution &  solution ) const

overridevirtual

Evaluates a solution with the DoubleSphere equation.

Parameters

solution

Implements Problem< FloatSolution >.

getLowerLimit()

float DoubleSphere::getLowerLimit ( int  i ) const

overridevirtual

Get the lower limit of the ith dimension.

Parameters

i

Returns

-5.12

Implements Problem< FloatSolution >.

getName()

string DoubleSphere::getName ( ) const

inlineoverridevirtual

Get the name of the Problem.

Returns

a string with the content DoubleSphere

Implements Problem< FloatSolution >.

getOptimizationDirection()

int DoubleSphere::getOptimizationDirection ( int  i ) const

overridevirtual

Get the optimization direction for each dimension of the problem.

Parameters

i

Returns

Minimize

Implements Problem< FloatSolution >.

getUpperLimit()

float DoubleSphere::getUpperLimit ( int  i ) const

overridevirtual

Get the upper limit of the ith dimension.

Parameters

i

Returns

5.12

Implements Problem< FloatSolution >.

readData()

void DoubleSphere::readData ( const string &  path )

override

Not implemented here.

Parameters

path

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

• include/dignea/problems/DoubleSphere.h
• src/dignea/problems/DoubleSphere.cpp