cec2013.h

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 *   Copyright (C) 2004-2015 The PaGMO development team,                     *
 *   Advanced Concepts Team (ACT), European Space Agency (ESA)               *
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#ifndef PAGMO_PROBLEM_CEC2013_H
#define PAGMO_PROBLEM_CEC2013_H

#include <string>

#include "../serialization.h"
#include "../types.h"
#include "base.h"

namespace pagmo{ namespace problem {


class __PAGMO_VISIBLE cec2013 : public base
{
        public:
        cec2013(unsigned int = 1, problem::base::size_type = 30, const std::string & = "input_data/");
                base_ptr clone() const;
                std::string get_name() const;


                std::vector<double> origin_shift() const {return m_origin_shift;}
        protected:
                void objfun_impl(fitness_vector &, const decision_vector &) const;
        private:
                void sphere_func (const double *, double *, int , const double *,const double *, int) const; /* Sphere */
                void ellips_func(const double *, double *, int , const double *,const double *, int) const; /* Ellipsoidal */
                void bent_cigar_func(const double *, double *, int , const double *,const double *, int) const; /* Discus */
                void discus_func(const double *, double *, int , const double *,const double *, int) const;  /* Bent_Cigar */
                void dif_powers_func(const double *, double *, int , const double *,const double *, int) const;  /* Different Powers */
                void rosenbrock_func (const double *, double *, int , const double *,const double *, int) const; /* Rosenbrock's */
                void schaffer_F7_func (const double *, double *, int , const double *,const double *, int) const; /* Schwefel's F7 */
                void ackley_func (const double *, double *, int , const double *,const double *, int) const; /* Ackley's */
                void rastrigin_func (const double *, double *, int , const double *,const double *, int) const; /* Rastrigin's  */
                void weierstrass_func (const double *, double *, int , const double *,const double *, int) const; /* Weierstrass's  */
                void griewank_func (const double *, double *, int , const double *,const double *, int) const; /* Griewank's  */
                void schwefel_func (const double *, double *, int , const double *,const double *, int) const; /* Schwefel's */
                void katsuura_func (const double *, double *, int , const double *,const double *, int) const; /* Katsuura */
                void bi_rastrigin_func (const double *, double *, int , const double *,const double *, int) const; /* Lunacek Bi_rastrigin */
                void grie_rosen_func (const double *, double *, int , const double *,const double *, int) const; /* Griewank-Rosenbrock  */
                void escaffer6_func (const double *, double *, int , const double *,const double *, int) const; /* Expanded Scaffer¡¯s F6  */
                void step_rastrigin_func (const double *, double *, int , const double *,const double *, int) const; /* Noncontinuous Rastrigin's  */
                void cf01 (const double *, double *, int , const double *,const double *, int) const; /* Composition Function 1 */
                void cf02 (const double *, double *, int , const double *,const double *, int) const; /* Composition Function 2 */
                void cf03 (const double *, double *, int , const double *,const double *, int) const; /* Composition Function 3 */
                void cf04 (const double *, double *, int , const double *,const double *, int) const; /* Composition Function 4 */
                void cf05 (const double *, double *, int , const double *,const double *, int) const; /* Composition Function 5 */
                void cf06 (const double *, double *, int , const double *,const double *, int) const; /* Composition Function 6 */
                void cf07 (const double *, double *, int , const double *,const double *, int) const; /* Composition Function 7 */
                void cf08 (const double *, double *, int , const double *,const double *, int) const; /* Composition Function 8 */
                void shiftfunc (const double*,double*,int,const double*) const;
                void rotatefunc (const double *,double*,int, const double *) const;
                void asyfunc (const double *, double *, int, double) const;
                void oszfunc (const double *, double *, int) const;
                void cf_cal(const double *, double *, int, const double *,double *,double *,double *,int) const;

                friend class boost::serialization::access;
                template <class Archive>
                void serialize(Archive &ar, const unsigned int)
                {
                        ar & boost::serialization::base_object<base>(*this);
                        ar & const_cast<unsigned int&>(m_problem_number);
                        ar & m_rotation_matrix;
                        ar & m_origin_shift;
                }
        const unsigned int m_problem_number;
        std::vector<double> m_rotation_matrix;
        std::vector<double> m_origin_shift;

        // These are pre-allocated for speed, need not to be serialized
        mutable std::vector<double> m_y;
        mutable std::vector<double> m_z;
};

}} //namespaces

BOOST_CLASS_EXPORT_KEY(pagmo::problem::cec2013)

#endif