norm.h

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#ifndef HIGH_PRECISION_PSO_FUNCTION_NORM_H_
#define HIGH_PRECISION_PSO_FUNCTION_NORM_H_

#include "function/function.h"

namespace highprecisionpso {

class Norm1: public Function {
public:
    mpf_t* Eval(const std::vector<mpf_t*> & pos);
    std::string GetName();
    mpf_t* DistanceTo1DLocalOptimum(const std::vector<mpf_t*> & pos, int d);
};

class NormInfinity: public Function {
public:
    mpf_t* Eval(const std::vector<mpf_t*> & pos);
    std::string GetName();
    mpf_t* DistanceTo1DLocalOptimum(const std::vector<mpf_t*> & pos, int d);
};

class Norm2PowerK: public Function {
public:
    Norm2PowerK(int exponent);
    mpf_t* Eval(const std::vector<mpf_t*> & pos);
    std::string GetName();
    mpf_t* DistanceTo1DLocalOptimum(const std::vector<mpf_t*> & pos, int d);

private:
    const int exponent_;
};

class Norm2 : public Norm2PowerK {
public:
    Norm2();
};
class Norm4 : public Norm2PowerK {
public:
    Norm4();
};
class Norm8 : public Norm2PowerK {
public:
    Norm8();
};

class Sphere : public Norm2PowerK {
public:
    Sphere();
};

class Norm1Plus2PowerMinusK: public Function {
public:
    Norm1Plus2PowerMinusK(int exponent);
    mpf_t* Eval(const std::vector<mpf_t*> & pos);
    std::string GetName();
    mpf_t* DistanceTo1DLocalOptimum(const std::vector<mpf_t*> & pos, int d);

private:
    const int exponent_;
};

} // namespace highprecisionpso

#endif /* HIGH_PRECISION_PSO_FUNCTION_NORM_H_ */