///////////////////////////////////////////////////////////////////
/*****************************************************************
Copyright: Artificial Life and Adaptive Robotics Laboratory - ALAR
School of ITEE, UNSW@ADFA, Australia, 2005
*******************************************************************/
///////////////////////////////////////////////////////////////////#if !defined(AFX_OBJECTIVE_H__5A70A73D_DAB9_4EE2_894C_406533E9A2CD__INCLUDED_)#define AFX_OBJECTIVE_H__5A70A73D_DAB9_4EE2_894C_406533E9A2CD__INCLUDED_#if _MSC_VER > 1000#pragma once#endif // _MSC_VER > 1000#include <math.h>#include <iostream.h>#include <string.h>#include <iomanip.h>#include <fstream.h>#include <stdio.h>#include "consts.h"#include "Random.h"#include "movpeaks.h"extern double lambda;extern int use_basis_function;extern int geno_size;extern double maxheight;extern double global_max;class objective  {private://	int objectiveID;public:	void logging();	void peaksetting(int size);	double problem1(double *x,int size,int funcID);
	double problem2(double *x,int size,int funcID);
	double problem3(double *x,int size,int funcID);
	double problem4(double *x,int size,int funcID);
	double problem5(unsigned int *x,int size,int funcID);
	double problem6(double *x,int size,int funcID);
	
	double problem7(double *x, int size, int funcID, int evaltime, int gen);
	double problem8(double *x, int size, int funcID, int evaltime, int gen);
	double problem9(double *x, int size, int funcID, int evaltime, int gen);

	double problem10(double *x, int size, int funcID, int evaltime, int gen);
	double problem11(double *x, int size, int funcID, int evaltime, int gen);
	double problem12(double *x, int size, int funcID, int evaltime, int gen);	void setObjID(int ID);		//double objective_value1(double , double ,double (objective::*fp)(double,double));	double (objective::*objective_value)(double *,int,int); 	objective(int ID);	objective();	virtual ~objective();	//double *prev_s;	Random rnd;   //random generator	//int cycle;	int probID, cur_SEED;
	double al_pc, al_pm;	ofstream f1;};#endif // !defined(AFX_OBJECTIVE_H__5A70A73D_DAB9_4EE2_894C_406533E9A2CD__INCLUDED_)