Power System Optimization

Appendix

A.1 Header File

#include <stdio.h>
#define Error(i) {printf("Not enough memory at code %d \n",i);exit(0);}
#define CHROMOLENGTH 2
#define CHROMO_PER_VARIABLE 2
//#define __GRIEWANGK_FUNCTION__
//#define __ACKLEY_FUNCTION__
//#define __RASTRIGIN_FUNCTION__
//#define __SCHWEFEL_FUNCTION__
#define __ROSENBROCK_FUNCTION__
class CEcosystem;
struct Chromosome
{
 unsigned char gene[CHROMOLENGTH];
};
class CSpecies
{
 private:
 CEcosystem * theEcosystem;
 int SpeciesID;
 static unsigned char BitMask[],Bit[];
 int New,Old;
 int JCross;
 int LChromo,MaxGen;
 float PCross,PMutation;
 int PopSize,NGen,NCross,NMutation;
 int MaxCrossTimes;
 double FitMax,FitMin,FitAvrg,FitSum;
 Chromosome (*Chromo)[2];
 double (*Fitness)[2];
 double LowerBound,UpperBound;
 void InitPop();
 void WriteChromo(FILE*,struct Chromosome&,int);
 void Crossover(int,int,struct Chromosome&,struct Chromosome&);
 void Mutation(struct Chromosome&);
 int  ObjFunc(double&,struct Chromosome&);
 int Select();
 public:
 Chromosome ChromoMax,ChromoMin;
 void SetParam(CEcosystem* CEcosystem,int speciesID,int maxgen,
                int popsize,int lchrom,float pcross,float pmutation);
 ˜CSpecies();
 void Initialize();
 void Statistics();
 void Report(FILE*);
 void Generation();
};
class CEcosystem
{
 public:
 int NSpecies;
 Chromosome *Representative;
 CEcosystem();
 ˜CEcosystem();
 void Initialize();
 void SetParam(int n_species);
};

A.2 Species Class

#include <stdlib.h>
#include <math.h>
#include <time.h>
#include "Coevolution.h"
#define PI 3.1415927 #define E 2.7182818 ...