C++实现蛙跳算法详解及源码分享

#include <stdio.h>
#include <time.h>
#include<windows.h>   
#include <math.h>
#include <stdlib.h>
#define S 1/*试验次数 */
#define G 100  /*混合迭代次数*/
#define P 100 /*个体总数*/
#define M 10 /*族群数*/
#define I 10 /*因此，一个族群中的个体数是10*/
#define V 10 /*个体维数*/
#define N 10/*族群内更新次数*/
#define MAX 1
#define MIN 0
#define  gm  12
#define  gn  V

//double DMAX=10.0; /*蛙跳的最大值*/
//double DMIN=0.4; /*蛙跳的最大值*/
int i1,i2,i3,i4,ii,iii,ia,i6,i7,flag;
int weizhi[P];//分组时起始位置；
int banj=1;//邻域半径；
double nongchang[gm][gn]={209.99, 7264769,  52.054525, 3793349, 905658, 11799682, 227.94, 3757344,  34595.786, 1166437,
                           18.59, 1441043,   16.75009,  536807,  85190,  3938662,  23.79,  180016,  77517.106,  156845,
                           21.41, 1592999,  11.232336,  396336,  19779,  3997471,  16.40,  193343,  74404.437,  186566,
                           49.39, 1623252,  27.720342,  564935,  42154,  2885713,  29.48,  400505,  32866.005,  276422,
                          125.23, 1344442,  45.918827,  690033,  74544,   969431,  44.55,  587015,  10735.782,  177721,
                          102.89, 1425515,  39.685307,  619805,  81930,   587346,  29.88,  324571,  13854.748,  106836,
                           51.63,  767347,  39.581571,  285020,  33270,   426575,  20.80,  283468,  14862.425,   81257,
                           49.63,  600216,  44.138443,  429643,  70154,   309739,  16.12,  269275,  12093.814,   78590,

                           36.42,  626843,  48.930274,  415354,  78681,   195783,  26.90,  263852,  17211.505,   85776,
                           34.51,  585226,  36.474114,  434168,  39537,   473480,  14.68,  198431,  16958.157,   65928,
                           46.57,  224369,  48.286974,  161042,  33019,   105294,  11.60,  126341,  4817.8871,   58150,
                           54.77,  251990,  56.305806,  234607,   2400,    20767,  16.43,  107011,  4600.8764,   39027};


//double nongchang[gm][gn]={0.156,0.133,0.146,
 //                         0.157,0.123,0.123,
  //                        0.159,0.163,0.033};
                         
double tyz[gm]={0,0,0};
double tyze=0;
double tysz=0;

double yueshu1=10;
double nongchanggy[gm][gn];
double nongchangmax[gn];
double nongchangmin[gn];

 int E=0;//电荷；
 int B=0;//电荷：

double D=MAX/10;/*蛙跳的最大值*/


double C5=0.0;//随机分组
int E1=0;//是否自适应求惯性及自学习因子
double C3=0.0;//惯性学习参数
double C4=0.0;//自学习参数