/*******************************************/
/*---Email:gysyf@163.com----*/
/*---QQ:82108212---*/
#include?
#include?
#include?
#include?



#define?OUT_LOOP?1000?/*全局迭代次數(shù)*/
#define?IN_LOOP?10?/*子群進(jìn)化次數(shù)*/

#define?object_NUM?100?/*物體個(gè)數(shù)*/
#define?BAG_NUM?3?/*背包個(gè)數(shù)*/?

#define?FROG_NUM?100?/*全部青蛙個(gè)數(shù)（FROG_NUM=GROUP_NUM*COUNT）*/
#define?GROUP_NUM?10?/*子群數(shù)*/
#define?COUNT?10?/*每個(gè)子群內(nèi)青蛙個(gè)數(shù)*/
#define?Dmax?2?/*允許青蛙改變位置的范圍[-Dmax，Dmax]*/

#define?R1?（rand（）%（BAG_NUM+1）-1）?/*隨機(jī)產(chǎn)生{-1012}*/
#define?R2?（rand（）%100/100.0）??/*隨機(jī)產(chǎn)生的范圍[01]*/

/*青蛙*/
typedef?struct{
	int?a[object_NUM];
	double?fitness;???
}Frog;

/*適應(yīng)值最差的青蛙;index為其分組內(nèi)的下標(biāo)（在對(duì)分組中最差的青蛙進(jìn)行更新時(shí)需要使用）*/
typedef?struct?{
	Frog?frog;
	int?index;
}Worst;

Frog?frogs[FROG_NUM];/*全部青蛙*/
Frog?groupFrogs[GROUP_NUM][COUNT];/*分組后的青蛙*/
Frog?Xb[GROUP_NUM];/*各個(gè)子群中個(gè)體最好的青蛙*/
Worst?Xw[GROUP_NUM];/*各個(gè)子群中個(gè)體最差的青蛙*/
Frog?Xg;/*全局中最好的青蛙*/

int?Weight[object_NUM]={4134697862581619527
			9129221184771696735
			3227341534762372329
			1690884064469070693
			29845666314426371829
			3339477732124707797
			866155553150416677
			57534592122613062
			1024489529174964868
			815318027284871013};?/*物體重量*/

int?Value[object_NUM]={467500724358464145827491942436
604153382716895726538912299894811333664711868644757
8597417783584210694264880572935010154862395484037630843932353882541115658930306
386745728295735122906367675745215072443019133728738390975858894630168591655359
537483413508362021199484734999938788467893483421617514};/*物體價(jià)值*/

const?int?Capacity[BAG_NUM]={152712271327};/*背包的限制重量，onst修飾的數(shù)據(jù)類型是指常類型，常類型的變量或?qū)ο蟮闹凳遣荒鼙桓碌?/



/*是否超出限制重量*/
bool?isOverWeight（Frog?frog）
{
	int?ij;
	int?index;
	double?tempWeight[BAG_NUM]={0};
????for（i=0;iject_NUM;i++）
	{
		if（frog.a[i]!=-1）
		{
	????????index=frog.a[i];
	????????tempWeight[index]+=Weight[i];
		}
	}
????for（j=0;j	{
	????if（tempWeight[j]>Capacity[j]）
		{
		???return?true;
		}
	}
	return?false;
}
/*求青蛙的適應(yīng)值*/
double?getFitness（Frog?frog）
{
	int?i;
	double?tempValue=0;
	if（isOverWeight（frog））
	{
	????return?0;
	}
	else
	{
	????for（i=0;iject_NUM;i++）
		{
		????if（frog.a[i]!=-1）
		????{
	????????????tempValue+=Value[i];
		????}
		}
		return?tempValue;
	}
}

/*初始化青蛙*/
void?init（）
{
????int?ij;
	srand（（int）time（0））;
????for（i=0;i	{
	????for（j=0;jject_NUM;j++）
	????{
		????frogs[i].a[j]=R1;
	????}
	????frogs[i].fitness=getFitness（frogs[i]）;
	}
}

/*按照適應(yīng)度降序?qū)θ總€(gè)體進(jìn)行排序*/
void?sort（）
{
????int?ij;
	Frog?temp;/*臨時(shí)青蛙變量*/
	for（i=1;i	{
		for（j=0;j		{
			if（frogs[j].fitness		????{
				temp=frogs[j];
				frogs[j]=frogs[j+1];
				frogs[j+1]=temp;
		????}
		}

?屬性????????????大小?????日期????時(shí)間???名稱
-----------?---------??----------?-----??----

?????文件??????49058??2018-06-30?10:21??蛙跳算法.docx

?????文件???????6889??2018-05-10?15:53??sfla.cpp

-----------?---------??----------?-----??----

????????????????55947????????????????????2