LEACH算法源代码

if (((Node*) nodePtr[sender])->myStatus != STATUS_DEAD)this->deadNodes++;//消息的状态
advInfo[sender].status = STATUS_DEAD;//此时的状态赋值为死亡
status = STATUS_DEAD;
double xpos, ypos;
/*？？？？？？？？？？？？？？？？？？？？？？？？？？？？？？？？？？？*/
sender = ((Status2BSMessage*) msg)->getSrcAddress();//发送信息地址
energy = ((Status2BSMessage*) msg)->getEnergy();//发送信息能量
cluster = ((Status2BSMessage*) msg)->getCluster();//簇
status = ((Status2BSMessage*) msg)->getStatus();//状态
xpos = ((Status2BSMessage*) msg)->getXpos();
ypos = ((Status2BSMessage*) msg)->getYpos();
ev << "BS trRange is: " << trRange << "\n";//总的轮数是：
for(i=1;i<=simulation.getLastModuleId();i++)//????????????????????????????????????????????
{
mod=simulation.getModule(i);//????????????????????????????????????????????????????????
if (energy < 0 && this->halfDead == 0)this->halfDeadCtr++;//?????????????????????????????????????????????????
advInfo[sender].id = sender;//信息表中的发射量发射地址
void BS::initialize() {
int i;
cModule* parent = getParentModule();//消息参数的访问调用cModule的par()成员函数可以访问模块指针：
//cPar& delayPar = par("delay");cPar类是一个存储值的对象，//它支持数据类型，指针值可以这样读：
ev << "BS: got start message\n";//
this->initNodes();
}
} else {//其他消息no selfmessage来自节点的消息或者是簇头的消息
if (((ClusterMessage*) msg)->getProto() == CL_TOBS) {//簇头到基站的消息（红色的）。
this->nrRounds = parent->par("rounds");
this->deadNodes = 0;
this->roundsDone = 0;
this->oldDeadNodes = 0;
this->nrStatusRec = 0;//?????????????????????????????????
ev << "status message " << "\n";//消息状态
double energy;
int cluster;//簇头
int status;//各个状态
int sender;//发射机
int clHead;
double curHEnergy;
int curHStatus;
double rating;
//scheduleAt(simtime()+delta, msg);
}
/*********************第三个执行的函数*******************/
void BS::initNodes() {//初始化函数
cModule* parent = getParentModule();
///周围的复合模块可以通过parentModule()成员函数访问: cModule *parent = parentModule();
//例如,父模块的参数像这样被访问: double timeout = parentModule()->par( "t
this->myId = par("id");
this->nrStatusRec++;//接收到的节点自加
ev << "BS rec " << this->nrStatusRec << " nrNodes: "<< this->nrNodes << "\n";
//check if done
if (this->nrStatusRec == this->nrNodes - this->oldDeadNodes) {
cmsg->setKind(SMSG_INIT);//初始化消息
scheduleAt(simTime(), cmsg);//立即发送给基站自己
ev<<"id:"<<this->myId <<"\n";//基站自己的地址
//)使用scheduleAt()发送自传消息；scheduleAt(absoluteTime, //msg);
#include "leach.h"
Define_Module( BS);//定义简单模块(1)直接或间接定义一个CSimpleModule的子类；
///(2)以define_Module()或define_Module_Like()宏注册之；
/******************第一个执行的函数***********************/
advInfo[i].energy = 0;
advInfo[i].status = 0;
}//初始化节点信息共103项为什么是103？？？？？？？？？？？？？？？？？？？？？？
this->setGateSize("out", nrGates + 1);//需要设置参数值或门向量大小？？？？？？？？？？？
if (msg->isSelfMessage()) {//本身的身消息
ev << "BS: got self message type " << msg->getKind() << "\n";//节点开始初始化完（在initialize()函数中）
if (msg->getKind() == SMSG_INIT) {
deadNodesVector.record(this->deadNodes);///记录当前死亡的节点*****************************************************I*****
olddeadNodesVector.record(this->oldDeadNodes);///记录所有死亡的节点****************************************************I*****
roundVector.setName("round");//轮数
deadNodesVector.setName("nodes dead");//死亡的节点
olddeadNodesVector.setName("all dead");//所有死亡的节点
nrheadVector.setName("headnumber");//簇头的个数
if(strcmp(mod->getName(),"node")==0)//遍历节点，把模块指针填充
{
nodePtr[((Node*)mod)->myId]=(Node*)mod;//Id标识，指针
}
}
}
/**********第六个执行的函数********************/
void BS::handleMessage(cMessage* msg) {//消息处理函数
((Node*) nodePtr[sender])->myStatus = STATUS_DEAD;
}
rating = energy - roundEnergyLoss;//发送功率
advInfo[sender].rating = rating;
ev << "BS received from " << sender << "status " << status<< " rating:" << rating << "\n";
/*
*
*
* Created on: 2011-4-17