bool JSM_Menu::ConfigSubMenuItem(int menu,int item,int sub,Fl_Input* prog_label,Fl_Input* prog_icon,Fl_Input* prog_input,Fl_Check_Button* conf_button){
debug_out("bool ConfigMenuItem(int menu,int item,int sub,Fl_Input* prog_label,Fl_Input* prog_icon,Fl_Input* prog_input,Fl_Check_Button* conf_button)");
const char* lbl=NULL;
if(prog_label!=NULL)lbl=prog_label->value();
const char* icn=NULL;
if(prog_icon!=NULL)icn=prog_icon->value();
const char* prog=NULL;
if(prog_input!=NULL)prog=prog_input->value();
char chk='a';
if(conf_button!=NULL)chk=conf_button->value();
std::string check="false";
switch (chk){
case '0':check="true";
default:check="false";
}
bool retval = true;
pugi::xml_node noder=getNode(menu, "RootMenu", item);
if(!noder){return false;}
pugi::xml_node node=getSubNode(sub,noder);
pugi::xml_node node1=node;
pugi::xml_node node2=node;
if(!node){return false;}
if(lbl!=NULL){if(!setAttribute(node,"label",lbl)){retval=false;}}
noder=getNode(menu, "RootMenu", item);
if(!noder){return false;}
node=getSubNode(sub,noder);
if(icn!=NULL){if(!setAttribute(node,"icon",icn)){retval=false;}}
noder=getNode(menu, "RootMenu", item);
if(!noder){return false;}
node=getSubNode(sub,noder);
if(prog!=NULL){if(!setNodeText(node,prog)){retval=false;}}
//TODO toggle button issue...
return retval;
}
//显示Topo内容
void DisplayTopo(T_Node Head,Info_Node& info){
for(int i = 0;i < info.nodeNumber;i++){
cout<<"{节点【"<<i<<"】 : \n[TYPE] : "<<getNode(Head,i,NODE_TYPE)<<"\n [NUMBER] : "<<getNode(Head,i,NODE_NUMBER)<<endl;
for(int j = 0;j<getNode(Head,i,NODE_NUMBER);j++)
{
cout<<getSubNode(Head,i,j,SUB_NODE_INDEX)<<":"<<getSubNode(Head,i,j,SUB_NODE_NEXT)<<endl;
}
cout<<"}"<<endl;
}
}
void GmSrcEntryNode::expand (vector<GmRestoreNode*> * & subNodes)
{
if (_vSubNodes.size () == 0)
getSubNode (_vSubNodes, _pSource, this, _pEntryNode);
subNodes = &_vSubNodes;
}
void Update_Pheromone(T_Node Head,A_Node Ants,Info_Node& info) {
double pheromone_to_sum;
int city;
int next_city;
for (int i = 0; i < info.antNumber; i++) {
if((Ants+i)->rout[(Ants+i)->posi]==info.endNode){
pheromone_to_sum = POSITIVE_CONTS / (Ants+i)->fitn;
for (int j = 0; j <((Ants+i)->posi); j++) {
city = (Ants+i)->rout[j];
next_city = (Ants+i)->rout[j+1];
if (info.pheromone.data[city][next_city] != INVALID) {
info.pheromone.data[city][next_city] += pheromone_to_sum;
//info.pheromone.data[city][next_city] += EVAPORATION_RATE;
}
}
}
}
/*for (int j = 0; j < info.bestLength-1; j++) {
info.pheromone.data[info.bestRout[j]][info.bestRout[j+1]] += EVAPORATION_RATE;
}*/
for (int i = 0; i < info.nodeNumber; i++) {
for (int j = 0; j < getNode(Head,i,NODE_NUMBER); j++){
int idata = getSubNode(Head,i,j,SUB_NODE_NEXT);
if(idata>=0){
if(info.pheromone.data[i][idata]>MAX_PHEROMONE)
info.pheromone.data[i][idata]=MAX_PHEROMONE;
else if(info.pheromone.data[i][idata]<MIN_PHEROMONE)
info.pheromone.data[i][idata]=MIN_PHEROMONE;
}
}
}
}
std::string JSM_Menu::getItemIcon(int menu, int item, int sub){
debug_out("std::string getItemIcon(int menu, int item, int sub)");
pugi::xml_node noder=getNode(menu, "RootMenu", item);
pugi::xml_node node=getSubNode(sub,noder);
std::string ret=getAttribute(node,"icon");
debug_out("icon="+ret);
return ret;
}
//检测节点是否访问过,访问过返回true，否则返回no，未知idata
bool Check_Visit(T_Node Head,int start,int offset,A_Node Ants,int index){
int idata = getSubNode(Head,start,offset,SUB_NODE_NEXT); //获取尾节点
if((Ants+index)->node[idata] == ANT_GOST){ //检测尾节点是否为经过
return true;
}
return false;
}
std::string JSM_Menu::getItemLabel(int menu, int item, int sub){
debug_out("std::string getItemLabel(int menu, int itemline, int sub)");
pugi::xml_node noder=getNode(menu, "RootMenu", item);
if(!noder){return "";}
pugi::xml_node node=getSubNode(sub,noder);
if(!node){return "";}
std::string ret=getAttribute(node,"label");
debug_out("label="+ret);
return ret;
}
//计算挥发洗漱
void Pheromone_Evaporates(T_Node Head,Info_Node& info) {
for (int i = 0; i < info.nodeNumber; i++) {
for (int j = 0; j < getNode(Head,i,NODE_NUMBER); j++){
int idata = getSubNode(Head,i,j,SUB_NODE_NEXT);
if(idata>=0){
info.pheromone.data[i][idata] = (1 - EVAPORATION_RATE) * info.pheromone.data[i][idata];
}
}
}
}
void Init_Pheromone(T_Node Head,Info_Node& info){
for(int i=0;i<info.nodeNumber;i++){
for(int j=0;j<getNode(Head,i,NODE_NUMBER);j++){
int idata=getSubNode(Head,i,j,SUB_NODE_NEXT);
if(idata>=0){
info.pheromone.data[i][idata]=PHEROMONE_INIT;
}
}
}
}
INT32 _qgmOptiAggregation::done()
{
PD_TRACE_ENTRY( SDB__QGMOPTIAGGREGATION_DONE ) ;
INT32 rc = SDB_OK ;
qgmOpStream subOpStream ;
BOOLEAN bSame = TRUE ;
if ( SDB_OK == getSubNode( 0 )->outputStream( subOpStream ) &&
NULL == subOpStream.next && !subOpStream.isWildCard() &&
subOpStream.stream.size() == _selector.size() )
{
UINT32 count = _selector.size() ;
UINT32 index = 0 ;
while ( index < count )
{
qgmOpField &left = _selector[index].value ;
qgmOpField &right = subOpStream.stream[index] ;
if ( SQL_GRAMMAR::FUNC == left.type ||
!left.alias.empty() )
{
bSame = FALSE ;
break ;
}
else if ( ( !right.alias.empty() &&
left.value.attr() != right.alias ) ||
( right.alias.empty() &&
left.value.attr() != right.value.attr() ) )
{
bSame = FALSE ;
break ;
}
++index ;
}
if ( bSame )
{
_selector.clear() ;
}
}
PD_TRACE_EXITRC( SDB__QGMOPTIAGGREGATION_DONE, rc ) ;
return rc ;
}
const qgmField& getAlias( BOOLEAN recursive = FALSE )
{
if ( !recursive || QGM_OPTI_TYPE_JOIN == _type || !_alias.empty() )
return _alias ;
return getSubNode(0)->getAlias( recursive ) ;
}
void Update_Best_Route(T_Node Head,A_Node Ants,Info_Node& info){
short visitCount=0;
short left_dist=0;
short right_dist=0;
short left_endNode;
short leftRout[600];
short rightRout[600];
short orig_dist=0;
short start_Position=0;
double* transfer;
memset(leftRout,-1,600);
memset(rightRout,-1,600);
Ant_Init(Ants,info);
//int roulette0 = Get_Random(0, info.bestLength-1);
int roulette0=Get_Random(0, info.bestLength-1);
int i=0;
int k=0;
for(int j=roulette0;j>0;j--){
if(Check_Visit(Head,info.bestRout[j])){//将路由表进行分割，左边路由表的position为roulette
start_Position=j;
visitCount++;
break;
}
}
for(i=0;i<start_Position;i++)
{
leftRout[i]=info.bestRout[i];
left_dist+=info.distances.data[info.bestRout[i]][info.bestRout[i+1]];
}
leftRout[i]=info.bestRout[i];
orig_dist=info.distances.data[info.bestRout[i]][info.bestRout[i+1]];//需要比较的距离
i++;
while(Check_Visit(Head,info.bestRout[i])==false && i<info.bestLength-1)//统计两个优化位置之间的间距
{
orig_dist+=info.distances.data[info.bestRout[i]][info.bestRout[i+1]];
visitCount++;
i++;
}
if(visitCount>3){
left_endNode=info.bestRout[i];
while(i<info.bestLength-1){//右边路由表的起点为优化间距的右端点
rightRout[k]=info.bestRout[i];
right_dist+=info.distances.data[info.bestRout[i]][info.bestRout[i+1]];
i++;
k++;
}
(Ants+0)->dist=left_dist;
while((Ants+0)->posi!=start_Position){
(Ants+0)->rout[(Ants+i)->posi]=leftRout[(Ants+0)->posi];
(Ants+0)->node[leftRout[(Ants+0)->posi]] = ANT_GOST; //添加到已经过
(Ants+0)->posi += 1;
}
for(int j=1;j<=k;j++){
(Ants+0)->tabu[j]=rightRout[j];
(Ants+0)->node[rightRout[j]] = ANT_TABU;
}
rightRout[k]=info.bestRout[i];
(Ants+0)->rout[(Ants+0)->posi]=leftRout[(Ants+0)->posi];
(Ants+0)->node[leftRout[(Ants+0)->posi]] = ANT_GOST;
(Ants+1)->rout[(Ants+1)->posi]=leftRout[(Ants+0)->posi];
int best=MAX_DIST_VAL;
int next=1;
int i=2;
int m,n,temp;
int nextDist;
int count;
ofstream fp;
while(true){
int position=(Ants+next)->rout[(Ants+next)->posi];
count = 0;
nextDist=(Ants+next)->dist;
for (int j = 0; j < getNode(Head,position,NODE_NUMBER); j++){//获取当前节点的出度值
temp=0;
n=0;
short idata = getSubNode(Head,position,j,SUB_NODE_NEXT);// 获取出度j尾节点的值
if (Check_Visit(Ants,0,idata)==false && Check_Tabu(Ants,0,idata)==false && Check_Visit(Ants,next,idata)==false){
if(info.distances.data[position][idata]>0){
while(n<i){
n++;
if(idata==(Ants+next)->rout[(Ants+next)->posi]){
if(((Ants+next)->dist+info.distances.data[position][idata])<(Ants+i)->dist){
for(m=0;m<=(Ants+next)->posi;m++){
(Ants+n)->rout[m]=(Ants+next)->rout[m];
(Ants+n)->node[(Ants+n)->rout[m]]=ANT_GOST;
};
(Ants+n)->dist=(Ants+next)->dist+info.distances.data[position][idata];
(Ants+n)->rout[m]=idata;
(Ants+n)->node[idata]=ANT_GOST;
(Ants+n)->posi=m;
}
temp=1;
break;
}
}
if(temp==0){
if(count==0){
(Ants+next)->posi += 1;
(Ants+next)->rout[(Ants+next)->posi]=idata;
(Ants+next)->node[idata]=ANT_GOST;
(Ants+next)->dist += info.distances.data[position][idata];
}
else{
for(m=0;m<(Ants+next)->posi;m++){
(Ants+i)->rout[m]=(Ants+next)->rout[m];
(Ants+i)->node[(Ants+i)->rout[m]]=ANT_GOST;
}
(Ants+i)->posi=m;
(Ants+i)->rout[(Ants+i)->posi]=idata;
(Ants+i)->node[idata]=ANT_GOST;
(Ants+i)->dist=nextDist+info.distances.data[position][idata];
i++;
}
count++;
}
else
continue;
}
}
}
n=1;
best=MAX_DIST_VAL;
while(n<i){
if((Ants+n)->dist<best && Check_Visit(Ants,0,(Ants+n)->rout[(Ants+n)->posi])==false){
next=n;
best=(Ants+n)->dist;
}
n++;
}
(Ants+0)->posi += 1;
(Ants+0)->rout[(Ants+0)->posi]=(Ants+next)->rout[(Ants+next)->posi];
(Ants+0)->node[(Ants+0)->rout[(Ants+0)->posi]]=ANT_GOST;
if((Ants+next)->rout[(Ants+next)->posi]==left_endNode)
{
break;
}
}
if((Ants+next)->dist<orig_dist){
int r=1;
int i;
for(i=1;i<=(Ants+next)->posi;i++){
info.bestRout[start_Position+i]=(Ants+next)->rout[i];
}
while(rightRout[r]!=-1){
info.bestRout[start_Position+i]=rightRout[r];
i++;
r++;
}
info.bestDist=left_dist+(Ants+next)->dist+right_dist;
info.bestLength=start_Position+i;
}
}
}
//链表节点 蚂蚁节点 蚂蚁数量 开始节点 数量
void Build_Solution(T_Node Head,A_Node Ants,Info_Node& info,double init_prob) {
int nodeNumber = info.nodeNumber; //获取节点总数
double* transfer; //转移概率分子值
double linkRate = 0; //连接度总和
short count=0; //计数器
short tabuCount = 0; //禁忌表计数器
short tabuTemp=-1;
if(nodeNumber>0){
transfer = new double[nodeNumber]; //申请空间
}
Ant_Init(Ants,info); //初始化蚂蚁节点，清空
for (int i = 0; i < info.antNumber; i++) { //根据蚂蚁只数完成一次循环
count=0;
short cycleCount = 0;
tabuCount=0;
while ((Ants+i)->rout[(Ants+i)->posi] != info.endNode){//若当前节点不是终止节点且走过的点数小于总点数
cycleCount++;
int position = (Ants+i)->rout[(Ants+i)->posi]; //获取当前位置节点值，相当于A->B中的A
memset(transfer,0,nodeNumber); //清零概率分子值
linkRate = 0; //初始化概率分母和
for (int j = 0; j < getNode(Head,position,NODE_NUMBER); j++){//获取当前节点的出度值
short idata = getSubNode(Head,position,j,SUB_NODE_NEXT);// 获取出度j尾节点的值
if (Check_Visit(Ants,i,idata) == false){
if(info.distances.data[position][idata]>0 && Check_Visit(Ants,i,idata) == false && Check_Tabu(Ants,i,idata)==false && idata!=tabuTemp){
if(idata == info.endNode && count != info.mustNumber){
continue;}
else{
if(Check_Visit(Head,idata) && (Ants+i)->posi>1){
info.pheromone.data[position][idata] *= 1.2;
info.pheromone.data[(Ants+i)->rout[(Ants+i)->posi-1]][position] *= 1.2;
}
double current = pow(info.pheromone.data[position][idata], info.alpha) * pow(double(info.maxWeight - info.distances.data[position][idata]),info.beta);;
linkRate += current; //连接度加和
transfer[idata] = current;//当前节点量值
}
}
}
}
for (short j = 0; j < getNode(Head,position,NODE_NUMBER); j++){
short idata = getSubNode(Head,position,j,SUB_NODE_NEXT); //获取尾节点值
if(info.distances.data[position][idata]>0 && Check_Visit(Ants,i,idata) == false && Check_Tabu(Ants,i,idata)==false){
if(idata == info.endNode && count != info.mustNumber){
continue;}//查看当前节点是否访问过
else
transfer[idata] = transfer[idata] / linkRate;
}
}
double roulette = (double) Get_Random(0, 100) / 100.0;
double minor = 0;
double major = 0;
short selectidata = -1;
if(roulette<=init_prob)
{
double temp=0;
for (int j = 0; j <getNode(Head,position,NODE_NUMBER); j++){
short idata = getSubNode(Head,position,j,SUB_NODE_NEXT);
if (Check_Visit(Ants,i,idata) == false && info.distances.data[position][idata]>0 && Check_Tabu(Ants,i,idata)==false)
{
if(idata == info.endNode && count != info.mustNumber){
continue;}//查看当前节点是否访问过
else
{
if(transfer[idata]>temp)
{
temp=transfer[idata];
selectidata=idata;
}
}
}
}
}
else{
for (int j = 0; j <getNode(Head,position,NODE_NUMBER); j++)
{
short idata = getSubNode(Head,position,j,SUB_NODE_NEXT);
if(info.distances.data[position][idata]>0 && Check_Visit(Ants,i,idata) == false && Check_Tabu(Ants,i,idata)==false)
{
if(idata == info.endNode && count != info.mustNumber){
continue;}//查看当前节点是否访问
else
{
major += transfer[idata];
if (roulette >= minor && roulette <= major)
{/*
(Ants+i)->posi += 1;
(Ants+i)->rout[(Ants+i)->posi] = idata;
(Ants+i)->node[idata] = ANT_GOST;
(Ants+i)->dist += info.distances.data[position][idata];
info.pheromone.data[position][idata] *= 0.8;
if(Check_Visit(Head,idata))
{
count++;
info.pheromone.data[position][idata] *= 1.5;
}*/
selectidata=idata;
break;
}
}
}
else
{
minor = major;
}
}
}
if(selectidata==-1)
{
if(Check_Visit(Head,(Ants+i)->rout[(Ants+i)->posi]))//查看是否为必经点
{
count--;
(Ants+i)->rout[(Ants+i)->posi]=ANT_UNGO;
(Ants+i)->tabu[tabuCount] = INVALID;
}
else
{
(Ants+i)->tabu[tabuCount] = (Ants+i)->rout[(Ants+i)->posi];
(Ants+i)->node[position] = ANT_TABU; //添加到已经过
}
(Ants+i)->rout[(Ants+i)->posi] = INVALID;
(Ants+i)->posi -= 1;
(Ants+i)->dist -= info.distances.data[(Ants+i)->rout[(Ants+i)->posi]][position];
tabuCount++;
//tabuTemp=(Ants+i)->rout[(Ants+i)->posi];
if((tabuCount>nodeNumber*0.1) || (cycleCount>nodeNumber))
{
//cout<<cycleCount<<" "<<endl;
break;
}
}
else
{
(Ants+i)->posi += 1; //位置标记++
(Ants+i)->rout[(Ants+i)->posi] =selectidata; //保存下一节点值
(Ants+i)->node[selectidata] = ANT_GOST; //添加到已经过
(Ants+i)->dist += info.distances.data[position][selectidata];
info.pheromone.data[position][selectidata] *= 0.9;
if(Check_Visit(Head,selectidata)){
count++;
}
}
if(count == info.mustNumber && (Ants+i)->rout[(Ants+i)->posi]==info.endNode)
break;
}
}
delete[] transfer;
}