int
MSwithLevelFP::getFemtoListByFP(){
int FsListNum=0;
for(int FemtoCellID=0; FemtoCellID<FS_NUM_INDEX; FemtoCellID++){
GenLevelFP<FP_LEVEL > GenLvFp_(-60.0,-100.0);
if(GenLvFp_.matchingFP( msnode->msdata.LevelFingerprint, (*fsdata_)[FemtoCellID].LevelFingerprint )==1)
{
FemtoListByFP.push_back(FemtoCellID);
//extern Record ReListMeanDistanceBtwUserFetmo;
//ReListMeanDistanceBtwUserFetmo.InsertData(msnode->msdata.distance(msnode->msdata.position,(*fsdata_)[FemtoCellID].position)*1000);
FsListNum++;
}
}
extern Record ReListLength;
ReListLength.InsertData(FsListNum);
return FsListNum;
}
void
MSwithLevelFP::UpdateMSINFO( MSNODE* msnode_, double numticktime, double ticktime){
msnode = msnode_;
/**************************************************/
POLAXIS temp_polar = msnode->msdata.cart2pol((*BSOxy_)[0], msnode->msdata.position);
double angle = temp_polar.th;
if(angle>=PI/3)
angle = temp_polar.th - floor(temp_polar.th / (PI/3) )*(PI/3);
else if (angle < 0)
angle = temp_polar.th + (floor(fabs(temp_polar.th) / (PI/3))+1) * (PI/3);
if(temp_polar.r <= R * sin(PI/3) / sin((2 * PI / 3)-angle))
//check if the position is inside the cell;
//use the triangle proportion rule: sin(theta) is propotional
//to the length of facing side
msnode->msdata.temp_test = 1;
else
msnode->msdata.temp_test = 0;
/**************************************************/
if( IsOnStreet(msnode->msdata.position) ){
msnode->msdata.on_street = 1;
}else if( IsOnStreet(msnode->msdata.position) ){
msnode->msdata.on_street = 0;
}
/*********************check sector*****************************/
/*********************加快程式運作*****************************/
if(msnode->msdata.femto_mode==0) RSSI_ServingBS=MacroRSSI(msnode->msdata.ssector,msnode->msdata.scell,1);
else if(msnode->msdata.femto_mode==1) RSSI_ServingBS=FemtoRSSI(msnode->msdata.sFS,2);
/***********************掃描&換手決策***************************/
BSINFO optimumFemtoTarget;
//Serving is macro & Period scan
if( ( (int)(numticktime - msnode->msdata.ScanStartTickTime)%((int)(msnode->msdata.ScanPeriod/ticktime))==0&&msnode->msdata.femto_mode==0 ))
{
//printf("Serving:Macro\tPeriod Scan\n");
MacroScan();
UpdateFP();
extern double MeanNumInList;
extern long int countList;
extern double ListMissRateTotal;
getNeighborFemtoList();
vector<int> NeighborListBySys;
vector<int> intersectionResult;
for(int i=0; i < msnode->msdata.fs_near_num; i++)
{
NeighborListBySys.push_back(msnode->msdata.FS_NEAR[i]);
}
sort(NeighborListBySys.begin(),NeighborListBySys.end());
MeanNumInList+= getFemtoListByFP();
sort(FemtoListByFP.begin(),FemtoListByFP.end());
set_intersection(FemtoListByFP.begin(),FemtoListByFP.end(),NeighborListBySys.begin(),NeighborListBySys.end(),inserter(intersectionResult,intersectionResult.begin()));
if(FemtoListByFP.size()!=0){
extern Record ReMissRate;
ReMissRate.InsertData(100*(FemtoListByFP.size()-intersectionResult.size())/FemtoListByFP.size());
ListMissRateTotal += ((FemtoListByFP.size()-intersectionResult.size())/FemtoListByFP.size());
countList++;
}
optimumFemtoScan();
optimumFemtoTarget = DecideTargetCell(2);
Femtolist.clear();
//printf("getNeighborFemtoList:%d\n",getFemtoListByFP());
FemtoScan();
HandoverDecision();
extern double OptimumTargetmissCount;
if(FemtoListByFP.size()!=0)
if(optimumFemtoTarget.BSTYPE!=0)
if(find_if( Femtolist.begin(), Femtolist.end(),findBSID(optimumFemtoTarget.BSID) ) == Femtolist.end())
{OptimumTargetmissCount++;}
//Serving is macro && treigger scan
}else if ( (msnode->msdata.femto_mode==0) && (RSSI_ServingBS < -100) ){
//printf("Serving:macro\ttrigger Scan\tRSSI:%f\n",MacroRSSI(msnode->msdata.ssector,msnode->msdata.scell,1));
MacroScan();
UpdateFP();
extern double MeanNumInList;
extern long int countList;
extern double ListMissRateTotal;
getNeighborFemtoList();
vector<int> NeighborListBySys;
vector<int> intersectionResult;
for(int i=0; i < msnode->msdata.fs_near_num; i++)
{
NeighborListBySys.push_back(msnode->msdata.FS_NEAR[i]);
}
sort(NeighborListBySys.begin(),NeighborListBySys.end());
MeanNumInList+= getFemtoListByFP();
sort(FemtoListByFP.begin(),FemtoListByFP.end());
set_intersection(FemtoListByFP.begin(),FemtoListByFP.end(),NeighborListBySys.begin(),NeighborListBySys.end(),inserter(intersectionResult,intersectionResult.begin()));
if(FemtoListByFP.size()!=0){
extern Record ReMissRate;
ReMissRate.InsertData(100*(FemtoListByFP.size()-intersectionResult.size())/FemtoListByFP.size());
ListMissRateTotal += ((FemtoListByFP.size()-intersectionResult.size())/FemtoListByFP.size());
countList++;
}
optimumFemtoScan();
optimumFemtoTarget = DecideTargetCell(2);
Femtolist.clear();
//printf("getNeighborFemtoList:%d\n",getFemtoListByFP());
FemtoScan();
HandoverDecision();
extern double OptimumTargetmissCount;
if(FemtoListByFP.size()!=0)
if(optimumFemtoTarget.BSTYPE!=0)
if(find_if( Femtolist.begin(), Femtolist.end(),findBSID(optimumFemtoTarget.BSID) ) == Femtolist.end())
{OptimumTargetmissCount++;}
//Serving is femto && trigger scan
}else if( (msnode->msdata.femto_mode==1) && (RSSI_ServingBS < -95)){
//printf("Serving:femto\ttrigger Scan\tRSSI:%f\n",FemtoRSSI(msnode->msdata.sFS,2));
MacroScan();
UpdateFP();
extern double MeanNumInList;
extern long int countList;
extern double ListMissRateTotal;
getNeighborFemtoList();
vector<int> NeighborListBySys;
vector<int> intersectionResult;
for(int i=0; i < msnode->msdata.fs_near_num; i++)
{
NeighborListBySys.push_back(msnode->msdata.FS_NEAR[i]);
}
sort(NeighborListBySys.begin(),NeighborListBySys.end());
MeanNumInList+= getFemtoListByFP();
sort(FemtoListByFP.begin(),FemtoListByFP.end());
set_intersection(FemtoListByFP.begin(),FemtoListByFP.end(),NeighborListBySys.begin(),NeighborListBySys.end(),inserter(intersectionResult,intersectionResult.begin()));
if(FemtoListByFP.size()!=0){
extern Record ReMissRate;
ReMissRate.InsertData(100*(FemtoListByFP.size()-intersectionResult.size())/FemtoListByFP.size());
ListMissRateTotal += ((FemtoListByFP.size()-intersectionResult.size())/FemtoListByFP.size());
countList++;
}
optimumFemtoScan();
optimumFemtoTarget = DecideTargetCell(2);
Femtolist.clear();
//printf("getNeighborFemtoList:%d\n",getFemtoListByFP());
FemtoScan();
HandoverDecision();
extern double OptimumTargetmissCount;
if(FemtoListByFP.size()!=0)
if(optimumFemtoTarget.BSTYPE!=0)
if(find_if( Femtolist.begin(), Femtolist.end(),findBSID(optimumFemtoTarget.BSID) ) == Femtolist.end())
{OptimumTargetmissCount++;}
}
extern double outage;
if((msnode->msdata.femto_mode==0) && (RSSI_ServingBS < -100))
{
printf("MS%d\tBlocking!!Position:(%f,%f)\t%s\tBlock %d\n",msnode->msdata.ID,msnode->msdata.position.x,msnode->msdata.position.y,IsOnStreet(msnode->msdata.position)?"街道":"房子",WhichBlock(msnode->msdata.position));
extern int outNum;
outNum++;
//printf("Outage!!!!!%f\n",outage);
outage++;
}
else if( (msnode->msdata.femto_mode==1) && (RSSI_ServingBS < -100))
{
printf("MS%d\tBlocking!!Position:(%f,%f)\t%s\tBlock %d\n",msnode->msdata.ID,msnode->msdata.position.x,msnode->msdata.position.y,IsOnStreet(msnode->msdata.position)?"街道":"房子",WhichBlock(msnode->msdata.position));
extern int outNum;
outNum++;
//printf("Outage!!!!!%f\n",outage);
outage++;
}
if((msnode->msdata.femto_mode==0) && (RSSI_ServingBS >= -100))
{
extern int macroNum;
macroNum++;
}
if( (msnode->msdata.femto_mode==1) && (RSSI_ServingBS >= -100))
{
extern int femtoNum;
femtoNum++;
}
//msdata
//Macrolist.clear();
//Femtolist.clear();
}