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kylin-nm
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Optimize algorithm to select wifi

This commit is contained in:
you name 2021-04-01 11:03:45 +08:00
parent c6b26cdaeb
commit 747685dd0d
1 changed files with 19 additions and 14 deletions
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33
src/mainwindow.cpp
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@ -1831,11 +1831,11 @@ void MainWindow::wifiListOptimize(QStringList& slist)
QStringList targetList; //slist优化，同名同频AP中只留信号最强 QStringList targetList; //slist优化，同名同频AP中只留信号最强
targetList<<slist.at(0); //把第一行加进去 targetList<<slist.at(0); //把第一行加进去
for(int it = 1;it < slist.size();it++){ for(int it = 1;it < slist.size();it++){
QString i = slist.at(it); QString currentWifiInfo = slist.at(it);
bool ifContinue = false; bool ifContinue = false;
QString conName = i.mid(indexName, indexPath - indexName).trimmed(); QString conName = currentWifiInfo.mid(indexName, indexPath - indexName).trimmed();
int conSignal = i.mid(indexSignal,3).trimmed().toInt(); int conSignal = currentWifiInfo.mid(indexSignal,3).trimmed().toInt();
int conFreq = i.mid(indexFreq,4).trimmed().toInt(); int conFreq = currentWifiInfo.mid(indexFreq,4).trimmed().toInt();
for(int i=0;i<slist.size();i++){ for(int i=0;i<slist.size();i++){
QString str = slist.at(i); QString str = slist.at(i);
QString name = str.mid(indexName, indexPath - indexName).trimmed(); QString name = str.mid(indexName, indexPath - indexName).trimmed();
@ -1857,7 +1857,7 @@ void MainWindow::wifiListOptimize(QStringList& slist)
} }
} }
if(ifContinue) continue; if(ifContinue) continue;
targetList<<i; targetList<<currentWifiInfo;
} }
slist = targetList; slist = targetList;
return ; return ;
@ -1903,17 +1903,22 @@ void MainWindow::getFinalWifiList(QStringList &slist)
int signal = wifiStr.mid(indexSignal,3).trimmed().toInt(); int signal = wifiStr.mid(indexSignal,3).trimmed().toInt();
int freq = wifiStr.mid(indexFreq,4).trimmed().toInt(); int freq = wifiStr.mid(indexFreq,4).trimmed().toInt();
if(conName == name){ if(conName == name){
if (conFreq > freq) { if (conFreq >= 5000) {
if ((signal-conSignal) > 50) { //低频的信号格数比高频大于两格，选低频 //排在前面的一个是5Gwifi，并且信号也强一些
deleteWifiStr.append(wifiInfo); deleteWifiStr.append(wifiStr);
} else {
deleteWifiStr.append(wifiStr);
}
} else { } else {
if ((conSignal-signal) > 50) { //低频的信号格数比高频大于两格，选低频 //排在前面的一个是2.4G
deleteWifiStr.append(wifiStr); if (freq >= 5000) {
//排在后面的一个是5G
if (signal >= 55) {
//排在后面的一个是5Gwifi信号强度 >= 3格，选5G
deleteWifiStr.append(wifiInfo);
} else {
deleteWifiStr.append(wifiStr);
}
} else { } else {
deleteWifiStr.append(wifiInfo); //排在后面的一个是2.4G
deleteWifiStr.append(wifiStr);
} }
} }
break; break;