int _tmain(int argc, _TCHAR* argv[])
{
time_t start,end;
start=clock();
//************************************************************
string readpathname;
if(argc==1||argc==0){
string filepath="F:\\xudayong\\Evaluation\\ApplicationPrograms\\";
readpathname=filepath+EVALUATION_COMPUTE_INFO_FILE_NAME;;
}
else if(argc==2){
char tempstring[1000];
int i=0;
while(argv[1][i]!='\0'){
tempstring[i]=(char)argv[1][i];
i++;
}
tempstring[i]='\0';
readpathname=(std::string)tempstring;
}
//************************************************************
Evaluation tempeva;
if(!tempeva.Readinfo(readpathname)){
//读取配置信息
return 0;
}
// tempeva.GetCellsInRegion();//获得所需计算天线信息
//int cellsize=(int)tempeva.CellsInRegion.size();//天线个数
string resultpath1=tempeva.result_path_name+(string)"\\EVA_RESULT";//结果文件夹
if(_access(resultpath1.c_str(),0)==0)//为真表示文件夹存在,则不做任何处理，如果不存在则新建一个文件夹
{
//cout<<"directory exist\n";
}
else{
string delresultpath=(string)"rmdir "+resultpath1+(string)" /q/s";
_mkdir(resultpath1.c_str());
if(_mkdir(resultpath1.c_str())==-1){
system(delresultpath.c_str());
_mkdir(resultpath1.c_str());
}
}
string result_file_name=resultpath1+(string)"\\cell_eva_compute_"+tempeva.networksort+(string)"_"+tempeva.time;
string result_file_name1=result_file_name+(string)".csv";
string result_gridfile_name=resultpath1+(string)"\\grid_eva_compute_"+tempeva.networksort+(string)"_"+tempeva.time;
string result_gridfile_name1=result_file_name+(string)".csv";
int i=0;
char num[64];
while(_access(result_file_name1.c_str(),0)==0){//如果结果文档存在，则最后的标号加1，这是为了保存以前的计算结果
sprintf_s(num,"%d",i);
string result_file_name_new=result_file_name+(string)"_"+(string)num+".csv";
string result_gridfile_name_new=result_gridfile_name+(string)"_"+(string)num+".csv";
if(_access(result_file_name_new.c_str(),0)!=0||_access(result_gridfile_name_new.c_str(),0)!=0){
result_file_name1=result_file_name_new;
result_gridfile_name1=result_gridfile_name_new;
break;
}
i++;
}
/************************************************************
vector<Evaluation> tempcellcompute;
tempcellcompute.clear();
tempcellcompute.resize(cellsize);
#pragma omp parallel for
for(int i=0;i<cellsize;i++){
cout<<"************************************************************** i:"<<i<<endl;
tempcellcompute[i].Readinfo(tempreadinfo);
tempcellcompute[i].Getcellinfo(tempreadinfo.CellsInRegion[i]);
tempcellcompute[i].Getcell_coverinfo();
tempcellcompute[i].Getgrid_info();
tempcellcompute[i].Grid_Compute();
tempcellcompute[i].Get_Crossever();
tempcellcompute[i].Get_Bias();
}
*/
if(tempeva.Eval()){
bool r=tempeva.GetRegionKPI();
if(r==true){
cout<<"Writing Region Evluation Result File "<<result_file_name1<<endl;
tempeva.WriteRegionResult(result_file_name1);
//tempeva.WriteCellsResult(result_file_name1);
tempeva.WriteGridsInfo(result_gridfile_name1);
end=clock();
cout<<"evaluation complete in total "<<difftime(end,start)/1000<<"s.\n";
return 0;
}
else{
cout<<"Evalution of Region is not complete due to errors"<<endl;
}
}
else{
cout<<"evaluation process error\n";
return 0;
}
}
