int main() {
std::string file = "cpu_default_M1000.txt";
// std::string file = "TimingInfoDefaultM200.txt";
std::map<std::string,double> timingPerModule, timingPerLabel;
std::map<unsigned,double> timingPerEvent;
std::ifstream myTimingFile(file.c_str(),std::ifstream::in);
std::string dummy1, label, module;
double timing;
unsigned idummy1,evt;
// If the machine is busy, the factor is not 100%.
// double factor = 0.975; // Muon 200 GeV
double factor = 0.985; //Muon 1000GeV
if ( myTimingFile ) {
while ( !myTimingFile.eof() ) {
myTimingFile >> dummy1 >> evt >> idummy1 >> label >> module >> timing ;
// std::cout << evt << " " << module << " " << timing << std::endl;
timingPerEvent[evt] += timing * factor * 1000.;
if ( evt != 1 ) {
timingPerModule[module] += timing * factor * 1000.;
timingPerLabel[module+":"+label] += timing * factor * 1000.;
}
}
} else {
int main(int argc, char **argv) {
//std::string file = "TimingInfo.txt";
std::string file;
file.assign(argv[1]);
std::map<std::string,double> timingPerModule, timingPerLabel;
std::map<unsigned,double> timingPerEvent;
std::ifstream myTimingFile(file.c_str(),std::ifstream::in);
std::string dummy1, label, module;
double timing;
unsigned idummy1,evt;
int nbofevts = 0;
// If the machine is busy, the factor is not 100%.
double factor = 0.995;
if ( myTimingFile ) {
while ( !myTimingFile.eof() ) {
myTimingFile >> dummy1 >> evt >> idummy1 >> label >> module >> timing ;
// std::cout << evt << " " << module << " " << timing << std::endl;
timingPerEvent[evt] += timing * factor * 1000.;
timingPerModule[module] += timing * factor * 1000.;
timingPerLabel[module+":"+label] += timing * factor * 1000.;
}
nbofevts = (int) timingPerEvent.size();
} else {
