//
// put pointers into event class
//
void VtxSelector::putPointers(cafe::Event& event) {
event.put("Primary vertexX", _event_vertex[0]);
event.put("Primary vertexY", _event_vertex[1]);
event.put("Primary vertexZ", _event_vertex[2]);
event.put("New primary vertexX", _track_vertex[0]);
event.put("New primary vertexY", _track_vertex[1]);
event.put("New primary vertexZ", _track_vertex[2]);
}
void cafTriggerEfficiency::change_request( cafe::Event &event ){
cafe::Config config(name());
if (!MCREQID) throw runtime_error("ERROR: processor MCReqID is not initialized.") ;
// verify if request id is stay the same. In that case do nothing.
if ( MCREQID->reqid() == _reqid ) return ;
_reqid = MCREQID->reqid() ;
// verify data epochs associated to this MC
const vector<string>* epochs = MCREQID->current_data_epochs();
//------------------------------------
// Get the list of trigger versions
//
// Config should have trigger versions listed for each data epoch, like:
// caftrig.triglist_RunIIa: 08,09a,09b,10,11,12,13a,13b,13c,14
// caftrig.triglist_RunIIb1: 15a,15b
// caftrig.triglist_RunIIb2: 15c,16a,16b,16c
// caftrig.triglist_RunIIb3: 16d,16e
//
// And if more than one data epoch is used the lists will be concatinated here.
//------------------------------------
vector<string> triggerList;
if(debug()>0) cout<<"Get trigger versions."<<endl;
for (vector<string>::const_iterator eit=epochs->begin(); eit!=epochs->end(); eit++){
vector<string> tmp_versions = config.getVString(("triglist_"+ *eit),",");
triggerList.insert(triggerList.end(),tmp_versions.begin(),tmp_versions.end());
if(debug()>0) cout<<"Added "<<tmp_versions.size()<<" trigger versions for "<<*eit<<endl;
}
vector<float> lumi, lumi1, lumi2;
if (!_dqLumi) {
out() << "Luminosity for each trigger is read from the config file. " << endl ;
for (vector<string>::const_iterator eit=epochs->begin(); eit!=epochs->end(); eit++){
vector<float> tmp_lumi;
tmp_lumi = config.getVFloat(("lumi_"+ *eit),",");
lumi.insert(lumi.end(),tmp_lumi.begin(),tmp_lumi.end());
tmp_lumi.clear();
tmp_lumi = config.getVFloat(("lumi1_"+ *eit),",");
lumi1.insert(lumi1.end(),tmp_lumi.begin(),tmp_lumi.end());
tmp_lumi.clear();
tmp_lumi = config.getVFloat(("lumi2_"+ *eit),",");
lumi2.insert(lumi2.end(),tmp_lumi.begin(),tmp_lumi.end());
}
} else {
CafeDataQualityLuminosity* dq_lumi = CafeDataQualityLuminosityInstance() ;
if (!dq_lumi)
throw runtime_error("cafTriggerEfficiency ["+name()+"]: need DQ processor instantiated with lumicache file. No DQLuminosity object was found!") ;
// read file caf_trigger/parameters/trignames.txt with correspondence between
// trigger names and trigger versions
ifstream fnames("caf_trigger/parameters/trignames.txt") ;
if (!fnames)
throw runtime_error("Could not read file caf_trigger/parameters/trignames.txt") ;
map<string,pair<float, float> > trig_names ;
float t1=0, t2=0 ;
string in_string, tname ;
while ( getline(fnames,in_string) ) {
istringstream s(in_string) ;
s >> tname >> t1 >> t2 ;
if (!tname.empty()) trig_names[tname] = pair<float,float>(t1,t2) ;
}
fnames.close() ;
for (vector<string>::const_iterator it = triggerList.begin(); it != triggerList.end(); it++) {
pair<float,float> trs = trig_names[*it] ;
lumi.push_back(dq_lumi->integrateRecordedDqLuminosityByTriggerVersion(trs.first, trs.second));
}
}
if ( lumi.size() != triggerList.size() ) {
out() << "cafTriggerEfficiency::cafTriggerEfficiency" << endl ;
out() << "- Error: The triggerlist and luminosity vectors must be equal in number" << endl;
out() << endl;
out() << "Lumi vector:" << endl;
for(int i = 0; i < lumi.size(); ++i) {
out() << "Lumi[" << i << "] = " << lumi[i] << endl;
}
out() << "TriggerList vector:" << endl;
for(int i = 0; i < triggerList.size(); ++i) {
out() << "TriggerList[" << i << "] = " << triggerList[i] << endl;
}
exit(1);
}
if ( lumi1.size() == 0 ) lumi1=lumi;
if ( lumi2.size() == 0 ) lumi2=lumi;
if ( lumi.size() != lumi1.size() || lumi.size() != lumi2.size() ) {
err() << "cafTriggerEfficiency::cafTriggerEfficiency" << endl
<< "- Error: The luminosity vectors must be equal in number" << endl;
err() << endl;
err() << "Lumi vector" << endl;
for(int i = 0; i < lumi.size(); ++i) {
err() << "Lumi[" << i << "] = " << lumi[i] << endl;
}
for(int i = 0; i < lumi1.size(); ++i) {
err() << "Lumi1[" << i << "] = " << lumi1[i] << endl;
}
for(int i = 0; i < lumi2.size(); ++i) {
err() << "Lumi2[" << i << "] = " << lumi2[i] << endl;
}
exit(1);
}
//We place this information into a mapping for (triggerList, lumi)
for(int i = 0; i < lumi.size(); ++i) {
_mapVersionLumi[triggerList[i]] = lumi[i];
_mapVersionLumi1[triggerList[i]] = lumi1[i];
_mapVersionLumi2[triggerList[i]] = lumi2[i];
}
out() << endl << "////////////////////////////////////" << endl ;
out() << "TriggerEfficiency Calculations: Lumi information:" << endl ;
if (_dqLumi)
out() << "Read luminosity for each run range from lumicache file." << endl ;
else
out() << "Read luminosity from the configuration file" << endl ;
_lumi_tot = 0.0 ;
for(map<string, float>::iterator it = _mapVersionLumi.begin(); it != _mapVersionLumi.end(); ++it) {
out() << "Trigger version: " << (*it).first
<< " with lumi: " << (*it).second << endl;
_lumi_tot += (*it).second ;
}
out() << "Lumi total: " << _lumi_tot << " pb" << endl ;
/// What is this for? -Joe
//The sigma calculations
string sigma = config.get("sigma", "false");
if(sigma != "false") {
out() << "with Sigma +1, -1 calculations" << endl;
}
out() << "////////////////////////////////////" << endl;
// replace maps in event
event.put("passedVersionLumi", _mapVersionLumi);
event.put("passedVersionLumi1", _mapVersionLumi1);
event.put("passedVersionLumi2", _mapVersionLumi2);
}
