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/*
* See header file for a description of this class.
*
* \author S. Maselli - INFN Torino
*/
#include "CalibMuon/DTCalibration/plugins/DTTTrigCorrectionFirst.h"
#include "FWCore/ParameterSet/interface/ParameterSet.h"
#include "FWCore/Framework/interface/ESHandle.h"
#include "FWCore/Framework/interface/EventSetup.h"
#include "Geometry/Records/interface/MuonGeometryRecord.h"
#include "Geometry/DTGeometry/interface/DTGeometry.h"
#include "Geometry/DTGeometry/interface/DTSuperLayer.h"
#include "CondFormats/DTObjects/interface/DTTtrig.h"
#include "CondFormats/DataRecord/interface/DTTtrigRcd.h"
#include "CalibMuon/DTCalibration/interface/DTCalibDBUtils.h"
#include <iostream>
#include <fstream>
using namespace edm;
using namespace std;
DTTTrigCorrectionFirst::DTTTrigCorrectionFirst(const ParameterSet& pset)
: dtGeomToken_(esConsumes<edm::Transition::BeginRun>()),
ttrigToken_(
esConsumes<edm::Transition::BeginRun>(edm::ESInputTag("", pset.getUntrackedParameter<string>("dbLabel")))) {
debug = pset.getUntrackedParameter<bool>("debug", false);
ttrigMin = pset.getUntrackedParameter<double>("ttrigMin", 0);
ttrigMax = pset.getUntrackedParameter<double>("ttrigMax", 5000);
rmsLimit = pset.getUntrackedParameter<double>("rmsLimit", 5.);
}
DTTTrigCorrectionFirst::~DTTTrigCorrectionFirst() {}
void DTTTrigCorrectionFirst::beginRun(const edm::Run& run, const edm::EventSetup& setup) {
ESHandle<DTTtrig> tTrig;
tTrig = setup.getHandle(ttrigToken_);
tTrigMap = &setup.getData(ttrigToken_);
cout << "[DTTTrigCorrection]: TTrig version: " << tTrig->version() << endl;
muonGeom = setup.getHandle(dtGeomToken_);
}
void DTTTrigCorrectionFirst::endJob() {
// Create the object to be written to DB
DTTtrig tTrigNewMap;
//Get the superlayers list
vector<const DTSuperLayer*> dtSupLylist = muonGeom->superLayers();
//Loop on all superlayers to compute the mean
double average = 0.;
double average2 = 0.;
double rms = 0.;
double averageSigma = 0.;
double counter = 0.;
double averagekfactor = 0;
float kfactor = 0;
for (auto sl = dtSupLylist.begin(); sl != dtSupLylist.end(); sl++) {
float ttrigMean = 0;
float ttrigSigma = 0;
tTrigMap->get((*sl)->id(), ttrigMean, ttrigSigma, kfactor, DTTimeUnits::ns);
if (ttrigMean < ttrigMax && ttrigMean > ttrigMin) {
average += ttrigMean;
averageSigma += ttrigSigma;
if (ttrigMean > 0)
counter += 1.;
}
} //End of loop on superlayers
average = average / counter;
averageSigma = averageSigma / counter;
averagekfactor = kfactor;
// cout << " average counter "<< average << " "<< counter <<endl;
for (auto sl = dtSupLylist.begin(); sl != dtSupLylist.end(); sl++) {
float ttrigMean = 0;
float ttrigSigma = 0;
float kfactor = 0;
tTrigMap->get((*sl)->id(), ttrigMean, ttrigSigma, kfactor, DTTimeUnits::ns);
if (ttrigMean < ttrigMax && ttrigMean > ttrigMin) {
average2 += (ttrigMean - average) * (ttrigMean - average);
}
} //End of loop on superlayers
rms = average2 / (counter - 1);
rms = sqrt(rms);
cout << "average averageSigma counter rms " << average << " " << averageSigma << " " << counter << " " << rms << endl;
for (auto sl = dtSupLylist.begin(); sl != dtSupLylist.end(); sl++) {
//Compute new ttrig
double newTTrigMean = 0;
double newTTrigSigma = 0;
double newkfactor = 0;
float tempttrigMean = 0;
float tempttrigSigma = 0;
float tempkfactor = 0;
float ttrigMean = 0;
float ttrigSigma = 0;
float kfactor = 0;
tTrigMap->get((*sl)->id(), ttrigMean, ttrigSigma, kfactor, DTTimeUnits::ns);
int chamber = (*sl)->id().chamberId().station();
//check if ttrigMean is similar to the mean
if (abs(ttrigMean - average) < rmsLimit * rms) {
newTTrigMean = ttrigMean;
newTTrigSigma = ttrigSigma;
newkfactor = kfactor;
} else {
// do not consider if ttrig == 0
if (ttrigMean > 0) {
//cout << "ttrig chamber " << ttrigMean <<" "<<chamber<<endl;
if (((*sl)->id().superlayer()) == 1) {
//cout << " superlayer " << ((*sl)->id().superlayer()) <<endl;
DTSuperLayerId slId((*sl)->id().chamberId(), 3);
tTrigMap->get(slId, tempttrigMean, tempttrigSigma, tempkfactor, DTTimeUnits::ns);
if (abs(tempttrigMean - average) < rmsLimit * rms) {
newTTrigMean = tempttrigMean;
newTTrigSigma = tempttrigSigma;
newkfactor = tempkfactor;
cout << "Chamber " << chamber << " sl " << ((*sl)->id().superlayer()) << "has ttrig " << ttrigMean
<< " -> takes value of sl 3 " << newTTrigMean << endl;
} else if (chamber == 4) {
cout << "No correction possible within same chamber (sl1) " << endl;
newTTrigMean = average;
newTTrigSigma = averageSigma;
newkfactor = averagekfactor;
cout << "####### Bad SL: " << (*sl)->id() << " from " << ttrigMean << " to " << newTTrigMean << endl;
} else if (chamber != 4) {
DTSuperLayerId slId((*sl)->id().chamberId(), 2);
tTrigMap->get(slId, tempttrigMean, tempttrigSigma, tempkfactor, DTTimeUnits::ns);
if (abs(tempttrigMean - average) < rmsLimit * rms) {
newTTrigMean = tempttrigMean;
newTTrigSigma = tempttrigSigma;
newkfactor = tempkfactor;
cout << "Chamber " << chamber << " sl " << ((*sl)->id().superlayer()) << "has ttrig " << ttrigMean
<< " -> takes value of sl 2 " << newTTrigMean << endl;
} else {
cout << "No correction possible within same chamber (sl1) " << endl;
newTTrigMean = average;
newTTrigSigma = averageSigma;
newkfactor = averagekfactor;
cout << "####### Bad SL: " << (*sl)->id() << " from " << ttrigMean << " to " << newTTrigMean << endl;
}
}
} else if (((*sl)->id().superlayer()) == 2) {
//cout << " superlayer " << ((*sl)->id().superlayer()) <<endl;
DTSuperLayerId slId((*sl)->id().chamberId(), 1);
tTrigMap->get(slId, tempttrigMean, tempttrigSigma, tempkfactor, DTTimeUnits::ns);
if (abs(tempttrigMean - average) < rmsLimit * rms) {
newTTrigMean = tempttrigMean;
newTTrigSigma = tempttrigSigma;
newkfactor = tempkfactor;
cout << "Chamber " << chamber << " sl " << ((*sl)->id().superlayer()) << "has ttrig " << ttrigMean
<< " -> takes value of sl 1 " << newTTrigMean << endl;
} else {
DTSuperLayerId slId((*sl)->id().chamberId(), 3);
tTrigMap->get(slId, tempttrigMean, tempttrigSigma, tempkfactor, DTTimeUnits::ns);
if (abs(tempttrigMean - average) < rmsLimit * rms) {
newTTrigMean = tempttrigMean;
newTTrigSigma = tempttrigSigma;
newkfactor = tempkfactor;
cout << "Chamber " << chamber << " sl " << ((*sl)->id().superlayer()) << "has ttrig " << ttrigMean
<< "-> takes value of sl 3 " << newTTrigMean << endl;
} else {
cout << "No correction possible within same chamber (sl2) " << endl;
newTTrigMean = average;
newTTrigSigma = averageSigma;
newkfactor = averagekfactor;
cout << "####### Bad SL: " << (*sl)->id() << " from " << ttrigMean << " to " << newTTrigMean << endl;
}
}
} else if (((*sl)->id().superlayer()) == 3) {
//cout << " superlayer " << ((*sl)->id().superlayer()) <<endl;
DTSuperLayerId slId((*sl)->id().chamberId(), 1);
tTrigMap->get(slId, tempttrigMean, tempttrigSigma, tempkfactor, DTTimeUnits::ns);
if (abs(tempttrigMean - average) < rmsLimit * rms) {
newTTrigMean = tempttrigMean;
newTTrigSigma = tempttrigSigma;
newkfactor = tempkfactor;
cout << "Chamber " << chamber << " sl " << ((*sl)->id().superlayer()) << "has ttrig " << ttrigMean
<< " -> takes value of sl 1 " << newTTrigMean << endl;
} else if (chamber == 4) {
cout << "No correction possible within same chamber (sl3)" << endl;
newTTrigMean = average;
newTTrigSigma = averageSigma;
newkfactor = averagekfactor;
cout << "####### Bad SL: " << (*sl)->id() << " from " << ttrigMean << " to " << newTTrigMean << endl;
} else if (chamber != 4) {
DTSuperLayerId slId((*sl)->id().chamberId(), 2);
tTrigMap->get(slId, tempttrigMean, tempttrigSigma, tempkfactor, DTTimeUnits::ns);
if (abs(tempttrigMean - average) < rmsLimit * rms) {
newTTrigMean = tempttrigMean;
newTTrigSigma = tempttrigSigma;
newkfactor = tempkfactor;
cout << "Chamber " << chamber << " sl " << ((*sl)->id().superlayer()) << "has ttrig " << ttrigMean
<< " -> takes value of sl 2 " << newTTrigMean << endl;
} else {
cout << "No correction possible within same chamber (sl3) " << endl;
newTTrigMean = average;
newTTrigSigma = averageSigma;
newkfactor = averagekfactor;
cout << "####### Bad SL: " << (*sl)->id() << " from " << ttrigMean << " to " << newTTrigMean << endl;
}
}
}
} else {
// cout << "SL not present " << ttrigMean << " " <<((*sl)->id().superlayer()) <<endl;
newTTrigMean = average;
newTTrigSigma = averageSigma;
newkfactor = averagekfactor;
cout << "####### NotPresent SL: " << (*sl)->id() << " from " << ttrigMean << " to " << newTTrigMean << endl;
}
}
//Store new ttrig in the new map
tTrigNewMap.set((*sl)->id(), newTTrigMean, newTTrigSigma, newkfactor, DTTimeUnits::ns);
if (debug) {
cout << "New tTrig: " << (*sl)->id() << " from " << ttrigMean << " to " << newTTrigMean << endl;
cout << "New tTrigSigma: " << (*sl)->id() << " from " << ttrigSigma << " to " << newTTrigSigma << endl;
}
} //End of loop on superlayers
//Write object to DB
cout << "[DTTTrigCorrection]: Writing ttrig object to DB!" << endl;
string record = "DTTtrigRcd";
DTCalibDBUtils::writeToDB<DTTtrig>(record, tTrigNewMap);
}
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