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TriggerMenuParser.cc
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TriggerMenuParser.cc
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/**
* \class TriggerMenuParser
*
*
* Description: Xerces-C XML parser for the L1 Trigger menu.
*
* Implementation:
* <TODO: enter implementation details>
*
* \orig author: Vasile Mihai Ghete - HEPHY Vienna
*
* \new features: Vladimir Rekovic
* - indexing
* - correlations with overlap object removal
* - displaced muons by R.Cavanaugh
* \new features: R. Cavanaugh
* - displaced muons
* - LLP displaced jets
* \new features: Elisa Fontanesi
* - extended for three-body correlation conditions
* \new features: Dragana Pilipovic
* - updated for invariant mass over delta R condition
*
* $Date$
* $Revision$
*
*/
// this class header
#include "TriggerMenuParser.h"
// system include files
#include <string>
#include <vector>
#include <iostream>
#include <fstream>
#include <iomanip>
#include <cmath>
#include "L1Trigger/L1TGlobal/interface/GlobalCondition.h"
#include "FWCore/MessageLogger/interface/MessageLogger.h"
#include "FWCore/MessageLogger/interface/MessageDrop.h"
#include "tmEventSetup/tmEventSetup.hh"
#include "tmEventSetup/esTypes.hh"
/*
#include "tmEventSetup/esTriggerMenu.hh"
#include "tmEventSetup/esAlgorithm.hh"
#include "tmEventSetup/esCondition.hh"
#include "tmEventSetup/esObject.hh"
#include "tmEventSetup/esCut.hh"
#include "tmEventSetup/esScale.hh"
*/
#include "CondFormats/L1TObjects/interface/L1TUtmTriggerMenu.h"
#include "CondFormats/L1TObjects/interface/L1TUtmAlgorithm.h"
#include "CondFormats/L1TObjects/interface/L1TUtmCondition.h"
#include "CondFormats/L1TObjects/interface/L1TUtmObject.h"
#include "CondFormats/L1TObjects/interface/L1TUtmCut.h"
#include "CondFormats/L1TObjects/interface/L1TUtmScale.h"
#include "tmGrammar/Algorithm.hh"
#include <cstdint>
// constructor
l1t::TriggerMenuParser::TriggerMenuParser()
: m_triggerMenuInterface("NULL"),
m_triggerMenuName("NULL"),
m_triggerMenuImplementation(0x0),
m_scaleDbKey("NULL")
{
// menu names, scale key initialized to NULL due to ORACLE treatment of strings
// empty
}
// destructor
l1t::TriggerMenuParser::~TriggerMenuParser() { clearMaps(); }
// set the number of condition chips in GTL
void l1t::TriggerMenuParser::setGtNumberConditionChips(const unsigned int& numberConditionChipsValue) {
m_numberConditionChips = numberConditionChipsValue;
}
// set the number of pins on the GTL condition chips
void l1t::TriggerMenuParser::setGtPinsOnConditionChip(const unsigned int& pinsOnConditionChipValue) {
m_pinsOnConditionChip = pinsOnConditionChipValue;
}
// set the correspondence "condition chip - GTL algorithm word"
// in the hardware
void l1t::TriggerMenuParser::setGtOrderConditionChip(const std::vector<int>& orderConditionChipValue) {
m_orderConditionChip = orderConditionChipValue;
}
// set the number of physics trigger algorithms
void l1t::TriggerMenuParser::setGtNumberPhysTriggers(const unsigned int& numberPhysTriggersValue) {
m_numberPhysTriggers = numberPhysTriggersValue;
}
// set the condition maps
void l1t::TriggerMenuParser::setGtConditionMap(const std::vector<ConditionMap>& condMap) { m_conditionMap = condMap; }
// set the trigger menu name
void l1t::TriggerMenuParser::setGtTriggerMenuInterface(const std::string& menuInterface) {
m_triggerMenuInterface = menuInterface;
}
// set the trigger menu uuid
void l1t::TriggerMenuParser::setGtTriggerMenuUUID(const int uuid) { m_triggerMenuUUID = uuid; }
void l1t::TriggerMenuParser::setGtTriggerMenuName(const std::string& menuName) { m_triggerMenuName = menuName; }
void l1t::TriggerMenuParser::setGtTriggerMenuImplementation(const unsigned long& menuImplementation) {
m_triggerMenuImplementation = menuImplementation;
}
// set menu associated scale key
void l1t::TriggerMenuParser::setGtScaleDbKey(const std::string& scaleKey) { m_scaleDbKey = scaleKey; }
// set the vectors containing the conditions
void l1t::TriggerMenuParser::setVecMuonTemplate(const std::vector<std::vector<MuonTemplate> >& vecMuonTempl) {
m_vecMuonTemplate = vecMuonTempl;
}
void l1t::TriggerMenuParser::setVecMuonShowerTemplate(
const std::vector<std::vector<MuonShowerTemplate> >& vecMuonShowerTempl) {
m_vecMuonShowerTemplate = vecMuonShowerTempl;
}
void l1t::TriggerMenuParser::setVecCaloTemplate(const std::vector<std::vector<CaloTemplate> >& vecCaloTempl) {
m_vecCaloTemplate = vecCaloTempl;
}
void l1t::TriggerMenuParser::setVecEnergySumTemplate(
const std::vector<std::vector<EnergySumTemplate> >& vecEnergySumTempl) {
m_vecEnergySumTemplate = vecEnergySumTempl;
}
void l1t::TriggerMenuParser::setVecExternalTemplate(
const std::vector<std::vector<ExternalTemplate> >& vecExternalTempl) {
m_vecExternalTemplate = vecExternalTempl;
}
void l1t::TriggerMenuParser::setVecCorrelationTemplate(
const std::vector<std::vector<CorrelationTemplate> >& vecCorrelationTempl) {
m_vecCorrelationTemplate = vecCorrelationTempl;
}
void l1t::TriggerMenuParser::setVecCorrelationThreeBodyTemplate(
const std::vector<std::vector<CorrelationThreeBodyTemplate> >& vecCorrelationThreeBodyTempl) {
m_vecCorrelationThreeBodyTemplate = vecCorrelationThreeBodyTempl;
}
void l1t::TriggerMenuParser::setVecCorrelationWithOverlapRemovalTemplate(
const std::vector<std::vector<CorrelationWithOverlapRemovalTemplate> >& vecCorrelationWithOverlapRemovalTempl) {
m_vecCorrelationWithOverlapRemovalTemplate = vecCorrelationWithOverlapRemovalTempl;
}
// set the vectors containing the conditions for correlation templates
//
void l1t::TriggerMenuParser::setCorMuonTemplate(const std::vector<std::vector<MuonTemplate> >& corMuonTempl) {
m_corMuonTemplate = corMuonTempl;
}
void l1t::TriggerMenuParser::setCorCaloTemplate(const std::vector<std::vector<CaloTemplate> >& corCaloTempl) {
m_corCaloTemplate = corCaloTempl;
}
void l1t::TriggerMenuParser::setCorEnergySumTemplate(
const std::vector<std::vector<EnergySumTemplate> >& corEnergySumTempl) {
m_corEnergySumTemplate = corEnergySumTempl;
}
// set the algorithm map (by algorithm names)
void l1t::TriggerMenuParser::setGtAlgorithmMap(const AlgorithmMap& algoMap) { m_algorithmMap = algoMap; }
// set the algorithm map (by algorithm aliases)
void l1t::TriggerMenuParser::setGtAlgorithmAliasMap(const AlgorithmMap& algoMap) { m_algorithmAliasMap = algoMap; }
std::map<std::string, unsigned int> l1t::TriggerMenuParser::getExternalSignals(const L1TUtmTriggerMenu* utmMenu) {
using namespace tmeventsetup;
const std::map<std::string, L1TUtmCondition>& condMap = utmMenu->getConditionMap();
std::map<std::string, unsigned int> extBitMap;
//loop over the algorithms
for (std::map<std::string, L1TUtmCondition>::const_iterator cit = condMap.begin(); cit != condMap.end(); cit++) {
const L1TUtmCondition& condition = cit->second;
if (condition.getType() == esConditionType::Externals) {
// Get object for External conditions
const std::vector<L1TUtmObject>& objects = condition.getObjects();
for (size_t jj = 0; jj < objects.size(); jj++) {
const L1TUtmObject object = objects.at(jj);
if (object.getType() == esObjectType::EXT) {
unsigned int channelID = object.getExternalChannelId();
std::string name = object.getExternalSignalName();
if (extBitMap.count(name) == 0)
extBitMap.insert(std::map<std::string, unsigned int>::value_type(name, channelID));
}
}
}
}
/* const esTriggerMenu* menu = reinterpret_cast<const esTriggerMenu*>(utmMenu);
const std::map<std::string, esCondition>& condMap = menu->getConditionMap();
std::map<std::string, unsigned int> extBitMap;
//loop over the algorithms
for (std::map<std::string, esCondition>::const_iterator cit = condMap.begin(); cit != condMap.end(); cit++) {
const esCondition& condition = cit->second;
if (condition.getType() == esConditionType::Externals) {
// Get object for External conditions
const std::vector<esObject>& objects = condition.getObjects();
for (size_t jj = 0; jj < objects.size(); jj++) {
const esObject object = objects.at(jj);
if (object.getType() == esObjectType::EXT) {
unsigned int channelID = object.getExternalChannelId();
std::string name = object.getExternalSignalName();
if (extBitMap.count(name) == 0)
extBitMap.insert(std::map<std::string, unsigned int>::value_type(name, channelID));
}
}
}
} */
/*
for (std::map<std::string, unsigned int>::const_iterator cit = extBitMap.begin();
cit != extBitMap.end(); cit++) {
std::cout << " Ext Map: Name " << cit->first << " Bit " << cit->second << std::endl;
}
*/
return extBitMap;
}
// parse def.xml file
void l1t::TriggerMenuParser::parseCondFormats(const L1TUtmTriggerMenu* utmMenu) {
// resize the vector of condition maps
// the number of condition chips should be correctly set before calling parseXmlFile
m_conditionMap.resize(m_numberConditionChips);
m_vecMuonTemplate.resize(m_numberConditionChips);
m_vecMuonShowerTemplate.resize(m_numberConditionChips);
m_vecCaloTemplate.resize(m_numberConditionChips);
m_vecEnergySumTemplate.resize(m_numberConditionChips);
m_vecExternalTemplate.resize(m_numberConditionChips);
m_vecCorrelationTemplate.resize(m_numberConditionChips);
m_vecCorrelationThreeBodyTemplate.resize(m_numberConditionChips);
m_vecCorrelationWithOverlapRemovalTemplate.resize(m_numberConditionChips);
m_corMuonTemplate.resize(m_numberConditionChips);
m_corCaloTemplate.resize(m_numberConditionChips);
m_corEnergySumTemplate.resize(m_numberConditionChips);
using namespace tmeventsetup;
using namespace Algorithm;
//const esTriggerMenu* menu = reinterpret_cast<const esTriggerMenu*>(utmMenu);
//get the meta data
m_triggerMenuDescription = utmMenu->getComment();
m_triggerMenuDate = utmMenu->getDatetime();
m_triggerMenuImplementation = (getMmHashN(utmMenu->getFirmwareUuid()) & 0xFFFFFFFF); //make sure we only have 32 bits
m_triggerMenuName = utmMenu->getName();
m_triggerMenuInterface = utmMenu->getVersion(); //BLW: correct descriptor?
m_triggerMenuUUID = (getMmHashN(utmMenu->getName()) & 0xFFFFFFFF); //make sure we only have 32 bits
const std::map<std::string, L1TUtmAlgorithm>& algoMap = utmMenu->getAlgorithmMap();
const std::map<std::string, L1TUtmCondition>& condMap = utmMenu->getConditionMap();
const std::map<std::string, L1TUtmScale>& scaleMap = utmMenu->getScaleMap();
// parse the scales
m_gtScales.setScalesName(utmMenu->getScaleSetName());
parseScales(scaleMap);
//loop over the algorithms
for (std::map<std::string, L1TUtmAlgorithm>::const_iterator cit = algoMap.begin(); cit != algoMap.end(); cit++) {
//condition chip (artifact) TO DO: Update
int chipNr = 0;
//get algorithm
const L1TUtmAlgorithm& algo = cit->second;
//parse the algorithm
parseAlgorithm(algo, chipNr); //blw
//get conditions for this algorithm
const std::vector<std::string>& rpn_vec = algo.getRpnVector();
for (size_t ii = 0; ii < rpn_vec.size(); ii++) {
const std::string& token = rpn_vec.at(ii);
if (isGate(token))
continue;
// long hash = getHash(token);
const L1TUtmCondition& condition = condMap.find(token)->second;
//check to see if this condtion already exists
if ((m_conditionMap[chipNr]).count(condition.getName()) == 0) {
// parse Calo Conditions (EG, Jets, Taus)
if (condition.getType() == esConditionType::SingleEgamma ||
condition.getType() == esConditionType::DoubleEgamma ||
condition.getType() == esConditionType::TripleEgamma ||
condition.getType() == esConditionType::QuadEgamma || condition.getType() == esConditionType::SingleTau ||
condition.getType() == esConditionType::DoubleTau || condition.getType() == esConditionType::TripleTau ||
condition.getType() == esConditionType::QuadTau || condition.getType() == esConditionType::SingleJet ||
condition.getType() == esConditionType::DoubleJet || condition.getType() == esConditionType::TripleJet ||
condition.getType() == esConditionType::QuadJet) {
parseCalo(condition, chipNr, false);
// parse Energy Sums
} else if (condition.getType() == esConditionType::TotalEt ||
condition.getType() == esConditionType::TotalEtEM ||
condition.getType() == esConditionType::TotalHt ||
condition.getType() == esConditionType::MissingEt ||
condition.getType() == esConditionType::MissingHt ||
condition.getType() == esConditionType::MissingEtHF ||
condition.getType() == esConditionType::TowerCount ||
condition.getType() == esConditionType::MinBiasHFP0 ||
condition.getType() == esConditionType::MinBiasHFM0 ||
condition.getType() == esConditionType::MinBiasHFP1 ||
condition.getType() == esConditionType::MinBiasHFM1 ||
condition.getType() == esConditionType::AsymmetryEt ||
condition.getType() == esConditionType::AsymmetryHt ||
condition.getType() == esConditionType::AsymmetryEtHF ||
condition.getType() == esConditionType::AsymmetryHtHF ||
condition.getType() == esConditionType::Centrality0 ||
condition.getType() == esConditionType::Centrality1 ||
condition.getType() == esConditionType::Centrality2 ||
condition.getType() == esConditionType::Centrality3 ||
condition.getType() == esConditionType::Centrality4 ||
condition.getType() == esConditionType::Centrality5 ||
condition.getType() == esConditionType::Centrality6 ||
condition.getType() == esConditionType::Centrality7) {
parseEnergySum(condition, chipNr, false);
//parse Muons
} else if (condition.getType() == esConditionType::SingleMuon ||
condition.getType() == esConditionType::DoubleMuon ||
condition.getType() == esConditionType::TripleMuon ||
condition.getType() == esConditionType::QuadMuon) {
parseMuon(condition, chipNr, false);
} else if (condition.getType() == esConditionType::MuonShower0 ||
condition.getType() == esConditionType::MuonShower1 ||
condition.getType() == esConditionType::MuonShowerOutOfTime0 ||
condition.getType() == esConditionType::MuonShowerOutOfTime1) {
parseMuonShower(condition, chipNr, false);
//parse Correlation Conditions
} else if (condition.getType() == esConditionType::MuonMuonCorrelation ||
condition.getType() == esConditionType::MuonEsumCorrelation ||
condition.getType() == esConditionType::CaloMuonCorrelation ||
condition.getType() == esConditionType::CaloCaloCorrelation ||
condition.getType() == esConditionType::CaloEsumCorrelation ||
condition.getType() == esConditionType::InvariantMass ||
condition.getType() == esConditionType::InvariantMassDeltaR ||
condition.getType() == esConditionType::TransverseMass ||
condition.getType() == esConditionType::InvariantMassUpt) { // Added for displaced muons
parseCorrelation(condition, chipNr);
//parse three-body Correlation Conditions
} else if (condition.getType() == esConditionType::InvariantMass3) {
parseCorrelationThreeBody(condition, chipNr);
//parse Externals
} else if (condition.getType() == esConditionType::Externals) {
parseExternal(condition, chipNr);
//parse CorrelationWithOverlapRemoval
} else if (condition.getType() == esConditionType::CaloCaloCorrelationOvRm ||
condition.getType() == esConditionType::InvariantMassOvRm ||
condition.getType() == esConditionType::TransverseMassOvRm ||
condition.getType() == esConditionType::DoubleJetOvRm ||
condition.getType() == esConditionType::DoubleTauOvRm) {
parseCorrelationWithOverlapRemoval(condition, chipNr);
} else if (condition.getType() == esConditionType::SingleEgammaOvRm ||
condition.getType() == esConditionType::DoubleEgammaOvRm ||
condition.getType() == esConditionType::TripleEgammaOvRm ||
condition.getType() == esConditionType::QuadEgammaOvRm ||
condition.getType() == esConditionType::SingleTauOvRm ||
condition.getType() == esConditionType::TripleTauOvRm ||
condition.getType() == esConditionType::QuadTauOvRm ||
condition.getType() == esConditionType::SingleJetOvRm ||
condition.getType() == esConditionType::TripleJetOvRm ||
condition.getType() == esConditionType::QuadJetOvRm) {
edm::LogError("TriggerMenuParser") << std::endl
<< "\n SingleEgammaOvRm"
<< "\n DoubleEgammaOvRm"
<< "\n TripleEgammaOvRm"
<< "\n QuadEgammaOvRm"
<< "\n SingleTauOvRm"
<< "\n TripleTauOvRm"
<< "\n QuadTauOvRm"
<< "\n SingleJetOvRm"
<< "\n TripleJetOvRm"
<< "\n QuadJetOvRm"
<< "\n The above conditions types OvRm are not implemented yet in the "
"parser. Please remove alogrithms that "
"use this type of condtion from L1T Menu!"
<< std::endl;
}
} //if condition is a new one
} //loop over conditions
} //loop over algorithms
return;
}
//
void l1t::TriggerMenuParser::setGtTriggerMenuInterfaceDate(const std::string& val) { m_triggerMenuInterfaceDate = val; }
void l1t::TriggerMenuParser::setGtTriggerMenuInterfaceAuthor(const std::string& val) {
m_triggerMenuInterfaceAuthor = val;
}
void l1t::TriggerMenuParser::setGtTriggerMenuInterfaceDescription(const std::string& val) {
m_triggerMenuInterfaceDescription = val;
}
void l1t::TriggerMenuParser::setGtTriggerMenuDate(const std::string& val) { m_triggerMenuDate = val; }
void l1t::TriggerMenuParser::setGtTriggerMenuAuthor(const std::string& val) { m_triggerMenuAuthor = val; }
void l1t::TriggerMenuParser::setGtTriggerMenuDescription(const std::string& val) { m_triggerMenuDescription = val; }
void l1t::TriggerMenuParser::setGtAlgorithmImplementation(const std::string& val) { m_algorithmImplementation = val; }
// methods for conditions and algorithms
// clearMaps - delete all conditions and algorithms in
// the maps and clear the maps.
void l1t::TriggerMenuParser::clearMaps() {
// loop over condition maps (one map per condition chip)
// then loop over conditions in the map
for (std::vector<ConditionMap>::iterator itCondOnChip = m_conditionMap.begin(); itCondOnChip != m_conditionMap.end();
itCondOnChip++) {
// the conditions in the maps are deleted in L1uGtTriggerMenu, not here
itCondOnChip->clear();
}
// the algorithms in the maps are deleted in L1uGtTriggerMenu, not here
m_algorithmMap.clear();
}
// insertConditionIntoMap - safe insert of condition into condition map.
// if the condition name already exists, do not insert it and return false
bool l1t::TriggerMenuParser::insertConditionIntoMap(GlobalCondition& cond, const int chipNr) {
std::string cName = cond.condName();
LogTrace("TriggerMenuParser") << " Trying to insert condition \"" << cName << "\" in the condition map."
<< std::endl;
// no condition name has to appear twice!
if ((m_conditionMap[chipNr]).count(cName) != 0) {
LogTrace("TriggerMenuParser") << " Condition " << cName << " already exists - not inserted!" << std::endl;
return false;
}
(m_conditionMap[chipNr])[cName] = &cond;
LogTrace("TriggerMenuParser") << " OK - condition inserted!" << std::endl;
return true;
}
// insert an algorithm into algorithm map
bool l1t::TriggerMenuParser::insertAlgorithmIntoMap(const GlobalAlgorithm& alg) {
std::string algName = alg.algoName();
const std::string& algAlias = alg.algoAlias();
//LogTrace("TriggerMenuParser")
//<< " Trying to insert algorithm \"" << algName << "\" in the algorithm map." ;
// no algorithm name has to appear twice!
if (m_algorithmMap.count(algName) != 0) {
LogTrace("TriggerMenuParser") << " Algorithm \"" << algName
<< "\"already exists in the algorithm map- not inserted!" << std::endl;
return false;
}
if (m_algorithmAliasMap.count(algAlias) != 0) {
LogTrace("TriggerMenuParser") << " Algorithm alias \"" << algAlias
<< "\"already exists in the algorithm alias map- not inserted!" << std::endl;
return false;
}
// bit number less than zero or greater than maximum number of algorithms
int bitNumber = alg.algoBitNumber();
if ((bitNumber < 0) || (bitNumber >= static_cast<int>(m_numberPhysTriggers))) {
LogTrace("TriggerMenuParser") << " Bit number " << bitNumber << " outside allowed range [0, "
<< m_numberPhysTriggers << ") - algorithm not inserted!" << std::endl;
return false;
}
// maximum number of algorithms
if (m_algorithmMap.size() >= m_numberPhysTriggers) {
LogTrace("TriggerMenuParser") << " More than maximum allowed " << m_numberPhysTriggers
<< " algorithms in the algorithm map - not inserted!" << std::endl;
return false;
}
// chip number outside allowed values
int chipNr = alg.algoChipNumber(
static_cast<int>(m_numberConditionChips), static_cast<int>(m_pinsOnConditionChip), m_orderConditionChip);
if ((chipNr < 0) || (chipNr > static_cast<int>(m_numberConditionChips))) {
LogTrace("TriggerMenuParser") << " Chip number " << chipNr << " outside allowed range [0, "
<< m_numberConditionChips << ") - algorithm not inserted!" << std::endl;
return false;
}
// output pin outside allowed values
int outputPin = alg.algoOutputPin(
static_cast<int>(m_numberConditionChips), static_cast<int>(m_pinsOnConditionChip), m_orderConditionChip);
if ((outputPin < 0) || (outputPin > static_cast<int>(m_pinsOnConditionChip))) {
LogTrace("TriggerMenuParser") << " Output pin " << outputPin << " outside allowed range [0, "
<< m_pinsOnConditionChip << "] - algorithm not inserted!" << std::endl;
return false;
}
// no two algorithms on the same chip can have the same output pin
for (CItAlgo itAlgo = m_algorithmMap.begin(); itAlgo != m_algorithmMap.end(); itAlgo++) {
int iPin = (itAlgo->second)
.algoOutputPin(static_cast<int>(m_numberConditionChips),
static_cast<int>(m_pinsOnConditionChip),
m_orderConditionChip);
std::string iName = itAlgo->first;
int iChip = (itAlgo->second)
.algoChipNumber(static_cast<int>(m_numberConditionChips),
static_cast<int>(m_pinsOnConditionChip),
m_orderConditionChip);
if ((outputPin == iPin) && (chipNr == iChip)) {
LogTrace("TriggerMenuParser") << " Output pin " << outputPin << " is the same as for algorithm " << iName
<< "\n from the same chip number " << chipNr << " - algorithm not inserted!"
<< std::endl;
return false;
}
}
// insert algorithm
m_algorithmMap[algName] = alg;
m_algorithmAliasMap[algAlias] = alg;
//LogTrace("TriggerMenuParser")
//<< " OK - algorithm inserted!"
//<< std::endl;
return true;
}
template <typename T>
std::string l1t::TriggerMenuParser::l1t2string(T data) {
std::stringstream ss;
ss << data;
return ss.str();
}
int l1t::TriggerMenuParser::l1tstr2int(const std::string data) {
std::stringstream ss;
ss << data;
int value;
ss >> value;
return value;
}
/**
* parseScales Parse Et, Eta, and Phi Scales
*
* @return "true" if succeeded, "false" if an error occurred.
*
*/
bool l1t::TriggerMenuParser::parseScales(std::map<std::string, L1TUtmScale> scaleMap) {
using namespace tmeventsetup;
// Setup ScaleParameter to hold information from parsing
GlobalScales::ScaleParameters muScales;
GlobalScales::ScaleParameters egScales;
GlobalScales::ScaleParameters tauScales;
GlobalScales::ScaleParameters jetScales;
GlobalScales::ScaleParameters ettScales;
GlobalScales::ScaleParameters ettEmScales;
GlobalScales::ScaleParameters etmScales;
GlobalScales::ScaleParameters etmHfScales;
GlobalScales::ScaleParameters httScales;
GlobalScales::ScaleParameters htmScales;
// Start by parsing the Scale Map
for (std::map<std::string, L1TUtmScale>::const_iterator cit = scaleMap.begin(); cit != scaleMap.end(); cit++) {
const L1TUtmScale& scale = cit->second;
GlobalScales::ScaleParameters* scaleParam;
if (scale.getObjectType() == esObjectType::Muon)
scaleParam = &muScales;
else if (scale.getObjectType() == esObjectType::Egamma)
scaleParam = &egScales;
else if (scale.getObjectType() == esObjectType::Tau)
scaleParam = &tauScales;
else if (scale.getObjectType() == esObjectType::Jet)
scaleParam = &jetScales;
else if (scale.getObjectType() == esObjectType::ETT)
scaleParam = &ettScales;
else if (scale.getObjectType() == esObjectType::ETTEM)
scaleParam = &ettEmScales;
else if (scale.getObjectType() == esObjectType::ETM)
scaleParam = &etmScales;
else if (scale.getObjectType() == esObjectType::ETMHF)
scaleParam = &etmHfScales;
else if (scale.getObjectType() == esObjectType::HTT)
scaleParam = &httScales;
else if (scale.getObjectType() == esObjectType::HTM)
scaleParam = &htmScales;
else
scaleParam = nullptr;
if (scaleParam != nullptr) {
switch (scale.getScaleType()) {
case esScaleType::EtScale: {
scaleParam->etMin = scale.getMinimum();
scaleParam->etMax = scale.getMaximum();
scaleParam->etStep = scale.getStep();
//Get bin edges
const std::vector<L1TUtmBin>& binsV = scale.getBins();
for (unsigned int i = 0; i < binsV.size(); i++) {
const L1TUtmBin& bin = binsV.at(i);
std::pair<double, double> binLimits(bin.minimum, bin.maximum);
scaleParam->etBins.push_back(binLimits);
}
// If this is an energy sum fill dummy values for eta and phi
// There are no scales for these in the XML so the other case statements will not be seen....do it here.
if (scale.getObjectType() == esObjectType::ETT || scale.getObjectType() == esObjectType::HTT ||
scale.getObjectType() == esObjectType::ETM || scale.getObjectType() == esObjectType::HTM ||
scale.getObjectType() == esObjectType::ETTEM || scale.getObjectType() == esObjectType::ETMHF) {
scaleParam->etaMin = -1.;
scaleParam->etaMax = -1.;
scaleParam->etaStep = -1.;
if (scale.getObjectType() == esObjectType::ETT || scale.getObjectType() == esObjectType::HTT ||
scale.getObjectType() == esObjectType::ETTEM) {
// if(scale.getObjectType() == esObjectType::ETT || scale.getObjectType() == esObjectType::HTT) {
scaleParam->phiMin = -1.;
scaleParam->phiMax = -1.;
scaleParam->phiStep = -1.;
}
}
} break;
case esScaleType::UnconstrainedPtScale: { // Added for displaced muons
scaleParam->uptMin = scale.getMinimum();
scaleParam->uptMax = scale.getMaximum();
scaleParam->uptStep = scale.getStep();
//Get bin edges
const std::vector<L1TUtmBin>& binsV = scale.getBins();
for (unsigned int i = 0; i < binsV.size(); i++) {
const L1TUtmBin& bin = binsV.at(i);
std::pair<double, double> binLimits(bin.minimum, bin.maximum);
scaleParam->uptBins.push_back(binLimits);
}
} break;
case esScaleType::EtaScale: {
scaleParam->etaMin = scale.getMinimum();
scaleParam->etaMax = scale.getMaximum();
scaleParam->etaStep = scale.getStep();
//Get bin edges
const std::vector<L1TUtmBin>& binsV = scale.getBins();
scaleParam->etaBins.resize(pow(2, scale.getNbits()));
for (unsigned int i = 0; i < binsV.size(); i++) {
const L1TUtmBin& bin = binsV.at(i);
std::pair<double, double> binLimits(bin.minimum, bin.maximum);
scaleParam->etaBins.at(bin.hw_index) = binLimits;
}
} break;
case esScaleType::PhiScale: {
scaleParam->phiMin = scale.getMinimum();
scaleParam->phiMax = scale.getMaximum();
scaleParam->phiStep = scale.getStep();
//Get bin edges
const std::vector<L1TUtmBin>& binsV = scale.getBins();
scaleParam->phiBins.resize(pow(2, scale.getNbits()));
for (unsigned int i = 0; i < binsV.size(); i++) {
const L1TUtmBin& bin = binsV.at(i);
std::pair<double, double> binLimits(bin.minimum, bin.maximum);
scaleParam->phiBins.at(bin.hw_index) = binLimits;
}
} break;
default:
break;
} //end switch
} //end valid scale
} //end loop over scaleMap
// put the ScaleParameters into the class
m_gtScales.setMuonScales(muScales);
m_gtScales.setEGScales(egScales);
m_gtScales.setTauScales(tauScales);
m_gtScales.setJetScales(jetScales);
m_gtScales.setETTScales(ettScales);
m_gtScales.setETTEmScales(ettEmScales);
m_gtScales.setETMScales(etmScales);
m_gtScales.setETMHfScales(etmHfScales);
m_gtScales.setHTTScales(httScales);
m_gtScales.setHTMScales(htmScales);
// Setup the LUT for the Scale Conversions
bool hasPrecision = false;
std::map<std::string, unsigned int> precisions;
this->getPrecisions(precisions, scaleMap);
for (std::map<std::string, unsigned int>::const_iterator cit = precisions.begin(); cit != precisions.end(); cit++) {
hasPrecision = true;
}
if (hasPrecision) {
//Start with the Cal - Muon Eta LUTS
//----------------------------------
parseCalMuEta_LUTS(scaleMap, "EG", "MU");
parseCalMuEta_LUTS(scaleMap, "JET", "MU");
parseCalMuEta_LUTS(scaleMap, "TAU", "MU");
//Now the Cal - Muon Phi LUTS
//-------------------------------------
parseCalMuPhi_LUTS(scaleMap, "EG", "MU");
parseCalMuPhi_LUTS(scaleMap, "JET", "MU");
parseCalMuPhi_LUTS(scaleMap, "TAU", "MU");
parseCalMuPhi_LUTS(scaleMap, "HTM", "MU");
parseCalMuPhi_LUTS(scaleMap, "ETM", "MU");
parseCalMuPhi_LUTS(scaleMap, "ETMHF", "MU");
// Now the Pt LUTs (??? more combinations needed ??)
// ---------------
parsePt_LUTS(scaleMap, "Mass", "EG", precisions["PRECISION-EG-MU-MassPt"]);
parsePt_LUTS(scaleMap, "Mass", "MU", precisions["PRECISION-EG-MU-MassPt"]);
parseUpt_LUTS(scaleMap, "Mass", "MU", precisions["PRECISION-EG-MU-MassPt"]); // Added for displaced muons
parsePt_LUTS(scaleMap, "Mass", "JET", precisions["PRECISION-EG-JET-MassPt"]);
parsePt_LUTS(scaleMap, "Mass", "TAU", precisions["PRECISION-EG-TAU-MassPt"]);
parsePt_LUTS(scaleMap, "Mass", "ETM", precisions["PRECISION-EG-ETM-MassPt"]);
parsePt_LUTS(scaleMap, "Mass", "ETMHF", precisions["PRECISION-EG-ETMHF-MassPt"]);
parsePt_LUTS(scaleMap, "Mass", "HTM", precisions["PRECISION-EG-HTM-MassPt"]);
// Now the Pt LUTs for TBPT calculation (??? CCLA following what was done for MASS pt LUTs for now ??)
// ---------------
parsePt_LUTS(scaleMap, "TwoBody", "EG", precisions["PRECISION-EG-MU-TwoBodyPt"]);
parsePt_LUTS(scaleMap, "TwoBody", "MU", precisions["PRECISION-EG-MU-TwoBodyPt"]);
parsePt_LUTS(scaleMap, "TwoBody", "JET", precisions["PRECISION-EG-JET-TwoBodyPt"]);
parsePt_LUTS(scaleMap, "TwoBody", "TAU", precisions["PRECISION-EG-TAU-TwoBodyPt"]);
parsePt_LUTS(scaleMap, "TwoBody", "ETM", precisions["PRECISION-EG-ETM-TwoBodyPt"]);
parsePt_LUTS(scaleMap, "TwoBody", "ETMHF", precisions["PRECISION-EG-ETMHF-TwoBodyPt"]);
parsePt_LUTS(scaleMap, "TwoBody", "HTM", precisions["PRECISION-EG-HTM-TwoBodyPt"]);
// Now the Delta Eta/Cosh LUTs (must be done in groups)
// ----------------------------------------------------
parseDeltaEta_Cosh_LUTS(
scaleMap, "EG", "EG", precisions["PRECISION-EG-EG-Delta"], precisions["PRECISION-EG-EG-Math"]);
parseDeltaEta_Cosh_LUTS(
scaleMap, "EG", "JET", precisions["PRECISION-EG-JET-Delta"], precisions["PRECISION-EG-JET-Math"]);
parseDeltaEta_Cosh_LUTS(
scaleMap, "EG", "TAU", precisions["PRECISION-EG-TAU-Delta"], precisions["PRECISION-EG-TAU-Math"]);
parseDeltaEta_Cosh_LUTS(
scaleMap, "EG", "MU", precisions["PRECISION-EG-MU-Delta"], precisions["PRECISION-EG-MU-Math"]);
parseDeltaEta_Cosh_LUTS(
scaleMap, "JET", "JET", precisions["PRECISION-JET-JET-Delta"], precisions["PRECISION-JET-JET-Math"]);
parseDeltaEta_Cosh_LUTS(
scaleMap, "JET", "TAU", precisions["PRECISION-JET-TAU-Delta"], precisions["PRECISION-JET-TAU-Math"]);
parseDeltaEta_Cosh_LUTS(
scaleMap, "JET", "MU", precisions["PRECISION-JET-MU-Delta"], precisions["PRECISION-JET-MU-Math"]);
parseDeltaEta_Cosh_LUTS(
scaleMap, "TAU", "TAU", precisions["PRECISION-TAU-TAU-Delta"], precisions["PRECISION-TAU-TAU-Math"]);
parseDeltaEta_Cosh_LUTS(
scaleMap, "TAU", "MU", precisions["PRECISION-TAU-MU-Delta"], precisions["PRECISION-TAU-MU-Math"]);
parseDeltaEta_Cosh_LUTS(
scaleMap, "MU", "MU", precisions["PRECISION-MU-MU-Delta"], precisions["PRECISION-MU-MU-Math"]);
// Now the Delta Phi/Cos LUTs (must be done in groups)
// ----------------------------------------------------
parseDeltaPhi_Cos_LUTS(
scaleMap, "EG", "EG", precisions["PRECISION-EG-EG-Delta"], precisions["PRECISION-EG-EG-Math"]);
parseDeltaPhi_Cos_LUTS(
scaleMap, "EG", "JET", precisions["PRECISION-EG-JET-Delta"], precisions["PRECISION-EG-JET-Math"]);
parseDeltaPhi_Cos_LUTS(
scaleMap, "EG", "TAU", precisions["PRECISION-EG-TAU-Delta"], precisions["PRECISION-EG-TAU-Math"]);
parseDeltaPhi_Cos_LUTS(
scaleMap, "EG", "ETM", precisions["PRECISION-EG-ETM-Delta"], precisions["PRECISION-EG-ETM-Math"]);
parseDeltaPhi_Cos_LUTS(
scaleMap, "EG", "ETMHF", precisions["PRECISION-EG-ETMHF-Delta"], precisions["PRECISION-EG-ETMHF-Math"]);
parseDeltaPhi_Cos_LUTS(
scaleMap, "EG", "HTM", precisions["PRECISION-EG-HTM-Delta"], precisions["PRECISION-EG-HTM-Math"]);
parseDeltaPhi_Cos_LUTS(
scaleMap, "EG", "MU", precisions["PRECISION-EG-MU-Delta"], precisions["PRECISION-EG-MU-Math"]);
parseDeltaPhi_Cos_LUTS(
scaleMap, "JET", "JET", precisions["PRECISION-JET-JET-Delta"], precisions["PRECISION-JET-JET-Math"]);
parseDeltaPhi_Cos_LUTS(
scaleMap, "JET", "TAU", precisions["PRECISION-JET-TAU-Delta"], precisions["PRECISION-JET-TAU-Math"]);
parseDeltaPhi_Cos_LUTS(
scaleMap, "JET", "ETM", precisions["PRECISION-JET-ETM-Delta"], precisions["PRECISION-JET-ETM-Math"]);
parseDeltaPhi_Cos_LUTS(
scaleMap, "JET", "ETMHF", precisions["PRECISION-JET-ETMHF-Delta"], precisions["PRECISION-JET-ETMHF-Math"]);
parseDeltaPhi_Cos_LUTS(
scaleMap, "JET", "HTM", precisions["PRECISION-JET-HTM-Delta"], precisions["PRECISION-JET-HTM-Math"]);
parseDeltaPhi_Cos_LUTS(
scaleMap, "JET", "MU", precisions["PRECISION-JET-MU-Delta"], precisions["PRECISION-JET-MU-Math"]);
parseDeltaPhi_Cos_LUTS(
scaleMap, "TAU", "TAU", precisions["PRECISION-TAU-TAU-Delta"], precisions["PRECISION-TAU-TAU-Math"]);
parseDeltaPhi_Cos_LUTS(
scaleMap, "TAU", "ETM", precisions["PRECISION-TAU-ETM-Delta"], precisions["PRECISION-TAU-ETM-Math"]);
parseDeltaPhi_Cos_LUTS(
scaleMap, "TAU", "ETMHF", precisions["PRECISION-TAU-ETMHF-Delta"], precisions["PRECISION-TAU-ETMHF-Math"]);
parseDeltaPhi_Cos_LUTS(
scaleMap, "TAU", "HTM", precisions["PRECISION-TAU-HTM-Delta"], precisions["PRECISION-TAU-HTM-Math"]);
parseDeltaPhi_Cos_LUTS(
scaleMap, "TAU", "MU", precisions["PRECISION-TAU-MU-Delta"], precisions["PRECISION-TAU-MU-Math"]);
parseDeltaPhi_Cos_LUTS(
scaleMap, "MU", "ETM", precisions["PRECISION-MU-ETM-Delta"], precisions["PRECISION-MU-ETM-Math"]);
parseDeltaPhi_Cos_LUTS(
scaleMap, "MU", "ETMHF", precisions["PRECISION-MU-ETMHF-Delta"], precisions["PRECISION-MU-ETMHF-Math"]);
parseDeltaPhi_Cos_LUTS(
scaleMap, "MU", "HTM", precisions["PRECISION-MU-HTM-Delta"], precisions["PRECISION-MU-HTM-Math"]);
parseDeltaPhi_Cos_LUTS(
scaleMap, "MU", "MU", precisions["PRECISION-MU-MU-Delta"], precisions["PRECISION-MU-MU-Math"]);
parsePhi_Trig_LUTS(scaleMap, "EG", l1t::COS, precisions["PRECISION-EG-EG-Math"]);
parsePhi_Trig_LUTS(scaleMap, "JET", l1t::COS, precisions["PRECISION-JET-JET-Math"]);
parsePhi_Trig_LUTS(scaleMap, "TAU", l1t::COS, precisions["PRECISION-TAU-TAU-Math"]);
parsePhi_Trig_LUTS(scaleMap, "MU", l1t::COS, precisions["PRECISION-MU-MU-Math"]);
parsePhi_Trig_LUTS(scaleMap, "EG", l1t::SIN, precisions["PRECISION-EG-EG-Math"]);
parsePhi_Trig_LUTS(scaleMap, "JET", l1t::SIN, precisions["PRECISION-JET-JET-Math"]);
parsePhi_Trig_LUTS(scaleMap, "TAU", l1t::SIN, precisions["PRECISION-TAU-TAU-Math"]);
parsePhi_Trig_LUTS(scaleMap, "MU", l1t::SIN, precisions["PRECISION-MU-MU-Math"]);
//CCLA
//m_gtScales.dumpAllLUTs(std::cout);
//m_gtScales.print(std::cout);
}
return true;
}
void l1t::TriggerMenuParser::parseCalMuEta_LUTS(std::map<std::string, L1TUtmScale> scaleMap,
std::string obj1,
std::string obj2) {
using namespace tmeventsetup;
// First Delta Eta for this set
std::string scLabel1 = obj1;
scLabel1 += "-ETA";
std::string scLabel2 = obj2;
scLabel2 += "-ETA";
//This LUT does not exist in L1 Menu file, don't fill it
if (scaleMap.find(scLabel1) == scaleMap.end() || scaleMap.find(scLabel2) == scaleMap.end())
return;
const L1TUtmScale* scale1 = &scaleMap.find(scLabel1)->second;
const L1TUtmScale* scale2 = &scaleMap.find(scLabel2)->second;
std::vector<long long> lut_cal_2_mu_eta;
this->getCaloMuonEtaConversionLut(lut_cal_2_mu_eta, scale1, scale2);
std::string lutName = obj1;
lutName += "-";
lutName += obj2;
m_gtScales.setLUT_CalMuEta(lutName, lut_cal_2_mu_eta);
}
void l1t::TriggerMenuParser::parseCalMuPhi_LUTS(std::map<std::string, L1TUtmScale> scaleMap,
std::string obj1,
std::string obj2) {
using namespace tmeventsetup;
// First Delta Eta for this set
std::string scLabel1 = obj1;
scLabel1 += "-PHI";
std::string scLabel2 = obj2;
scLabel2 += "-PHI";
//This LUT does not exist in L1 Menu file, don't fill it
if (scaleMap.find(scLabel1) == scaleMap.end() || scaleMap.find(scLabel2) == scaleMap.end())
return;
const L1TUtmScale* scale1 = &scaleMap.find(scLabel1)->second;
const L1TUtmScale* scale2 = &scaleMap.find(scLabel2)->second;
std::vector<long long> lut_cal_2_mu_phi;
this->getCaloMuonPhiConversionLut(lut_cal_2_mu_phi, scale1, scale2);
std::string lutName = obj1;
lutName += "-";
lutName += obj2;
m_gtScales.setLUT_CalMuPhi(lutName, lut_cal_2_mu_phi);
}
void l1t::TriggerMenuParser::parsePt_LUTS(std::map<std::string, L1TUtmScale> scaleMap,
std::string lutpfx,
std::string obj1,
unsigned int prec) {
using namespace tmeventsetup;
// First Delta Eta for this set
std::string scLabel1 = obj1;
scLabel1 += "-ET";
//This LUT does not exist in L1 Menu file, don't fill it
if (scaleMap.find(scLabel1) == scaleMap.end())
return;
const L1TUtmScale* scale1 = &scaleMap.find(scLabel1)->second;
std::vector<long long> lut_pt;
this->getLut(lut_pt, scale1, prec);
m_gtScales.setLUT_Pt(lutpfx + "_" + scLabel1, lut_pt, prec);
}
// Added for displaced muons
void l1t::TriggerMenuParser::parseUpt_LUTS(std::map<std::string, L1TUtmScale> scaleMap,
std::string lutpfx,
std::string obj1,
unsigned int prec) {
using namespace tmeventsetup;
// First Delta Eta for this set
std::string scLabel1 = obj1;
scLabel1 += "-UPT";
//This LUT does not exist in L1 Menu file, don't fill it
if (scaleMap.find(scLabel1) == scaleMap.end())
return;
const L1TUtmScale* scale1 = &scaleMap.find(scLabel1)->second;
std::vector<long long> lut_pt;
this->getLut(lut_pt, scale1, prec);
m_gtScales.setLUT_Upt(lutpfx + "_" + scLabel1, lut_pt, prec);
}
void l1t::TriggerMenuParser::parseDeltaEta_Cosh_LUTS(std::map<std::string, L1TUtmScale> scaleMap,
std::string obj1,
std::string obj2,
unsigned int prec1,
unsigned int prec2) {
using namespace tmeventsetup;
// First Delta Eta for this set
std::string scLabel1 = obj1;
scLabel1 += "-ETA";
std::string scLabel2 = obj2;
scLabel2 += "-ETA";
//This LUT does not exist in L1 Menu file, don't fill it
if (scaleMap.find(scLabel1) == scaleMap.end() || scaleMap.find(scLabel2) == scaleMap.end())
return;
const L1TUtmScale* scale1 = &scaleMap.find(scLabel1)->second;
const L1TUtmScale* scale2 = &scaleMap.find(scLabel2)->second;
std::vector<double> val_delta_eta;
std::vector<long long> lut_delta_eta;
size_t n = getDeltaVector(val_delta_eta, scale1, scale2);
setLut(lut_delta_eta, val_delta_eta, prec1);
std::string lutName = obj1;
lutName += "-";
lutName += obj2;
m_gtScales.setLUT_DeltaEta(lutName, lut_delta_eta, prec1);
// Second Get the Cosh for this delta Eta Set
std::vector<long long> lut_cosh;
applyCosh(val_delta_eta, n);
setLut(lut_cosh, val_delta_eta, prec2);
m_gtScales.setLUT_Cosh(lutName, lut_cosh, prec2);
}
void l1t::TriggerMenuParser::parseDeltaPhi_Cos_LUTS(const std::map<std::string, L1TUtmScale>& scaleMap,
const std::string& obj1,
const std::string& obj2,
unsigned int prec1,
unsigned int prec2) {
using namespace tmeventsetup;
// First Delta phi for this set
std::string scLabel1 = obj1;
scLabel1 += "-PHI";
std::string scLabel2 = obj2;
scLabel2 += "-PHI";
//This LUT does not exist in L1 Menu file, don't fill it
if (scaleMap.find(scLabel1) == scaleMap.end() || scaleMap.find(scLabel2) == scaleMap.end())