void l1menu::implementation::OldL1MenuFile::add( const l1menu::TriggerMenu& object )
{
if( pOutputStream_==nullptr ) throw std::runtime_error( "OldL1MenuFile add is trying to add a TriggerMenu but the output stream pointer is null" );
for( size_t index=0; index<object.numberOfTriggers(); ++index )
{
const l1menu::ITriggerDescription& trigger=object.getTrigger(index);
const l1menu::TriggerConstraint& triggerConstraint=object.getTriggerConstraint(index);
std::vector<float> thresholds;
{ // Block to limit scope of temporary variables
std::vector<std::string> thresholdNames=l1menu::tools::getThresholdNames( trigger );
for( size_t thresholdIndex=0; thresholdIndex<4; ++thresholdIndex )
{
// Output "-1" if this trigger has fewer than 4 thresholds
if( thresholdIndex>=thresholdNames.size() ) thresholds.push_back(-1);
else thresholds.push_back( trigger.parameter(thresholdNames[thresholdIndex]) );
}
}
float etaOrRegionCut;
//
// Some of the cross triggers have this set for both legs, and I need to hard code which
// to take (the calo region or the absolute eta). This is purely convention to match the
// way the menu is loaded. For the other triggers I'll just try all of the parameter names
// and see which call is successful.
//
if( trigger.name()=="L1_SingleMu_CJet" ) etaOrRegionCut=trigger.parameter("leg1etaCut");
else if( trigger.name()=="L1_TkMu_TkJet" ) etaOrRegionCut=trigger.parameter("leg1etaCut");
else if( trigger.name()=="L1_isoMu_EG" ) etaOrRegionCut=trigger.parameter("leg2regionCut");
else if( trigger.name()=="L1_isoEG_Mu" ) etaOrRegionCut=trigger.parameter("leg1regionCut");
else if( trigger.name()=="L1_TkEle_Mu" ) etaOrRegionCut=trigger.parameter("leg1regionCut");
else if( trigger.name()=="L1_TkTau_Mu" ) etaOrRegionCut=trigger.parameter("leg1regionCut");
else if( trigger.name()=="L1_isoMu_Tau" ) etaOrRegionCut=trigger.parameter("leg2regionCut");
else
{
try{ etaOrRegionCut=trigger.parameter("etaCut"); }
catch( std::logic_error& exception )
{
try{ etaOrRegionCut=trigger.parameter("regionCut"); }
catch( std::logic_error& exception )
{
try{ etaOrRegionCut=trigger.parameter("leg1etaCut"); }
catch( std::logic_error& exception )
{
try{ etaOrRegionCut=trigger.parameter("leg1regionCut"); }
catch( std::logic_error& exception )
{
try{ etaOrRegionCut=trigger.parameter("leg2etaCut"); }
catch( std::logic_error& exception )
{
try{ etaOrRegionCut=trigger.parameter("leg2regionCut"); }
catch( std::logic_error& exception ) { etaOrRegionCut=-1; }
}
}
}
}
}
}
float muonQuality;
try{ muonQuality=trigger.parameter("muonQuality"); }
catch( std::logic_error& exception )
{
try{ muonQuality=trigger.parameter("leg1muonQuality"); }
catch( std::logic_error& exception )
{
try{ muonQuality=trigger.parameter("leg2muonQuality"); }
catch( std::logic_error& exception ) { muonQuality=-1; }
}
}
float allocatedBandwidth;
int scaleBandwidth;
int fixThresholds;
if( triggerConstraint.type()==l1menu::TriggerConstraint::Type::FIXED_THRESHOLDS )
{
allocatedBandwidth=10; // Dummy value. It won't be used if fixThresholds is 1.
scaleBandwidth=0;
fixThresholds=1;
}
else if( triggerConstraint.type()==l1menu::TriggerConstraint::Type::FIXED_RATE )
{
allocatedBandwidth=triggerConstraint.value();
scaleBandwidth=0;
fixThresholds=0;
}
else if( triggerConstraint.type()==l1menu::TriggerConstraint::Type::FRACTION_OF_BANDWIDTH )
{
// For FRACTION_OF_BANDWIDTH, the value() is the fraction of the total bandwidth.
// The file format expects it in an absolute rate though. I can scale the fraction by
// an arbitrary amount and it will be converted back to a fraction when the menu
// is loaded back in. Scaling by 100 should make the table look tidier.
allocatedBandwidth=triggerConstraint.value()*100;
scaleBandwidth=1;
fixThresholds=0;
}
// Note that:
// - The second column is the trigger bit, which is unused in all of this code.
// I'll just put in a dummy "00" for now.
// - The third column is the prescale, which is currently not supported. I'll
// just put in "1" for everything for now.
(*pOutputStream_) << std::right << std::setw(23) << trigger.name()
<< " 00 1 " // Second and third column are dummy values as described above
<< std::setw(7) << thresholds[0] << " "
<< std::setw(7) << thresholds[1] << " "
<< std::setw(7) << thresholds[2] << " "
<< std::setw(7) << thresholds[3] << " "
<< std::setw(5) << etaOrRegionCut << " "
<< std::setw(5) << muonQuality << " "
<< std::setw(5) << allocatedBandwidth << " "
<< std::setw(2) << scaleBandwidth << " "
<< std::setw(2) << fixThresholds << " "
<< std::endl;
} // end of loop over triggers
}
l1menu::implementation::MenuRateImplementation::MenuRateImplementation( const l1menu::TriggerMenu& menu, const l1menu::ISample& sample )
{
// The sum of event weights that pass each trigger
std::vector<float> weightOfEventsPassed( menu.numberOfTriggers() );
// The sume of weights squared that pass each trigger. Used to calculate the error.
std::vector<float> weightSquaredOfEventsPassed( menu.numberOfTriggers() );
// The number of events that only pass the given trigger
std::vector<float> weightOfEventsPure( menu.numberOfTriggers() );
std::vector<float> weightSquaredOfEventsPure( menu.numberOfTriggers() );
float weightOfEventsPassingAnyTrigger=0;
float weightSquaredOfEventsPassingAnyTrigger=0;
float weightOfAllEvents=0;
// Using cached triggers significantly increases speed for ReducedSample
// because it cuts out expensive string comparisons when querying the trigger
// parameters.
std::vector< std::unique_ptr<l1menu::ICachedTrigger> > cachedTriggers;
for( size_t triggerNumber=0; triggerNumber<menu.numberOfTriggers(); ++triggerNumber )
{
cachedTriggers.push_back( sample.createCachedTrigger( menu.getTrigger( triggerNumber ) ) );
}
size_t numberOfLastPassedTrigger=0; // This is just so I can work out the pure rate
for( size_t eventNumber=0; eventNumber<sample.numberOfEvents(); ++eventNumber )
{
const l1menu::IEvent& event=sample.getEvent(eventNumber);
float weight=event.weight();
weightOfAllEvents+=weight;
size_t numberOfTriggersPassed=0;
for( size_t triggerNumber=0; triggerNumber<cachedTriggers.size(); ++triggerNumber )
{
if( cachedTriggers[triggerNumber]->apply(event) )
{
// If the event passes the trigger, increment the counters
++numberOfTriggersPassed;
weightOfEventsPassed[triggerNumber]+=weight;
weightSquaredOfEventsPassed[triggerNumber]+=(weight*weight);
numberOfLastPassedTrigger=triggerNumber; // If only one event passes, this is used to increment the pure counter
}
}
// See if I should increment any of the pure or total counters
if( numberOfTriggersPassed==1 )
{
weightOfEventsPure[numberOfLastPassedTrigger]+=weight;
weightSquaredOfEventsPure[numberOfLastPassedTrigger]+=(weight*weight);
}
if( numberOfTriggersPassed>0 )
{
weightOfEventsPassingAnyTrigger+=weight;
weightSquaredOfEventsPassingAnyTrigger+=(weight*weight);
}
}
float scaling=sample.eventRate();
for( size_t triggerNumber=0; triggerNumber<cachedTriggers.size(); ++triggerNumber )
{
float fraction=weightOfEventsPassed[triggerNumber]/weightOfAllEvents;
float fractionError=std::sqrt(weightSquaredOfEventsPassed[triggerNumber])/weightOfAllEvents;
float pureFraction=weightOfEventsPure[triggerNumber]/weightOfAllEvents;
float pureFractionError=std::sqrt(weightSquaredOfEventsPure[triggerNumber])/weightOfAllEvents;
triggerRates_.push_back( std::move(TriggerRateImplementation(menu.getTrigger(triggerNumber),fraction,fractionError,fraction*scaling,fractionError*scaling,pureFraction,pureFractionError,pureFraction*scaling,pureFractionError*scaling) ) );
//triggerRates_.push_back( std::move(TriggerRateImplementation(menu.getTrigger(triggerNumber),weightOfEventsPassed[triggerNumber],weightSquaredOfEventsPassed[triggerNumber],weightOfEventsPure[triggerNumber],weightSquaredOfEventsPure[triggerNumber],*this)) );
}
//
// Now I have everything I need to calculate all of the values required by the interface
//
totalFraction_=weightOfEventsPassingAnyTrigger/weightOfAllEvents;
totalFractionError_=std::sqrt(weightSquaredOfEventsPassingAnyTrigger)/weightOfAllEvents;
totalRate_=totalFraction_*scaling;
totalRateError_=totalFractionError_*scaling;
}
