MuonML::Factory Namespace Reference

Functions
NodeFeatureList::Feature_t	makeFeature (const std::string &featName, MsgStream &log)
	Factory function that builds a NodeFeature from a predefined list of features. More...
NodeFeatureList::Connector_t	makeConnector (const std::string &connName, MsgStream &log)
	Factory function that builds a connector relation between two edges in the bucket. More...

Function Documentation

makeConnector()

NodeFeatureList::Connector_t MuonML::Factory::makeConnector	(	const std::string &	connName,
		MsgStream &	log
	)

Factory function that builds a connector relation between two edges in the bucket.

Parameters

connName	Name of the connection function inside the predefined list
log	Refetrence to the message object for logging

Definition at line 128 of file NodeFeatureFactory.cxx.

                                                                                            {
 
            static const std::set<Connector_t, std::less<>> connectorPool{
                std::make_unique<NodeConnector>("fullyConnected", 
                        [](const Bucket_t& , size_t , size_t ) {
                            return true;
                        }),
            };
            const auto feat_itr = connectorPool.find(connName);
            if(feat_itr != connectorPool.end()){
                if (log.level() <= MSG::DEBUG) {
                    log<<MSG::DEBUG<<"Found graph connector "<<connName<<"."<<endmsg;
                }
                return *feat_itr;
            }
            std::stringstream available{};
            for (const Connector_t& known : connectorPool) {
                available<<known->name()<<", ";
            }
            log<<MSG::ERROR<<"The graph connector "<<connName<<" is unknown to the factory. "
            <<" Please check for typos w.r.t "<<available.str()<<". Otherwise augment "
            <<__FILE__<<" with your desired connection function. "<<endmsg;
            return nullptr;
        }

makeFeature()

Feature_t MuonML::Factory::makeFeature	(	const std::string &	featName,
		MsgStream &	log
	)

Factory function that builds a NodeFeature from a predefined list of features.

Parameters

featName	Name of the feature inside the list
log	Refetrence to the message object for logging

Definition at line 38 of file NodeFeatureFactory.cxx.

                                                                         {
            static const std::set<Feature_t, std::less<>> featurePool{
                std::make_unique<NodeFeature>("localX", 
                    [](const Bucket_t& bucket, size_t index) {
                        return bucket[index]->positionInChamber().x();
                    }),
                std::make_unique<NodeFeature>("localY", 
                    [](const Bucket_t& bucket, size_t index) {
                        return bucket[index]->positionInChamber().y();
                        bucket[index]->positionInChamber().y();
                    }),
                std::make_unique<NodeFeature>("localZ", 
                    [](const Bucket_t& bucket, size_t index) {
                        return bucket[index]->positionInChamber().z();
                    }),
                std::make_unique<NodeFeature>("stationIndex", 
                    [](const Bucket_t& bucket, size_t index) {
                        return bucket[index]->msSector()->idHelperSvc()->stationName(bucket[index]->identify());
                    }),
                std::make_unique<NodeFeature>("stationPhi", 
                    [](const Bucket_t& bucket, size_t index) {
                        return bucket[index]->msSector()->idHelperSvc()->stationPhi(bucket[index]->identify());
                    }),
                std::make_unique<NodeFeature>("stationEta", 
                    [](const Bucket_t& bucket, size_t index) {
                        return bucket[index]->msSector()->idHelperSvc()->stationEta(bucket[index]->identify());
                    }),
                std::make_unique<NodeFeature>("driftR", 
                    [](const Bucket_t& bucket, size_t index) {
                        return bucket[index]->driftRadius();
                    }),
                std::make_unique<NodeFeature>("relative_layer", 
                    [](const Bucket_t& bucket, size_t index) {
                        const double relLayNum = (1 + 1.*bucket.layerNum(index)) / (bucket.nStripLayers() + bucket.nMdtLayers());
                        return relLayNum;
                    }),
                std::make_unique<NodeFeature>("neighbors", 
                    [](const Bucket_t& bucket, size_t index) {
                        constexpr double radCut2 =  (50.*Gaudi::Units::cm * 50.*Gaudi::Units::cm);
                        unsigned int n =0;
                        for (size_t other =0 ; other < bucket.size(); ++ other){
                            n+= index != other && (bucket[index]->positionInChamber() - bucket[other]->positionInChamber()).perp2() < radCut2;
                        }
                        return n;
                    }),
                std::make_unique<NodeFeature>("bucket_density", 
                    [](const Bucket_t& bucket, size_t /*index*/) {
 
                        return 1.*bucket.size() / std::max(bucket.coveredMax() - bucket.coveredMin(), 1. * Gaudi::Units::cm); 
                    }), 
                std::make_unique<NodeFeature>("isolation", 
                    [](const Bucket_t& bucket, size_t index) {
                        unsigned int  neighbors = 0;
                        constexpr double radCut2 =  (50.*Gaudi::Units::cm * 50.*Gaudi::Units::cm);
                        for (size_t other =0 ; other < bucket.size(); ++ other){
                            neighbors+= index != other && (bucket[index]->positionInChamber() - bucket[other]->positionInChamber()).perp2() < radCut2;
                        }
                    
                        float bucket_density = 1.f*bucket.size() / std::max(bucket.coveredMax() - bucket.coveredMin(), 1. * Gaudi::Units::cm);
                        return neighbors / bucket_density;
                    }), 
                std::make_unique<NodeFeature>("covX", 
                    [](const Bucket_t& bucket, size_t index) {
                        return bucket[index]->covariance()(Amg::x, Amg::x);
                    }),
                std::make_unique<NodeFeature>("covY", 
                    [](const Bucket_t& bucket, size_t index) {
                        return bucket[index]->covariance()(Amg::y, Amg::y);
                    }),
                std::make_unique<NodeFeature>("covXY", 
                    [](const Bucket_t& bucket, size_t index) {
                        return bucket[index]->covariance()(Amg::x, Amg::y);
                    }),
            }; 
            const auto feat_itr = featurePool.find(featName);
            if(feat_itr != featurePool.end()){
                if (log.level() <= MSG::DEBUG) {
                    log<<MSG::DEBUG<<"Found graph feature "<<featName<<"."<<endmsg;
                }
                return *feat_itr;
            }
            std::stringstream available{};
            for (const Feature_t& known : featurePool) {
                available<<known->name()<<", ";
            }
            log<<MSG::ERROR<<"The feature "<<featName<<" is unknown to the feature factory. "
               <<" Please check for typos w.r.t "<<available.str()<<". Otherwise augment "
               <<__FILE__<<" with your desired feature "<<endmsg;
            return nullptr;
        }