InterceptDistancePXDPairFilter Class Reference

Base filter for CKF PXD states. More...

#include <InterceptDistancePXDPairFilter.h>

Inheritance diagram for InterceptDistancePXDPairFilter:

Public Types
using	Object = AObject
	Type of the object to be analysed.
using	Interface = Filter< AObject >
	Mark this class as the basic interface.

Public Member Functions
TrackFindingCDC::Weight	operator() (const std::pair< const CKFToPXDState *, const CKFToPXDState * > &relation) override
	Return the weight based on azimuthal-angle separation.
void	exposeParameters (ModuleParamList *moduleParamList, const std::string &prefix) override
	Expose the parameters.
virtual bool	needsTruthInformation ()
	Indicates if the filter requires Monte Carlo information.
virtual Weight	operator() (const Object &obj)
	Function to evaluate the object.
Weight	operator() (const Object *obj)
	Function to evaluate the object.
virtual std::vector< float >	operator() (const std::vector< Object * > &objs)
	Function to evaluate a vector of objects Base implementation applies the function to each object.
void	initialize () override
	Receive and dispatch signal before the start of the event processing.
void	beginRun () override
	Receive and dispatch signal for the beginning of a new run.
void	beginEvent () override
	Receive and dispatch signal for the start of a new event.
void	endRun () override
	Receive and dispatch signal for the end of the run.
void	terminate () override
	Receive and dispatch Signal for termination of the event processing.

Protected Member Functions
void	addProcessingSignalListener (ProcessingSignalListener *psl)
	Register a processing signal listener to be notified.
int	getNProcessingSignalListener ()
	Get the number of currently registered listeners.

Private Types
using	Super = ProcessingSignalListener
	Type of the base class.

Private Member Functions
float	deltaPhi (float phi1, float phi2)
	Calculate delta phi.
float	deltaEtaFromTheta (float theta1, float theta2)
	Calculate delta eta from theta.
float	convertThetaToEta (float cosTheta)
	Convert theta to eta (pseudorapidity)

Private Attributes
double	m_param_PtThresholdTrackToHitCut = 0.5
	Threshold to apply inverse pT dependent cut [GeV].
double	m_param_PhiInterceptToHitCut = 0.2
	Filter potential relations in phi between seed states (based on PXDIntercepts) and hit states.
double	m_param_EtaInterceptToHitCut = 0.2
	Filter potential relations in eta between seed states (based on PXDIntercepts) and hit states.
double	m_param_PhiRecoTrackToHitCut = 0.5
	Filter potential relations in phi between seed states (based on RecoTracks) and hit states.
double	m_param_EtaRecoTrackToHitCut = 0.4
	Filter potential relations in eta between seed states (based on RecoTracks) and hit states.
double	m_param_PhiHitHitCut = 0.8
	Filter potential relations in phi between hit states.
double	m_param_EtaHitHitCut = 0.8
	Filter potential relations in eta between hit states.
double	m_param_PhiOverlapHitHitCut = 0.15
	Filter potential relations in phi between hit states in ladder overlap.
double	m_param_EtaOverlapHitHitCut = 0.15
	Filter potential relations in eta between hit states in ladder overlap.
std::string	m_param_PXDInterceptsName = "PXDIntercepts"
	Name of the PXDIntercepts StoreArray.
std::vector< ProcessingSignalListener * >	m_subordinaryProcessingSignalListeners
	References to subordinary signal processing listener contained in this findlet.
bool	m_initialized = false
	Flag to keep track whether initialization happend before.
bool	m_terminated = false
	Flag to keep track whether termination happend before.
std::string	m_initializedAs
	Name of the type during initialisation.

Detailed Description

Base filter for CKF PXD states.

Definition at line 19 of file InterceptDistancePXDPairFilter.h.

Member Typedef Documentation

Interface

using Interface = Filter<AObject>

inherited

Mark this class as the basic interface.

Definition at line 38 of file Filter.dcl.h.

Object

using Object = AObject

inherited

Type of the object to be analysed.

Definition at line 35 of file Filter.dcl.h.

Super

using Super = ProcessingSignalListener

privateinherited

Type of the base class.

Definition at line 25 of file CompositeProcessingSignalListener.h.

Member Function Documentation

addProcessingSignalListener()

void addProcessingSignalListener ( ProcessingSignalListener *  psl )

protectedinherited

Register a processing signal listener to be notified.

Definition at line 55 of file CompositeProcessingSignalListener.cc.

{
  m_subordinaryProcessingSignalListeners.push_back(psl);
}

beginEvent()

void beginEvent ( )

overridevirtualinherited

Receive and dispatch signal for the start of a new event.

Reimplemented from ProcessingSignalListener.

Reimplemented in SpacePointTagger< Belle2::CKFToPXDResult, Belle2::PXDCluster >, SpacePointTagger< Belle2::CKFToSVDResult, Belle2::SVDCluster >, BaseEventTimeExtractor< RecoTrack * >, BaseEventTimeExtractor< TrackFindingCDC::CDCWireHit & >, SharingHitsMatcher< Belle2::TrackFindingCDC::CDCTrack, Belle2::TrackFindingCDC::CDCSegment2D >, MCSymmetric< BaseAxialSegmentPairFilter >, MCSymmetric< BaseFacetFilter >, MCSymmetric< BaseFacetRelationFilter >, MCSymmetric< BaseSegmentPairFilter >, MCSymmetric< BaseSegmentPairRelationFilter >, MCSymmetric< BaseSegmentRelationFilter >, MCSymmetric< BaseSegmentTripleFilter >, MCSymmetric< BaseSegmentTripleRelationFilter >, MCSymmetric< BaseTrackRelationFilter >, StoreVectorSwapper< Belle2::TrackFindingCDC::CDCFacet >, StoreVectorSwapper< Belle2::TrackFindingCDC::CDCWireHit, true >, StoreVectorSwapper< Belle2::TrackFindingCDC::CDCSegment2D >, StoreVectorSwapper< Belle2::TrackFindingCDC::CDCTrack >, StoreVectorSwapper< Belle2::TrackFindingCDC::CDCSegmentPair >, StoreVectorSwapper< Belle2::TrackFindingCDC::CDCSegmentTriple >, RecoTrackStorer, ROIFinder, and SVDHoughTracking.

Definition at line 31 of file CompositeProcessingSignalListener.cc.

{
  Super::beginEvent();
  for (ProcessingSignalListener* psl : m_subordinaryProcessingSignalListeners) {
    psl->beginEvent();
  }
}

beginRun()

void beginRun ( )

overridevirtualinherited

Receive and dispatch signal for the beginning of a new run.

Reimplemented from ProcessingSignalListener.

Reimplemented in LayerRelationFilter< AFilter >, FourHitFilter, QualityIndicatorFilter, ThreeHitFilter, TwoHitVirtualIPFilter, TwoHitVirtualIPQIFilter, RecoTrackStorer, ROIFinder, SpacePointLoaderAndPreparer, and TrackCandidateResultRefiner.

Definition at line 23 of file CompositeProcessingSignalListener.cc.

{
  Super::beginRun();
  for (ProcessingSignalListener* psl : m_subordinaryProcessingSignalListeners) {
    psl->beginRun();
  }
}

convertThetaToEta()

float convertThetaToEta ( float  cosTheta )

private

Convert theta to eta (pseudorapidity)

Definition at line 142 of file InterceptDistancePXDPairFilter.cc.

{
  if (abs(cosTheta) < 1) return -0.5 * log((1.0 - cosTheta) / (1.0 + cosTheta));
  else {
    B2INFO("AngularDistancePXDPairFilter::cosTheta >=1 : " << cosTheta);
    return 0;
  }
}

deltaEtaFromTheta()

float deltaEtaFromTheta ( float  theta1, float  theta2  )

private

Calculate delta eta from theta.

Definition at line 137 of file InterceptDistancePXDPairFilter.cc.

{
  return (convertThetaToEta(cos(theta1)) - convertThetaToEta(cos(theta2)));
}

deltaPhi()

float deltaPhi ( float  phi1, float  phi2  )

private

Calculate delta phi.

Definition at line 129 of file InterceptDistancePXDPairFilter.cc.

{
  float dphi = phi1 - phi2;
  while (dphi > M_PI) dphi -= 2. * M_PI;
  while (dphi < -M_PI) dphi += 2. * M_PI;
  return dphi;
}

endRun()

void endRun ( )

overridevirtualinherited

Receive and dispatch signal for the end of the run.

Reimplemented from ProcessingSignalListener.

Definition at line 39 of file CompositeProcessingSignalListener.cc.

{
  for (ProcessingSignalListener* psl : reversedRange(m_subordinaryProcessingSignalListeners)) {
    psl->endRun();
  }
  Super::endRun();
}

exposeParameters()

void exposeParameters ( ModuleParamList *  moduleParamList, const std::string &  prefix  )

overridevirtual

Expose the parameters.

Reimplemented from Filter< AObject >.

Definition at line 100 of file InterceptDistancePXDPairFilter.cc.

{
  moduleParamList->addParameter(TrackFindingCDC::prefixed(prefix, "ptThresholdTrackToHitCut"), m_param_PtThresholdTrackToHitCut,
                                "Treshold on pT to apply inverse pT scale on cut value.",
                                m_param_PtThresholdTrackToHitCut);
  moduleParamList->addParameter(TrackFindingCDC::prefixed(prefix, "phiInterceptToHitCut"), m_param_PhiInterceptToHitCut,
                                "Cut in phi for the difference between PXDIntercept from RecoTrack on the same layer and current hit-based state.",
                                m_param_PhiInterceptToHitCut);
  moduleParamList->addParameter(TrackFindingCDC::prefixed(prefix, "etaInterceptToHitCut"), m_param_EtaInterceptToHitCut,
                                "Cut in eta for the difference between PXDIntercept from RecoTrack on the same layer and current hit-based state.",
                                m_param_EtaInterceptToHitCut);
  moduleParamList->addParameter(TrackFindingCDC::prefixed(prefix, "phiRecoTrackToHitCut"), m_param_PhiRecoTrackToHitCut,
                                "Cut in phi for the difference between RecoTrack information and current hit-based state.",
                                m_param_PhiRecoTrackToHitCut);
  moduleParamList->addParameter(TrackFindingCDC::prefixed(prefix, "etaRecoTrackToHitCut"), m_param_EtaRecoTrackToHitCut,
                                "Cut in eta for the difference between RecoTrack information and current hit-based state.",
                                m_param_EtaRecoTrackToHitCut);
  moduleParamList->addParameter(TrackFindingCDC::prefixed(prefix, "phiHitHitCut"), m_param_PhiHitHitCut,
                                "Cut in phi between two hit-based states.", m_param_PhiHitHitCut);
  moduleParamList->addParameter(TrackFindingCDC::prefixed(prefix, "etaHitHitCut"), m_param_EtaHitHitCut,
                                "Cut in eta between two hit-based states.", m_param_EtaHitHitCut);
  moduleParamList->addParameter(TrackFindingCDC::prefixed(prefix, "phiOverlapHitHitCut"), m_param_PhiOverlapHitHitCut,
                                "Cut in phi between two hit-based states in ladder overlap.", m_param_PhiOverlapHitHitCut);
  moduleParamList->addParameter(TrackFindingCDC::prefixed(prefix, "etaOverlapHitHitCut"), m_param_EtaOverlapHitHitCut,
                                "Cut in eta between two hit-based states in ladder overlap.", m_param_EtaOverlapHitHitCut);
  moduleParamList->addParameter(TrackFindingCDC::prefixed(prefix, "PXDInterceptsName"), m_param_PXDInterceptsName,
                                "Name of the PXDIntercepts StoreArray.", m_param_PXDInterceptsName);
}

getNProcessingSignalListener()

int getNProcessingSignalListener ( )

protectedinherited

Get the number of currently registered listeners.

Definition at line 60 of file CompositeProcessingSignalListener.cc.

{
  return m_subordinaryProcessingSignalListeners.size();
}

initialize()

void initialize ( )

overridevirtualinherited

Receive and dispatch signal before the start of the event processing.

Reimplemented from ProcessingSignalListener.

Reimplemented in UnionVarSet< AObject >, UnionVarSet< Object >, VariadicUnionVarSet< AVarSets >, ResultStorer< Belle2::CKFToPXDResult >, ResultStorer< Belle2::CKFToSVDResult >, BaseEventTimeExtractor< RecoTrack * >, BaseEventTimeExtractor< TrackFindingCDC::CDCWireHit & >, StereoHitTrackQuadTreeMatcher< Belle2::TrackFindingCDC::HyperHough >, StereoHitTrackQuadTreeMatcher< Belle2::TrackFindingCDC::QuadraticLegendre >, StereoHitTrackQuadTreeMatcher< Belle2::TrackFindingCDC::Z0TanLambdaLegendre >, OnVarSet< Filter< ATruthVarSet::Object > >, OnVarSet< Filter< AVarSet::Object > >, OnVarSet< BaseFacetFilter >, OnVarSet< BaseFacetRelationFilter >, OnVarSet< BaseAxialSegmentPairFilter >, OnVarSet< BaseSegmentRelationFilter >, OnVarSet< BaseTrackRelationFilter >, OnVarSet< BaseSegmentPairRelationFilter >, MCSymmetric< BaseAxialSegmentPairFilter >, MCSymmetric< BaseFacetFilter >, MCSymmetric< BaseFacetRelationFilter >, MCSymmetric< BaseSegmentPairFilter >, MCSymmetric< BaseSegmentPairRelationFilter >, MCSymmetric< BaseSegmentRelationFilter >, MCSymmetric< BaseSegmentTripleFilter >, MCSymmetric< BaseSegmentTripleRelationFilter >, MCSymmetric< BaseTrackRelationFilter >, StoreArrayLoader< const Belle2::SpacePoint >, StoreArrayLoader< DataStoreInputTypeRefType >, StoreVectorSwapper< Belle2::TrackFindingCDC::CDCFacet >, StoreVectorSwapper< Belle2::TrackFindingCDC::CDCWireHit, true >, StoreVectorSwapper< Belle2::TrackFindingCDC::CDCSegment2D >, StoreVectorSwapper< Belle2::TrackFindingCDC::CDCTrack >, StoreVectorSwapper< Belle2::TrackFindingCDC::CDCSegmentPair >, StoreVectorSwapper< Belle2::TrackFindingCDC::CDCSegmentTriple >, RelationVarSet< ABaseVarSet >, QualityIndicatorFilter, TwoHitVirtualIPQIFilter, MultiHoughSpaceFastInterceptFinder, RawTrackCandCleaner< AHit >, RawTrackCandCleaner< Belle2::vxdHoughTracking::VXDHoughState >, RecoTrackStorer, ROIFinder, SingleHoughSpaceFastInterceptFinder, SpacePointLoaderAndPreparer, TrackCandidateOverlapResolver, and TrackCandidateResultRefiner.

Definition at line 15 of file CompositeProcessingSignalListener.cc.

{
  Super::initialize();
  for (ProcessingSignalListener* psl : m_subordinaryProcessingSignalListeners) {
    psl->initialize();
  }
}

needsTruthInformation()

bool needsTruthInformation

virtualinherited

Indicates if the filter requires Monte Carlo information.

Reimplemented in MCSymmetric< BaseAxialSegmentPairFilter >, MCSymmetric< BaseFacetFilter >, MCSymmetric< BaseFacetRelationFilter >, MCSymmetric< BaseSegmentPairFilter >, MCSymmetric< BaseSegmentPairRelationFilter >, MCSymmetric< BaseSegmentRelationFilter >, MCSymmetric< BaseSegmentTripleFilter >, MCSymmetric< BaseSegmentTripleRelationFilter >, MCSymmetric< BaseTrackRelationFilter >, OnVarSet< Filter< ATruthVarSet::Object > >, OnVarSet< Filter< AVarSet::Object > >, OnVarSet< BaseFacetFilter >, OnVarSet< BaseFacetRelationFilter >, OnVarSet< BaseAxialSegmentPairFilter >, OnVarSet< BaseSegmentRelationFilter >, OnVarSet< BaseTrackRelationFilter >, and OnVarSet< BaseSegmentPairRelationFilter >.

Definition at line 46 of file Filter.icc.h.

    {
      return false;
    }

operator()() [1/4]

Weight operator() ( const Object &  obj )

virtualinherited

Function to evaluate the object.

Base implementation accepts all objects.

Parameters

obj	The object to be accepted or rejected.

Returns

A finite float value if the object is accepted. NAN if the object is rejected.

Reimplemented in SeedChargeCDCPathFilter, SizeCDCPathFilter, ArcLengthBasedCDCfromEclPathPairFilter, ArcLengthBasedCDCPathPairFilter, Chi2BasedCDCPathPairFilter, DistanceBasedCDCPathPairFilter, DuplicateCDCPathPairFilter, HitDistanceBasedCDCPathPairFilter, MCTruthCDCPathPairFilter, DistanceCDCStateFilter, ExtrapolateAndUpdateCDCStateFilter, MCTruthCDCStateFilter, MCTruthEclSeedFilter, RoughCDCfromEclStateFilter, RoughCDCStateFilter, FiveHitFilter, FourHitFilter, QualityIndicatorFilter, ThreeHitFilter, TwoHitVirtualIPFilter, TwoHitVirtualIPQIFilter, SimplePXDStateFilter, AllPXDStateFilter, ResidualSVDStateFilter, SimpleSVDStateFilter, AllSVDStateFilter, and RelationFilter< AObject >.

Definition at line 52 of file Filter.icc.h.

    {
      return 1;
    }

operator()() [2/4]

Weight operator() ( const Object *  obj )

inherited

Function to evaluate the object.

Base implementation accepts all objects, except nullptr.

Parameters

obj	The object to be accepted or rejected.

Returns

A finit float value if the object is accepted. NAN if the object is rejected. Nullptr is always rejected.

Definition at line 58 of file Filter.icc.h.

    {
      return obj ? operator()(*obj) : NAN;
    }

operator()() [3/4]

TrackFindingCDC::Weight operator() ( const std::pair< const CKFToPXDState *, const CKFToPXDState * > &  relation )

override

Return the weight based on azimuthal-angle separation.

Definition at line 25 of file InterceptDistancePXDPairFilter.cc.

{
  const CKFToPXDState& fromState = *(relation.first);
  const CKFToPXDState& toState = *(relation.second);
 
  const CKFToPXDState::stateCache& fromStateCache = fromState.getStateCache();
  const CKFToPXDState::stateCache& toStateCache = toState.getStateCache();
 
  B2ASSERT("You have filled the wrong states into this!", toStateCache.isHitState);
 
  const unsigned int layerDiff = abs(fromStateCache.geoLayer - toStateCache.geoLayer);
 
  float phiDiff = deltaPhi(fromStateCache.phi, toStateCache.phi);
  float etaDiff = deltaEtaFromTheta(fromStateCache.theta, toStateCache.theta);
 
  // fromState and toState on the same layer, i.e. hits in ladder overlap region
  if (layerDiff == 0) {
    if (abs(phiDiff) < static_cast<float>(m_param_PhiOverlapHitHitCut) and
        abs(etaDiff) < static_cast<float>(m_param_EtaOverlapHitHitCut)) {
      return 1.0;
    }
    return NAN;
  }
 
  // if fromState is not HitState, then it is the last hit on SVD or SVD/CDC track
  if (not fromStateCache.isHitState) {
    const RecoTrack* seedRecoTrack = fromState.getSeed();
    const auto& relatedIntercepts = seedRecoTrack->getRelationsTo<PXDIntercept>(m_param_PXDInterceptsName);
    // pT dependent factor, pre-set cut value should correspond to pT>=1GeV
    const float scaleInvPt =
      (fromStateCache.ptSeed < m_param_PtThresholdTrackToHitCut ? (m_param_PtThresholdTrackToHitCut / fromStateCache.ptSeed) : 1.);
    if (relatedIntercepts.size() > 0) {
      // We have PXDIntercepts for this Seed (RecoTrack), so use the intercept position for filtering
      for (const auto& intercept : relatedIntercepts) {
        const VxdID& fromStateSensorID(intercept.getSensorID());
        if (fromStateSensorID.getLayerNumber() != toStateCache.geoLayer) {
          continue;
        }
        const PXD::SensorInfo& sensorInfo = dynamic_cast<const PXD::SensorInfo&>(VXD::GeoCache::getInstance().getSensorInfo(
                                              fromStateSensorID));
        const auto& interceptGlobalPoint = sensorInfo.pointToGlobal({intercept.getCoorU(), intercept.getCoorV(), 0});
        phiDiff = deltaPhi(interceptGlobalPoint.Phi(), toStateCache.phi);
        etaDiff = deltaEtaFromTheta(interceptGlobalPoint.Theta(), toStateCache.theta);
        if (abs(phiDiff) < static_cast<float>(m_param_PhiInterceptToHitCut)*float(layerDiff)*scaleInvPt and
            abs(etaDiff) < static_cast<float>(m_param_EtaInterceptToHitCut)*float(layerDiff)*scaleInvPt) {
          return 1.0;
        }
      }
      // We have PXD for this Seed (RecoTrack), but the toState isn't close to any of them -> discard combination
      return NAN;
    } else {
      // We don't have PXDIntercepts for this Seed (RecoTrack), so use simple angular filters.
      // Get eta/theta separation from track angle
      const float dR = fromStateCache.perp - toStateCache.perp;
      const float dZ = fromStateCache.perp / tan(fromStateCache.theta) - toStateCache.perp / tan(toStateCache.theta);
      const float cosThetaSeedhit = dZ / sqrt(dR * dR + dZ * dZ);
      etaDiff = convertThetaToEta(cosThetaSeedhit) - convertThetaToEta(cos(fromStateCache.thetaSeed));
      if (abs(phiDiff) < static_cast<float>(m_param_PhiRecoTrackToHitCut)*float(layerDiff)*scaleInvPt and
          abs(etaDiff) < static_cast<float>(m_param_EtaRecoTrackToHitCut)*float(layerDiff)*scaleInvPt) {
        return 1.0;
      }
      return NAN;
    }
  }
 
  // hit-hit relation from Layer-2 to Layer-1
  if (abs(phiDiff) < static_cast<float>(m_param_PhiHitHitCut) and
      abs(etaDiff) < static_cast<float>(m_param_EtaHitHitCut)) {
    return 1.0;
  }
 
  return NAN;
 
}

operator()() [4/4]

std::vector< float > operator() ( const std::vector< Object * > &  objs )

virtualinherited

Function to evaluate a vector of objects Base implementation applies the function to each object.

Can be optimized for MVA filters

Parameters

objs	A vector of pointers to objects

Returns

A vector of float or NAN values. See above

Definition at line 64 of file Filter.icc.h.

    {
      std::vector<float> out;
      for (const auto& obj : objs) {
        out.push_back(operator()(obj));
      }
      return out;
    }

terminate()

void terminate ( )

overridevirtualinherited

Receive and dispatch Signal for termination of the event processing.

Reimplemented from ProcessingSignalListener.

Reimplemented in StereoHitTrackQuadTreeMatcher< Belle2::TrackFindingCDC::HyperHough >, StereoHitTrackQuadTreeMatcher< Belle2::TrackFindingCDC::QuadraticLegendre >, and StereoHitTrackQuadTreeMatcher< Belle2::TrackFindingCDC::Z0TanLambdaLegendre >.

Definition at line 47 of file CompositeProcessingSignalListener.cc.

{
  for (ProcessingSignalListener* psl : reversedRange(m_subordinaryProcessingSignalListeners)) {
    psl->terminate();
  }
  Super::terminate();
}

Member Data Documentation

m_initialized

bool m_initialized = false

privateinherited

Flag to keep track whether initialization happend before.

Definition at line 52 of file ProcessingSignalListener.h.

m_initializedAs

std::string m_initializedAs

privateinherited

Name of the type during initialisation.

Definition at line 58 of file ProcessingSignalListener.h.

m_param_EtaHitHitCut

double m_param_EtaHitHitCut = 0.8

private

Filter potential relations in eta between hit states.

Definition at line 47 of file InterceptDistancePXDPairFilter.h.

m_param_EtaInterceptToHitCut

double m_param_EtaInterceptToHitCut = 0.2

private

Filter potential relations in eta between seed states (based on PXDIntercepts) and hit states.

Definition at line 39 of file InterceptDistancePXDPairFilter.h.

m_param_EtaOverlapHitHitCut

double m_param_EtaOverlapHitHitCut = 0.15

private

Filter potential relations in eta between hit states in ladder overlap.

Definition at line 51 of file InterceptDistancePXDPairFilter.h.

m_param_EtaRecoTrackToHitCut

double m_param_EtaRecoTrackToHitCut = 0.4

private

Filter potential relations in eta between seed states (based on RecoTracks) and hit states.

Definition at line 43 of file InterceptDistancePXDPairFilter.h.

m_param_PhiHitHitCut

double m_param_PhiHitHitCut = 0.8

private

Filter potential relations in phi between hit states.

Definition at line 45 of file InterceptDistancePXDPairFilter.h.

m_param_PhiInterceptToHitCut

double m_param_PhiInterceptToHitCut = 0.2

private

Filter potential relations in phi between seed states (based on PXDIntercepts) and hit states.

Definition at line 37 of file InterceptDistancePXDPairFilter.h.

m_param_PhiOverlapHitHitCut

double m_param_PhiOverlapHitHitCut = 0.15

private

Filter potential relations in phi between hit states in ladder overlap.

Definition at line 49 of file InterceptDistancePXDPairFilter.h.

m_param_PhiRecoTrackToHitCut

double m_param_PhiRecoTrackToHitCut = 0.5

private

Filter potential relations in phi between seed states (based on RecoTracks) and hit states.

Definition at line 41 of file InterceptDistancePXDPairFilter.h.

m_param_PtThresholdTrackToHitCut

double m_param_PtThresholdTrackToHitCut = 0.5

private

Threshold to apply inverse pT dependent cut [GeV].

Definition at line 35 of file InterceptDistancePXDPairFilter.h.

m_param_PXDInterceptsName

std::string m_param_PXDInterceptsName = "PXDIntercepts"

private

Name of the PXDIntercepts StoreArray.

Definition at line 54 of file InterceptDistancePXDPairFilter.h.

m_subordinaryProcessingSignalListeners

std::vector<ProcessingSignalListener*> m_subordinaryProcessingSignalListeners

privateinherited

References to subordinary signal processing listener contained in this findlet.

Definition at line 52 of file CompositeProcessingSignalListener.h.

m_terminated

bool m_terminated = false

privateinherited

Flag to keep track whether termination happend before.

Definition at line 55 of file ProcessingSignalListener.h.

---

The documentation for this class was generated from the following files:

• tracking/ckf/pxd/filters/relations/include/InterceptDistancePXDPairFilter.h
• tracking/ckf/pxd/filters/relations/src/InterceptDistancePXDPairFilter.cc