mdst data objects

Classes
class	Cluster
	Class to collect log likelihoods from Clusters from ECL and KLM aimed for output to mdst includes functions to return combined likelihood probability. More...
class	ECLCluster
	ECL cluster data. More...
class	EventLevelClusteringInfo
	ECL/KLM clustering event level information: More...
class	EventLevelTrackingInfo
	Tracking-related info on event-level, for example number of unassigned measurements. More...
class	EventLevelTriggerTimeInfo
	Storage element for information from the Trigger Timing Distribution (TTD) More...
class	HitPatternCDC
	Hit pattern of CDC hits within a track. More...
class	HitPatternVXD
	Hit pattern of the VXD within a track. More...
class	Kink
	Object holding information for Kinks. More...
class	KlId
	Klong identifcation (KlId) datastore object to store results from KlId calculations. More...
class	KLMCluster
	KLM cluster data. More...
class	MCParticle
	A Class to store the Monte Carlo particle information. More...
class	MCParticleGraph
	Class to build, validate and sort a particle decay chain. More...
class	PIDLikelihood
	Class to collect log likelihoods from TOP, ARICH, dEdx, ECL and KLM aimed for output to mdst includes functions to return combined likelihood probability. More...
class	SoftwareTriggerResult
	Dataobject to store the results of the cut calculations performed by the SoftwareTriggerModule. More...
class	Track
	Class that bundles various TrackFitResults. More...
class	TrackFitResult
	Values of the result of a track fit with a given particle hypothesis. More...
class	TRGSummary
	Trigger Summary Information input bits input bits from subdetectors ftdl (Final Trigger Decision Logic) bits output bits of trigger logic psnm (Prescale and Mask) bits prescaled ftdl bits timType types of trigger timing source defined in b2tt firmware. More...
class	V0
	Object holding information for V0s. More...

Enumerations
enum class	SoftwareTriggerCutResult {   c_reject = -1 ,   c_accept = 1 ,   c_noResult = 0 }
	Enumeration with all possible results of the SoftwareTriggerCut. More...

Functions
bool	isVirtual () const
	Check if particle is virtual.
bool	isInitial () const
	Check if particle is an initial particle such as ISR.
bool	isPrimaryParticle () const
	Check if particle is a primary particle which was created by the generator (and not, for example material interaction)
MCParticle *	getMother () const
	Returns a pointer to the mother particle.
void	clear ()
	Reset particles and decay information to make the class reusable.
GraphParticle &	addParticle ()
	Add new particle to the graph.
void	addDecay (GraphParticle &mother, GraphParticle &daughter)
	Add decay information between two particles.

Detailed Description

Enumeration Type Documentation

SoftwareTriggerCutResult

enum class SoftwareTriggerCutResult

strong

Enumeration with all possible results of the SoftwareTriggerCut.

Enumerator
c_reject	Reject this event.
c_accept	Accept this event.
c_noResult	There were not enough information to decide on what to do with the event.

Definition at line 21 of file SoftwareTriggerResult.h.

                                      {
    c_reject = -1, 
    c_accept = 1, 
    c_noResult = 0 
  };

Function Documentation

addDecay()

void addDecay ( MCParticleGraph::GraphParticle &  mother, MCParticleGraph::GraphParticle &  daughter  )

inline

Add decay information between two particles.

If the daughter has already a mother attached, an exception of type DaughterHasMotherError is thrown.

Parameters

mother	The mother particle which decays.
daughter	The daughter particle in which the mother particle decays.

Definition at line 302 of file MCParticleGraph.h.

  {
    if (this != mother.m_graph || this != daughter.m_graph) throw NotSameGraphError();
    //if (daughter.getMother() != NULL) throw DaughterHasMotherError();
    m_decays.insert(DecayLine(mother.m_vertexId, daughter.m_vertexId));
    daughter.m_primary = false;
  }

addParticle()

MCParticleGraph::GraphParticle & addParticle ( )

inline

Add new particle to the graph.

Set the values of the returned reference to determine the particle parameters.

Returns

A reference to the added particle.

Definition at line 294 of file MCParticleGraph.h.

  {
    unsigned int index = m_particles.size() + 1;
    MCParticleGraph::GraphParticle* p = new (m_particles.add()) MCParticleGraph::GraphParticle(this, index);
    return *p;
  }

clear()

void clear ( )

inline

Reset particles and decay information to make the class reusable.

New particles can be added again after a call to clear(), e.g. in the next event

Definition at line 287 of file MCParticleGraph.h.

  {
    m_particles.clear();
    m_decays.clear();
  }

getMother()

MCParticle * getMother ( ) const

inline

Returns a pointer to the mother particle.

NULL if the particle doesn't have a mother.

Returns

A pointer to the mother particle. NULL if no mother was defined for the particle.

Definition at line 600 of file MCParticle.h.

  {
    if (m_mother == 0)
      return nullptr;
    fixParticleList();
    return static_cast<MCParticle*>(m_plist->At(m_mother - 1));
  }

isInitial()

bool isInitial ( ) const

inline

Check if particle is an initial particle such as ISR.

Definition at line 590 of file MCParticle.h.

  {
    return hasStatus(c_Initial);
  }

isPrimaryParticle()

bool isPrimaryParticle ( ) const

inline

Check if particle is a primary particle which was created by the generator (and not, for example material interaction)

Definition at line 595 of file MCParticle.h.

  {
    return hasStatus(c_PrimaryParticle);
  }

isVirtual()

bool isVirtual ( ) const

inline

Check if particle is virtual.

Definition at line 575 of file MCParticle.h.

  {
    bool virtuality = hasStatus(c_IsVirtual);
    if (!virtuality) {
      double E2 = m_energy * m_energy;
      double m2 = m_mass * m_mass;
      double p2 = m_momentum_x * m_momentum_x;
      p2 += m_momentum_y * m_momentum_y;
      p2 += m_momentum_z * m_momentum_z;
 
      virtuality = (fabs(E2 - (p2 + m2)) > c_epsilon * E2);
    }
    return virtuality;
  }