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/AnaEventDefinition [ Modules ]

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NAME

module AnaEventDefinition

PURPOSE

Here type(tAnaEvent) is defined.

Routines to work with this type are defined elsewhere, as e.g. in module AnaEvent

AnaEvent/particleIDs [ Global module-variables ]

[ Top ] [ AnaEvent ] [ Global module-variables ]

PURPOSE

The ID's of the particles we consider "stable". For these detailed analyses can be performed as determined by namelist &detailed_diff public is necessary because it is used in LArAnalysis

numStableParts = dimension of array particleIDs = number of stable particles for which final state analyses will be done. numStableMesons is number of long-lived mesons (width < 1E-4 GeV)

NOTE: all the stable particles also have to be listed in subroutine event_add which is contained in module AnaEvent

For higher energies more, heavier hadrons may appear. For these the array has to be extended together with numStableParts and numStableMesons

SOURCE

  integer, parameter, public :: numStableParts = 13
  integer, parameter, public :: numStableMesons = 8

  integer, dimension(1:numStableParts), parameter, public :: particleIDs=(/ &
       & pion, eta, kaon, kaonBar, DMeson, dBar,ds_plus,ds_minus,&
       & nucleon, lambda, sigmaResonance, Xi, OmegaResonance/)

AnaEventDefinition/tAnaEvent [ Types ]

[ Top ] [ AnaEventDefinition ] [ Types ]

NAME

Type tAnaEvent

PURPOSE

Type definition for events. The first index in numberParticles runs over all stable hadrons used in the analysis + 1, (numStableParts + 1), the second one over the possible charge states (-2 -> +2)

SOURCE

  type tAnaEvent
     sequence
     type(tParticleList) :: Parts               ! particles in the event
     integer,dimension(1:14,-2:2) :: nParts =0  ! counters for stable particles

  End type tAnaEvent

NOTES

The field nParts includes the multiplicities of particles. Antiparticles are not counted!

1st Index (see array particleIDs):

  • 1=pion
  • 2=eta
  • 3=kaon
  • 4=kaonBar
  • 5=dMeson
  • 6=dBar
  • 7=ds_plus
  • 8=ds_minus
  • 9=Nucleon
  • 10=Lambda
  • 11=Sigma
  • 12=Xi
  • 13=OmegaResonance
  • 14=Any other (e.g. outgoing lepton)

2nd Index:

  • Particle Charge (-2:2)