G4DynamicParticle

The dynamic particle is a class which contains the purely dynamic aspects of a moving particle. It also has a pointer to a G4ParticleDefinition object, which holds all the PDG information.

G4ParticleDefinition

This class containes all the PDG data of a particle. It also uses a process manager in order to manage all the processes this kind of particle can undertake. It acts as base class for all the different families of particles.

G4VBoson

A virtual class for Bosons particles.

G4DataVector

Is an instantiation of the template class RWTValOrderedVector.

G4DynamicParticleFastVector

Contains pointers to G4DynamicParticle objects which are generated by either primary or secondary interaction.

G4FastVector

Template class defining a vector of pointers, not performing boundary checking.

G4ParticleChange

Contains the results after invocation of a physics process.

G4GeometryManager

Responsible for managing `high level' objects in the geometrical subdomain, notably including opening and closing (`locking') the geometry, and creating/deleting optimisation information for G4Navigator. The class is a "singleton".

G4LogicalVolumeStore

A container for optionally storing created logical volumes. It enables traversal of all logical volumes by the UI/user/etc.

G4LogicalVolume

Represent a leaf node or unpositioned subtree in the geometry hierarchy.

G4SensitiveDetectorManager

This class is a list of G4SensitiveDetectors.

G4HitsStructure

This is a (tree-like) structure of G4Hit collections. Each branch represents the hits in given sub-detector. For example: The first level of branches is: Tracker, ECAL, HCAL with HCAL having at the second level: Barrel, Endcaps barrel having: phi-slices, and Z-slices etc.

G4VSensitiveDetector

This is an abstract class of all of sensitive volumes.

G4HitsCollection

Collection of hits.

• G4Isotope: The G4Isotope class contains the information of a stable isotope.
• G4IsotopeTable: The G4IsotopeTable collects the addresses of all defined isotopes. It's an instantiation of the parameterized RWTPtrOrderedVector class.
• G4IsotopeVector: This is an instanciation of the parameterized RWTPtrVector class. It contains pointers to stable isotopes objects composing a G4Element object.
• G4Element: The G4Element class contains the information about its isotopes and is able to change it.

HepRandomEngine

Abstract class defining the interface for each Random engine, its pure virtual methods must be defined by its subclasses representing the concrete Random engines.

HepJamesRandom

Class inheriting from HepRandomEngine and defining a flat Random number generator according to the algorithm described in "F.James, Comp.Phys.Comm. 60 (1990) 329". This class is instantiated by default as the default Random engine.

General:

Work Plan for 2013