Gaussino

Main configuration

class Gaussino.Configuration.Gaussino(*args, **kwargs)

Bases: GaussinoConfigurable

Main Configurable of Gaussino. It is dedicated to the confiuration of general properties. Please, visit other configurables for more options:

• GaussinoGeneration (configuration of the generation phase)

• GaussinoSimulation (configuration of the simulation phase)

• GaussinoGeometry (configuration of the geometry)

Main

Variables:

• EvtMax (int, required) – default: -1, no. of event to produce, must be > 0

• Phases (list, optional) – default: ["Generator","Simulation"], possible only: ["Generator", "Simulation"] or ["Generation"]

• FirstEventNumber (int, optional) – default: 1

• RunNumber (int, optional) – default: 1

Output

Variables:

• Histograms (str, optional) – default: "DEFAULT"

• HistogramOutputFile (str, optional) – default: ""

• DatasetName (str, optional) – default: "Gaussino"

• DatasetNameForced (bool, optional) – default: False

• OutputType (str, optional) – default: 'SIM'

Multi-threading

Variables:

• EnableHive (bool, optional) – default: True, must be always set (for now)

• ThreadPoolSize (int, optional) – default: 1

• EventSlots (int, optional) – default: 1

• FirstTimingEvent (int, optional) – default: 1

Other

Variables:

• Debug (bool, optional) – default: False, increase verbosity for the whole application

• ReDecay (bool, optional) – default: False

• ConvertEDM (bool, optional) – default: False

• ParticleTable (str, optional) – default: '$GAUSSINOROOT/data/ParticleTable.txt'

__apply_configuration__()

Main configuration method for Gaussino. It is called as the first one, and then propagates the properties to: - GaussinoGeneration, - GaussinoSimulation, - GaussinoGeometry.

_check_options_compatibility()

Checks the general compatibility of the properties.

Raises:

ValueError – if EvtMax is not provided

_configure_edm_conversion()

Sets up EDM algorithms for Gaussino.

_configure_generation_phase()

Configures a subset of properties of the generation phase and propagates them to GaussinoGeneration.

Raises:

ValueError – if the Generator phase is not provided

_configure_rnd_init()

Creates the algorithm responsible for the seed generation. It is either GenRndInit or GenReDecayInit

_configure_services()

Sets up the general Gaudi services needed in Gaussino.

_get_output_name()

Build a name for the output file, based on input options. Combines DatasetName, EventType, Number of events and Date

_set_ML_options()

Sets up the ML options.

_set_auditor_service()

Sets up the auditor service: AuditorSvc.

_set_debug_mode()

Sets up the debug mode in python logger and all the configurables.

_set_histogram_service()

Sets up the service responsible for producing histograms.

Raises:

ValueError – when unknown option in the list of Historgrams

_set_particle_property_service()

Sets up the particle property service.

Todo

LHCb project dependency!

_set_redecay_service()

Sets up a dedicated service when using ReDecay: ReDecaySvc.

_setup_geant4MT()

Sets up the Geant4 multi-threading options.

_setup_hive()

Enables Hive event loop manager. this is a very similar method as in LHCbApp

Raises:

ValueError – if EnableHive is disabled

static edm_algorithms(redecay=False)

Sets up a special algorithm responsible for linking MCParticles and MCVertices to MCHits via LinkedParticle. It is either:

• ReDecayMCTruthToEDM when in ReDeacay mode,

• MCTruthToEDM otherwise.

Parameters:

redecay (bool, optional) – Using Redecay or not. Defaults to False.

Returns:

list of needed EDM algorithms

Return type:

list