Tools for luminosity

4.7. Tools for luminosity#

4.7.1. b2info-luminosity: Show the luminosity corresponding to a given experiment(s)#

Added in version release-04-00-01.

Script to get the integrated luminosity.

usage: 
Script to get the integrated luminosity of a set of runs

options

--exp

Experiment numbers (required). Range allowed: eg 3,7-10

--runs

Process only the selected run range. Syntax is xx-yy,zz. Multiple ranges allowed xx-yy,zz,aa-bb

--what

Possible choices: offline, online

Which luminosity: online (default) or offline

Default: “online”

--verbose

Print luminosity for each run

--delivered

Show also delivered lumi

--good

Consider only good and recoverable runs (default False)

--beam-energy

Possible choices: None, 4S, 4S_offres, 4S_scan, 5S_scan

Consider only runs with given beam energy None(default)/4S/4S_offres/4S_scan/5S_scan

--proc

Which processing we need to consider: procNN. Default is latest proc and prompt where proc is not available

--dbonline

ECL DataBase path (for developers)

Default: “/group/belle2/dataprod/Luminosity/ecl_lom.db”

--dboffline

DataBase path for OffLine Lumi (for developers)

Default: “/group/belle2/dataprod/Luminosity/OffLineLuminosity_v2.db”

--token

Use the read-only token to automate the script

--username

Provide DESY username for credential access

4.8. Tools for ParticleStats#

4.8.1. b2plot-particleStats: Analyze a json produced by ParticleStats to produce plot of retention rate and pass matrix#

Added in version release-05-01-13.

Script to plot from json produced by ParticleStat module.

usage: Built-in functions, types, exceptions, and other objects.

This module provides direct access to all 'built-in'
identifiers of Python; for example, builtins.len is
the full name for the built-in function len().

This module is not normally accessed explicitly by most
applications, but can be useful in modules that provide
objects with the same name as a built-in value, but in
which the built-in of that name is also needed.

options#

--json

Input json file

--plot

Possible choices: Retention, All Particles ACM, All Particles ACPME, PassMatrix

Which plot to produce

Default: [‘Retention’, ‘PassMatrix’]

--verbose

Verbose mode

Default: False

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