KaliVeda stand-alone applications

Command-line tools & graphical interfaces (GUI)

- ROOT/KaliVeda interactive session

- informations on installed version

- improved ROOT TTree browser

- analyse & filter simulated data

- generate, edit, test identification maps & grids

- edit identification grids

- analyse data

- manage databases for different datasets

kaliveda

Command-line interface, a ROOT/KaliVeda interactive session

$ kaliveda /----------------------------------------------------------------------\ | Welcome to KaliVeda 1.12/04 github:kaliveda-dev/kaliveda | | (c) 2002-2021, The KaliVeda development team | | | | Built with ROOT 6.24.00 on 2021-06-02, 17:08:23 | | From heads/dev@release-1.12.03-90-g208ecfec | | See http://indra.in2p3.fr/kaliveda for help | \----------------------------------------------------------------------/ kaliveda [0] KVSimNucleus Proj("66Zn",15.); // projectile energy 15AMeV kaliveda [1] KVSimNucleus Targ("64Ni"); kaliveda [2] KVSimNucleus CN = Proj + Targ; // compound nucleus from fusion reaction kaliveda [3] CN.Print() KVNucleus Z=58 A=130 E*=429.83 KVParticle mass=121445 Theta=0 Phi=0 KE=503.595

kaliveda-config

Access informations on installation of KaliVeda

$ kaliveda-config --help Usage: kaliveda-config [options] --version Print the KaliVeda version --bindir Print the executable directory --libdir Print the library directory --incdir Print the header directory --libs Print linker directives for all libraries --builddir Print the CMake build directory --srcdir Print the source directory --gitinfos Print the git branch and commit --examples Print the examples directory --help Print this message

kvtreeanalyzer

Analysis tool for TTrees and/or histograms

kaliveda-sim

PROOF-enabled graphical interface for managing, analysing and filtering simulated data.

ID Grid Manager GUI

Graphical interface for drawing, visualising, testing etc. identification grids.

ID Grid Editor GUI

Identification grid editing interface

Canvas with dynamic zoom, pan & scan using mouse. Grids lines can be translated, rotated about an arbitrary point, scaled.
Access to many tools for identification grid generation from data, fitting, testing, etc.

KaliVedaGUI

Graphical interface for running data analysis tasks.

KVDataBaseGUI

Graphical interface for creating and modifying the database of experimental runs and systems for each dataset.

update_runlist [data repository name] [dataset name] [data type]

Used to update the database of available data files in the data repository. Normally this database is kept automatically up to date, but this tool can be used in case things go wrong: files which can be seen to exist in the repository are not accessible from the KaliVeda analysis environment (KaliVedaGUI etc.).
Typing 'update_runlist' without arguments prints a reminder of the arguments to give.

[data repository name] : name of an accessible repository e.g. defined in user's .kvrootrc file. The repository must be LOCAL, we cannot check remote repositories.
[dataset name] : name of a known dataset, e.g. INDRA_camp1
[data type] : one of the known data types, e.g. raw, recon, ident or root

analyse_logs [jobname format] [list of log files]

Used to analyse the large number of BQS log files produced by "parallel" analysis of many runs at the IN2P3 Computing Centre. The result is a listing of which jobs were successfully completed, which were KILLED, etc., along with (for the successful jobs) information on the requested, minimum, mean and maximum CPU time, memory and scratch disk used, in order to help users to better tune their ressource requests to the needs of their analysis (users who systematically overestimate these requests risk punishment by the CCIN2P3!)
Typing 'analyse_logs' with no arguments prints a reminder of the arguments, and an example:

        Analysis of Grid Engine (CCIN2P3) batch log files

    analyse_logs [jobname]

    arguments are:
        [jobname] common root of name of all jobs to analyse
              e.g. "PbAu29MeV" for jobs with names like "PbAu29MeV_R8213" etc.
              The programme will attempt to read all files with names like
                  PbAu29MeV_R8213.o5647093
                  PbAu29MeV_R8214.o5647094
              etc. in the current directory