ROOT/PROOF Workshop: Difference between revisions
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== Tutorial documentation == |
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===[[Internals:ROOT/PROOF|Technical specification/requirements]]=== |
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You can find tutorial slides in PDF format at [[File:GridKa2012_root_proof.pdf]]. |
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Please visit [http://mon1.saske.sk/peac/doc/peac-tut/ this page] for complete documentation for this tutorial. |
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== Authors == |
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Arsen Hayrapetyan, Martin Vala |
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== Abstract == |
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ROOT is an object-oriented framework for large-scale data analysis. PROOF, the Parallel Root Facility, is an extension of ROOT which enables interactive parallel large-scale analysis on a cluster. PROOF Lite, a dedicated version of PROOF, allows to analyse the data on a multi-core computer. |
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In the first part of ROOT/PROOF tutorial the participants will be introduced to ROOT and tools for analysis and visualisation of the data on a desktop machine. Participants will learn how to design and use a custom event class for analysis of data stored in ROOT tree structure. This will be followed by the second part where the structure of the PROOF system and tree/selector-based analysis will be explained. Participants will run analysis tasks on multi-core desktop systems and on a dedicated PROOF cluster in practical exercises. |
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== Prerequisites == |
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* Login/password provided by School organisers in your personal information sheet to connect to UI (user interface) machines. Machines will have ROOT software installed. |
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* If you plan to use your laptop instead of UI you should have installed ROOT on the laptop. You can download ROOT [http://root.cern.ch/drupal/content/downloading-root here]. |
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====Assigned excercise machines==== |
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gks-016.scc.kit.edu 141.52.174.16 -> PROOF Master |
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gks-023.scc.kit.edu 141.52.174.23 |
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gks-032.scc.kit.edu 141.52.174.32 |
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gks-126.scc.kit.edu 141.52.174.126 |
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gks-127.scc.kit.edu 141.52.174.127 |
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gks-128.scc.kit.edu 141.52.174.128 |
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gks-129.scc.kit.edu 141.52.174.129 |
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gks-130.scc.kit.edu 141.52.174.130 |
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gks-131.scc.kit.edu 141.52.174.131 |
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gks-132.scc.kit.edu 141.52.174.132 |
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gks-133.scc.kit.edu 141.52.174.133 |
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gks-134.scc.kit.edu 141.52.174.134 |
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gks-135.scc.kit.edu 141.52.174.135 |
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gks-136.scc.kit.edu 141.52.174.136 |
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== Presentation outline == |
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=== ROOT === |
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* Introduction to ROOT |
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* Basic ROOT features: Data containers, visualisation, GUI, CLI |
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* Trees and chains |
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* Events. Sample event class creation |
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* Selectors |
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* Analysis of data stored in a chain |
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=== PROOF === |
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* Introduction to PROOF |
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* PROOF analysis schema |
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* Analysing data with PROOF Lite |
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* PAR files |
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* Datasets |
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* Analysis with PROOF |
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== Exercises == |
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# Using ROOT CLI |
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# Creation of 1-D histogram with ROOT macro |
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# Using ROOT GUI |
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# Creation of a sample event class |
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# Creation of a tree containing events from previous exercise |
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# Tree content visualisation |
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# Creation of a selector for data analysis |
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# Analysis of the data stored in a chain, locally |
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# Creation of a PAR file |
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# Data analysis with PROOF Lite |
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# Dataset management |
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# Data analysis with PROOF |
Latest revision as of 09:41, 30 August 2012
Tutorial documentation
You can find tutorial slides in PDF format at File:GridKa2012 root proof.pdf.
Please visit this page for complete documentation for this tutorial.
Authors
Arsen Hayrapetyan, Martin Vala
Abstract
ROOT is an object-oriented framework for large-scale data analysis. PROOF, the Parallel Root Facility, is an extension of ROOT which enables interactive parallel large-scale analysis on a cluster. PROOF Lite, a dedicated version of PROOF, allows to analyse the data on a multi-core computer. In the first part of ROOT/PROOF tutorial the participants will be introduced to ROOT and tools for analysis and visualisation of the data on a desktop machine. Participants will learn how to design and use a custom event class for analysis of data stored in ROOT tree structure. This will be followed by the second part where the structure of the PROOF system and tree/selector-based analysis will be explained. Participants will run analysis tasks on multi-core desktop systems and on a dedicated PROOF cluster in practical exercises.
Prerequisites
- Login/password provided by School organisers in your personal information sheet to connect to UI (user interface) machines. Machines will have ROOT software installed.
- If you plan to use your laptop instead of UI you should have installed ROOT on the laptop. You can download ROOT here.
Assigned excercise machines
gks-016.scc.kit.edu 141.52.174.16 -> PROOF Master
gks-023.scc.kit.edu 141.52.174.23 gks-032.scc.kit.edu 141.52.174.32 gks-126.scc.kit.edu 141.52.174.126 gks-127.scc.kit.edu 141.52.174.127 gks-128.scc.kit.edu 141.52.174.128 gks-129.scc.kit.edu 141.52.174.129 gks-130.scc.kit.edu 141.52.174.130 gks-131.scc.kit.edu 141.52.174.131 gks-132.scc.kit.edu 141.52.174.132 gks-133.scc.kit.edu 141.52.174.133 gks-134.scc.kit.edu 141.52.174.134 gks-135.scc.kit.edu 141.52.174.135 gks-136.scc.kit.edu 141.52.174.136
Presentation outline
ROOT
- Introduction to ROOT
- Basic ROOT features: Data containers, visualisation, GUI, CLI
- Trees and chains
- Events. Sample event class creation
- Selectors
- Analysis of data stored in a chain
PROOF
- Introduction to PROOF
- PROOF analysis schema
- Analysing data with PROOF Lite
- PAR files
- Datasets
- Analysis with PROOF
Exercises
- Using ROOT CLI
- Creation of 1-D histogram with ROOT macro
- Using ROOT GUI
- Creation of a sample event class
- Creation of a tree containing events from previous exercise
- Tree content visualisation
- Creation of a selector for data analysis
- Analysis of the data stored in a chain, locally
- Creation of a PAR file
- Data analysis with PROOF Lite
- Dataset management
- Data analysis with PROOF