Difference between revisions of "Producing Woutuple from AOD"
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== Producing an Ntuple from an AOD == | == Producing an Ntuple from an AOD == | ||
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+ | <b>This part is not ready yet</b> | ||
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The package to produce the Ntuple from the AOD contains: | The package to produce the Ntuple from the AOD contains: |
Revision as of 11:59, 15 September 2005
Producing an Ntuple from an AOD
This part is not ready yet
The package to produce the Ntuple from the AOD contains:
- a clone of UserAnalysis/AnalysisSkeleton
- a clone of AnalysisExamples/ttbar
- the simpleTTbar class that dumps a (nearly) complete ntuple with all AOD information needed for a ttbar analysis on full simulation Monte Carlo
Setting up the package
- Go to the directory where you want to install the package and untar the tarball that contains the code:
tar -xzvf TTBarAnalysis.tgz
The package will appear in a subdirectory named TTBarAnalysis of the chosen directory.
- Go to the cmt directory: cd TTBarAnalysis/cmt
- Execute cmt config
- Execute source setup.csh
- Build the library: gmake
Running the package (an Ntuple from an AOD)
- Go to the run directory: cd ../run
- Link the directory containing your AODs to the input directory:
ln -s /data/atlas/public/Rome/T1/AOD/AOD_Rome/ AOD
- Create the pool file catalog: All POOL files processed by Athena should be registered in the PoolFile Catalog, so import all your AODs into the catalog: pool_insertFileToCatalog AOD/*/*AOD.pool.root
- In the joboptions file (simpleTTbar) specify which files you want to process (EventSelector.InputCollections) and the name of the output file
- If not already done before, go to the cmt directory and execute source setup.csh
- Go to the run directory: cd /.../TTBarAnalysis/run
- Execute: athena.py simpleTTbar_jobOptions.py
Now an Ntuple is produced that can be analysed using the Analysis Skeleton.