Difference between revisions of "Produce and read microDSTs using the Grid"
| Line 21: | Line 21: | ||
</pre> | </pre> | ||
| − | + | ''' Making the microDST ''' | |
| + | |||
| + | Do | ||
<pre> | <pre> | ||
| Line 29: | Line 31: | ||
</pre> | </pre> | ||
| − | You should now see a .dst file in this directory which has just been created. For this standalone production of microDSTs take care that the following lines in the file | + | You should now see a .dst file in this directory which has just been created. For this standalone production of microDSTs take care that the following lines in the file ${User_release_area}/DaVinci_v22r0p2/Ex/MicroDSTExample/options/TestMicroDSTMake.py: |
<pre> | <pre> | ||
| Line 36: | Line 38: | ||
</pre> | </pre> | ||
| − | + | This takes care of using the PFN (physical file name) this time instead of the LFN (logical file name), which we will use later working with the Grid. | |
| − | |||
| − | |||
== Producing microDSTs on the Grid == | == Producing microDSTs on the Grid == | ||
Revision as of 13:37, 9 March 2009
Producing microDSTs standalone
Getting the relevant packages
SetupProject DaVinci v22r0p2 --build-env
SetupProject DaVinci v22r0p2
getpack Phys/DaVinci v22r0p2
getpack PhysSel/Ccbar
getpack Ex/MicroDSTExample
cd ${User_release_area}/DaVinci_v22r0p2/Phys/DaVinci_v22r0p2/Phys/DaVinci/cmt
gmake
cd ${User_release_area}/DaVinci_v22r0p2/Ex/MicroDSTExample/cmt
gmake
cd ${User_release_area}/DaVinci_v22r0p2/PhysSel/Ccbar/cmt
gmake
Making the microDST
Do
cd ${User_release_area}/DaVinci_v22r0p2/Ex/MicroDSTExample/job
gaudirun.py ../options/TestMicroDSTMake.py
ls -ltr
You should now see a .dst file in this directory which has just been created. For this standalone production of microDSTs take care that the following lines in the file ${User_release_area}/DaVinci_v22r0p2/Ex/MicroDSTExample/options/TestMicroDSTMake.py:
#importOptions( "$MICRODSTEXAMPLEROOT/options/JpsiPhiDataLFN.py") importOptions( "$MICRODSTEXAMPLEROOT/options/JpsiPhiDataPFN.py")
This takes care of using the PFN (physical file name) this time instead of the LFN (logical file name), which we will use later working with the Grid.
Producing microDSTs on the Grid
Become a gRidder
First obtain a Grid Certificate from the Dutch Grid CA
When you've done this, become a member of the LHCb VO by following this link.
To use the Grid from lxplus you need to copy your certificate to lxplus. You do this by copying the entire .globus directory to your home on lxplus.
job> ganga MicriDST_Ganga.py
note: set
- setenv CMTCONFIG 'slc_ia34_...' # no 64 bit machines on Grid
- job.backend() = Dirac() # use Dirac as backend
- job.outputsandbox = [] # let the uDSTs go to 'dataoutput', so Grid SE (Storage Element)
Copying microDSTs from Grid to Sara
Stageing the Sara microDSTs on Stoomboot
Reading microDSTs
microDSTReadingExample.py
of maak wat nieuws in Bender
Analysis
P2VV
getpack PhysFit/P2VV getpack PhysFit/P2VVPython
and use the RooFit based fit package