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Available Data Sets in DST format
For
the tutorial we provide several data samples providing DST
data. The first is a Z'
sample where the Z' has a mass of 700 GeV and is forced to decay
into 2 muons. This sample contains 1000 events. The other sample
is a sample of Higgs with a mass of 300 GeV which decays into
2 Z0 where one is forced to decay into a pair of electrons
and the other decays into a pair of muons. This sample contains
500 events. Both samples don't contain any pile up.
In
the last part of this tutorial we will see two examples demonstrating
how to access this data sets. To access this data use the
following lines in your .orcarc files (or equivalent):
For
the Z'(700) --> mu mu (ORCA 8.0.1 and OSCAR 2.4.6):
InputFileCatalogURL
= @{xmlcatalog_file:/storage/data2/uaf/tutorial/zpmumu/PoolFileCatalog.xml}@
InputCollections
= /System/myDST/zprime_mumu
For
the H(300) --> Z0 Z0 --> ee mumu (ORCA 8.0.1 and
OSCAR 2.4.6):
InputFileCatalogURL
= @{xmlcatalog_file:/storage/data2/uaf/tutorial/h300eemm/PoolFileCatalog.xml}@
InputCollections = /System/myDST/h300eemm
A
new version of ORCA was released since the tutorial you might
want to start
with the following data
sample which was created with the latest and greatest version
of ORCA (as of April 27th 2004). (the difference
to 8.0.1
is
mainly that
a bug affecting the ECAl clusters has been fixed.)
For
the Z'(700) --> mu mu (ORCA 8.1.1 and OSCAR 2.4.6):
InputFileCatalogURL
= @{xmlcatalog_file:/storage/data2/uaf/tutorial/zpmumu_8.1.1/PoolFileCatalog.xml}@
InputCollections = /System/myDST/zprime_mumu
1.
General setup
2. Available data sets in DST
format
3. Event generation on the farm
with CMKIN (Pythia), Analysis of the generator level output.
4. Simulate the events
with OSCAR.
5. Digitize with ORCA and
produce DST's
6. Run a muon ROOT Tree
maker looking at the DST and make some simple plots
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