Capture Run Page
Organisation
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electronic diagrams ( ppt,
ps)
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electronic runbook(runs.ps,
conf.ps,
run1.xls)
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dlt's
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online/offline
parameters
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instructions:
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copy tape to disk:
skip header block:
dd if=/dev/rmt/1bn
copy data:
dd if=/dev/rmt/1bn of=/kd1/kammel/mup98.183 ibs=10000 &
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some PSI specific information
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work accounts v20 (fadc programs), t20( tdc programs)
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use config to define in/out files for various runs
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modify arcp, arcg to auto use archive (.netrc must be correct)
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use arcdlt to copy tdc runs to dlt (berkeley dlt produced in this way)
example: login psuf3, POSITION DLT, arcdlt 190 191
usual fast machine psw283.psi.ch
Programs
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mu_ana,
release 1.0
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mu_ana,
release 2.0
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mu, release t20
program analyses tdc400 data
t20: cd to t20 directory, define in/out directories using config
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general version fills selected histograms
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overview data
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includes tdc1 now
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range subroutine selects +-40 us region around electron hit to speed up
analysis
gives same results as mu_histo.f, apart from small differences in
histograms 314, 324, 334.
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future: prepare tracking buffer
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example: dorun_1 144
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display version: in mmake link with
mu_graph.f (tdc1,tdc2)
mu_graphn.f (tdc1 only)
tdc1/2 handling not elegant (doubling of some routines), should be
updated
for more tdc (equivalence tdc indexed array onto tdc buffers)
for this program
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mu_graph(i1) has to be inserted (commented out) in mu_hist.f
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input redirected to fort.15 (dorun takes care of that)
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example: dorun_1 144, kill that, then mu (uses fort.15 created by dorun)
Analysis and Work
pulse shape analysis
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mu#av ! 3 ! ! 1 (included crude ped correction now)
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mu#en
energy and noise distribiton of 12 fadc
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mu#shape 8 av shape
and sigma of 12 fadc for muon pulses
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mu#eshape 3 study energy dependence
of shape and sigma
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mu#ampl
study e vs amp, saturation cut
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mu#pick 3 2500 3000 handpick good events for average
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with improved cuts mu#shape is working well
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perfect correction
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practical correction