Getting Started Using CM2 at Manchester

James Werner

Running analysis at Manchester

Now change into the workdir and run the BetaMiniUser executable (BetaMiniApp) on a tcl snippet following the instructions in the Accessing the BaBar Mini through the Beta Interface link. This examples are coded in the BetaMiniApp package you installed in the first part. As usual, follow the preliminaries... 
 ssh -l jamwer bfb.tier2
 klog
 cd BbSoft
 srtpath
Lets select some Monte Carlo events from Tau database and run the Example 1 of the reference. 
 BbkDatasetTcl --dbsite=man --dbuser=bfactory -ds "SP-1005-Tau11-R14" -b SP-1005-OneDataset
BbkDatasetTcl: wrote SP-1005-OneDataset.tcl (310660 events) Selected 4 collections, 310660/15506199 events, ~0.0/pb 
 BbkDatasetTcl --dbsite=man --dbuser=bfactory -t 10000 -ds "SP-1005-Tau11-R14" -b SP-1005-Tau11-R14
BbkDatasetTcl: wrote SP-1005-Tau11-R14-1.tcl (90487 events)
BbkDatasetTcl: wrote SP-1005-Tau11-R14-2.tcl (113467 events)
BbkDatasetTcl: wrote SP-1005-Tau11-R14-3.tcl (36514 events)
BbkDatasetTcl: wrote SP-1005-Tau11-R14-4.tcl (70192 events)
Selected 4 collections, 310660/15506199 events, ~0.0/pb
DO NOT use * when generating tcl files, because it mixes different datasets and sometimes can result in a huge number of files being selected, and takes ages to run! Mixing different datasets is potentially dangerous.
The next step consists of accessing the Configuration/calibration database in Objectivity. 
 cd workdir
You need to create a pointer to the Configuration Database, which contains the equipment configuration and calibration. There are two versions of CondDB: the light and full versions. To use the LIGHT version, create a file with the pointers: 
 vi cond14boot.sh

OO_FD_BOOT=/nfs/babar02/Production/databases/conditions/physics/198/BaBar.BOOT
export OO_FD_BOOT
echo Setting OO_FD_BOOT to $OO_FD_BOOT

 . ./cond14boot.sh  <== Warnning! DOT SPACE dot slash cond14boot.sh
Setting OO_FD_BOOT to /nfs/babar02/Production/databases/conditions/physics/198/BaBar.BOOT

The first dot is needed to make the setting of the environment variable OO_FD_BOOT that cond14boot does actually get pass back into the session and not just be internal to the script. The second dot and the slash are needed so that you pick up your local script, and not the standard one in bfactory/bin which sets OO_FD_BOOT to some SLAC location.

The FULL version can be used by creating the following script: 


vi fullboot.sh

OO_FD_BOOT=/nfs/babar02/Production/objy/jamwer/26680/BaBar.BOOT
export OO_FD_BOOT
echo Setting OO_FD_BOOT to $OO_FD_BOOT


. ./fullboot.sh   <== Warnning! DOT SPACE dot slash fullboot.sh



Setting OO_FD_BOOT to /nfs/babar02/Production/objy/jamwer/26680/BaBar.BOOT
Copy the test dataset pointer to your workdir. You can create one workdir per analysis program, and keep the tcl files in the BbSoft directory. Later, I will advise the more confortable way to handle your tcl snippets. 
 cp ../SP-1005-Tau11-R14-1.tcl .
Parameters in software previous versions are defined through environment parameters. This version uses variables to set operational conditions. The example 1 uses the following variables, tailored to our environment (page 10, Table 6): 
 vi myMiniAnalysisJob.tcl

set ConfigPatch MC
set levelOfDetail cache
set BetaMiniTuple hbook
set histFileName myMiniAnalysisJob.hbk
set NEvent 100
source SP-1005-Tau11-R14-1.tcl
sourceFoundFile BetaMiniUser/MyMiniAnalysis.tcl


If you want to know all the possible options you can set with BetaMiniApp, type the command:



BetaMiniApp
help



If you want to save the outputs in a file called saida, type the command:


 BetaMiniApp myMiniAnalysisJob.tcl > saida


To see the results in the screen:


 BetaMiniApp myMiniAnalysisJob.tcl


set levelOfDetail cache                                     ;# set to default
set ConfigPatch MC                                          ;# set to default
...
BetaMiniSequence.tcl::Error: Turning off broken physics code
BetaMiniSequence.tcl::Error: Disabling TrkEffTableCreateor: this module looks for a track efficiency file on beginJob
...
                PrintParms                                      (disabled)     print parameter values
                ReportFPE                                       (enabled)      handle and report floating point exceptions
        MyMiniAnalysis                                  (enabled)       MyMiniAnalysis
Using KanAccess file /afs/hep.man.ac.uk/g/bfactory/kanga/config/KanAccess.cfg
 RZMAKE. new RZ format selected.
         This file will not be readable with versions of RZ prior to release 94B
CdbBdbInit::CdbBdbInit.cc(153):CdbBdbInit: Using CDB view "::".
EmcBuildGeom::BdbTclModuleProxy.cc(121): CONTAINER  DOES NOT EXIST
BtaBuildPidEnv::AbsEnv.cc(379):Overriding BtaEnv object in global environment.
EffTableLoader:Loading from the conditions database /physicstools/trk/svt_tables/average
EffTableLoader:Loading from the conditions database /physicstools/trk/svt_tables/pos
EffTableLoader:Loading from the conditions database /physicstools/trk/svt_tables/neg
KanEventInput::KanEventInput.cc(661):Opening collection /store/SPskims/R12/14.4.2b/Tau11/00/001005/200009/Tau11_001005_1253
KanEventInput::KanFileReg.cc(322):KanFileReg: read UUID 84b96d6c-cd3b-11d8-9fa7-a0a07aa5c834
EvtCounter: processing event # 1 [ 1d:ffffffff:00002d/9c33ebcb:W ]
KanEventUpdateAllTheRest::KanTreeBase.cc(235):No Branch called Emc
KanEventUpdateAllTheRest::KanNewScribe.cc(513): cannot find a branchObject Emc
KanEventUpdateAllTheRest::KanTreeBase.cc(235):No Branch called Emc_CandListBank
KanEventUpdateAllTheRest::KanNewScribe.cc(513): cannot find a branchObject Emc_CandListBank
KanEventUpdateAllTheRest::KanTreeBase.cc(235):No Branch called L1Glt
KanEventUpdateAllTheRest::KanNewScribe.cc(513): cannot find a branchObject L1Glt
KanEventUpdateAllTheRest::KanTreeBase.cc(235):No Branch called Reco_EmcCands
KanEventUpdateAllTheRest::KanNewScribe.cc(513): cannot find a branchObject Reco_EmcCands
KanEventUpdateAllTheRest::KanNewScribe.cc(355): couldn't make a transient on read for L1FctSimTimeK
This is either the first event (probably normal) or whether or not it
is there is changing from event to event (not expected).

EmcDigiCalib Constants Info for /emc/EmcSrcCalType:
Begin: Wed Jan  2 00:00:01 1901 (local time) 0 ns, End: Wed Jan  2 00:00:01 1991 (local time) 0 ns, Created: Mon Sep 30 20:16:09 2002 (local time) 264456200 ns
EmcDigiCalib Constants Info for /emc/EmcBhabhaType:
Begin: Wed Jan  2 00:00:01 1901 (local time) 0 ns, End: Fri Jan  1 08:00:01 1999 (local time) 0 ns, Created: Tue Oct  1 23:27:54 2002 (local time) 941506800 ns
Global Calibrator - EmcMkIIComboCalibrator:
Begin: Tue Jan  1 00:00:01 1901 (local time) 0 ns, End: Thu Jan  1 08:00:01 1976 (local time) 0 ns, Created: Tue Oct  1 23:32:45 2002 (local time) 48931520 ns
EvtCounter: processing event # 2 [ 1d:ffffffff:00002d/9c3403aa:N ]
EvtCounter: processing event # 3 [ 1d:ffffffff:00002d/9c359ce2:G ]
...
EvtCounter: processing event # 98 [ 1d:ffffffff:00002d/b637d61a:U ]
EvtCounter: processing event # 99 [ 1d:ffffffff:00002d/b63805d8:V ]
EvtCounter: processing event # 100 [ 1d:ffffffff:00002d/b63857b0:M ]
EvtCounter:EvtCounter:     total number of events=100
     total number of events processed=100
     total number of events skipped=0
EvtCounter:Total CPU usage: 12 User: 12 System: 0
DchBuildEnv::AbsEnv.cc(235):Overriding DchEnv object in global environment.
TagFilterByName:TagFilterByName: endJob summary:
         Events processed: 0
         Events passed   : 0
         Events prescaled: 0
IfrMuMuCalib end job
IfrMakeChargedPid:IfrMakeChargedPid end Job
GoodTrackVeryLooseSelection:GoodTrackVeryLooseSelection selected 278 of 450 candidates.
GoodTrackAccSelection:GoodTrackAccSelection selected 405 of 450 candidates.
Map QA module for mini/micro (QaBtaStat)  is empty
Map QA module for mini/micro (QaMiniStat)  is empty
Map QA module for mini/micro (QaPidStat)  is empty
Map QA module for mini/micro (QaMCStat)  is empty
QaMiniTrkMap: used hypo vs. requested hypo
        *-----*-----*-----*-----*-----*
       4|    0|    0|    0|    0|    0|
       3|    0|    0|    0|    0|    0|
       2|    0|    0|    0|    0|    0|
       1|    0|    0|    0|    0|    0|
       0|    0|    0|    0|    0|    0|
        *-----*-----*-----*-----*-----*
             0     1     2     3     4
MinimumIoniziongMuonMicroSelection:MinimumIoniziongMuonMicroSelection selected 0 of 0 candidates.
VeryLooseMuonMicroSelection:VeryLooseMuonMicroSelection selected 0 of 0 candidates.
LooseMuonMicroSelection:LooseMuonMicroSelection selected 0 of 0 candidates.
TightMuonMicroSelection:TightMuonMicroSelection selected 0 of 0 candidates.
VeryTightMuonMicroSelection:VeryTightMuonMicroSelection selected 0 of 0 candidates.
LikeVeryLooseMuonSelection:LikeVeryLooseMuonSelection selected 0 of 0 candidates.
LikeLooseMuonSelection:LikeLooseMuonSelection selected 0 of 0 candidates.
LikeTightMuonSelection:LikeTightMuonSelection selected 0 of 0 candidates.
NNVeryLooseMuonSelection:NNVeryLooseMuonSelection selected 0 of 0 candidates.
NNLooseMuonSelection:NNLooseMuonSelection selected 0 of 0 candidates.
NNTightMuonSelection:NNTightMuonSelection selected 0 of 0 candidates.
NNVeryTightMuonSelection:NNVeryTightMuonSelection selected 0 of 0 candidates.
NNVeryLooseMuonSelectionFakeRate:NNVeryLooseMuonSelectionFakeRate selected 0 of 0 candidates.
NNLooseMuonSelectionFakeRate:NNLooseMuonSelectionFakeRate selected 0 of 0 candidates.
NNTightMuonSelectionFakeRate:NNTightMuonSelectionFakeRate selected 0 of 0 candidates.
NNVeryTightMuonSelectionFakeRate:NNVeryTightMuonSelectionFakeRate selected 0 of 0 candidates.
NoCalElectronMicroSelection:NoCalElectronMicroSelection selected 0 of 0 candidates.
VeryLooseElectronMicroSelection:VeryLooseElectronMicroSelection selected 0 of 0 candidates.
LooseElectronMicroSelection:LooseElectronMicroSelection selected 0 of 0 candidates.
TightElectronMicroSelection:TightElectronMicroSelection selected 0 of 0 candidates.
VeryTightElectronMicroSelection:VeryTightElectronMicroSelection selected 0 of 0 candidates.
PidRoyElectronSelectionLoose:PidRoyElectronSelectionLoose selected 0 of 0 candidates.
PidLHElectronSelector:PidLHElectronSelector selected 0 of 0 candidates.
VeryLooseKaonMicroSelection:VeryLooseKaonMicroSelection selected 0 of 0 candidates.
LooseKaonMicroSelection:LooseKaonMicroSelection selected 0 of 0 candidates.
TightKaonMicroSelection:TightKaonMicroSelection selected 0 of 0 candidates.
VeryTightKaonMicroSelection:VeryTightKaonMicroSelection selected 0 of 0 candidates.
NotPionKaonMicroSelection:NotPionKaonMicroSelection selected 0 of 0 candidates.
NotPionKaonGTLMicroSelection:NotPionKaonGTLMicroSelection selected 0 of 0 candidates.
PidRoyKaonSelectionLoose:PidRoyKaonSelectionLoose selected 0 of 0 candidates.
PidRoyKaonSelectionDefault:PidRoyKaonSelectionDefault selected 0 of 0 candidates.
PidRoyKaonSelectionNotPion:PidRoyKaonSelectionNotPion selected 0 of 0 candidates.
PidRoyKaonSelectionNotPionOrUnknown:PidRoyKaonSelectionNotPionOrUnknown selected 0 of 0 candidates.
PidSimpleKaonSelectionLoose:PidSimpleKaonSelectionLoose selected 0 of 0 candidates.
PidSimpleKaonSelectionTight:PidSimpleKaonSelectionTight selected 0 of 0 candidates.
VeryLooseNNKaonMicroSelection:VeryLooseNNKaonMicroSelection selected 0 of 0 candidates.
LooseNNKaonMicroSelection:LooseNNKaonMicroSelection selected 0 of 0 candidates.
TightNNKaonMicroSelection:TightNNKaonMicroSelection selected 0 of 0 candidates.
VeryTightNNKaonMicroSelection:VeryTightNNKaonMicroSelection selected 0 of 0 candidates.
NotPionNNKaonMicroSelection:NotPionNNKaonMicroSelection selected 0 of 0 candidates.
NotPionLHKaonMicroSelection:NotPionLHKaonMicroSelection selected 0 of 0 candidates.
VeryLooseLHKaonMicroSelection:VeryLooseLHKaonMicroSelection selected 0 of 0 candidates.
LooseLHKaonMicroSelection:LooseLHKaonMicroSelection selected 0 of 0 candidates.
TightLHKaonMicroSelection:TightLHKaonMicroSelection selected 0 of 0 candidates.
VeryTightLHKaonMicroSelection:VeryTightLHKaonMicroSelection selected 0 of 0 candidates.
PidRoyPionSelectionLoose:PidRoyPionSelectionLoose selected 0 of 0 candidates.
PidRoyPionSelectionNotKaon:PidRoyPionSelectionNotKaon selected 0 of 0 candidates.
VeryLooseLHPionMicroSelection:VeryLooseLHPionMicroSelection selected 0 of 0 candidates.
LooseLHPionMicroSelection:LooseLHPionMicroSelection selected 0 of 0 candidates.
TightLHPionMicroSelection:TightLHPionMicroSelection selected 0 of 0 candidates.
VeryTightLHPionMicroSelection:VeryTightLHPionMicroSelection selected 0 of 0 candidates.
GrlLooseProtonSelection:GrlLooseProtonSelection selected 0 of 0 candidates.
GrlDefaultProtonSelection:GrlDefaultProtonSelection selected 0 of 0 candidates.
GrlTightProtonSelection:GrlTightProtonSelection selected 0 of 0 candidates.
VeryLooseLHProtonSelection:VeryLooseLHProtonSelection selected 0 of 0 candidates.
LooseLHProtonSelection:LooseLHProtonSelection selected 0 of 0 candidates.
TightLHProtonSelection:TightLHProtonSelection selected 0 of 0 candidates.
VeryTightLHProtonSelection:VeryTightLHProtonSelection selected 0 of 0 candidates.
KlongIfrLooseMicroSelection:KlongIfrLooseMicroSelection selected 0 of 0 candidates.
KlongIfrTightMicroSelection:KlongIfrTightMicroSelection selected 0 of 0 candidates.
KlongEmcLooseMicroSelection:KlongEmcLooseMicroSelection selected 0 of 0 candidates.
KlongEmcTightMicroSelection:KlongEmcTightMicroSelection selected 0 of 0 candidates.
MergedPi0MicroSelectionLoose:MergedPi0MicroSelectionLoose selected 0 of 0 candidates.
MergedPi0MicroSelectionTight:MergedPi0MicroSelectionTight selected 0 of 0 candidates.
TaggingDispatch:TaggingDispatch selected 0 of 0 candidates.
LooseGammaTagSelection:LooseGammaTagSelection selected 0 of 0 candidates.
TightGammaTagSelection:TightGammaTagSelection selected 0 of 0 candidates.
TaggingMcControl:TaggingMcControl selected 0 of 0 candidates.
GoodPhotonsVisibleESelection:GoodPhotonsVisibleESelection selected 0 of 0 candidates.
GoodTracksVisibleESelection:GoodTracksVisibleESelection selected 0 of 0 candidates.
GoodPhotonTightAccSelection:GoodPhotonTightAccSelection selected 0 of 0 candidates.
B0ToEtacKs_Final:B0ToEtacKs_Final end Job
BchToEtacKch_Final:BchToEtacKch_Final end Job
CompBFast3body:Selected 0 candidates.
GoodTracksVeryLoose_BFlav:GoodTracksVeryLoose_BFlav selected 0 of 0 candidates.
GoodTracksSemiVeryLoose_BFlav:GoodTracksSemiVeryLoose_BFlav selected 0 of 0 candidates.
GoodTracksVeryLooseSoft_BFlav:GoodTracksVeryLooseSoft_BFlav selected 0 of 0 candidates.
GoodTracksVeryLooseHard_BFlav:GoodTracksVeryLooseHard_BFlav selected 0 of 0 candidates.
GoodTracksLoose_BFlav:GoodTracksLoose_BFlav selected 0 of 0 candidates.
KMicroVeryLoose_BFlav:KMicroVeryLoose_BFlav selected 0 of 0 candidates.
KMicroLoose_BFlav:KMicroLoose_BFlav selected 0 of 0 candidates.
KMicroTight_BFlav:KMicroTight_BFlav selected 0 of 0 candidates.
KMicroVeryTight_BFlav:KMicroVeryTight_BFlav selected 0 of 0 candidates.
KMicroNotPion_BFlav:KMicroNotPion_BFlav selected 0 of 0 candidates.
KMicroNotPionGTL_BFlav:KMicroNotPionGTL_BFlav selected 0 of 0 candidates.
GoodPhotonSemiLoose_BFlav:GoodPhotonSemiLoose_BFlav selected 0 of 0 candidates.
MyMiniAnalysis::MyMiniAnalysis.cc(112):
match vs charge
        *------*------*------*
     0.5|   210|  1172|   239|
    -0.5|     0|   315|     1|
        *------*------*------*
           -1.5   -0.5    0.5
TagBGFMultiHadron:TagBGFMultiHadron: endJob summary:
         Events processed: 0
         Events passed   : 0
         Events prescaled: 0
Framework is exiting now.
number of sets to destroy51




Running data and MC with the analysis program.


If you want to run your analysis program with Monte Carlo data, set
ConfigPatch in the tcl file to MC.
Otherwise use Run2 (which works for Run2,3,4,...) or Run1 (for Run1 only).
Generate the dataset using BbkDatasetTcl and replace the file name in
the "Source" parameter of tcl job file. 




Top











Last modified:  








Copyright  2004 Manchester University




Feedback to: jamwer@hep.man.ac.uk