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RawCalibRecon.py

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#!/usr/bin/env python

'''
Run like:

 nuwa.py -A none -l 4 -n XXX RawCalibRecon.py input.data

'''

#import DataSvc
#dataSvc = DataSvc.Configure()
#
#from DataSvc.DataSvcConf import StaticCableSvc
#cableSvc = StaticCableSvc()
#cableSvc.FeeCableMap = '$DATASVCROOT/share/feeCableMap_MiniDryRun.txt'
#
#from DataSvc.DataSvcConf import StaticCalibDataSvc
#calibSvc = StaticCalibDataSvc()
#calibSvc.PmtDataFile = '$ANALYSESEXROOT/share/pmtCalibTable.txt'
#calibSvc.FeeDataFile = '$ANALYSESEXROOT/share/feeCalibTable.txt'

import RawDataIO
rawdataio=RawDataIO.Configure()

from RawDataIO.RawDataIOConf import RawDataInputSvc
rawDataInputSvc = RawDataInputSvc()
rawDataInputSvc.PrintFreq = 0

import CalibAlg
CalibAlg.Configure()

from DetHelpers.DetHelpersConf import PmtGeomInfoSvc
pgisvc = PmtGeomInfoSvc("PmtGeomInfoSvc")
pgisvc.StreamItems = [ "/dd/Structure/DayaBay" ]

from AdRec.AdRecConf import FastQCtrTool
fastQCtrTool = FastQCtrTool("AdFastQCtrTool")

import ReconAlg
recAlg = ReconAlg.Configure()
recAlg.setReconStyle( {
    "AdFastQCtr": [fastQCtrTool.getFullName()]
        } )

import AnalysesEx
AnalysesEx.Configure()

from AnalysesEx.AnalysesExConf import  DataAnalyses
anaAlg = DataAnalyses()
anaAlg.PrintFreq = 1000
anaAlg.CheckGen = 0;
anaAlg.CheckReadout = 1;
anaAlg.CheckCalibReadout = 1;
anaAlg.CheckRec = 1;

from GaudiSvc.GaudiSvcConf import NTupleSvc
ntSvc = NTupleSvc()
ntSvc.Output += [ "FILE1 DATAFILE='ana.root' OPT='NEW' TYP='ROOT'" ]

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