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dumpTree.py File Reference

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Namespaces

 dumpTree
 

Functions

def dumpTree.loop (evt, tgeo, tout)
 

Variables

 dumpTree.parser = OptionParser()
 
 dumpTree.help
 
 dumpTree.default
 
 dumpTree.type
 
 dumpTree.args
 
 dumpTree.dummy
 
 dumpTree.fout = ROOT.TFile( args.outfile, "RECREATE" )
 
 dumpTree.tout = ROOT.TTree( "tree","tree" )
 
 dumpTree.t_ievt = array('i',[0])
 
 dumpTree.t_Ev = array('f', [0.])
 
 dumpTree.t_p3lep = array('f',3*[0.0])
 
 dumpTree.t_vtx = array('f',3*[0.0])
 
 dumpTree.t_lepDeath = array('f',3*[0.0])
 
 dumpTree.t_lepPdg = array('i',[0])
 
 dumpTree.t_lepKE = array('f',[0])
 
 dumpTree.t_muonExitPt = array('f',3*[0.0])
 
 dumpTree.t_muonExitMom = array('f',3*[0.0])
 
 dumpTree.t_muonReco = array('i',[0])
 
 dumpTree.t_muon_endVolName = ROOT.std.string()
 
 dumpTree.t_muGArLen = array('f',[0])
 
 dumpTree.t_muECalLen = array('f',[0])
 
 dumpTree.t_hadTot = array('f', [0.] )
 
 dumpTree.t_hadP = array('f', [0.] )
 
 dumpTree.t_hadN = array('f', [0.] )
 
 dumpTree.t_hadPip = array('f', [0.] )
 
 dumpTree.t_hadPim = array('f', [0.] )
 
 dumpTree.t_hadPi0 = array('f', [0.] )
 
 dumpTree.t_hadOther = array('f', [0.] )
 
 dumpTree.t_hadCollar = array('f', [0.] )
 
 dumpTree.t_nFS = array('i',[0])
 
 dumpTree.t_fsPdg = array('i',100*[0])
 
 dumpTree.t_fsPx = array('f',100*[0.])
 
 dumpTree.t_fsPy = array('f',100*[0.])
 
 dumpTree.t_fsPz = array('f',100*[0.])
 
 dumpTree.t_fsE = array('f',100*[0.])
 
 dumpTree.t_fsTrkLen = array('f',100*[0.])
 
 dumpTree.t_fsTrkFrontdEdX = array('f',100*[0.])
 
 dumpTree.t_fsTrkEnddEdX = array('f',100*[0.])
 
 dumpTree.t_fsTrkEndpointBall = array('f', 100*[0.])
 
 dumpTree.t_fsGamma1 = array('f',100*[0.])
 
 dumpTree.t_fsGamma2 = array('f',100*[0.])
 
 dumpTree.t_fsTrkCalo = array('f',100*[0.])
 
 dumpTree.t_geoEffThrowResults = ROOT.std.vector('std::vector< std::vector < uint64_t > >')()
 
 dumpTree.tGeoEfficiencyThrowsOut = ROOT.TTree( "geoEffThrows","geoEffThrows")
 
 dumpTree.t_geoEffThrowsY = ROOT.std.vector('float')()
 
 dumpTree.t_geoEffThrowsZ = ROOT.std.vector('float')()
 
 dumpTree.t_geoEffThrowsPhi = ROOT.std.vector('float')()
 
 dumpTree.tf = ROOT.TFile( args.infile )
 
 dumpTree.tgeo = tf.Get("EDepSimGeometry")