simpleFluxPlot Namespace Reference

Variables
	fluxpath = sys.argv[1]
	PARSE INPUT ARGUMENT #####. More...
list	fluxfiles = []
	MAKE VECTOR OF FLUX FILES ####. More...
	temppath = os.path.join(root,file)
	FluxChain = ROOT.TChain("nudata")
	CREATE A CHAIN OF FLUX NTUPLES #####. More...
	canv = ROOT.TCanvas("NeutrinoEnergyFar","NeutrinoEnergyFar")
	H_NeutrinoEnergyFar = ROOT.TH1F("H_NeutrinoEnergyFar","H_NeutrinoEnergyFar",40,0,20);
list	fluxpaths = ["/lbne/data/users/kirby/g4lbne_output/test2_300k_B_011.root","/lbne/data/users/ljf26/fluxfiles/g4lbne/v3r2p4/QGSP_BERT/Nominal/200kA/flux/"]
list	fluxchains = []
list	vars_to_draw1 = ["beamX","beamY","protonX","protonY","protonPx","protonPy","protonPz","nuTarZ","hornCurrent","Ndxdz","Ndydz","Npz","Nenergy","NdxdzNear[0]","NdydzNear[0]","NenergyN[0]","NWtNear[0]","NdxdzFar[0]","NdydzFar[0]","NenergyF[0]","NWtFar[0]","Norig","Ndecay","Ntype","Vx","Vy","Vz","ppdxdz","ppdydz","pppz","ppenergy","ptype","ppvx","ppvy","ppvz","muparpx","muparpy","muparpz","Necm","Nimpwt","tvx","tvy","tvz","tpx","tpy","tpz","tptype","tgen"]
	CREATE CHAINS OF FLUX NTUPLES #####. More...
list	vars_to_draw2 = ["beamX","beamY","protonX","protonY","protonPx","protonPy","protonPz","nuTarZ","hornCurrent","Ndxdz","Ndydz","Npz","Nenergy","NdxdzNear[0]","NdydzNear[0]","NenergyN[0]","NWtNear[0]","NdxdzFar[0]","NdydzFar[0]","NenergyF[0]","NWtFar[0]","Norig","Ndecay","Ntype","Vx","Vy","Vz","ppdxdz","ppdydz","pppz","ppenergy","ptype","ppvx","ppvy","ppvz","muparpx","muparpy","muparpz","Necm","Nimpwt","tvx","tvy","tvz","tpx","tpy","tpz","tptype","tgen"]
list	hists1 = []
list	hists2 = []

Variable Documentation

simpleFluxPlot.canv = ROOT.TCanvas("NeutrinoEnergyFar","NeutrinoEnergyFar")

Definition at line 39 of file simpleFluxPlot.py.

simpleFluxPlot.FluxChain = ROOT.TChain("nudata")

CREATE A CHAIN OF FLUX NTUPLES #####.

Definition at line 34 of file simpleFluxPlot.py.

list simpleFluxPlot.fluxchains = []

Definition at line 7 of file simpleFluxPlot.py.

list simpleFluxPlot.fluxfiles = []

MAKE VECTOR OF FLUX FILES ####.

Definition at line 16 of file simpleFluxPlot.py.

simpleFluxPlot.fluxpath = sys.argv[1]

PARSE INPUT ARGUMENT #####.

Definition at line 10 of file simpleFluxPlot.py.

list simpleFluxPlot.fluxpaths = ["/lbne/data/users/kirby/g4lbne_output/test2_300k_B_011.root","/lbne/data/users/ljf26/fluxfiles/g4lbne/v3r2p4/QGSP_BERT/Nominal/200kA/flux/"]

Definition at line 5 of file simpleFluxPlot.py.

simpleFluxPlot.H_NeutrinoEnergyFar = ROOT.TH1F("H_NeutrinoEnergyFar","H_NeutrinoEnergyFar",40,0,20);

Definition at line 41 of file simpleFluxPlot.py.

list simpleFluxPlot.hists1 = []

Definition at line 37 of file simpleFluxPlot.py.

list simpleFluxPlot.hists2 = []

Definition at line 38 of file simpleFluxPlot.py.

simpleFluxPlot.temppath = os.path.join(root,file)

Definition at line 22 of file simpleFluxPlot.py.

list simpleFluxPlot.vars_to_draw1 = ["beamX","beamY","protonX","protonY","protonPx","protonPy","protonPz","nuTarZ","hornCurrent","Ndxdz","Ndydz","Npz","Nenergy","NdxdzNear[0]","NdydzNear[0]","NenergyN[0]","NWtNear[0]","NdxdzFar[0]","NdydzFar[0]","NenergyF[0]","NWtFar[0]","Norig","Ndecay","Ntype","Vx","Vy","Vz","ppdxdz","ppdydz","pppz","ppenergy","ptype","ppvx","ppvy","ppvz","muparpx","muparpy","muparpz","Necm","Nimpwt","tvx","tvy","tvz","tpx","tpy","tpz","tptype","tgen"]

CREATE CHAINS OF FLUX NTUPLES #####.

Definition at line 32 of file simpleFluxPlot.py.

list simpleFluxPlot.vars_to_draw2 = ["beamX","beamY","protonX","protonY","protonPx","protonPy","protonPz","nuTarZ","hornCurrent","Ndxdz","Ndydz","Npz","Nenergy","NdxdzNear[0]","NdydzNear[0]","NenergyN[0]","NWtNear[0]","NdxdzFar[0]","NdydzFar[0]","NenergyF[0]","NWtFar[0]","Norig","Ndecay","Ntype","Vx","Vy","Vz","ppdxdz","ppdydz","pppz","ppenergy","ptype","ppvx","ppvy","ppvz","muparpx","muparpy","muparpz","Necm","Nimpwt","tvx","tvy","tvz","tpx","tpy","tpz","tptype","tgen"]

Definition at line 33 of file simpleFluxPlot.py.