make_nTuple_Tr.py File Reference

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Namespaces
namespace	make_nTuple_Tr

Functions
None	make_nTuple_Tr.printMCTrack (int n, MCTrack)
None	make_nTuple_Tr.dump (event, float pcut=0, bool print_whole_event=True)

Variables
r	make_nTuple_Tr.pdg = r.TDatabasePDG.Instance()
	make_nTuple_Tr.level
argparse	make_nTuple_Tr.parser = argparse.ArgumentParser(description=__doc__)
	make_nTuple_Tr.dest
	make_nTuple_Tr.help
	make_nTuple_Tr.action
	make_nTuple_Tr.default
argparse	make_nTuple_Tr.args = parser.parse_args()
	make_nTuple_Tr.outputfile
str	make_nTuple_Tr.selectedmuons = "SelectedMuonsTr_test.txt"
	make_nTuple_Tr.else :
argparse	make_nTuple_Tr.path = args.path
open	make_nTuple_Tr.fsel = open(selectedmuons, "w")
csv	make_nTuple_Tr.csvwriter = csv.writer(fsel)
r	make_nTuple_Tr.output_file = r.TFile.Open(args.outputfile, "recreate")
r	make_nTuple_Tr.output_tree = r.TTree("MuonAndSoftInteractions", "Muon information and soft interaction tracks")
r	make_nTuple_Tr.imuondata = r.TVectorD(10)
r	make_nTuple_Tr.track_array = r.TObjArray()
r	make_nTuple_Tr.muon_vetoPoints = r.TClonesArray("vetoPoint")
r	make_nTuple_Tr.muon_UpstreamTaggerPoints = r.TClonesArray("UpstreamTaggerPoint")
dict	make_nTuple_Tr.h = {}
dict	make_nTuple_Tr.events_ = {"Tr": {}, "Tr_SBT": {}, "Tr_noSBT": {}}
int	make_nTuple_Tr.global_event_nr = 0
dict	make_nTuple_Tr.processed_events = {}
int	make_nTuple_Tr.P_threshold = 3
list	make_nTuple_Tr.headers
None	make_nTuple_Tr.f = None
	make_nTuple_Tr.try :
None	make_nTuple_Tr.tree = f.cbmsim
dict	make_nTuple_Tr.nmu = {"mu+": 0, "mu-": 0}
list	make_nTuple_Tr.muon_table = []
list	make_nTuple_Tr.muon_ids = []
hit	make_nTuple_Tr.trackingstation_id = hit.GetStationNumber()
hit	make_nTuple_Tr.pid = hit.PdgCode()
r	make_nTuple_Tr.P = r.TMath.Sqrt(hit.GetPx() ** 2 + hit.GetPy() ** 2 + hit.GetPz() ** 2)
hit	make_nTuple_Tr.track_id = hit.GetTrackID()
r	make_nTuple_Tr.particle_name = pdg.GetParticle(hit.PdgCode()).GetName()
hit	make_nTuple_Tr.detID = hit.GetDetectorID()
int	make_nTuple_Tr.ubt_index = 0
r	make_nTuple_Tr.Pt = r.TMath.Sqrt(hit.GetPx() ** 2 + hit.GetPy() ** 2)
event	make_nTuple_Tr.weight = event.MCTrack[track_id].GetWeight()
sum	make_nTuple_Tr.total_muons = sum(len(muons) for muons in events_[type_].values())
list	make_nTuple_Tr.event_data = []
r	make_nTuple_Tr.px = imuondata[1]
r	make_nTuple_Tr.py = imuondata[2]
r	make_nTuple_Tr.pz = imuondata[3]
r	make_nTuple_Tr.x = imuondata[4]
r	make_nTuple_Tr.y = imuondata[5]
r	make_nTuple_Tr.z = imuondata[6]
r	make_nTuple_Tr.time_hit = imuondata[8]
r	make_nTuple_Tr.nmuons = imuondata[9]
len	make_nTuple_Tr.num_tracks = len(event.tracks)
len	make_nTuple_Tr.num_muonhits = len(event.muon_vetoPoints)
len	make_nTuple_Tr.num_ubthits = len(event.muon_UpstreamTaggerPoints)