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root/cvsroot/UserCode/Morgan/interface/TRootJet.h

Comparing UserCode/Morgan/interface/TRootJet.h (file contents):
Revision 1.5 by lethuill, Mon Dec 15 19:08:52 2008 UTC vs.
Revision 1.10 by lethuill, Wed Jun 10 11:17:05 2009 UTC

#	Line 3 | Line 3
3
4		#include "../interface/TRootParticle.h"
5
6	–	#include "Rtypes.h"
7	–	#include "TObject.h"
8	–
9	–	#include <iostream>
10	–	#include <iomanip>
11	–
6		using namespace std;
7
8		class TRootJet : public TRootParticle
9		{
16	–
17	–	public:
18	–	TRootJet() :
19	–	TRootParticle()
20	–	,jetType_(0)
21	–	,nConstituents_(-9999)
22	–	,chargedMultiplicity_(-9999)
23	–	,n90_(-9999)
24	–	,n60_(-9999)
25	–	,jetArea_(-9999.)
26	–	,pileupEnergy_(-9999.)
27	–	,maxDistance_(-9999.)
28	–	,dR01EnergyFraction_(-9999.)
29	–	,dR02EnergyFraction_(-9999.)
30	–	,dR03EnergyFraction_(-9999.)
31	–	,dR04EnergyFraction_(-9999.)
32	–	,dR05EnergyFraction_(-9999.)
33	–	,ecalEnergyFraction_(-9999.)
34	–	,hcalEnergyFraction_(-9999.)
35	–	,chargedEnergyFraction_(-9999.)
36	–	,chargedBroadness_(-9999.)
37	–	,chargedBroadnessDR01_(-9999.)
38	–	,chargedBroadnessDR02_(-9999.)
39	–	,chargedBroadnessDR03_(-9999.)
40	–	,chargedBroadnessDR04_(-9999.)
41	–	,chargedBroadnessDR05_(-9999.)
42	–	,btag_trackCountingHighEff_(-9999.)
43	–	,btag_trackCountingHighPur_(-9999.)
44	–	,btag_jetProbability_(-9999.)
45	–	,bCorrection_(-9999.)
46	–	,cCorrection_(-9999.)
47	–	,udsCorrection_(-9999.)
48	–	,gCorrection_(-9999.)
49	–	,genParton_()
50	–	,momentumMCParton_()
51	–	,vertexMCParton_()
52	–	,pdgIdMCParton_(-9999)
53	–	,momentumMCJet_()
54	–	,vertexMCJet_()
55	–	,pdgIdMCJet_(-9999)
56	–	{;}
57	–
58	–	TRootJet(const TRootJet& jet) :
59	–	TRootParticle(jet)
60	–	,jetType_(jet.jetType_)
61	–	,nConstituents_(jet.nConstituents_)
62	–	,chargedMultiplicity_(jet.chargedMultiplicity_)
63	–	,n90_(jet.n90_)
64	–	,n60_(jet.n60_)
65	–	,jetArea_(jet.jetArea_)
66	–	,pileupEnergy_(jet.pileupEnergy_)
67	–	,maxDistance_(jet.maxDistance_)
68	–	,dR01EnergyFraction_(jet.dR01EnergyFraction_)
69	–	,dR02EnergyFraction_(jet.dR02EnergyFraction_)
70	–	,dR03EnergyFraction_(jet.dR03EnergyFraction_)
71	–	,dR04EnergyFraction_(jet.dR04EnergyFraction_)
72	–	,dR05EnergyFraction_(jet.dR05EnergyFraction_)
73	–	,ecalEnergyFraction_(jet.ecalEnergyFraction_)
74	–	,hcalEnergyFraction_(jet.hcalEnergyFraction_)
75	–	,chargedEnergyFraction_(jet.chargedEnergyFraction_)
76	–	,chargedBroadness_(jet.chargedBroadness_)
77	–	,chargedBroadnessDR01_(jet.chargedBroadnessDR01_)
78	–	,chargedBroadnessDR02_(jet.chargedBroadnessDR02_)
79	–	,chargedBroadnessDR03_(jet.chargedBroadnessDR03_)
80	–	,chargedBroadnessDR04_(jet.chargedBroadnessDR04_)
81	–	,chargedBroadnessDR05_(jet.chargedBroadnessDR05_)
82	–	,btag_trackCountingHighEff_(jet.btag_trackCountingHighEff_)
83	–	,btag_trackCountingHighPur_(jet.btag_trackCountingHighPur_)
84	–	,btag_jetProbability_(jet.btag_jetProbability_)
85	–	,bCorrection_(jet.bCorrection_)
86	–	,cCorrection_(jet.cCorrection_)
87	–	,udsCorrection_(jet.udsCorrection_)
88	–	,gCorrection_(jet.gCorrection_)
89	–	,genParton_(jet.genParton_)
90	–	,momentumMCParton_(jet.momentumMCParton_)
91	–	,vertexMCParton_(jet.vertexMCParton_)
92	–	,pdgIdMCParton_(-jet.pdgIdMCParton_)
93	–	,momentumMCJet_(jet.momentumMCJet_)
94	–	,vertexMCJet_(jet.vertexMCJet_)
95	–	,pdgIdMCJet_(-jet.pdgIdMCJet_)
96	–	{;}
97	–
98	–	TRootJet(Double_t px, Double_t py, Double_t pz, Double_t e) :
99	–	TRootParticle(px,py,pz,e)
100	–	,jetType_(0)
101	–	,nConstituents_(-9999)
102	–	,chargedMultiplicity_(-9999)
103	–	,n90_(-9999)
104	–	,n60_(-9999)
105	–	,jetArea_(-9999.)
106	–	,pileupEnergy_(-9999.)
107	–	,maxDistance_(-9999.)
108	–	,dR01EnergyFraction_(-9999.)
109	–	,dR02EnergyFraction_(-9999.)
110	–	,dR03EnergyFraction_(-9999.)
111	–	,dR04EnergyFraction_(-9999.)
112	–	,dR05EnergyFraction_(-9999.)
113	–	,ecalEnergyFraction_(-9999.)
114	–	,hcalEnergyFraction_(-9999.)
115	–	,chargedEnergyFraction_(-9999.)
116	–	,chargedBroadness_(-9999.)
117	–	,chargedBroadnessDR01_(-9999.)
118	–	,chargedBroadnessDR02_(-9999.)
119	–	,chargedBroadnessDR03_(-9999.)
120	–	,chargedBroadnessDR04_(-9999.)
121	–	,chargedBroadnessDR05_(-9999.)
122	–	,btag_trackCountingHighEff_(-9999.)
123	–	,btag_trackCountingHighPur_(-9999.)
124	–	,btag_jetProbability_(-9999.)
125	–	,bCorrection_(-9999.)
126	–	,cCorrection_(-9999.)
127	–	,udsCorrection_(-9999.)
128	–	,gCorrection_(-9999.)
129	–	,genParton_()
130	–	,momentumMCParton_()
131	–	,vertexMCParton_()
132	–	,pdgIdMCParton_(-9999)
133	–	,momentumMCJet_()
134	–	,vertexMCJet_()
135	–	,pdgIdMCJet_(-9999)
136	–	{;}
137	–
138	–	TRootJet(Double_t px, Double_t py, Double_t pz, Double_t e, Double_t vtx_x, Double_t vtx_y, Double_t vtx_z) :
139	–	TRootParticle(px,py,pz,e,vtx_x,vtx_y,vtx_z)
140	–	,jetType_(0)
141	–	,nConstituents_(-9999)
142	–	,chargedMultiplicity_(-9999)
143	–	,n90_(-9999)
144	–	,n60_(-9999)
145	–	,jetArea_(-9999.)
146	–	,pileupEnergy_(-9999.)
147	–	,maxDistance_(-9999.)
148	–	,dR01EnergyFraction_(-9999.)
149	–	,dR02EnergyFraction_(-9999.)
150	–	,dR03EnergyFraction_(-9999.)
151	–	,dR04EnergyFraction_(-9999.)
152	–	,dR05EnergyFraction_(-9999.)
153	–	,ecalEnergyFraction_(-9999.)
154	–	,hcalEnergyFraction_(-9999.)
155	–	,chargedEnergyFraction_(-9999.)
156	–	,chargedBroadness_(-9999.)
157	–	,chargedBroadnessDR01_(-9999.)
158	–	,chargedBroadnessDR02_(-9999.)
159	–	,chargedBroadnessDR03_(-9999.)
160	–	,chargedBroadnessDR04_(-9999.)
161	–	,chargedBroadnessDR05_(-9999.)
162	–	,btag_trackCountingHighEff_(-9999.)
163	–	,btag_trackCountingHighPur_(-9999.)
164	–	,btag_jetProbability_(-9999.)
165	–	,bCorrection_(-9999.)
166	–	,cCorrection_(-9999.)
167	–	,udsCorrection_(-9999.)
168	–	,gCorrection_(-9999.)
169	–	,genParton_()
170	–	,momentumMCParton_()
171	–	,vertexMCParton_()
172	–	,pdgIdMCParton_(-9999)
173	–	,momentumMCJet_()
174	–	,vertexMCJet_()
175	–	,pdgIdMCJet_(-9999)
176	–	{;}
177	–
178	–	TRootJet(Double_t px, Double_t py, Double_t pz, Double_t e, Double_t vtx_x, Double_t vtx_y, Double_t vtx_z, Int_t type, Float_t charge) :
179	–	TRootParticle(px,py,pz,e,vtx_x,vtx_y,vtx_z,type,charge)
180	–	,jetType_(0)
181	–	,nConstituents_(-9999)
182	–	,chargedMultiplicity_(-9999)
183	–	,n90_(-9999)
184	–	,n60_(-9999)
185	–	,jetArea_(-9999.)
186	–	,pileupEnergy_(-9999.)
187	–	,maxDistance_(-9999.)
188	–	,dR01EnergyFraction_(-9999.)
189	–	,dR02EnergyFraction_(-9999.)
190	–	,dR03EnergyFraction_(-9999.)
191	–	,dR04EnergyFraction_(-9999.)
192	–	,dR05EnergyFraction_(-9999.)
193	–	,ecalEnergyFraction_(-9999.)
194	–	,hcalEnergyFraction_(-9999.)
195	–	,chargedEnergyFraction_(-9999.)
196	–	,chargedBroadness_(-9999.)
197	–	,chargedBroadnessDR01_(-9999.)
198	–	,chargedBroadnessDR02_(-9999.)
199	–	,chargedBroadnessDR03_(-9999.)
200	–	,chargedBroadnessDR04_(-9999.)
201	–	,chargedBroadnessDR05_(-9999.)
202	–	,btag_trackCountingHighEff_(-9999.)
203	–	,btag_trackCountingHighPur_(-9999.)
204	–	,btag_jetProbability_(-9999.)
205	–	,bCorrection_(-9999.)
206	–	,cCorrection_(-9999.)
207	–	,udsCorrection_(-9999.)
208	–	,gCorrection_(-9999.)
209	–	,genParton_()
210	–	,momentumMCParton_()
211	–	,vertexMCParton_()
212	–	,pdgIdMCParton_(-9999)
213	–	,momentumMCJet_()
214	–	,vertexMCJet_()
215	–	,pdgIdMCJet_(-9999)
216	–	{;}
217	–
218	–	TRootJet(const TLorentzVector &momentum) :
219	–	TRootParticle(momentum)
220	–	,jetType_(0)
221	–	,nConstituents_(-9999)
222	–	,chargedMultiplicity_(-9999)
223	–	,n90_(-9999)
224	–	,n60_(-9999)
225	–	,jetArea_(-9999.)
226	–	,pileupEnergy_(-9999.)
227	–	,maxDistance_(-9999.)
228	–	,dR01EnergyFraction_(-9999.)
229	–	,dR02EnergyFraction_(-9999.)
230	–	,dR03EnergyFraction_(-9999.)
231	–	,dR04EnergyFraction_(-9999.)
232	–	,dR05EnergyFraction_(-9999.)
233	–	,ecalEnergyFraction_(-9999.)
234	–	,hcalEnergyFraction_(-9999.)
235	–	,chargedEnergyFraction_(-9999.)
236	–	,chargedBroadness_(-9999.)
237	–	,chargedBroadnessDR01_(-9999.)
238	–	,chargedBroadnessDR02_(-9999.)
239	–	,chargedBroadnessDR03_(-9999.)
240	–	,chargedBroadnessDR04_(-9999.)
241	–	,chargedBroadnessDR05_(-9999.)
242	–	,btag_trackCountingHighEff_(-9999.)
243	–	,btag_trackCountingHighPur_(-9999.)
244	–	,btag_jetProbability_(-9999.)
245	–	,bCorrection_(-9999.)
246	–	,cCorrection_(-9999.)
247	–	,udsCorrection_(-9999.)
248	–	,gCorrection_(-9999.)
249	–	,genParton_()
250	–	,momentumMCParton_()
251	–	,vertexMCParton_()
252	–	,pdgIdMCParton_(-9999)
253	–	,momentumMCJet_()
254	–	,vertexMCJet_()
255	–	,pdgIdMCJet_(-9999)
256	–	{;}
257	–
258	–	TRootJet(const TLorentzVector &momentum, const TVector3 &vertex, Int_t type, Float_t charge) :
259	–	TRootParticle(momentum, vertex, type, charge)
260	–	,jetType_(0)
261	–	,nConstituents_(-9999)
262	–	,chargedMultiplicity_(-9999)
263	–	,n90_(-9999)
264	–	,n60_(-9999)
265	–	,jetArea_(-9999.)
266	–	,pileupEnergy_(-9999.)
267	–	,maxDistance_(-9999.)
268	–	,dR01EnergyFraction_(-9999.)
269	–	,dR02EnergyFraction_(-9999.)
270	–	,dR03EnergyFraction_(-9999.)
271	–	,dR04EnergyFraction_(-9999.)
272	–	,dR05EnergyFraction_(-9999.)
273	–	,ecalEnergyFraction_(-9999.)
274	–	,hcalEnergyFraction_(-9999.)
275	–	,chargedEnergyFraction_(-9999.)
276	–	,chargedBroadness_(-9999.)
277	–	,chargedBroadnessDR01_(-9999.)
278	–	,chargedBroadnessDR02_(-9999.)
279	–	,chargedBroadnessDR03_(-9999.)
280	–	,chargedBroadnessDR04_(-9999.)
281	–	,chargedBroadnessDR05_(-9999.)
282	–	,btag_trackCountingHighEff_(-9999.)
283	–	,btag_trackCountingHighPur_(-9999.)
284	–	,btag_jetProbability_(-9999.)
285	–	,bCorrection_(-9999.)
286	–	,cCorrection_(-9999.)
287	–	,udsCorrection_(-9999.)
288	–	,gCorrection_(-9999.)
289	–	,genParton_()
290	–	,momentumMCParton_()
291	–	,vertexMCParton_()
292	–	,pdgIdMCParton_(-9999)
293	–	,momentumMCJet_()
294	–	,vertexMCJet_()
295	–	,pdgIdMCJet_(-9999)
296	–	{;}
297	–
298	–	~TRootJet() {;}
299	–
300	–
301	–	Int_t jetType() const { return jetType_; }
302	–	Int_t nConstituents() const { return nConstituents_; }
303	–	Int_t chargedMultiplicity() const { return chargedMultiplicity_; }
304	–	Int_t n90() const { return n90_; }
305	–	Int_t n60() const { return n60_; }
306	–	Float_t jetArea() const { return jetArea_; }
307	–	Float_t pileupEnergy() const { return pileupEnergy_; }
308	–	Float_t maxDistance() const { return maxDistance_; }
309	–	Float_t dR01EnergyFraction() const { return dR01EnergyFraction_; }
310	–	Float_t dR02EnergyFraction() const { return dR02EnergyFraction_; }
311	–	Float_t dR03EnergyFraction() const { return dR03EnergyFraction_; }
312	–	Float_t dR04EnergyFraction() const { return dR04EnergyFraction_; }
313	–	Float_t dR05EnergyFraction() const { return dR05EnergyFraction_; }
314	–	Float_t ecalEnergyFraction() const { return ecalEnergyFraction_; }
315	–	Float_t hcalEnergyFraction() const { return hcalEnergyFraction_; }
316	–	Float_t chargedEnergyFraction() const { return chargedEnergyFraction_; }
317	–	Float_t chargedBroadness() const { return chargedBroadness_; }
318	–	Float_t chargedBroadnessDR01() const { return chargedBroadnessDR01_; }
319	–	Float_t chargedBroadnessDR02() const { return chargedBroadnessDR02_; }
320	–	Float_t chargedBroadnessDR03() const { return chargedBroadnessDR03_; }
321	–	Float_t chargedBroadnessDR04() const { return chargedBroadnessDR04_; }
322	–	Float_t chargedBroadnessDR05() const { return chargedBroadnessDR05_; }
323	–	Float_t btag_trackCountingHighEff() const { return btag_trackCountingHighEff_; }
324	–	Float_t btag_trackCountingHighPur() const { return btag_trackCountingHighPur_; }
325	–	Float_t btag_jetProbability() const { return btag_jetProbability_; }
326	–	Float_t bCorrection() const { return bCorrection_; }
327	–	Float_t cCorrection() const { return cCorrection_; }
328	–	Float_t udsCorrection() const { return udsCorrection_; }
329	–	Float_t gCorrection() const { return gCorrection_; }
330	–	TObject* genParton() const { return genParton_.GetObject(); }
331	–	TLorentzVector momentumMCParton() const { return momentumMCParton_; }
332	–	TVector3 vertexMCParton() const { return vertexMCParton_; }
333	–	Int_t pdgIdMCParton() const { return pdgIdMCParton_; }
334	–	TLorentzVector momentumMCJet() const { return momentumMCJet_; }
335	–	TVector3 vertexMCJet() const { return vertexMCJet_; }
336	–	Int_t pdgIdMCJet() const { return pdgIdMCJet_; }
337	–
338	–
339	–	void setJetType(Int_t jetType) { jetType_ = jetType; }
340	–	void setNConstituents(Int_t nConstituents) { nConstituents_ = nConstituents; }
341	–	void setChargedMultiplicity(Int_t chargedMultiplicity) { chargedMultiplicity_ = chargedMultiplicity; }
342	–	void setN90(Int_t n90) { n90_ = n90; }
343	–	void setN60(Int_t n60) { n60_ = n60; }
344	–	void setJetArea(Float_t jetArea) { jetArea_ = jetArea; }
345	–	void setPileupEnergy(Float_t pileupEnergy) { pileupEnergy_ = pileupEnergy; }
346	–	void setMaxDistance(Float_t maxDistance) { maxDistance_ = maxDistance; }
347	–	void setDR01EnergyFraction(Float_t dR01EnergyFraction) { dR01EnergyFraction_ = dR01EnergyFraction; }
348	–	void setDR02EnergyFraction(Float_t dR02EnergyFraction) { dR02EnergyFraction_ = dR02EnergyFraction; }
349	–	void setDR03EnergyFraction(Float_t dR03EnergyFraction) { dR03EnergyFraction_ = dR03EnergyFraction; }
350	–	void setDR04EnergyFraction(Float_t dR04EnergyFraction) { dR04EnergyFraction_ = dR04EnergyFraction; }
351	–	void setDR05EnergyFraction(Float_t dR05EnergyFraction) { dR05EnergyFraction_ = dR05EnergyFraction; }
352	–	void setEcalEnergyFraction(Float_t ecalEnergyFraction) { ecalEnergyFraction_ = ecalEnergyFraction; }
353	–	void setHcalEnergyFraction(Float_t hcalEnergyFraction) { hcalEnergyFraction_ = hcalEnergyFraction; }
354	–	void setChargedEnergyFraction(Float_t chargedEnergyFraction) { chargedEnergyFraction_ = chargedEnergyFraction; }
355	–	void setChargedBroadness(Float_t chargedBroadness) { chargedBroadness_ = chargedBroadness; }
356	–	void setChargedBroadnessDR01(Float_t chargedBroadnessDR01) { chargedBroadnessDR01_ = chargedBroadnessDR01; }
357	–	void setChargedBroadnessDR02(Float_t chargedBroadnessDR02) { chargedBroadnessDR02_ = chargedBroadnessDR02; }
358	–	void setChargedBroadnessDR03(Float_t chargedBroadnessDR03) { chargedBroadnessDR03_ = chargedBroadnessDR03; }
359	–	void setChargedBroadnessDR04(Float_t chargedBroadnessDR04) { chargedBroadnessDR04_ = chargedBroadnessDR04; }
360	–	void setChargedBroadnessDR05(Float_t chargedBroadnessDR05) { chargedBroadnessDR05_ = chargedBroadnessDR05; }
361	–	void setBtag_trackCountingHighEff(Float_t btag_trackCountingHighEff) { btag_trackCountingHighEff_ = btag_trackCountingHighEff; }
362	–	void setBtag_trackCountingHighPur(Float_t btag_trackCountingHighPur) { btag_trackCountingHighPur_ = btag_trackCountingHighPur; }
363	–	void setBtag_jetProbability(Float_t btag_jetProbability) { btag_jetProbability_ = btag_jetProbability; }
364	–	void setBCorrection(Float_t bCorrection) { bCorrection_ = bCorrection; }
365	–	void setCCorrection(Float_t cCorrection) { cCorrection_ = cCorrection; }
366	–	void setUDSCorrection(Float_t udsCorrection) { udsCorrection_ = udsCorrection; }
367	–	void setGCorrection(Float_t gCorrection) { gCorrection_ = gCorrection; }
368	–	void setGenParton(TObject* genParton) { genParton_ = genParton; }
369	–	void setMomentumMCParton(TLorentzVector momentumMCParton) { momentumMCParton_ = momentumMCParton; }
370	–	void setVertexMCParton(TVector3 vertexMCParton) { vertexMCParton_ = vertexMCParton; }
371	–	void setPdgIdMCParton(Int_t pdgIdMCParton) { pdgIdMCParton_ = pdgIdMCParton; }
372	–	void setMomentumMCJet(TLorentzVector momentumMCJet) { momentumMCJet_ = momentumMCJet; }
373	–	void setVertexMCJet(TVector3 vertexMCJet) { vertexMCJet_ = vertexMCJet; }
374	–	void setPdgIdMCJet(Int_t pdgIdMCJet) { pdgIdMCJet_ = pdgIdMCJet; }
375	–
376	–
377	–
378	–	friend std::ostream& operator<< (std::ostream& stream, const TRootJet& jet) {
379	–	stream << "TRootJet - Charge=" << setw(2) << jet.charge() << " (Et,eta,phi)=("<< setw(10) << jet.Et() <<","<< setw(10) << jet.Eta() <<","<< setw(10) << jet.Phi() << ")"
380	–	<< " vertex(x,y,z)=("<< jet.vx() <<","<< jet.vy() <<","<< jet.vz() << ")";
381	–	return stream;
382	–	};
383	–
384	–
385	–	private:
386	–
387	–	// Variables from reco::Jet
388	–	Int_t jetType_;                     // 0 = Unknown ; 1 = CaloJet ; 2 = PFJet
389	–	Int_t nConstituents_;               // Number of constituents of the jet (calotowers for CaloJet / PFParticles for PFJet)
390	–	Int_t chargedMultiplicity_;         // Number of tracks associated to the jet. Not available for reco::CaloJet
391	–	Int_t n90_;                         // Number of constituents of the jet carrying 90% of tje jet energy
392	–	Int_t n60_;                         // Number of constituents of the jet carrying 60% of tje jet energy
393	–	Float_t jetArea_;                   // Jet area
394	–	Float_t pileupEnergy_;              // Pileup energy contribution
395	–	Float_t maxDistance_;               // Maximum distance from jet to constituent
396	–	Float_t dR01EnergyFraction_;        // Fraction of the jet energy in a DeltaR=0.1 cone
397	–	Float_t dR02EnergyFraction_;        // Fraction of the jet energy in a DeltaR=0.1 cone
398	–	Float_t dR03EnergyFraction_;        // Fraction of the jet energy in a DeltaR=0.1 cone
399	–	Float_t dR04EnergyFraction_;        // Fraction of the jet energy in a DeltaR=0.1 cone
400	–	Float_t dR05EnergyFraction_;        // Fraction of the jet energy in a DeltaR=0.1 cone
401	–	Float_t ecalEnergyFraction_;        // ECAL Energy Fraction
402	–	Float_t hcalEnergyFraction_;        // HCAL Energy Fraction
403	–	Float_t chargedEnergyFraction_;     // Charged Energy Fraction - Only available for reco::PFJet
404	–
405	–
406	–	// Variables from pat::Jet
407	–	Float_t chargedBroadness_;          // DR of the cone containing 75% of the jet charged energy
408	–	Float_t chargedBroadnessDR01_;      // charged energy in a cone DR=0.1 / jet charged energy
409	–	Float_t chargedBroadnessDR02_;      // charged energy in a cone DR=0.2 / jet charged energy
410	–	Float_t chargedBroadnessDR03_;      // charged energy in a cone DR=0.3 / jet charged energy
411	–	Float_t chargedBroadnessDR04_;      // charged energy in a cone DR=0.4 / jet charged energy
412	–	Float_t chargedBroadnessDR05_;      // charged energy in a cone DR=0.5 / jet charged energy
413	–	Float_t btag_trackCountingHighEff_; // b-tagging ; Track counting High Efficiency
414	–	Float_t btag_trackCountingHighPur_; // b-tagging ; Track counting High Purity
415	–	Float_t btag_jetProbability_;       // b-tagging ; Jet probability
416	–	Float_t bCorrection_;               // correction factor for b hypothesis
417	–	Float_t cCorrection_;               // correction factor for c hypothesis
418	–	Float_t udsCorrection_;             // correction factor for uds hypothesis
419	–	Float_t gCorrection_;               // correction factor for gluon hypothesis
420	–
421	–
422	–	// Matched genParticle
423	–	TRef genParton_;
424	–	TLorentzVector momentumMCParton_;
425	–	TVector3 vertexMCParton_;
426	–	Int_t pdgIdMCParton_;
427	–	TLorentzVector momentumMCJet_;
428	–	TVector3 vertexMCJet_;
429	–	Int_t pdgIdMCJet_;
10
11	+	public:
12	+	TRootJet() :
13	+	TRootParticle()
14	+	,jetType_(0)
15	+	,nConstituents_(-9999)
16	+	,chargedMultiplicity_(-9999)
17	+	,n90_(-9999)
18	+	,n60_(-9999)
19	+	,jetArea_(-9999.)
20	+	,pileupEnergy_(-9999.)
21	+	,maxDistance_(-9999.)
22	+	,dR01EnergyFraction_(-9999.)
23	+	,dR02EnergyFraction_(-9999.)
24	+	,dR03EnergyFraction_(-9999.)
25	+	,dR04EnergyFraction_(-9999.)
26	+	,dR05EnergyFraction_(-9999.)
27	+	,ecalEnergyFraction_(-9999.)
28	+	,hcalEnergyFraction_(-9999.)
29	+	,chargedEnergyFraction_(-9999.)
30	+	,chargedBroadness_(-9999.)
31	+	,chargedBroadnessDR01_(-9999.)
32	+	,chargedBroadnessDR02_(-9999.)
33	+	,chargedBroadnessDR03_(-9999.)
34	+	,chargedBroadnessDR04_(-9999.)
35	+	,chargedBroadnessDR05_(-9999.)
36	+	,btag_trackCountingHighEff_(-9999.)
37	+	,btag_trackCountingHighPur_(-9999.)
38	+	,btag_jetProbability_(-9999.)
39	+	,bCorrection_(-9999.)
40	+	,cCorrection_(-9999.)
41	+	,udsCorrection_(-9999.)
42	+	,gCorrection_(-9999.)
43	+	,genJetEnergy_(-9999.)
44	+	,genJetIndex_(-9999)
45	+	,genJet_(0)
46	+	,isTopJet_(false)
47	+	{;}
48	+
49	+	TRootJet(const TRootJet& jet) :
50	+	TRootParticle(jet)
51	+	,jetType_(jet.jetType_)
52	+	,nConstituents_(jet.nConstituents_)
53	+	,chargedMultiplicity_(jet.chargedMultiplicity_)
54	+	,n90_(jet.n90_)
55	+	,n60_(jet.n60_)
56	+	,jetArea_(jet.jetArea_)
57	+	,pileupEnergy_(jet.pileupEnergy_)
58	+	,maxDistance_(jet.maxDistance_)
59	+	,dR01EnergyFraction_(jet.dR01EnergyFraction_)
60	+	,dR02EnergyFraction_(jet.dR02EnergyFraction_)
61	+	,dR03EnergyFraction_(jet.dR03EnergyFraction_)
62	+	,dR04EnergyFraction_(jet.dR04EnergyFraction_)
63	+	,dR05EnergyFraction_(jet.dR05EnergyFraction_)
64	+	,ecalEnergyFraction_(jet.ecalEnergyFraction_)
65	+	,hcalEnergyFraction_(jet.hcalEnergyFraction_)
66	+	,chargedEnergyFraction_(jet.chargedEnergyFraction_)
67	+	,chargedBroadness_(jet.chargedBroadness_)
68	+	,chargedBroadnessDR01_(jet.chargedBroadnessDR01_)
69	+	,chargedBroadnessDR02_(jet.chargedBroadnessDR02_)
70	+	,chargedBroadnessDR03_(jet.chargedBroadnessDR03_)
71	+	,chargedBroadnessDR04_(jet.chargedBroadnessDR04_)
72	+	,chargedBroadnessDR05_(jet.chargedBroadnessDR05_)
73	+	,btag_trackCountingHighEff_(jet.btag_trackCountingHighEff_)
74	+	,btag_trackCountingHighPur_(jet.btag_trackCountingHighPur_)
75	+	,btag_jetProbability_(jet.btag_jetProbability_)
76	+	,bCorrection_(jet.bCorrection_)
77	+	,cCorrection_(jet.cCorrection_)
78	+	,udsCorrection_(jet.udsCorrection_)
79	+	,gCorrection_(jet.gCorrection_)
80	+	,genJetEnergy_(jet.genJetEnergy_)
81	+	,genJetIndex_(jet.genJetIndex_)
82	+	,genJet_(jet.genJet_)
83	+	,isTopJet_(jet.isTopJet_)
84	+	{;}
85	+
86	+	TRootJet(Double_t px, Double_t py, Double_t pz, Double_t e) :
87	+	TRootParticle(px,py,pz,e)
88	+	,jetType_(0)
89	+	,nConstituents_(-9999)
90	+	,chargedMultiplicity_(-9999)
91	+	,n90_(-9999)
92	+	,n60_(-9999)
93	+	,jetArea_(-9999.)
94	+	,pileupEnergy_(-9999.)
95	+	,maxDistance_(-9999.)
96	+	,dR01EnergyFraction_(-9999.)
97	+	,dR02EnergyFraction_(-9999.)
98	+	,dR03EnergyFraction_(-9999.)
99	+	,dR04EnergyFraction_(-9999.)
100	+	,dR05EnergyFraction_(-9999.)
101	+	,ecalEnergyFraction_(-9999.)
102	+	,hcalEnergyFraction_(-9999.)
103	+	,chargedEnergyFraction_(-9999.)
104	+	,chargedBroadness_(-9999.)
105	+	,chargedBroadnessDR01_(-9999.)
106	+	,chargedBroadnessDR02_(-9999.)
107	+	,chargedBroadnessDR03_(-9999.)
108	+	,chargedBroadnessDR04_(-9999.)
109	+	,chargedBroadnessDR05_(-9999.)
110	+	,btag_trackCountingHighEff_(-9999.)
111	+	,btag_trackCountingHighPur_(-9999.)
112	+	,btag_jetProbability_(-9999.)
113	+	,bCorrection_(-9999.)
114	+	,cCorrection_(-9999.)
115	+	,udsCorrection_(-9999.)
116	+	,gCorrection_(-9999.)
117	+	,genJetEnergy_(-9999.)
118	+	,genJetIndex_(-9999)
119	+	,genJet_(0)
120	+	,isTopJet_(false)
121	+	{;}
122	+
123	+	TRootJet(Double_t px, Double_t py, Double_t pz, Double_t e, Double_t vtx_x, Double_t vtx_y, Double_t vtx_z) :
124	+	TRootParticle(px,py,pz,e,vtx_x,vtx_y,vtx_z)
125	+	,jetType_(0)
126	+	,nConstituents_(-9999)
127	+	,chargedMultiplicity_(-9999)
128	+	,n90_(-9999)
129	+	,n60_(-9999)
130	+	,jetArea_(-9999.)
131	+	,pileupEnergy_(-9999.)
132	+	,maxDistance_(-9999.)
133	+	,dR01EnergyFraction_(-9999.)
134	+	,dR02EnergyFraction_(-9999.)
135	+	,dR03EnergyFraction_(-9999.)
136	+	,dR04EnergyFraction_(-9999.)
137	+	,dR05EnergyFraction_(-9999.)
138	+	,ecalEnergyFraction_(-9999.)
139	+	,hcalEnergyFraction_(-9999.)
140	+	,chargedEnergyFraction_(-9999.)
141	+	,chargedBroadness_(-9999.)
142	+	,chargedBroadnessDR01_(-9999.)
143	+	,chargedBroadnessDR02_(-9999.)
144	+	,chargedBroadnessDR03_(-9999.)
145	+	,chargedBroadnessDR04_(-9999.)
146	+	,chargedBroadnessDR05_(-9999.)
147	+	,btag_trackCountingHighEff_(-9999.)
148	+	,btag_trackCountingHighPur_(-9999.)
149	+	,btag_jetProbability_(-9999.)
150	+	,bCorrection_(-9999.)
151	+	,cCorrection_(-9999.)
152	+	,udsCorrection_(-9999.)
153	+	,gCorrection_(-9999.)
154	+	,genJetEnergy_(-9999.)
155	+	,genJetIndex_(-9999)
156	+	,genJet_(0)
157	+	,isTopJet_(false)
158	+	{;}
159	+
160	+	TRootJet(Double_t px, Double_t py, Double_t pz, Double_t e, Double_t vtx_x, Double_t vtx_y, Double_t vtx_z, Int_t type, Float_t charge) :
161	+	TRootParticle(px,py,pz,e,vtx_x,vtx_y,vtx_z,type,charge)
162	+	,jetType_(0)
163	+	,nConstituents_(-9999)
164	+	,chargedMultiplicity_(-9999)
165	+	,n90_(-9999)
166	+	,n60_(-9999)
167	+	,jetArea_(-9999.)
168	+	,pileupEnergy_(-9999.)
169	+	,maxDistance_(-9999.)
170	+	,dR01EnergyFraction_(-9999.)
171	+	,dR02EnergyFraction_(-9999.)
172	+	,dR03EnergyFraction_(-9999.)
173	+	,dR04EnergyFraction_(-9999.)
174	+	,dR05EnergyFraction_(-9999.)
175	+	,ecalEnergyFraction_(-9999.)
176	+	,hcalEnergyFraction_(-9999.)
177	+	,chargedEnergyFraction_(-9999.)
178	+	,chargedBroadness_(-9999.)
179	+	,chargedBroadnessDR01_(-9999.)
180	+	,chargedBroadnessDR02_(-9999.)
181	+	,chargedBroadnessDR03_(-9999.)
182	+	,chargedBroadnessDR04_(-9999.)
183	+	,chargedBroadnessDR05_(-9999.)
184	+	,btag_trackCountingHighEff_(-9999.)
185	+	,btag_trackCountingHighPur_(-9999.)
186	+	,btag_jetProbability_(-9999.)
187	+	,bCorrection_(-9999.)
188	+	,cCorrection_(-9999.)
189	+	,udsCorrection_(-9999.)
190	+	,gCorrection_(-9999.)
191	+	,genJetEnergy_(-9999.)
192	+	,genJetIndex_(-9999)
193	+	,genJet_(0)
194	+	,isTopJet_(false)
195	+	{;}
196	+
197	+	TRootJet(const TLorentzVector &momentum) :
198	+	TRootParticle(momentum)
199	+	,jetType_(0)
200	+	,nConstituents_(-9999)
201	+	,chargedMultiplicity_(-9999)
202	+	,n90_(-9999)
203	+	,n60_(-9999)
204	+	,jetArea_(-9999.)
205	+	,pileupEnergy_(-9999.)
206	+	,maxDistance_(-9999.)
207	+	,dR01EnergyFraction_(-9999.)
208	+	,dR02EnergyFraction_(-9999.)
209	+	,dR03EnergyFraction_(-9999.)
210	+	,dR04EnergyFraction_(-9999.)
211	+	,dR05EnergyFraction_(-9999.)
212	+	,ecalEnergyFraction_(-9999.)
213	+	,hcalEnergyFraction_(-9999.)
214	+	,chargedEnergyFraction_(-9999.)
215	+	,chargedBroadness_(-9999.)
216	+	,chargedBroadnessDR01_(-9999.)
217	+	,chargedBroadnessDR02_(-9999.)
218	+	,chargedBroadnessDR03_(-9999.)
219	+	,chargedBroadnessDR04_(-9999.)
220	+	,chargedBroadnessDR05_(-9999.)
221	+	,btag_trackCountingHighEff_(-9999.)
222	+	,btag_trackCountingHighPur_(-9999.)
223	+	,btag_jetProbability_(-9999.)
224	+	,bCorrection_(-9999.)
225	+	,cCorrection_(-9999.)
226	+	,udsCorrection_(-9999.)
227	+	,gCorrection_(-9999.)
228	+	,genJetEnergy_(-9999.)
229	+	,genJetIndex_(-9999)
230	+	,genJet_(0)
231	+	,isTopJet_(false)
232	+	{;}
233	+
234	+	TRootJet(const TLorentzVector &momentum, const TVector3 &vertex, Int_t type, Float_t charge) :
235	+	TRootParticle(momentum, vertex, type, charge)
236	+	,jetType_(0)
237	+	,nConstituents_(-9999)
238	+	,chargedMultiplicity_(-9999)
239	+	,n90_(-9999)
240	+	,n60_(-9999)
241	+	,jetArea_(-9999.)
242	+	,pileupEnergy_(-9999.)
243	+	,maxDistance_(-9999.)
244	+	,dR01EnergyFraction_(-9999.)
245	+	,dR02EnergyFraction_(-9999.)
246	+	,dR03EnergyFraction_(-9999.)
247	+	,dR04EnergyFraction_(-9999.)
248	+	,dR05EnergyFraction_(-9999.)
249	+	,ecalEnergyFraction_(-9999.)
250	+	,hcalEnergyFraction_(-9999.)
251	+	,chargedEnergyFraction_(-9999.)
252	+	,chargedBroadness_(-9999.)
253	+	,chargedBroadnessDR01_(-9999.)
254	+	,chargedBroadnessDR02_(-9999.)
255	+	,chargedBroadnessDR03_(-9999.)
256	+	,chargedBroadnessDR04_(-9999.)
257	+	,chargedBroadnessDR05_(-9999.)
258	+	,btag_trackCountingHighEff_(-9999.)
259	+	,btag_trackCountingHighPur_(-9999.)
260	+	,btag_jetProbability_(-9999.)
261	+	,bCorrection_(-9999.)
262	+	,cCorrection_(-9999.)
263	+	,udsCorrection_(-9999.)
264	+	,gCorrection_(-9999.)
265	+	,genJetEnergy_(-9999.)
266	+	,genJetIndex_(-9999)
267	+	,genJet_(0)
268	+	,isTopJet_(false)
269	+	{;}
270	+
271	+	~TRootJet() {;}
272	+
273	+
274	+	Int_t jetType() const { return jetType_; }
275	+	Int_t nConstituents() const { return nConstituents_; }
276	+	Int_t chargedMultiplicity() const { return chargedMultiplicity_; }
277	+	Int_t n90() const { return n90_; }
278	+	Int_t n60() const { return n60_; }
279	+	Float_t jetArea() const { return jetArea_; }
280	+	Float_t pileupEnergy() const { return pileupEnergy_; }
281	+	Float_t maxDistance() const { return maxDistance_; }
282	+	Float_t dR01EnergyFraction() const { return dR01EnergyFraction_; }
283	+	Float_t dR02EnergyFraction() const { return dR02EnergyFraction_; }
284	+	Float_t dR03EnergyFraction() const { return dR03EnergyFraction_; }
285	+	Float_t dR04EnergyFraction() const { return dR04EnergyFraction_; }
286	+	Float_t dR05EnergyFraction() const { return dR05EnergyFraction_; }
287	+	Float_t ecalEnergyFraction() const { return ecalEnergyFraction_; }
288	+	Float_t hcalEnergyFraction() const { return hcalEnergyFraction_; }
289	+	Float_t chargedEnergyFraction() const { return chargedEnergyFraction_; }
290	+	Float_t chargedBroadness() const { return chargedBroadness_; }
291	+	Float_t chargedBroadnessDR01() const { return chargedBroadnessDR01_; }
292	+	Float_t chargedBroadnessDR02() const { return chargedBroadnessDR02_; }
293	+	Float_t chargedBroadnessDR03() const { return chargedBroadnessDR03_; }
294	+	Float_t chargedBroadnessDR04() const { return chargedBroadnessDR04_; }
295	+	Float_t chargedBroadnessDR05() const { return chargedBroadnessDR05_; }
296	+	Float_t btag_trackCountingHighEff() const { return btag_trackCountingHighEff_; }
297	+	Float_t btag_trackCountingHighPur() const { return btag_trackCountingHighPur_; }
298	+	Float_t btag_jetProbability() const { return btag_jetProbability_; }
299	+	Float_t bCorrection() const { return bCorrection_; }
300	+	Float_t cCorrection() const { return cCorrection_; }
301	+	Float_t udsCorrection() const { return udsCorrection_; }
302	+	Float_t gCorrection() const { return gCorrection_; }
303	+	Double_t genJetEnergy() const { return genJetEnergy_; }
304	+	Int_t genJetIndex() const { return genJetIndex_; }
305	+	TRootParticle* genParton() const { return genParticle(); }
306	+	TRootParticle* genJet() const { return (TRootParticle*) genJet_.GetObject() ;}
307	+	Bool_t isTopJet() const { return isTopJet_; }
308	+
309	+	virtual TString typeName() const { return "TRootJet"; }
310	+
311	+
312	+	void setJetType(Int_t jetType) { jetType_ = jetType; }
313	+	void setNConstituents(Int_t nConstituents) { nConstituents_ = nConstituents; }
314	+	void setChargedMultiplicity(Int_t chargedMultiplicity) { chargedMultiplicity_ = chargedMultiplicity; }
315	+	void setN90(Int_t n90) { n90_ = n90; }
316	+	void setN60(Int_t n60) { n60_ = n60; }
317	+	void setJetArea(Float_t jetArea) { jetArea_ = jetArea; }
318	+	void setPileupEnergy(Float_t pileupEnergy) { pileupEnergy_ = pileupEnergy; }
319	+	void setMaxDistance(Float_t maxDistance) { maxDistance_ = maxDistance; }
320	+	void setDR01EnergyFraction(Float_t dR01EnergyFraction) { dR01EnergyFraction_ = dR01EnergyFraction; }
321	+	void setDR02EnergyFraction(Float_t dR02EnergyFraction) { dR02EnergyFraction_ = dR02EnergyFraction; }
322	+	void setDR03EnergyFraction(Float_t dR03EnergyFraction) { dR03EnergyFraction_ = dR03EnergyFraction; }
323	+	void setDR04EnergyFraction(Float_t dR04EnergyFraction) { dR04EnergyFraction_ = dR04EnergyFraction; }
324	+	void setDR05EnergyFraction(Float_t dR05EnergyFraction) { dR05EnergyFraction_ = dR05EnergyFraction; }
325	+	void setEcalEnergyFraction(Float_t ecalEnergyFraction) { ecalEnergyFraction_ = ecalEnergyFraction; }
326	+	void setHcalEnergyFraction(Float_t hcalEnergyFraction) { hcalEnergyFraction_ = hcalEnergyFraction; }
327	+	void setChargedEnergyFraction(Float_t chargedEnergyFraction) { chargedEnergyFraction_ = chargedEnergyFraction; }
328	+	void setChargedBroadness(Float_t chargedBroadness) { chargedBroadness_ = chargedBroadness; }
329	+	void setChargedBroadnessDR01(Float_t chargedBroadnessDR01) { chargedBroadnessDR01_ = chargedBroadnessDR01; }
330	+	void setChargedBroadnessDR02(Float_t chargedBroadnessDR02) { chargedBroadnessDR02_ = chargedBroadnessDR02; }
331	+	void setChargedBroadnessDR03(Float_t chargedBroadnessDR03) { chargedBroadnessDR03_ = chargedBroadnessDR03; }
332	+	void setChargedBroadnessDR04(Float_t chargedBroadnessDR04) { chargedBroadnessDR04_ = chargedBroadnessDR04; }
333	+	void setChargedBroadnessDR05(Float_t chargedBroadnessDR05) { chargedBroadnessDR05_ = chargedBroadnessDR05; }
334	+	void setBtag_trackCountingHighEff(Float_t btag_trackCountingHighEff) { btag_trackCountingHighEff_ = btag_trackCountingHighEff; }
335	+	void setBtag_trackCountingHighPur(Float_t btag_trackCountingHighPur) { btag_trackCountingHighPur_ = btag_trackCountingHighPur; }
336	+	void setBtag_jetProbability(Float_t btag_jetProbability) { btag_jetProbability_ = btag_jetProbability; }
337	+	void setBCorrection(Float_t bCorrection) { bCorrection_ = bCorrection; }
338	+	void setCCorrection(Float_t cCorrection) { cCorrection_ = cCorrection; }
339	+	void setUDSCorrection(Float_t udsCorrection) { udsCorrection_ = udsCorrection; }
340	+	void setGCorrection(Float_t gCorrection) { gCorrection_ = gCorrection; }
341	+	void setGenJetEnergy(Double_t genJetEnergy) { genJetEnergy_ = genJetEnergy; }
342	+	void setGenJetIndex(Int_t genJetIndex) { genJetIndex_ = genJetIndex; }
343	+	//void setGenParton(TObject* genParton) { genParton_ = genParton; }
344	+	void setGenJet(TObject* genJet) { genJet_ = genJet; }
345	+	void setIsTopJet(Bool_t isTopJet) { isTopJet_ = isTopJet; }
346	+
347	+	friend std::ostream& operator<< (std::ostream& stream, const TRootJet& jet) {
348	+	stream << "TRootJet - Charge=" << setw(2) << jet.charge() << " (Et,eta,phi)=("<< setw(10) << jet.Et() <<","<< setw(10) << jet.Eta() <<","<< setw(10) << jet.Phi() << ")"
349	+	<< " vertex(x,y,z)=("<< jet.vx() <<","<< jet.vy() <<","<< jet.vz() << ")";
350	+	return stream;
351	+	};
352	+
353	+
354	+	private:
355	+
356	+	// Variables from reco::Jet
357	+	Int_t jetType_;                     // 0 = Unknown ; 1 = CaloJet ; 2 = PFJet
358	+	Int_t nConstituents_;               // Number of constituents of the jet (calotowers for CaloJet / PFParticles for PFJet)
359	+	Int_t chargedMultiplicity_;         // Number of tracks associated to the jet. Not available for reco::CaloJet
360	+	Int_t n90_;                         // Number of constituents of the jet carrying 90% of tje jet energy
361	+	Int_t n60_;                         // Number of constituents of the jet carrying 60% of tje jet energy
362	+	Float_t jetArea_;                   // Jet area
363	+	Float_t pileupEnergy_;              // Pileup energy contribution
364	+	Float_t maxDistance_;               // Maximum distance from jet to constituent
365	+	Float_t dR01EnergyFraction_;        // Fraction of the jet energy in a DeltaR=0.1 cone
366	+	Float_t dR02EnergyFraction_;        // Fraction of the jet energy in a DeltaR=0.1 cone
367	+	Float_t dR03EnergyFraction_;        // Fraction of the jet energy in a DeltaR=0.1 cone
368	+	Float_t dR04EnergyFraction_;        // Fraction of the jet energy in a DeltaR=0.1 cone
369	+	Float_t dR05EnergyFraction_;        // Fraction of the jet energy in a DeltaR=0.1 cone
370	+	Float_t ecalEnergyFraction_;        // ECAL Energy Fraction
371	+	Float_t hcalEnergyFraction_;        // HCAL Energy Fraction
372	+	Float_t chargedEnergyFraction_;     // Charged Energy Fraction - Only available for reco::PFJet
373	+
374	+
375	+	// Variables from pat::Jet
376	+	Float_t chargedBroadness_;          // DR of the cone containing 75% of the jet charged energy
377	+	Float_t chargedBroadnessDR01_;      // charged energy in a cone DR=0.1 / jet charged energy
378	+	Float_t chargedBroadnessDR02_;      // charged energy in a cone DR=0.2 / jet charged energy
379	+	Float_t chargedBroadnessDR03_;      // charged energy in a cone DR=0.3 / jet charged energy
380	+	Float_t chargedBroadnessDR04_;      // charged energy in a cone DR=0.4 / jet charged energy
381	+	Float_t chargedBroadnessDR05_;      // charged energy in a cone DR=0.5 / jet charged energy
382	+	Float_t btag_trackCountingHighEff_; // b-tagging ; Track counting High Efficiency
383	+	Float_t btag_trackCountingHighPur_; // b-tagging ; Track counting High Purity
384	+	Float_t btag_jetProbability_;       // b-tagging ; Jet probability
385	+	Float_t bCorrection_;               // correction factor for b hypothesis
386	+	Float_t cCorrection_;               // correction factor for c hypothesis
387	+	Float_t udsCorrection_;             // correction factor for uds hypothesis
388	+	Float_t gCorrection_;               // correction factor for gluon hypothesis
389	+
390	+	Double_t genJetEnergy_;             // energy of matched genJet
391	+	Int_t genJetIndex_;                      // index of matched genJet in genJets TCloneArray
392	+	TRef genJet_;                       // reference to matched genJet (kept in genJets branch)
393	+
394	+	Bool_t isTopJet_;                   // Is parton matched to the jet a decay product of the top quark ?
395
396	<	ClassDef (TRootJet,1);
397	<	};
396	>	ClassDef (TRootJet,2);
397	>	};
398
399	<	#endif
399	>	#endif

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