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

Comparing UserCode/Morgan/interface/TRootMET.h (file contents):
Revision 1.1 by lethuill, Wed Nov 19 19:08:06 2008 UTC vs.
Revision 1.5 by lethuill, Fri Dec 19 12:26:01 2008 UTC

#	Line 11 | Line 11 | using namespace std;
11
12		class TRootMET : public TRootParticle
13		{
14	+
15	+	public:
16	+
17	+	TRootMET() :
18	+	TRootParticle()
19	+	,maxEtInEmTowers_(0.)
20	+	,maxEtInHadTowers_(0.)
21	+	,hadEtInHO_(0.)
22	+	,hadEtInHB_(0.)
23	+	,hadEtInHF_(0.)
24	+	,hadEtInHE_(0.)
25	+	,emEtInEB_(0.)
26	+	,emEtInEE_(0.)
27	+	,emEtInHF_(0.)
28	+	,etFractionHadronic_(0.)
29	+	,etFractionEm_(0.)
30	+	,metSignificance_(0.)
31	+	,caloMETInpHF_(0.)
32	+	,caloMETInmHF_(0.)
33	+	,caloSETInpHF_(0.)
34	+	,caloSETInmHF_(0.)
35	+	,caloMETPhiInpHF_(0.)
36	+	,caloMETPhiInmHF_(0.)
37	+	,uncorrectedPhiALL_(-9999.)
38	+	,uncorrectedPtALL_(-1.)
39	+	,corExALL_(-9999.)
40	+	,corEyALL_(-9999.)
41	+	,corSumEtALL_(-9999.)
42	+	,uncorrectedPhiJES_(-9999.)
43	+	,uncorrectedPtJES_(-1.)
44	+	,corExJES_(-9999.)
45	+	,corEyJES_(-9999.)
46	+	,corSumEtJES_(-9999.)
47	+	,uncorrectedPhiMUON_(-9999.)
48	+	,uncorrectedPtMUON_(-1.)
49	+	,corExMUON_(-9999.)
50	+	,corEyMUON_(-9999.)
51	+	,corSumEtMUON_(-9999.)
52	+	{;}
53	+
54	+	TRootMET(const TRootMET& met) :
55	+	TRootParticle(met)
56	+	,maxEtInEmTowers_(met.maxEtInEmTowers_)
57	+	,maxEtInHadTowers_(met.maxEtInHadTowers_)
58	+	,hadEtInHO_(met.hadEtInHO_)
59	+	,hadEtInHB_(met.hadEtInHB_)
60	+	,hadEtInHF_(met.hadEtInHF_)
61	+	,hadEtInHE_(met.hadEtInHE_)
62	+	,emEtInEB_(met.emEtInEB_)
63	+	,emEtInEE_(met.emEtInEE_)
64	+	,emEtInHF_(met.emEtInHF_)
65	+	,etFractionHadronic_(met.etFractionHadronic_)
66	+	,etFractionEm_(met.etFractionEm_)
67	+	,metSignificance_(met.metSignificance_)
68	+	,caloMETInpHF_(met.caloMETInpHF_)
69	+	,caloMETInmHF_(met.caloMETInmHF_)
70	+	,caloSETInpHF_(met.caloSETInpHF_)
71	+	,caloSETInmHF_(met.caloSETInmHF_)
72	+	,caloMETPhiInpHF_(met.caloMETPhiInpHF_)
73	+	,caloMETPhiInmHF_(met.caloMETPhiInmHF_)
74	+	,uncorrectedPhiALL_(met.uncorrectedPhiALL_)
75	+	,uncorrectedPtALL_(met.uncorrectedPtALL_)
76	+	,corExALL_(met.corExALL_)
77	+	,corEyALL_(met.corEyALL_)
78	+	,corSumEtALL_(met.corSumEtALL_)
79	+	,uncorrectedPhiJES_(met.uncorrectedPhiJES_)
80	+	,uncorrectedPtJES_(met.uncorrectedPtJES_)
81	+	,corExJES_(met.corExJES_)
82	+	,corEyJES_(met.corEyJES_)
83	+	,corSumEtJES_(met.corSumEtJES_)
84	+	,uncorrectedPhiMUON_(met.uncorrectedPhiMUON_)
85	+	,uncorrectedPtMUON_(met.uncorrectedPtMUON_)
86	+	,corExMUON_(met.corExMUON_)
87	+	,corEyMUON_(met.corEyMUON_)
88	+	,corSumEtMUON_(met.corSumEtMUON_)
89	+	{;}
90	+
91	+	TRootMET(Double_t px, Double_t py, Double_t pz, Double_t e) :
92	+	TRootParticle(px,py,pz,e)
93	+	,maxEtInEmTowers_(0.)
94	+	,maxEtInHadTowers_(0.)
95	+	,hadEtInHO_(0.)
96	+	,hadEtInHB_(0.)
97	+	,hadEtInHF_(0.)
98	+	,hadEtInHE_(0.)
99	+	,emEtInEB_(0.)
100	+	,emEtInEE_(0.)
101	+	,emEtInHF_(0.)
102	+	,etFractionHadronic_(0.)
103	+	,etFractionEm_(0.)
104	+	,metSignificance_(0.)
105	+	,caloMETInpHF_(0.)
106	+	,caloMETInmHF_(0.)
107	+	,caloSETInpHF_(0.)
108	+	,caloSETInmHF_(0.)
109	+	,caloMETPhiInpHF_(0.)
110	+	,caloMETPhiInmHF_(0.)
111	+	,uncorrectedPhiALL_(-9999.)
112	+	,uncorrectedPtALL_(-1.)
113	+	,corExALL_(-9999.)
114	+	,corEyALL_(-9999.)
115	+	,corSumEtALL_(-9999.)
116	+	,uncorrectedPhiJES_(-9999.)
117	+	,uncorrectedPtJES_(-1.)
118	+	,corExJES_(-9999.)
119	+	,corEyJES_(-9999.)
120	+	,corSumEtJES_(-9999.)
121	+	,uncorrectedPhiMUON_(-9999.)
122	+	,uncorrectedPtMUON_(-1.)
123	+	,corExMUON_(-9999.)
124	+	,corEyMUON_(-9999.)
125	+	,corSumEtMUON_(-9999.)
126	+	{;}
127
128	<	public:
129	<
130	<	TRootMET() :
131	<	TRootParticle()
132	<	,maxEtInEmTowers_(0.)
133	<	,maxEtInHadTowers_(0.)
134	<	,hadEtInHO_(0.)
135	<	,hadEtInHB_(0.)
136	<	,hadEtInHF_(0.)
137	<	,hadEtInHE_(0.)
138	<	,emEtInEB_(0.)
139	<	,emEtInEE_(0.)
140	<	,emEtInHF_(0.)
141	<	,etFractionHadronic_(0.)
142	<	,etFractionEm_(0.)
143	<	,metSignificance_(0.)
144	<	,caloMETInpHF_(0.)
145	<	,caloMETInmHF_(0.)
146	<	,caloSETInpHF_(0.)
147	<	,caloSETInmHF_(0.)
148	<	,caloMETPhiInpHF_(0.)
149	<	,caloMETPhiInmHF_(0.)
150	<	{;}
151	<
152	<	TRootMET(const TRootMET& met) :
153	<	TRootParticle(met)
154	<	,maxEtInEmTowers_(met.maxEtInEmTowers_)
155	<	,maxEtInHadTowers_(met.maxEtInHadTowers_)
156	<	,hadEtInHO_(met.hadEtInHO_)
157	<	,hadEtInHB_(met.hadEtInHB_)
158	<	,hadEtInHF_(met.hadEtInHF_)
159	<	,hadEtInHE_(met.hadEtInHE_)
160	<	,emEtInEB_(met.emEtInEB_)
161	<	,emEtInEE_(met.emEtInEE_)
162	<	,emEtInHF_(met.emEtInHF_)
163	<	,etFractionHadronic_(met.etFractionHadronic_)
164	<	,etFractionEm_(met.etFractionEm_)
165	<	,metSignificance_(met.metSignificance_)
166	<	,caloMETInpHF_(met.caloMETInpHF_)
167	<	,caloMETInmHF_(met.caloMETInmHF_)
168	<	,caloSETInpHF_(met.caloSETInpHF_)
169	<	,caloSETInmHF_(met.caloSETInmHF_)
170	<	,caloMETPhiInpHF_(met.caloMETPhiInpHF_)
171	<	,caloMETPhiInmHF_(met.caloMETPhiInmHF_)
172	<	{;}
173	<
174	<	TRootMET(Double_t px, Double_t py, Double_t pz, Double_t e) :
175	<	TRootParticle(px,py,pz,e)
176	<	,maxEtInEmTowers_(0.)
177	<	,maxEtInHadTowers_(0.)
178	<	,hadEtInHO_(0.)
179	<	,hadEtInHB_(0.)
180	<	,hadEtInHF_(0.)
181	<	,hadEtInHE_(0.)
182	<	,emEtInEB_(0.)
183	<	,emEtInEE_(0.)
184	<	,emEtInHF_(0.)
185	<	,etFractionHadronic_(0.)
186	<	,etFractionEm_(0.)
187	<	,metSignificance_(0.)
188	<	,caloMETInpHF_(0.)
189	<	,caloMETInmHF_(0.)
190	<	,caloSETInpHF_(0.)
191	<	,caloSETInmHF_(0.)
192	<	,caloMETPhiInpHF_(0.)
193	<	,caloMETPhiInmHF_(0.)
194	<	{;}
195	<
196	<	TRootMET(Double_t px, Double_t py, Double_t pz, Double_t e, Double_t vtx_x, Double_t vtx_y, Double_t vtx_z) :
197	<	TRootParticle(px,py,pz,e,vtx_x,vtx_y,vtx_z)
198	<	,maxEtInEmTowers_(0.)
199	<	,maxEtInHadTowers_(0.)
200	<	,hadEtInHO_(0.)
201	<	,hadEtInHB_(0.)
202	<	,hadEtInHF_(0.)
203	<	,hadEtInHE_(0.)
204	<	,emEtInEB_(0.)
205	<	,emEtInEE_(0.)
206	<	,emEtInHF_(0.)
207	<	,etFractionHadronic_(0.)
208	<	,etFractionEm_(0.)
209	<	,metSignificance_(0.)
210	<	,caloMETInpHF_(0.)
211	<	,caloMETInmHF_(0.)
212	<	,caloSETInpHF_(0.)
213	<	,caloSETInmHF_(0.)
214	<	,caloMETPhiInpHF_(0.)
215	<	,caloMETPhiInmHF_(0.)
216	<	{;}
217	<
218	<	TRootMET(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) :
219	<	TRootParticle(px,py,pz,e,vtx_x,vtx_y,vtx_z,type,charge)
220	<	,maxEtInEmTowers_(0.)
221	<	,maxEtInHadTowers_(0.)
222	<	,hadEtInHO_(0.)
223	<	,hadEtInHB_(0.)
224	<	,hadEtInHF_(0.)
225	<	,hadEtInHE_(0.)
226	<	,emEtInEB_(0.)
227	<	,emEtInEE_(0.)
228	<	,emEtInHF_(0.)
229	<	,etFractionHadronic_(0.)
230	<	,etFractionEm_(0.)
231	<	,metSignificance_(0.)
232	<	,caloMETInpHF_(0.)
233	<	,caloMETInmHF_(0.)
234	<	,caloSETInpHF_(0.)
235	<	,caloSETInmHF_(0.)
236	<	,caloMETPhiInpHF_(0.)
237	<	,caloMETPhiInmHF_(0.)
238	<	{;}
239	<
240	<	TRootMET(const TLorentzVector &momentum) :
241	<	TRootParticle(momentum)
242	<	,maxEtInEmTowers_(0.)
243	<	,maxEtInHadTowers_(0.)
244	<	,hadEtInHO_(0.)
245	<	,hadEtInHB_(0.)
246	<	,hadEtInHF_(0.)
247	<	,hadEtInHE_(0.)
248	<	,emEtInEB_(0.)
249	<	,emEtInEE_(0.)
250	<	,emEtInHF_(0.)
251	<	,etFractionHadronic_(0.)
252	<	,etFractionEm_(0.)
253	<	,metSignificance_(0.)
254	<	,caloMETInpHF_(0.)
255	<	,caloMETInmHF_(0.)
256	<	,caloSETInpHF_(0.)
257	<	,caloSETInmHF_(0.)
258	<	,caloMETPhiInpHF_(0.)
259	<	,caloMETPhiInmHF_(0.)
260	<	{;}
261	<
262	<	TRootMET(const TLorentzVector &momentum, const TVector3 &vertex, Int_t type, Float_t charge) :
263	<	TRootParticle(momentum, vertex, type, charge)
264	<	,maxEtInEmTowers_(0.)
265	<	,maxEtInHadTowers_(0.)
266	<	,hadEtInHO_(0.)
267	<	,hadEtInHB_(0.)
268	<	,hadEtInHF_(0.)
269	<	,hadEtInHE_(0.)
270	<	,emEtInEB_(0.)
271	<	,emEtInEE_(0.)
272	<	,emEtInHF_(0.)
273	<	,etFractionHadronic_(0.)
274	<	,etFractionEm_(0.)
162	<	,metSignificance_(0.)
163	<	,caloMETInpHF_(0.)
164	<	,caloMETInmHF_(0.)
165	<	,caloSETInpHF_(0.)
166	<	,caloSETInmHF_(0.)
167	<	,caloMETPhiInpHF_(0.)
168	<	,caloMETPhiInmHF_(0.)
169	<	{;}
128	>	TRootMET(Double_t px, Double_t py, Double_t pz, Double_t e, Double_t vtx_x, Double_t vtx_y, Double_t vtx_z) :
129	>	TRootParticle(px,py,pz,e,vtx_x,vtx_y,vtx_z)
130	>	,maxEtInEmTowers_(0.)
131	>	,maxEtInHadTowers_(0.)
132	>	,hadEtInHO_(0.)
133	>	,hadEtInHB_(0.)
134	>	,hadEtInHF_(0.)
135	>	,hadEtInHE_(0.)
136	>	,emEtInEB_(0.)
137	>	,emEtInEE_(0.)
138	>	,emEtInHF_(0.)
139	>	,etFractionHadronic_(0.)
140	>	,etFractionEm_(0.)
141	>	,metSignificance_(0.)
142	>	,caloMETInpHF_(0.)
143	>	,caloMETInmHF_(0.)
144	>	,caloSETInpHF_(0.)
145	>	,caloSETInmHF_(0.)
146	>	,caloMETPhiInpHF_(0.)
147	>	,caloMETPhiInmHF_(0.)
148	>	,uncorrectedPhiALL_(-9999.)
149	>	,uncorrectedPtALL_(-1.)
150	>	,corExALL_(-9999.)
151	>	,corEyALL_(-9999.)
152	>	,corSumEtALL_(-9999.)
153	>	,uncorrectedPhiJES_(-9999.)
154	>	,uncorrectedPtJES_(-1.)
155	>	,corExJES_(-9999.)
156	>	,corEyJES_(-9999.)
157	>	,corSumEtJES_(-9999.)
158	>	,uncorrectedPhiMUON_(-9999.)
159	>	,uncorrectedPtMUON_(-1.)
160	>	,corExMUON_(-9999.)
161	>	,corEyMUON_(-9999.)
162	>	,corSumEtMUON_(-9999.)
163	>	{;}
164	>
165	>	TRootMET(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) :
166	>	TRootParticle(px,py,pz,e,vtx_x,vtx_y,vtx_z,type,charge)
167	>	,maxEtInEmTowers_(0.)
168	>	,maxEtInHadTowers_(0.)
169	>	,hadEtInHO_(0.)
170	>	,hadEtInHB_(0.)
171	>	,hadEtInHF_(0.)
172	>	,hadEtInHE_(0.)
173	>	,emEtInEB_(0.)
174	>	,emEtInEE_(0.)
175	>	,emEtInHF_(0.)
176	>	,etFractionHadronic_(0.)
177	>	,etFractionEm_(0.)
178	>	,metSignificance_(0.)
179	>	,caloMETInpHF_(0.)
180	>	,caloMETInmHF_(0.)
181	>	,caloSETInpHF_(0.)
182	>	,caloSETInmHF_(0.)
183	>	,caloMETPhiInpHF_(0.)
184	>	,caloMETPhiInmHF_(0.)
185	>	,uncorrectedPhiALL_(-9999.)
186	>	,uncorrectedPtALL_(-1.)
187	>	,corExALL_(-9999.)
188	>	,corEyALL_(-9999.)
189	>	,corSumEtALL_(-9999.)
190	>	,uncorrectedPhiJES_(-9999.)
191	>	,uncorrectedPtJES_(-1.)
192	>	,corExJES_(-9999.)
193	>	,corEyJES_(-9999.)
194	>	,corSumEtJES_(-9999.)
195	>	,uncorrectedPhiMUON_(-9999.)
196	>	,uncorrectedPtMUON_(-1.)
197	>	,corExMUON_(-9999.)
198	>	,corEyMUON_(-9999.)
199	>	,corSumEtMUON_(-9999.)
200	>	{;}
201	>
202	>	TRootMET(const TLorentzVector &momentum) :
203	>	TRootParticle(momentum)
204	>	,maxEtInEmTowers_(0.)
205	>	,maxEtInHadTowers_(0.)
206	>	,hadEtInHO_(0.)
207	>	,hadEtInHB_(0.)
208	>	,hadEtInHF_(0.)
209	>	,hadEtInHE_(0.)
210	>	,emEtInEB_(0.)
211	>	,emEtInEE_(0.)
212	>	,emEtInHF_(0.)
213	>	,etFractionHadronic_(0.)
214	>	,etFractionEm_(0.)
215	>	,metSignificance_(0.)
216	>	,caloMETInpHF_(0.)
217	>	,caloMETInmHF_(0.)
218	>	,caloSETInpHF_(0.)
219	>	,caloSETInmHF_(0.)
220	>	,caloMETPhiInpHF_(0.)
221	>	,caloMETPhiInmHF_(0.)
222	>	,uncorrectedPhiALL_(-9999.)
223	>	,uncorrectedPtALL_(-1.)
224	>	,corExALL_(-9999.)
225	>	,corEyALL_(-9999.)
226	>	,corSumEtALL_(-9999.)
227	>	,uncorrectedPhiJES_(-9999.)
228	>	,uncorrectedPtJES_(-1.)
229	>	,corExJES_(-9999.)
230	>	,corEyJES_(-9999.)
231	>	,corSumEtJES_(-9999.)
232	>	,uncorrectedPhiMUON_(-9999.)
233	>	,uncorrectedPtMUON_(-1.)
234	>	,corExMUON_(-9999.)
235	>	,corEyMUON_(-9999.)
236	>	,corSumEtMUON_(-9999.)
237	>	{;}
238	>
239	>	TRootMET(const TLorentzVector &momentum, const TVector3 &vertex, Int_t type, Float_t charge) :
240	>	TRootParticle(momentum, vertex, type, charge)
241	>	,maxEtInEmTowers_(0.)
242	>	,maxEtInHadTowers_(0.)
243	>	,hadEtInHO_(0.)
244	>	,hadEtInHB_(0.)
245	>	,hadEtInHF_(0.)
246	>	,hadEtInHE_(0.)
247	>	,emEtInEB_(0.)
248	>	,emEtInEE_(0.)
249	>	,emEtInHF_(0.)
250	>	,etFractionHadronic_(0.)
251	>	,etFractionEm_(0.)
252	>	,metSignificance_(0.)
253	>	,caloMETInpHF_(0.)
254	>	,caloMETInmHF_(0.)
255	>	,caloSETInpHF_(0.)
256	>	,caloSETInmHF_(0.)
257	>	,caloMETPhiInpHF_(0.)
258	>	,caloMETPhiInmHF_(0.)
259	>	,uncorrectedPhiALL_(-9999.)
260	>	,uncorrectedPtALL_(-1.)
261	>	,corExALL_(-9999.)
262	>	,corEyALL_(-9999.)
263	>	,corSumEtALL_(-9999.)
264	>	,uncorrectedPhiJES_(-9999.)
265	>	,uncorrectedPtJES_(-1.)
266	>	,corExJES_(-9999.)
267	>	,corEyJES_(-9999.)
268	>	,corSumEtJES_(-9999.)
269	>	,uncorrectedPhiMUON_(-9999.)
270	>	,uncorrectedPtMUON_(-1.)
271	>	,corExMUON_(-9999.)
272	>	,corEyMUON_(-9999.)
273	>	,corSumEtMUON_(-9999.)
274	>	{;}
275
276	<	~TRootMET() {;}
276	>	~TRootMET() {;}
277
278	<	Float_t maxEtInEmTowers() const { return maxEtInEmTowers_; }
279	<	Float_t maxEtInHadTowers() const { return maxEtInHadTowers_; }
280	<	Float_t hadEtInHO() const { return hadEtInHO_; }
281	<	Float_t hadEtInHB() const { return hadEtInHB_; }
282	<	Float_t hadEtInHF() const { return hadEtInHF_; }
283	<	Float_t hadEtInHE() const { return hadEtInHE_; }
284	<	Float_t emEtInEB() const { return emEtInEB_; }
285	<	Float_t emEtInEE() const { return emEtInEE_; }
286	<	Float_t emEtInHF() const { return emEtInHF_; }
287	<	Float_t etFractionHadronic() const { return etFractionHadronic_; }
288	<	Float_t etFractionEm() const { return etFractionEm_; }
289	<	Float_t metSignificance() const { return metSignificance_; }
290	<	Float_t caloMETInpHF() const { return caloMETInpHF_; }
291	<	Float_t caloMETInmHF() const { return caloMETInmHF_; }
292	<	Float_t caloSETInpHF() const { return caloSETInpHF_; }
293	<	Float_t caloSETInmHF() const { return caloSETInmHF_; }
294	<	Float_t caloMETPhiInpHF() const { return caloMETPhiInpHF_; }
295	<	Float_t caloMETPhiInmHF() const { return caloMETPhiInmHF_; }
296	<
297	<	void setMaxEtInEmTowers(Float_t maxEtInEmTowers) { maxEtInEmTowers_ = maxEtInEmTowers; }
298	<	void setMaxEtInHadTowers(Float_t maxEtInHadTowers) { maxEtInHadTowers_ = maxEtInHadTowers; }
299	<	void setHadEtInHO(Float_t hadEtInHO) { hadEtInHO_ = hadEtInHO; }
300	<	void setHadEtInHB(Float_t hadEtInHB) { hadEtInHB_ = hadEtInHB; }
301	<	void setHadEtInHF(Float_t hadEtInHF) { hadEtInHF_ = hadEtInHF; }
302	<	void setHadEtInHE(Float_t hadEtInHE) { hadEtInHE_ = hadEtInHE; }
303	<	void setEmEtInEB(Float_t emEtInEB) { emEtInEB_ = emEtInEB; }
304	<	void setEmEtInEE(Float_t emEtInEE) { emEtInEE_ = emEtInEE; }
305	<	void setEmEtInHF(Float_t emEtInHF) { emEtInHF_ = emEtInHF; }
306	<	void setEtFractionHadronic(Float_t etFractionHadronic) { etFractionHadronic_ = etFractionHadronic; }
307	<	void setEtFractionEm(Float_t etFractionEm) { etFractionEm_ = etFractionEm; }
308	<	void setMETSignificance(Float_t metSignificance) { metSignificance_ = metSignificance; }
309	<	void setCaloMETInpHF(Float_t caloMETInpHF) { caloMETInpHF_ = caloMETInpHF; }
310	<	void setCaloMETInmHF(Float_t caloMETInmHF) { caloMETInmHF_ = caloMETInmHF; }
311	<	void setCaloSETInpHF(Float_t caloSETInpHF) { caloSETInpHF_ = caloSETInpHF; }
312	<	void setCaloSETInmHF(Float_t caloSETInmHF) { caloSETInmHF_ = caloSETInmHF; }
313	<	void setCaloMETPhiInpHF(Float_t caloMETPhiInpHF) { caloMETPhiInpHF_ = caloMETPhiInpHF; }
314	<	void setCaloMETPhiInmHF(Float_t caloMETPhiInmHF) { caloMETPhiInmHF_ = caloMETPhiInmHF; }
278	>	Float_t maxEtInEmTowers() const { return maxEtInEmTowers_; }
279	>	Float_t maxEtInHadTowers() const { return maxEtInHadTowers_; }
280	>	Float_t hadEtInHO() const { return hadEtInHO_; }
281	>	Float_t hadEtInHB() const { return hadEtInHB_; }
282	>	Float_t hadEtInHF() const { return hadEtInHF_; }
283	>	Float_t hadEtInHE() const { return hadEtInHE_; }
284	>	Float_t emEtInEB() const { return emEtInEB_; }
285	>	Float_t emEtInEE() const { return emEtInEE_; }
286	>	Float_t emEtInHF() const { return emEtInHF_; }
287	>	Float_t etFractionHadronic() const { return etFractionHadronic_; }
288	>	Float_t etFractionEm() const { return etFractionEm_; }
289	>	Float_t metSignificance() const { return metSignificance_; }
290	>	Float_t caloMETInpHF() const { return caloMETInpHF_; }
291	>	Float_t caloMETInmHF() const { return caloMETInmHF_; }
292	>	Float_t caloSETInpHF() const { return caloSETInpHF_; }
293	>	Float_t caloSETInmHF() const { return caloSETInmHF_; }
294	>	Float_t caloMETPhiInpHF() const { return caloMETPhiInpHF_; }
295	>	Float_t caloMETPhiInmHF() const { return caloMETPhiInmHF_; }
296	>	Float_t uncorrectedPhiALL() const {return uncorrectedPhiALL_; }
297	>	Float_t uncorrectedPtALL()const {return uncorrectedPtALL_; }
298	>	Float_t corExALL()const {return corExALL_; }
299	>	Float_t corEyALL()const {return corEyALL_; }
300	>	Float_t corSumEtALL()const {return corSumEtALL_; }
301	>	Float_t uncorrectedPhiJES() const {return uncorrectedPhiJES_; }
302	>	Float_t uncorrectedPtJES()const {return uncorrectedPtJES_; }
303	>	Float_t corExJES()const {return corExJES_; }
304	>	Float_t corEyJES()const {return corEyJES_; }
305	>	Float_t corSumEtJES()const {return corSumEtJES_; }
306	>	Float_t uncorrectedPhiMUON() const {return uncorrectedPhiMUON_; }
307	>	Float_t uncorrectedPtMUON()const {return uncorrectedPtMUON_; }
308	>	Float_t corExMUON()const {return corExMUON_; }
309	>	Float_t corEyMUON()const {return corEyMUON_; }
310	>	Float_t corSumEtMUON()const {return corSumEtMUON_; }
311	>	//TObject* genMET() const { return genMET_.GetObject(); }
312	>	virtual TString typeName() const { return "TRootMET"; }
313	>
314	>
315	>	void setMaxEtInEmTowers(Float_t maxEtInEmTowers) { maxEtInEmTowers_ = maxEtInEmTowers; }
316	>	void setMaxEtInHadTowers(Float_t maxEtInHadTowers) { maxEtInHadTowers_ = maxEtInHadTowers; }
317	>	void setHadEtInHO(Float_t hadEtInHO) { hadEtInHO_ = hadEtInHO; }
318	>	void setHadEtInHB(Float_t hadEtInHB) { hadEtInHB_ = hadEtInHB; }
319	>	void setHadEtInHF(Float_t hadEtInHF) { hadEtInHF_ = hadEtInHF; }
320	>	void setHadEtInHE(Float_t hadEtInHE) { hadEtInHE_ = hadEtInHE; }
321	>	void setEmEtInEB(Float_t emEtInEB) { emEtInEB_ = emEtInEB; }
322	>	void setEmEtInEE(Float_t emEtInEE) { emEtInEE_ = emEtInEE; }
323	>	void setEmEtInHF(Float_t emEtInHF) { emEtInHF_ = emEtInHF; }
324	>	void setEtFractionHadronic(Float_t etFractionHadronic) { etFractionHadronic_ = etFractionHadronic; }
325	>	void setEtFractionEm(Float_t etFractionEm) { etFractionEm_ = etFractionEm; }
326	>	void setMETSignificance(Float_t metSignificance) { metSignificance_ = metSignificance; }
327	>	void setCaloMETInpHF(Float_t caloMETInpHF) { caloMETInpHF_ = caloMETInpHF; }
328	>	void setCaloMETInmHF(Float_t caloMETInmHF) { caloMETInmHF_ = caloMETInmHF; }
329	>	void setCaloSETInpHF(Float_t caloSETInpHF) { caloSETInpHF_ = caloSETInpHF; }
330	>	void setCaloSETInmHF(Float_t caloSETInmHF) { caloSETInmHF_ = caloSETInmHF; }
331	>	void setCaloMETPhiInpHF(Float_t caloMETPhiInpHF) { caloMETPhiInpHF_ = caloMETPhiInpHF; }
332	>	void setCaloMETPhiInmHF(Float_t caloMETPhiInmHF) { caloMETPhiInmHF_ = caloMETPhiInmHF; }
333
334	<	void setCaloMETFraction(
335	<	Float_t maxEtInEmTowers
336	<	,Float_t maxEtInHadTowers
337	<	,Float_t hadEtInHO
338	<	,Float_t hadEtInHB
339	<	,Float_t hadEtInHF
340	<	,Float_t hadEtInHE
341	<	,Float_t emEtInEB
342	<	,Float_t emEtInEE
343	<	,Float_t emEtInHF
344	<	,Float_t etFractionHadronic
345	<	,Float_t etFractionEm
346	<	,Float_t metSignificance
347	<	,Float_t caloMETInpHF
348	<	,Float_t caloMETInmHF
349	<	,Float_t caloSETInpHF
350	<	,Float_t caloSETInmHF
351	<	,Float_t caloMETPhiInpHF
352	<	,Float_t caloMETPhiInmHF
353	<	)
354	<	{
355	<	maxEtInEmTowers_ = maxEtInEmTowers;
356	<	maxEtInEmTowers_ = maxEtInEmTowers;
357	<	maxEtInHadTowers_ = maxEtInHadTowers;
358	<	hadEtInHO_ = hadEtInHO;
359	<	hadEtInHB_ = hadEtInHB;
360	<	hadEtInHF_ = hadEtInHF;
361	<	hadEtInHE_ = hadEtInHE;
362	<	emEtInEB_ = emEtInEB;
363	<	emEtInEE_ = emEtInEE;
364	<	emEtInHF_ = emEtInHF;
365	<	etFractionHadronic_ = etFractionHadronic;
366	<	etFractionEm_ = etFractionEm;
367	<	metSignificance_ = metSignificance;
368	<	caloMETInpHF_ = caloMETInpHF;
369	<	caloMETInmHF_ = caloMETInmHF;
370	<	caloSETInpHF_ = caloSETInpHF;
371	<	caloSETInmHF_ = caloSETInmHF;
372	<	caloMETPhiInpHF_ = caloMETPhiInpHF;
373	<	caloMETPhiInmHF_ = caloMETPhiInmHF;
374	<	}
375	<
376	<
377	<	friend std::ostream& operator<< (std::ostream& stream, const TRootMET& met) {
378	<	stream << "TRootMET  (Pt,Px,Py)=("<< met.Pt() <<","<< met.Px() <<","<< met.Py() << ")"
379	<	<< " vertex(x,y,z)=("<< met.vx() <<","<< met.vy() <<","<< met.vz() << ")"
380	<	<< "  hadEt in (HO,HB,HF,HE)=("<< met.hadEtInHO() <<","<< met.hadEtInHB() <<","<< met.hadEtInHF() <<","<< met.hadEtInHE() << ")"
381	<	<< "  emEt in (EB,EF,HF)=("<< met.emEtInEB() <<","<< met.emEtInEE() <<","<< met.emEtInHF() << ")";
382	<	return stream;
383	<	};
384	<
385	<
386	<	private:
387	<
388	<	Float_t maxEtInEmTowers_;    // Maximum ET in EM towers
389	<	Float_t maxEtInHadTowers_;   // Maximum ET in HCAL towers
390	<	Float_t hadEtInHO_;          // Hadronic ET fraction in HO
391	<	Float_t hadEtInHB_;          // Hadronic ET in HB
392	<	Float_t hadEtInHF_;          // Hadronic ET in HF
393	<	Float_t hadEtInHE_;          // Hadronic ET in HE
394	<	Float_t emEtInEB_;           // Em ET in EB
395	<	Float_t emEtInEE_;           // Em ET in EE
396	<	Float_t emEtInHF_;           // Em ET in HF
397	<	Float_t etFractionHadronic_; // Hadronic ET fraction
398	<	Float_t etFractionEm_;       // Em ET fraction
399	<	Float_t metSignificance_;    // Em ET fraction
400	<	Float_t caloMETInpHF_;       // CaloMET in HF+
401	<	Float_t caloMETInmHF_;       // CaloMET in HF-
402	<	Float_t caloSETInpHF_;       // CaloSET in HF+
403	<	Float_t caloSETInmHF_;       // CaloSET in HF-
404	<	Float_t caloMETPhiInpHF_;    // CaloMET-phi in HF+
405	<	Float_t caloMETPhiInmHF_;    // CaloMET-phi in HF-
334	>	void setCaloMETFraction(
335	>	Float_t maxEtInEmTowers
336	>	,Float_t maxEtInHadTowers
337	>	,Float_t hadEtInHO
338	>	,Float_t hadEtInHB
339	>	,Float_t hadEtInHF
340	>	,Float_t hadEtInHE
341	>	,Float_t emEtInEB
342	>	,Float_t emEtInEE
343	>	,Float_t emEtInHF
344	>	,Float_t etFractionHadronic
345	>	,Float_t etFractionEm
346	>	,Float_t metSignificance
347	>	,Float_t caloMETInpHF
348	>	,Float_t caloMETInmHF
349	>	,Float_t caloSETInpHF
350	>	,Float_t caloSETInmHF
351	>	,Float_t caloMETPhiInpHF
352	>	,Float_t caloMETPhiInmHF
353	>	)
354	>	{
355	>	maxEtInEmTowers_ = maxEtInEmTowers;
356	>	maxEtInEmTowers_ = maxEtInEmTowers;
357	>	maxEtInHadTowers_ = maxEtInHadTowers;
358	>	hadEtInHO_ = hadEtInHO;
359	>	hadEtInHB_ = hadEtInHB;
360	>	hadEtInHF_ = hadEtInHF;
361	>	hadEtInHE_ = hadEtInHE;
362	>	emEtInEB_ = emEtInEB;
363	>	emEtInEE_ = emEtInEE;
364	>	emEtInHF_ = emEtInHF;
365	>	etFractionHadronic_ = etFractionHadronic;
366	>	etFractionEm_ = etFractionEm;
367	>	metSignificance_ = metSignificance;
368	>	caloMETInpHF_ = caloMETInpHF;
369	>	caloMETInmHF_ = caloMETInmHF;
370	>	caloSETInpHF_ = caloSETInpHF;
371	>	caloSETInmHF_ = caloSETInmHF;
372	>	caloMETPhiInpHF_ = caloMETPhiInpHF;
373	>	caloMETPhiInmHF_ = caloMETPhiInmHF;
374	>	}
375	>
376	>	void setUncorrectedPhiALL(Float_t uncorrectedPhiALL) { uncorrectedPhiALL_ = uncorrectedPhiALL;}
377	>	void setUncorrectedPtALL(Float_t uncorrectedPtALL) { uncorrectedPtALL_ = uncorrectedPtALL;}
378	>	void setCorExALL(Float_t corExALL) { corExALL_ = corExALL;}
379	>	void setCorEyALL(Float_t corEyALL) { corEyALL_ = corEyALL;}
380	>	void setCorSumEtALL(Float_t corSumEtALL) { corSumEtALL_ = corSumEtALL;}
381	>	void setUncorrectedPhiJES(Float_t uncorrectedPhiJES) { uncorrectedPhiJES_ = uncorrectedPhiJES;}
382	>	void setUncorrectedPtJES(Float_t uncorrectedPtJES) { uncorrectedPtJES_ = uncorrectedPtJES;}
383	>	void setCorExJES(Float_t corExJES) { corExJES_ = corExJES;}
384	>	void setCorEyJES(Float_t corEyJES) { corEyJES_ = corEyJES;}
385	>	void setCorSumEtJES(Float_t corSumEtJES) { corSumEtJES_ = corSumEtJES;}
386	>	void setUncorrectedPhiMUON(Float_t uncorrectedPhiMUON) { uncorrectedPhiMUON_ = uncorrectedPhiMUON;}
387	>	void setUncorrectedPtMUON(Float_t uncorrectedPtMUON) { uncorrectedPtMUON_ = uncorrectedPtMUON;}
388	>	void setCorExMUON(Float_t corExMUON) { corExMUON_ = corExMUON;}
389	>	void setCorEyMUON(Float_t corEyMUON) { corEyMUON_ = corEyMUON;}
390	>	void setCorSumEtMUON(Float_t corSumEtMUON) { corSumEtMUON_ = corSumEtMUON;}
391	>	//void setGenMET(TObject* genMET) { genMET_ = genMET; }
392	>
393	>
394	>	friend std::ostream& operator<< (std::ostream& stream, const TRootMET& met) {
395	>	stream << "TRootMET  (Pt,Px,Py)=("<< met.Pt() <<","<< met.Px() <<","<< met.Py() << ")"
396	>	<< "  hadEt in (HO,HB,HF,HE)=("<< met.hadEtInHO() <<","<< met.hadEtInHB() <<","<< met.hadEtInHF() <<","<< met.hadEtInHE() << ")"
397	>	<< "  emEt in (EB,EF,HF)=("<< met.emEtInEB() <<","<< met.emEtInEE() <<","<< met.emEtInHF() << ")";
398	>	return stream;
399	>	};
400	>
401	>
402	>	private:
403	>
404	>	Float_t maxEtInEmTowers_;    // Maximum ET in EM towers
405	>	Float_t maxEtInHadTowers_;   // Maximum ET in HCAL towers
406	>	Float_t hadEtInHO_;          // Hadronic ET fraction in HO
407	>	Float_t hadEtInHB_;          // Hadronic ET in HB
408	>	Float_t hadEtInHF_;          // Hadronic ET in HF
409	>	Float_t hadEtInHE_;          // Hadronic ET in HE
410	>	Float_t emEtInEB_;           // Em ET in EB
411	>	Float_t emEtInEE_;           // Em ET in EE
412	>	Float_t emEtInHF_;           // Em ET in HF
413	>	Float_t etFractionHadronic_; // Hadronic ET fraction
414	>	Float_t etFractionEm_;       // Em ET fraction
415	>	Float_t metSignificance_;    // Em ET fraction
416	>	Float_t caloMETInpHF_;       // CaloMET in HF+
417	>	Float_t caloMETInmHF_;       // CaloMET in HF-
418	>	Float_t caloSETInpHF_;       // CaloSET in HF+
419	>	Float_t caloSETInmHF_;       // CaloSET in HF-
420	>	Float_t caloMETPhiInpHF_;    // CaloMET-phi in HF+
421	>	Float_t caloMETPhiInmHF_;    // CaloMET-phi in HF-
422	>	Float_t uncorrectedPhiALL_;
423	>	Float_t uncorrectedPtALL_;
424	>	Float_t corExALL_;
425	>	Float_t corEyALL_;
426	>	Float_t corSumEtALL_;
427	>	Float_t uncorrectedPhiJES_;
428	>	Float_t uncorrectedPtJES_;
429	>	Float_t corExJES_;
430	>	Float_t corEyJES_;
431	>	Float_t corSumEtJES_;
432	>	Float_t uncorrectedPhiMUON_;
433	>	Float_t uncorrectedPtMUON_;
434	>	Float_t corExMUON_;
435	>	Float_t corEyMUON_;
436	>	Float_t corSumEtMUON_;
437	>
438
439	<	ClassDef (TRootMET,1);
439	>	ClassDef (TRootMET,1);
440		};
441
442		#endif

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