VHbb/python/vhbbPlotDef.ini

[plotDef:BDT_RMed]
relPath = RMed_<mass>_may.nominal
xAxis = BDT output
nBins = 20
min = -1
max = 1

[plotDef:BDT_RTight]
relPath = RTight_<mass>_may.nominal
xAxis = BDT output
nBins = 20
min = -1
max = 1

[plotDef:BDT8_RMed]
relPath = RMed_<mass>_oct.nominal
xAxis = BDT output
nBins = 20
min = -1
max = 1

[plotDef:BDT8_RTight]
relPath = RTight_<mass>_oct.nominal
xAxis = BDT output
nBins = 20
min = -1
max = 1

[plotDef:BDT8_RTightLooseBTag]
relPath = RTightLooseBTag_<mass>_oct.nominal
xAxis = BDT output
nBins = 20
min = -1
max = 1

[plotDef:Hmass]
relPath = H.mass
xAxis = M_{b#bar{b}} [GeV]
nBins = 25
min = 0
max = 250

[plotDef:Hmass_NoReg]
relPath = HNoReg.mass
xAxis = M_{b#bar{b}} before Regression [GeV]
nBins = 17
min = 0
max = 255

[plotDef:Hpt]
relPath = H.pt
xAxis = p_{T} (b#bar{b}) [GeV]
nBins = 40
min = 0
max = 400

[plotDef:Vpt]
relPath = V.pt
xAxis = p_{T} (V) [GeV]
nBins = 40
min = 0
max = 400

[plotDef:HVdPhi]
relPath = HVdPhi
xAxis = #Delta #phi (V,H)
nBins = 20
min = 0
max = 3.5

[plotDef:Vmass]
relPath = V.mass
xAxis = m_{l^{+}l^{-}} [GeV]
nBins = 20
min = 75
max = 105

[plotDef:HdR]
relPath = H.dR
xAxis = #Delta R (b,#bar{b})
nBins = 20
min = 0
max = 4

[plotDef:csv0]
relPath = hJet_csv[0]
xAxis = jet 0 csv
nBins = 20
min = 0
max = 1
 
[plotDef:csv1]
relPath = hJet_csv[1]
xAxis = jet 1 csv
nBins = 20
min = 0
max = 1
 
[plotDef:AK7]
relPath = deltaPullAngleAK7
xAxis = deltaPullAngleAK7
nBins = 30
min = -3.5
max = 3.5

[plotDef:Sum]
relPath = Sum$(aJet_pt>20.&abs(aJet_eta)<2.4)
xAxis = number of additional jets
nBins = 6
min = 0
max = 6

[plotDef:HdEta]
relPath = H.dEta
xAxis = #Delta #eta (b,#bar{b})
nBins = 25
min = 0
max = 4

[plotDef:minCSV]
relPath = min(hJet_csv[0],hJet_csv[1])
xAxis = min CSV
nBins = 25
min = 0
max = 1

[plotDef:maxCSV]
relPath = max(hJet_csv[0],hJet_csv[1])
xAxis = max CSV
nBins = 25
min = 0
max = 1

[plotDef:hJet0pt]
relPath = hJet_pt[0]
xAxis = leading Jet p_T
nBins = 25
min = 0
max = 400

[plotDef:hJet1pt]
relPath = hJet_pt[1]
xAxis = second leading Jet p_T
nBins = 25
min = 0
max = 250

[plotDef:PullAngle]
relPath = deltaPullAngle
xAxis = #Delta#theta
nBins = 20
min = -3.5
max = 3.5

[plotDef:PullAngle2]
relPath = deltaPullAngle2
xAxis = #Delta#theta
nBins = 20
min = -3.5
max = 3.5

[plotDef:rHVpt]
relPath = H.pt/V.pt
xAxis = p_{T} balance
nBins = 30
min = 0.5
max = 2.

[plotDef:rHVpt_NoReg]
relPath = HNoReg.pt/V.pt
xAxis = p_{T} balance before regression
nBins = 30
min = 0.5
max = 2.

[plotDef:METnoPU]
relPath = METnoPU.et
xAxis = PU corrected #slash{E}_{T} [GeV]
nBins = 10
min = 0
max = 100

[plotDef:JECUnc]
relPath = hJet_JECUnc[0]
xAxis = JEC uncertainty
nBins = 25
min = 0.
max = 0.1
log = True

[plotDef:rho25]
relPath = rho25
xAxis = #rho_{25}
nBins = 25
min = -0.5
max = 24.5

[plotDef:jPtRaw]
relPath = hJet_ptRaw[0]
xAxis = jet raw p_{T} [GeV]
nBins = 30
min = 20
max = 320

[plotDef:jE]
relPath = hJet_e[0]
xAxis = jet energy [GeV]
nBins = 30
min = 20
max = 320

[plotDef:jCef]
relPath = hJet_cef[0]
xAxis = charged electromagnetic fraction
nBins = 25
min = 0
max = 1
log = True

[plotDef:jChf]
relPath = hJet_chf[0]
xAxis = charged hadron fraction
nBins = 25
min = 0
max = 1

[plotDef:jNCh]
relPath = hJet_nch[0]
xAxis = charged multiplicity
nBins = 71
min = -0.5
max = 70.5

[plotDef:jNum]
relPath = hJet_nconstituents[0]
xAxis = number of constituents
nBins = 71
min = -0.5
max = 70.5

[plotDef:jPtLeadTrack]
relPath = hJet_ptLeadTrack[0]
xAxis = jet p_{T} leading track [GeV]
nBins = 20
min = 0
max = 100

[plotDef:vtxPt]
relPath = hJet_vtxPt[0]
xAxis = vertex p_{T} [GeV]
nBins = 50
min = 0
max = 100

[plotDef:vtxMass]
relPath = hJet_vtxMass[0]
xAxis = vertex mass [GeV]
nBins = 25
min = 0
max = 5

[plotDef:vtx3dL]
relPath = hJet_vtx3dL[0]
xAxis = vertex 3dL [cm]
nBins = 50
min = 0
max = 5

[plotDef:vtx3deL]
relPath = hJet_vtx3deL[0]
xAxis = vertex 3dL #sigma [cm]
nBins = 50
min = 0
max = 0.5

[plotDef:jSoftLeptPtRel]
relPath = hJet_SoftLeptptRel[0]
xAxis = jet soft lepton PtRel 
nBins = 20
min = 0.
max = 20.

[plotDef:jSoftLeptPt]
relPath = hJet_SoftLeptPt[0]
xAxis = jet soft lepton p_{T} [GeV] 
nBins = 35
min = 0
max = 70

[plotDef:jSoftLeptdR]
relPath = hJet_SoftLeptdR[0]
xAxis = #Delta R (soft lepton, jet) 
nBins = 20
min = 0
max = 0.5

[plotDef:regWeight]
relPath = hJet_regWeight[0]
xAxis = regression correction
nBins = 25
min = 0.5
max = 1.5

[plotDef:dPhiJetMet]
relPath = hJet_MET_dPhi[0]
xAxis = #Delta #phi (#slash{E}_{T},j)
nBins = 35
min = -3.5
max = 3.5

[plotDef:vxMult]
relPath = nPVs
xAxis = number of primary vertices
nBins = 46
min = -0.5
max = 45.5
Revision:	1.17
Committed:	Tue Oct 16 13:23:51 2012 UTC (12 years, 7 months ago) by nmohr
Branch:	MAIN
CVS Tags:	hcpPreApp
Changes since 1.16:	+7 -0 lines
Log Message:	Add vxMult
#	User	Rev	Content
1	peller	1.1	[plotDef:BDT_RMed]
2			relPath = RMed_<mass>_may.nominal
3			xAxis = BDT output
4	peller	1.2	nBins = 20
5	peller	1.1	min = -1
6			max = 1
7
8			[plotDef:BDT_RTight]
9			relPath = RTight_<mass>_may.nominal
10			xAxis = BDT output
11	peller	1.2	nBins = 20
12	peller	1.1	min = -1
13			max = 1
14
15	peller	1.3	[plotDef:BDT8_RMed]
16			relPath = RMed_<mass>_oct.nominal
17			xAxis = BDT output
18			nBins = 20
19			min = -1
20			max = 1
21
22			[plotDef:BDT8_RTight]
23			relPath = RTight_<mass>_oct.nominal
24			xAxis = BDT output
25			nBins = 20
26			min = -1
27			max = 1
28
29	peller	1.8	[plotDef:BDT8_RTightLooseBTag]
30			relPath = RTightLooseBTag_<mass>_oct.nominal
31			xAxis = BDT output
32			nBins = 20
33			min = -1
34			max = 1
35
36	peller	1.1	[plotDef:Hmass]
37			relPath = H.mass
38	nmohr	1.7	xAxis = M_{b#bar{b}} [GeV]
39	peller	1.1	nBins = 25
40			min = 0
41			max = 250
42
43	peller	1.9	[plotDef:Hmass_NoReg]
44			relPath = HNoReg.mass
45			xAxis = M_{b#bar{b}} before Regression [GeV]
46	nmohr	1.13	nBins = 17
47	peller	1.9	min = 0
48	nmohr	1.13	max = 255
49	peller	1.9
50	peller	1.1	[plotDef:Hpt]
51			relPath = H.pt
52	nmohr	1.7	xAxis = p_{T} (b#bar{b}) [GeV]
53	peller	1.1	nBins = 40
54			min = 0
55			max = 400
56
57			[plotDef:Vpt]
58			relPath = V.pt
59	nmohr	1.7	xAxis = p_{T} (V) [GeV]
60	peller	1.1	nBins = 40
61			min = 0
62			max = 400
63
64			[plotDef:HVdPhi]
65			relPath = HVdPhi
66	nmohr	1.7	xAxis = #Delta #phi (V,H)
67	peller	1.1	nBins = 20
68			min = 0
69	peller	1.5	max = 3.5
70	peller	1.1
71			[plotDef:Vmass]
72			relPath = V.mass
73	nmohr	1.7	xAxis = m_{l^{+}l^{-}} [GeV]
74	peller	1.1	nBins = 20
75			min = 75
76			max = 105
77
78			[plotDef:HdR]
79			relPath = H.dR
80	nmohr	1.7	xAxis = #Delta R (b,#bar{b})
81	peller	1.1	nBins = 20
82			min = 0
83			max = 4
84
85			[plotDef:csv0]
86			relPath = hJet_csv[0]
87	nmohr	1.7	xAxis = jet 0 csv
88	peller	1.1	nBins = 20
89	peller	1.5	min = 0
90	peller	1.1	max = 1
91
92			[plotDef:csv1]
93			relPath = hJet_csv[1]
94	nmohr	1.7	xAxis = jet 1 csv
95	peller	1.1	nBins = 20
96	peller	1.5	min = 0
97	peller	1.1	max = 1
98
99			[plotDef:AK7]
100			relPath = deltaPullAngleAK7
101			xAxis = deltaPullAngleAK7
102			nBins = 30
103			min = -3.5
104			max = 3.5
105
106			[plotDef:Sum]
107			relPath = Sum$(aJet_pt>20.&abs(aJet_eta)<2.4)
108	nmohr	1.7	xAxis = number of additional jets
109	peller	1.1	nBins = 6
110			min = 0
111			max = 6
112	nmohr	1.4
113	peller	1.5	[plotDef:HdEta]
114			relPath = H.dEta
115	nmohr	1.7	xAxis = #Delta #eta (b,#bar{b})
116	peller	1.6	nBins = 25
117	peller	1.5	min = 0
118			max = 4
119
120			[plotDef:minCSV]
121			relPath = min(hJet_csv[0],hJet_csv[1])
122			xAxis = min CSV
123	peller	1.6	nBins = 25
124	peller	1.5	min = 0
125			max = 1
126
127			[plotDef:maxCSV]
128			relPath = max(hJet_csv[0],hJet_csv[1])
129			xAxis = max CSV
130	peller	1.6	nBins = 25
131	peller	1.5	min = 0
132			max = 1
133
134			[plotDef:hJet0pt]
135			relPath = hJet_pt[0]
136			xAxis = leading Jet p_T
137	peller	1.6	nBins = 25
138	peller	1.5	min = 0
139			max = 400
140
141			[plotDef:hJet1pt]
142			relPath = hJet_pt[1]
143			xAxis = second leading Jet p_T
144	peller	1.6	nBins = 25
145	peller	1.5	min = 0
146			max = 250
147
148			[plotDef:PullAngle]
149			relPath = deltaPullAngle
150	nmohr	1.7	xAxis = #Delta#theta
151	peller	1.5	nBins = 20
152			min = -3.5
153			max = 3.5
154
155			[plotDef:PullAngle2]
156			relPath = deltaPullAngle2
157	nmohr	1.7	xAxis = #Delta#theta
158	peller	1.5	nBins = 20
159			min = -3.5
160			max = 3.5
161
162	nmohr	1.4	[plotDef:rHVpt]
163			relPath = H.pt/V.pt
164			xAxis = p_{T} balance
165			nBins = 30
166			min = 0.5
167			max = 2.
168	nmohr	1.10
169	nmohr	1.12	[plotDef:rHVpt_NoReg]
170			relPath = HNoReg.pt/V.pt
171			xAxis = p_{T} balance before regression
172	nmohr	1.14	nBins = 30
173			min = 0.5
174			max = 2.
175	nmohr	1.12
176	nmohr	1.10	[plotDef:METnoPU]
177			relPath = METnoPU.et
178			xAxis = PU corrected #slash{E}_{T} [GeV]
179			nBins = 10
180			min = 0
181			max = 100
182
183			[plotDef:JECUnc]
184	nmohr	1.15	relPath = hJet_JECUnc[0]
185	nmohr	1.10	xAxis = JEC uncertainty
186			nBins = 25
187			min = 0.
188			max = 0.1
189	nmohr	1.16	log = True
190	nmohr	1.10
191			[plotDef:rho25]
192			relPath = rho25
193			xAxis = #rho_{25}
194			nBins = 25
195			min = -0.5
196			max = 24.5
197
198			[plotDef:jPtRaw]
199	nmohr	1.15	relPath = hJet_ptRaw[0]
200	nmohr	1.10	xAxis = jet raw p_{T} [GeV]
201			nBins = 30
202			min = 20
203			max = 320
204
205			[plotDef:jE]
206	nmohr	1.15	relPath = hJet_e[0]
207	nmohr	1.10	xAxis = jet energy [GeV]
208			nBins = 30
209			min = 20
210			max = 320
211
212			[plotDef:jCef]
213	nmohr	1.15	relPath = hJet_cef[0]
214	nmohr	1.10	xAxis = charged electromagnetic fraction
215			nBins = 25
216			min = 0
217			max = 1
218	nmohr	1.16	log = True
219	nmohr	1.10
220			[plotDef:jChf]
221	nmohr	1.15	relPath = hJet_chf[0]
222	nmohr	1.10	xAxis = charged hadron fraction
223			nBins = 25
224			min = 0
225			max = 1
226
227			[plotDef:jNCh]
228	nmohr	1.15	relPath = hJet_nch[0]
229	nmohr	1.10	xAxis = charged multiplicity
230			nBins = 71
231			min = -0.5
232			max = 70.5
233
234			[plotDef:jNum]
235	nmohr	1.15	relPath = hJet_nconstituents[0]
236	nmohr	1.10	xAxis = number of constituents
237			nBins = 71
238			min = -0.5
239			max = 70.5
240
241			[plotDef:jPtLeadTrack]
242	nmohr	1.15	relPath = hJet_ptLeadTrack[0]
243	nmohr	1.10	xAxis = jet p_{T} leading track [GeV]
244	nmohr	1.13	nBins = 20
245			min = 0
246			max = 100
247	nmohr	1.10
248			[plotDef:vtxPt]
249	nmohr	1.15	relPath = hJet_vtxPt[0]
250	nmohr	1.10	xAxis = vertex p_{T} [GeV]
251	nmohr	1.15	nBins = 50
252	nmohr	1.10	min = 0
253			max = 100
254
255			[plotDef:vtxMass]
256	nmohr	1.15	relPath = hJet_vtxMass[0]
257	nmohr	1.10	xAxis = vertex mass [GeV]
258	nmohr	1.15	nBins = 25
259	nmohr	1.10	min = 0
260	nmohr	1.15	max = 5
261	nmohr	1.10
262			[plotDef:vtx3dL]
263	nmohr	1.15	relPath = hJet_vtx3dL[0]
264	nmohr	1.13	xAxis = vertex 3dL [cm]
265	nmohr	1.10	nBins = 50
266			min = 0
267	nmohr	1.13	max = 5
268	nmohr	1.10
269			[plotDef:vtx3deL]
270	nmohr	1.15	relPath = hJet_vtx3deL[0]
271	nmohr	1.13	xAxis = vertex 3dL #sigma [cm]
272	nmohr	1.10	nBins = 50
273			min = 0
274	nmohr	1.13	max = 0.5
275	nmohr	1.10
276			[plotDef:jSoftLeptPtRel]
277	nmohr	1.15	relPath = hJet_SoftLeptptRel[0]
278	nmohr	1.10	xAxis = jet soft lepton PtRel
279			nBins = 20
280	nmohr	1.14	min = 0.
281			max = 20.
282	nmohr	1.10
283			[plotDef:jSoftLeptPt]
284	nmohr	1.15	relPath = hJet_SoftLeptPt[0]
285	nmohr	1.10	xAxis = jet soft lepton p_{T} [GeV]
286	nmohr	1.13	nBins = 35
287	nmohr	1.10	min = 0
288	nmohr	1.13	max = 70
289	nmohr	1.10
290			[plotDef:jSoftLeptdR]
291	nmohr	1.15	relPath = hJet_SoftLeptdR[0]
292	nmohr	1.10	xAxis = #Delta R (soft lepton, jet)
293			nBins = 20
294			min = 0
295	nmohr	1.13	max = 0.5
296	nmohr	1.11
297			[plotDef:regWeight]
298	nmohr	1.15	relPath = hJet_regWeight[0]
299	nmohr	1.11	xAxis = regression correction
300	nmohr	1.13	nBins = 25
301	nmohr	1.11	min = 0.5
302			max = 1.5
303
304			[plotDef:dPhiJetMet]
305	nmohr	1.15	relPath = hJet_MET_dPhi[0]
306	nmohr	1.11	xAxis = #Delta #phi (#slash{E}_{T},j)
307			nBins = 35
308			min = -3.5
309			max = 3.5
310	nmohr	1.17
311			[plotDef:vxMult]
312			relPath = nPVs
313			xAxis = number of primary vertices
314			nBins = 46
315			min = -0.5
316			max = 45.5