VHbb/python/vhbbPlotDef.ini

[General]
BDTbins = 15

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

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

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

[plotDef:BDTexpert_VV_HighPt]
relPath = VV_HighPt_<mass>_nov.nominal
xAxis = BDT output
nBins = <!General|BDTbins!>
min = -1
max = 1

[plotDef:BDTexpert_DY_HighPt]
relPath = TT_HighPt_<mass>_nov.nominal
xAxis = BDT output
nBins = <!General|BDTbins!>
min = -1
max = 1

[plotDef:BDTexpert_TT_HighPt]
relPath = TT_HighPt_<mass>_nov.nominal
xAxis = BDT output
nBins = <!General|BDTbins!>
min = -1
max = 1

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

[plotDef:BDT8_RTightLooseBTag]
relPath = RTightLooseBTag_<mass>_oct.nominal
xAxis = BDT output
nBins = <!General|BDTbins!>
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:csvivf0]
relPath = hJet_csvivf[0]
xAxis = jet 0 csv ivf
nBins = 20
min = 0
max = 1
 
[plotDef:csvivf1]
relPath = hJet_csvivf[1]
xAxis = jet 1 csv ivf
nBins = 20
min = 0
max = 1

[plotDef:cmva0]
relPath = hJet_cmva[0]
xAxis = jet 0 cmva
nBins = 20
min = 0
max = 1
 
[plotDef:cmva1]
relPath = hJet_cmva[1]
xAxis = jet 1 cmva
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} [GeV]
nBins = 25
min = 0
max = 400

[plotDef:hJet1pt]
relPath = hJet_pt[1]
xAxis = second jet p_{T} [GeV]
nBins = 25
min = 0
max = 250

[plotDef:vLepton0pt]
relPath = vLepton_pt[0]
xAxis = leading Lepton p_T
nBins = 25
min = 0
max = 400

[plotDef:vLepton1pt]
relPath = vLepton_pt[1]
xAxis = second Lepton p_T
nBins = 25
min = 0
max = 400

[plotDef:hJet0eta]
relPath = hJet_eta[0]
xAxis = leading jet #eta
nBins = 25
min = -4.
max = 4.

[plotDef:hJet1eta]
relPath = hJet_eta[1]
xAxis = second jet #eta
nBins = 25
min = -4.
max = 4.

[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 = 25
min = 0.
max = 2.

[plotDef:rHVpt_NoReg]
relPath = HNoReg.pt/V.pt
xAxis = p_{T} balance before regression
nBins = 25
min = 0.
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 = first jet vertex p_{T} [GeV]
nBins = 50
min = 0
max = 100

[plotDef:vtxMass]
relPath = hJet_vtxMass[0]
xAxis = first jet vertex mass [GeV]
nBins = 15
min = 0
max = 6

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

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

[plotDef:vtxPt1]
relPath = hJet_vtxPt[1]
xAxis = second jet vertex p_{T} [GeV]
nBins = 50
min = 0
max = 100

[plotDef:vtxMass1]
relPath = hJet_vtxMass[1]
xAxis = second jet vertex mass [GeV]
nBins = 15
min = 0
max = 6

[plotDef:vtx3dL1]
relPath = hJet_vtx3dL[1]
xAxis = second jet vertex 3dL [cm]
nBins = 50
min = 0
max = 5

[plotDef:vtx3deL1]
relPath = hJet_vtx3deL[1]
xAxis = second jet 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:	1.27
Committed:	Wed Jan 16 16:22:47 2013 UTC (12 years, 3 months ago) by peller
Branch:	MAIN
CVS Tags:	HEAD
Changes since 1.26:	+0 -0 lines
State:	*FILE REMOVED*
Log Message:	reorganized the whole repository. Macros im myutils, config files in subdirectories. Config file split in parts. Path config file restructured. Moved all path options to the path config. Changed the code accordingly.
#	User	Rev	Content
1	peller	1.22	[General]
2	peller	1.23	BDTbins = 15
3	peller	1.22
4	peller	1.1	[plotDef:BDT_RMed]
5			relPath = RMed_<mass>_may.nominal
6			xAxis = BDT output
7	peller	1.22	nBins = <!General\|BDTbins!>
8	peller	1.1	min = -1
9			max = 1
10
11			[plotDef:BDT_RTight]
12			relPath = RTight_<mass>_may.nominal
13			xAxis = BDT output
14	peller	1.22	nBins = <!General\|BDTbins!>
15	peller	1.1	min = -1
16			max = 1
17
18	peller	1.3	[plotDef:BDT8_RMed]
19			relPath = RMed_<mass>_oct.nominal
20			xAxis = BDT output
21	peller	1.22	nBins = <!General\|BDTbins!>
22	peller	1.3	min = -1
23			max = 1
24
25	peller	1.26	[plotDef:BDTexpert_VV_HighPt]
26			relPath = VV_HighPt_<mass>_nov.nominal
27			xAxis = BDT output
28			nBins = <!General\|BDTbins!>
29			min = -1
30			max = 1
31
32			[plotDef:BDTexpert_DY_HighPt]
33			relPath = TT_HighPt_<mass>_nov.nominal
34			xAxis = BDT output
35			nBins = <!General\|BDTbins!>
36			min = -1
37			max = 1
38
39			[plotDef:BDTexpert_TT_HighPt]
40			relPath = TT_HighPt_<mass>_nov.nominal
41			xAxis = BDT output
42			nBins = <!General\|BDTbins!>
43			min = -1
44			max = 1
45
46	peller	1.3	[plotDef:BDT8_RTight]
47			relPath = RTight_<mass>_oct.nominal
48			xAxis = BDT output
49	peller	1.22	nBins = <!General\|BDTbins!>
50	peller	1.3	min = -1
51			max = 1
52
53	peller	1.8	[plotDef:BDT8_RTightLooseBTag]
54			relPath = RTightLooseBTag_<mass>_oct.nominal
55			xAxis = BDT output
56	peller	1.22	nBins = <!General\|BDTbins!>
57	peller	1.8	min = -1
58			max = 1
59
60	peller	1.1	[plotDef:Hmass]
61			relPath = H.mass
62	nmohr	1.7	xAxis = M_{b#bar{b}} [GeV]
63	peller	1.1	nBins = 25
64			min = 0
65			max = 250
66
67	peller	1.9	[plotDef:Hmass_NoReg]
68			relPath = HNoReg.mass
69			xAxis = M_{b#bar{b}} before Regression [GeV]
70	nmohr	1.13	nBins = 17
71	peller	1.9	min = 0
72	nmohr	1.13	max = 255
73	peller	1.9
74	peller	1.1	[plotDef:Hpt]
75			relPath = H.pt
76	nmohr	1.7	xAxis = p_{T} (b#bar{b}) [GeV]
77	peller	1.1	nBins = 40
78			min = 0
79			max = 400
80
81			[plotDef:Vpt]
82			relPath = V.pt
83	nmohr	1.7	xAxis = p_{T} (V) [GeV]
84	peller	1.1	nBins = 40
85			min = 0
86			max = 400
87
88			[plotDef:HVdPhi]
89			relPath = HVdPhi
90	nmohr	1.7	xAxis = #Delta #phi (V,H)
91	peller	1.1	nBins = 20
92			min = 0
93	peller	1.5	max = 3.5
94	peller	1.1
95			[plotDef:Vmass]
96			relPath = V.mass
97	nmohr	1.7	xAxis = m_{l^{+}l^{-}} [GeV]
98	peller	1.1	nBins = 20
99			min = 75
100			max = 105
101
102			[plotDef:HdR]
103			relPath = H.dR
104	nmohr	1.7	xAxis = #Delta R (b,#bar{b})
105	peller	1.1	nBins = 20
106			min = 0
107			max = 4
108
109			[plotDef:csv0]
110			relPath = hJet_csv[0]
111	nmohr	1.7	xAxis = jet 0 csv
112	peller	1.1	nBins = 20
113	peller	1.5	min = 0
114	peller	1.1	max = 1
115
116			[plotDef:csv1]
117			relPath = hJet_csv[1]
118	nmohr	1.7	xAxis = jet 1 csv
119	peller	1.1	nBins = 20
120	peller	1.5	min = 0
121	peller	1.1	max = 1
122	nmohr	1.25
123			[plotDef:csvivf0]
124			relPath = hJet_csvivf[0]
125			xAxis = jet 0 csv ivf
126			nBins = 20
127			min = 0
128			max = 1
129
130			[plotDef:csvivf1]
131			relPath = hJet_csvivf[1]
132			xAxis = jet 1 csv ivf
133			nBins = 20
134			min = 0
135			max = 1
136
137			[plotDef:cmva0]
138			relPath = hJet_cmva[0]
139			xAxis = jet 0 cmva
140			nBins = 20
141			min = 0
142			max = 1
143
144			[plotDef:cmva1]
145			relPath = hJet_cmva[1]
146			xAxis = jet 1 cmva
147			nBins = 20
148			min = 0
149			max = 1
150	peller	1.1
151			[plotDef:AK7]
152			relPath = deltaPullAngleAK7
153			xAxis = deltaPullAngleAK7
154			nBins = 30
155			min = -3.5
156			max = 3.5
157
158			[plotDef:Sum]
159			relPath = Sum$(aJet_pt>20.&abs(aJet_eta)<2.4)
160	nmohr	1.7	xAxis = number of additional jets
161	peller	1.1	nBins = 6
162			min = 0
163			max = 6
164	nmohr	1.4
165	peller	1.5	[plotDef:HdEta]
166			relPath = H.dEta
167	nmohr	1.7	xAxis = #Delta #eta (b,#bar{b})
168	peller	1.6	nBins = 25
169	peller	1.5	min = 0
170			max = 4
171
172			[plotDef:minCSV]
173			relPath = min(hJet_csv[0],hJet_csv[1])
174			xAxis = min CSV
175	peller	1.6	nBins = 25
176	peller	1.5	min = 0
177			max = 1
178
179			[plotDef:maxCSV]
180			relPath = max(hJet_csv[0],hJet_csv[1])
181			xAxis = max CSV
182	peller	1.6	nBins = 25
183	peller	1.5	min = 0
184			max = 1
185
186			[plotDef:hJet0pt]
187			relPath = hJet_pt[0]
188	nmohr	1.19	xAxis = leading jet p_{T} [GeV]
189	peller	1.6	nBins = 25
190	peller	1.5	min = 0
191			max = 400
192
193			[plotDef:hJet1pt]
194			relPath = hJet_pt[1]
195	nmohr	1.19	xAxis = second jet p_{T} [GeV]
196	peller	1.6	nBins = 25
197	peller	1.5	min = 0
198			max = 250
199
200	peller	1.20	[plotDef:vLepton0pt]
201			relPath = vLepton_pt[0]
202			xAxis = leading Lepton p_T
203			nBins = 25
204			min = 0
205			max = 400
206
207			[plotDef:vLepton1pt]
208			relPath = vLepton_pt[1]
209			xAxis = second Lepton p_T
210			nBins = 25
211			min = 0
212			max = 400
213
214	nmohr	1.19	[plotDef:hJet0eta]
215			relPath = hJet_eta[0]
216			xAxis = leading jet #eta
217			nBins = 25
218			min = -4.
219			max = 4.
220
221			[plotDef:hJet1eta]
222			relPath = hJet_eta[1]
223			xAxis = second jet #eta
224			nBins = 25
225			min = -4.
226			max = 4.
227
228	peller	1.5	[plotDef:PullAngle]
229			relPath = deltaPullAngle
230	nmohr	1.7	xAxis = #Delta#theta
231	peller	1.5	nBins = 20
232			min = -3.5
233			max = 3.5
234
235			[plotDef:PullAngle2]
236			relPath = deltaPullAngle2
237	nmohr	1.7	xAxis = #Delta#theta
238	peller	1.5	nBins = 20
239			min = -3.5
240			max = 3.5
241
242	nmohr	1.4	[plotDef:rHVpt]
243			relPath = H.pt/V.pt
244			xAxis = p_{T} balance
245	nmohr	1.18	nBins = 25
246			min = 0.
247	nmohr	1.4	max = 2.
248	nmohr	1.10
249	nmohr	1.12	[plotDef:rHVpt_NoReg]
250			relPath = HNoReg.pt/V.pt
251			xAxis = p_{T} balance before regression
252	nmohr	1.18	nBins = 25
253			min = 0.
254	nmohr	1.14	max = 2.
255	nmohr	1.12
256	nmohr	1.10	[plotDef:METnoPU]
257			relPath = METnoPU.et
258			xAxis = PU corrected #slash{E}_{T} [GeV]
259			nBins = 10
260			min = 0
261			max = 100
262
263			[plotDef:JECUnc]
264	nmohr	1.15	relPath = hJet_JECUnc[0]
265	nmohr	1.10	xAxis = JEC uncertainty
266			nBins = 25
267			min = 0.
268			max = 0.1
269	nmohr	1.16	log = True
270	nmohr	1.10
271			[plotDef:rho25]
272			relPath = rho25
273			xAxis = #rho_{25}
274			nBins = 25
275			min = -0.5
276			max = 24.5
277
278			[plotDef:jPtRaw]
279	nmohr	1.15	relPath = hJet_ptRaw[0]
280	nmohr	1.10	xAxis = jet raw p_{T} [GeV]
281			nBins = 30
282			min = 20
283			max = 320
284
285			[plotDef:jE]
286	nmohr	1.15	relPath = hJet_e[0]
287	nmohr	1.10	xAxis = jet energy [GeV]
288			nBins = 30
289			min = 20
290			max = 320
291
292			[plotDef:jCef]
293	nmohr	1.15	relPath = hJet_cef[0]
294	nmohr	1.10	xAxis = charged electromagnetic fraction
295			nBins = 25
296			min = 0
297			max = 1
298	nmohr	1.16	log = True
299	nmohr	1.10
300			[plotDef:jChf]
301	nmohr	1.15	relPath = hJet_chf[0]
302	nmohr	1.10	xAxis = charged hadron fraction
303			nBins = 25
304			min = 0
305			max = 1
306
307			[plotDef:jNCh]
308	nmohr	1.15	relPath = hJet_nch[0]
309	nmohr	1.10	xAxis = charged multiplicity
310			nBins = 71
311			min = -0.5
312			max = 70.5
313
314			[plotDef:jNum]
315	nmohr	1.15	relPath = hJet_nconstituents[0]
316	nmohr	1.10	xAxis = number of constituents
317			nBins = 71
318			min = -0.5
319			max = 70.5
320
321			[plotDef:jPtLeadTrack]
322	nmohr	1.15	relPath = hJet_ptLeadTrack[0]
323	nmohr	1.10	xAxis = jet p_{T} leading track [GeV]
324	nmohr	1.13	nBins = 20
325			min = 0
326			max = 100
327	nmohr	1.10
328			[plotDef:vtxPt]
329	nmohr	1.15	relPath = hJet_vtxPt[0]
330	nmohr	1.24	xAxis = first jet vertex p_{T} [GeV]
331	nmohr	1.15	nBins = 50
332	nmohr	1.10	min = 0
333			max = 100
334
335			[plotDef:vtxMass]
336	nmohr	1.15	relPath = hJet_vtxMass[0]
337	nmohr	1.24	xAxis = first jet vertex mass [GeV]
338			nBins = 15
339	nmohr	1.10	min = 0
340	nmohr	1.24	max = 6
341	nmohr	1.10
342			[plotDef:vtx3dL]
343	nmohr	1.15	relPath = hJet_vtx3dL[0]
344	nmohr	1.24	xAxis = first jet vertex 3dL [cm]
345	nmohr	1.10	nBins = 50
346			min = 0
347	nmohr	1.13	max = 5
348	nmohr	1.10
349			[plotDef:vtx3deL]
350	nmohr	1.15	relPath = hJet_vtx3deL[0]
351	nmohr	1.24	xAxis = first jet vertex 3dL #sigma [cm]
352			nBins = 50
353			min = 0
354			max = 0.5
355
356			[plotDef:vtxPt1]
357			relPath = hJet_vtxPt[1]
358			xAxis = second jet vertex p_{T} [GeV]
359			nBins = 50
360			min = 0
361			max = 100
362
363			[plotDef:vtxMass1]
364			relPath = hJet_vtxMass[1]
365			xAxis = second jet vertex mass [GeV]
366			nBins = 15
367			min = 0
368			max = 6
369
370			[plotDef:vtx3dL1]
371			relPath = hJet_vtx3dL[1]
372			xAxis = second jet vertex 3dL [cm]
373			nBins = 50
374			min = 0
375			max = 5
376
377			[plotDef:vtx3deL1]
378			relPath = hJet_vtx3deL[1]
379			xAxis = second jet vertex 3dL #sigma [cm]
380	nmohr	1.10	nBins = 50
381			min = 0
382	nmohr	1.13	max = 0.5
383	nmohr	1.10
384			[plotDef:jSoftLeptPtRel]
385	nmohr	1.15	relPath = hJet_SoftLeptptRel[0]
386	nmohr	1.10	xAxis = jet soft lepton PtRel
387			nBins = 20
388	nmohr	1.14	min = 0.
389			max = 20.
390	nmohr	1.10
391			[plotDef:jSoftLeptPt]
392	nmohr	1.15	relPath = hJet_SoftLeptPt[0]
393	nmohr	1.10	xAxis = jet soft lepton p_{T} [GeV]
394	nmohr	1.13	nBins = 35
395	nmohr	1.10	min = 0
396	nmohr	1.13	max = 70
397	nmohr	1.10
398			[plotDef:jSoftLeptdR]
399	nmohr	1.15	relPath = hJet_SoftLeptdR[0]
400	nmohr	1.10	xAxis = #Delta R (soft lepton, jet)
401			nBins = 20
402			min = 0
403	nmohr	1.13	max = 0.5
404	nmohr	1.11
405			[plotDef:regWeight]
406	nmohr	1.15	relPath = hJet_regWeight[0]
407	nmohr	1.11	xAxis = regression correction
408	nmohr	1.13	nBins = 25
409	nmohr	1.11	min = 0.5
410			max = 1.5
411
412			[plotDef:dPhiJetMet]
413	nmohr	1.15	relPath = hJet_MET_dPhi[0]
414	nmohr	1.11	xAxis = #Delta #phi (#slash{E}_{T},j)
415			nBins = 35
416			min = -3.5
417			max = 3.5
418	nmohr	1.17
419			[plotDef:vxMult]
420			relPath = nPVs
421			xAxis = number of primary vertices
422			nBins = 46
423			min = -0.5
424			max = 45.5