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root/cvsroot/UserCode/nowaf/RootFilesInUse/MakeVertexPlots.py
Revision: 1.1.1.1 (vendor branch)
Committed: Tue Mar 20 13:12:08 2012 UTC (13 years, 1 month ago) by nowak
Content type: text/x-python
Branch: rootFilesInUse, MAIN
CVS Tags: start, HEAD
Changes since 1.1: +0 -0 lines
Error occurred while calculating annotation data.
Log Message:
t files in use

File Contents

# Content
1 import ROOT
2 import sys, re
3 sys.path.append("/afs/naf.desy.de/user/n/nowaf/UserCode/nowaf/PythonScripts/")
4 import definitions as Def
5 import styles as Style
6 import MakeRealTauEst_cff as RT
7
8 if __name__ == "__main__":
9
10 #Def.SetGlobalStyles()
11
12 Type = "allTau"
13
14 saveToPS = False
15 saveToEPS = True
16
17 removeSamplesAcc = []
18 removeSamplesAcc.append( "TTbar" )
19 removeSamplesAcc.append( "GVJets" )
20 removeSamplesAcc.append( "WWJets" )
21 removeSamplesAcc.append( "Zinv" )
22 removeSamplesAcc.append( "ZJets" )
23 #removeSamplesAcc.append( "WJets" )
24 removeSamplesAcc.append( "QCDFlat" )
25 removeSamplesAcc.append( "Data" )
26
27 theSample = "WJets"
28 #theSample = "TTbar"
29
30 rebin = 2
31
32 fileDir = "/scratch/hh/lustre/cms/user/nowaf/2011Data/VersionII/Plots/WJets_TauTemplate_viii/"
33 fileName = "_TauTemplate_viii"
34
35 dirName = "TauTemplateLoose"
36 dirAdd = []
37 dirAdd.append( "VL" )
38 dirAdd.append( "VM" )
39 dirAdd.append( "VH" )
40 for dir in [ "VL", "VM", "VH" ]:
41 print dir
42 dirAdd.append( "G" + dir )
43 pass
44
45 dirs = []
46 for dir in dirAdd:
47 dirs.append( dirName + dir + "/" )
48 pass
49
50
51 colorDict = {}
52 colorDict[ dirName + "VL" + "/" ] = ROOT.kBlue
53 colorDict[ dirName + "VM" + "/" ] = ROOT.kBlue - 9
54 colorDict[ dirName + "VH" + "/" ] = ROOT.kBlue - 5
55 colorDict[ dirName + "GVL" + "/" ] = ROOT.kBlue
56 colorDict[ dirName + "GVM" + "/" ] = ROOT.kBlue - 9
57 colorDict[ dirName + "GVH" + "/" ] = ROOT.kBlue - 5
58
59 if theSample == "TTbar":
60 colorDict[ dirName + "VL" + "/" ] = ROOT.kRed
61 colorDict[ dirName + "VM" + "/" ] = ROOT.kRed - 9
62 colorDict[ dirName + "VH" + "/" ] = ROOT.kRed - 5
63 colorDict[ dirName + "GVL" + "/" ] = ROOT.kRed
64 colorDict[ dirName + "GVM" + "/" ] = ROOT.kRed - 9
65 colorDict[ dirName + "GVH" + "/" ] = ROOT.kRed - 5
66
67 pass
68
69 rebinDict = {}
70 rebinDict[ "resp_" + Type + "_genParticle_inverse" ] = rebin
71 rebinDict[ "resp_" + Type + "_genParticle_pt0to15_inverse" ] = rebin
72 rebinDict[ "resp_" + Type + "_genParticle_pt15to30_inverse" ] = rebin
73 rebinDict[ "resp_" + Type + "_genParticle_pt30to50_inverse" ] = rebin
74 rebinDict[ "resp_" + Type + "_genParticle_pt50to100_inverse" ] = rebin
75 rebinDict[ "resp_" + Type + "_genParticle_pt100_inverse" ] = rebin
76
77 theTheTitle = "W+Jets Simulation only"
78 plotTitle = True
79 Def.SetGlobalStyles( withTitle=plotTitle )
80 ROOT.gStyle.SetTitleYOffset(2.0)
81
82 saveName = "plots/Vertex_" + theSample + "_" + Type + fileName
83 if plotTitle and re.search( "CMS Simulation", theTheTitle ):
84 saveName = saveName + "_CMSSim"
85 pass
86
87
88 ##################################################################################
89 accReadIn = RT.ReadIn( fileDir, fileName, rebinDict=rebinDict )
90 accReadIn.removeSamples( removeSamplesAcc )
91 #accReadIn.addSamples( addSample )
92 accReadIn.doNormalization()
93 accReadIn.removeHists( [ "MHT" ] )
94 accReadIn.addHists( [ "resp_" + Type + "_genParticle_inverse",
95 "resp_" + Type + "_genParticle_pt0to15_inverse",
96 "resp_" + Type + "_genParticle_pt15to30_inverse",
97 "resp_" + Type + "_genParticle_pt30to50_inverse",
98 "resp_" + Type + "_genParticle_pt50to100_inverse",
99 "resp_" + Type + "_genParticle_pt100_inverse" ] )
100 histDict = {}
101 for dir in dirs:
102 histDict[ dir ] = accReadIn.getHists( dir )
103 for hist in histDict[ dir ].keys():
104 for sample in histDict[ dir ][ hist ].keys():
105 histDict[ dir ][ hist ][ sample ].UseCurrentStyle()
106 add = ""
107 if re.search( "pt0to15", hist ):
108 add = " (10-15 GeV)"
109 elif re.search( "pt15to30", hist ):
110 add = " (15-30 GeV)"
111 elif re.search( "pt30to50", hist ):
112 add = " (30-50 GeV)"
113 elif re.search( "pt50to10", hist ):
114 add = " (50-100 GeV)"
115 elif re.search( "pt100", hist ):
116 add = " (>100 GeV)"
117 pass
118 respType = "P_{T}^{jet}(uncorr)"
119 if Type == "allTau":
120 respType = "P_{T}^{#tau hyp}"
121 Style.setHistStyle( histDict[ dir ][ hist ][ sample ],
122 status="Signal",
123 color=colorDict[ dir ],
124 xTitle=respType + "/P_{T}^{#tau, gen}" + add,
125 yTitle="normalized",
126 title=theTheTitle )
127 pass
128 pass
129 ##################################################################################
130
131
132 cDict = {}
133 legDict = {}
134
135 cDict[ "V" ] = ROOT.TCanvas( "V" , "V" )
136 cDict[ "V" ].cd()
137 histDict[ dirName + "VL" + "/" ][ "resp_" + Type + "_genParticle_inverse" ][ theSample ].Draw()
138 histDict[ dirName + "VM" + "/" ][ "resp_" + Type + "_genParticle_inverse" ][ theSample ].Draw( "same" )
139 histDict[ dirName + "VH" + "/" ][ "resp_" + Type + "_genParticle_inverse" ][ theSample ].Draw( "same" )
140 legDict[ "V" ] = Style.makeLegendSimple( [ histDict[ dirName + "VL" + "/" ]\
141 [ "resp_" + Type + "_genParticle_inverse" ]\
142 [ theSample ],
143 histDict[ dirName + "VM" + "/" ]\
144 [ "resp_" + Type + "_genParticle_inverse" ]\
145 [ theSample ],
146 histDict[ dirName + "VH" + "/" ]\
147 [ "resp_" + Type + "_genParticle_inverse" ]\
148 [ theSample ] ],
149 [ "nV < 6","nV < 10", "nV >= 10"],
150 position = "ur")
151 legDict[ "V" ].Draw( "same" )
152
153 cDict[ "GV" ] = ROOT.TCanvas( "GV" , "GV" )
154 cDict[ "GV" ].cd()
155 histDict[ dirName + "GVL" + "/" ][ "resp_" + Type + "_genParticle_inverse" ][ theSample ].Draw()
156 histDict[ dirName + "GVM" + "/" ][ "resp_" + Type + "_genParticle_inverse" ][ theSample ].Draw( "same" )
157 histDict[ dirName + "GVH" + "/" ][ "resp_" + Type + "_genParticle_inverse" ][ theSample ].Draw( "same" )
158 legDict[ "GV" ] = Style.makeLegendSimple( [ histDict[ dirName + "GVL" + "/" ]\
159 [ "resp_" + Type + "_genParticle_inverse" ]\
160 [ theSample ],
161 histDict[ dirName + "GVM" + "/" ]\
162 [ "resp_" + Type + "_genParticle_inverse" ]\
163 [ theSample ],
164 histDict[ dirName + "GVH" + "/" ]\
165 [ "resp_" + Type + "_genParticle_inverse" ]\
166 [ theSample ] ],
167 [ "ngenV < 6","ngenV < 10", "ngenV >= 10"],
168 position = "ur")
169 legDict[ "GV" ].Draw( "same" )
170
171
172 cDict[ "015V" ] = ROOT.TCanvas( "015V" , "015V" )
173 cDict[ "015V" ].cd()
174 histDict[ dirName + "VL" + "/" ][ "resp_" + Type + "_genParticle_pt0to15_inverse" ][ theSample ].Draw()
175 histDict[ dirName + "VM" + "/" ][ "resp_" + Type + "_genParticle_pt0to15_inverse" ][ theSample ].Draw( "same" )
176 histDict[ dirName + "VH" + "/" ][ "resp_" + Type + "_genParticle_pt0to15_inverse" ][ theSample ].Draw( "same" )
177 legDict[ "015V" ] = Style.makeLegendSimple( [ histDict[ dirName + "VL" + "/" ]\
178 [ "resp_" + Type + "_genParticle_pt0to15_inverse" ]\
179 [ theSample ],
180 histDict[ dirName + "VM" + "/" ]\
181 [ "resp_" + Type + "_genParticle_pt0to15_inverse" ]\
182 [ theSample ],
183 histDict[ dirName + "VH" + "/" ]\
184 [ "resp_" + Type + "_genParticle_pt0to15_inverse" ]\
185 [ theSample ] ],
186 [ "nV < 6","nV < 10", "nV >= 10"],
187 position = "ur")
188 legDict[ "015V" ].Draw( "same" )
189
190 cDict[ "1530V" ] = ROOT.TCanvas( "1530V" , "1530V" )
191 cDict[ "1530V" ].cd()
192 histDict[ dirName + "VL" + "/" ][ "resp_" + Type + "_genParticle_pt15to30_inverse" ][ theSample ].Draw()
193 histDict[ dirName + "VM" + "/" ][ "resp_" + Type + "_genParticle_pt15to30_inverse" ][ theSample ].Draw( "same" )
194 histDict[ dirName + "VH" + "/" ][ "resp_" + Type + "_genParticle_pt15to30_inverse" ][ theSample ].Draw( "same" )
195 legDict[ "1530V" ] = Style.makeLegendSimple( [ histDict[ dirName + "VL" + "/" ]\
196 [ "resp_" + Type + "_genParticle_pt15to30_inverse" ]\
197 [ theSample ],
198 histDict[ dirName + "VM" + "/" ]\
199 [ "resp_" + Type + "_genParticle_pt15to30_inverse" ]\
200 [ theSample ],
201 histDict[ dirName + "VH" + "/" ]\
202 [ "resp_" + Type + "_genParticle_pt15to30_inverse" ]\
203 [ theSample ] ],
204 [ "nV < 6","nV < 10", "nV >= 10"],
205 position = "ur")
206 legDict[ "1530V" ].Draw( "same" )
207
208 cDict[ "3050V" ] = ROOT.TCanvas( "3050V" , "3050V" )
209 cDict[ "3050V" ].cd()
210 histDict[ dirName + "VL" + "/" ][ "resp_" + Type + "_genParticle_pt30to50_inverse" ][ theSample ].Draw()
211 histDict[ dirName + "VM" + "/" ][ "resp_" + Type + "_genParticle_pt30to50_inverse" ][ theSample ].Draw( "same" )
212 histDict[ dirName + "VH" + "/" ][ "resp_" + Type + "_genParticle_pt30to50_inverse" ][ theSample ].Draw( "same" )
213 legDict[ "3050V" ] = Style.makeLegendSimple( [ histDict[ dirName + "VL" + "/" ]\
214 [ "resp_" + Type + "_genParticle_pt30to50_inverse" ]\
215 [ theSample ],
216 histDict[ dirName + "VM" + "/" ]\
217 [ "resp_" + Type + "_genParticle_pt30to50_inverse" ]\
218 [ theSample ],
219 histDict[ dirName + "VH" + "/" ]\
220 [ "resp_" + Type + "_genParticle_pt30to50_inverse" ]\
221 [ theSample ] ],
222 [ "nV < 6","nV < 10", "nV >= 10"],
223 position = "ur")
224 legDict[ "3050V" ].Draw( "same" )
225
226 cDict[ "50100V" ] = ROOT.TCanvas( "50100V" , "50100V" )
227 cDict[ "50100V" ].cd()
228 histDict[ dirName + "VL" + "/" ][ "resp_" + Type + "_genParticle_pt50to100_inverse" ][ theSample ].Draw()
229 histDict[ dirName + "VM" + "/" ][ "resp_" + Type + "_genParticle_pt50to100_inverse" ][ theSample ].Draw( "same" )
230 histDict[ dirName + "VH" + "/" ][ "resp_" + Type + "_genParticle_pt50to100_inverse" ][ theSample ].Draw( "same" )
231 legDict[ "50100V" ] = Style.makeLegendSimple( [ histDict[ dirName + "VL" + "/" ]\
232 [ "resp_" + Type + "_genParticle_pt50to100_inverse" ]\
233 [ theSample ],
234 histDict[ dirName + "VM" + "/" ]\
235 [ "resp_" + Type + "_genParticle_pt50to100_inverse" ]\
236 [ theSample ],
237 histDict[ dirName + "VH" + "/" ]\
238 [ "resp_" + Type + "_genParticle_pt50to100_inverse" ]\
239 [ theSample ] ],
240 [ "nV < 6","nV < 10", "nV >= 10"],
241 position = "ur")
242 legDict[ "50100V" ].Draw( "same" )
243
244
245 cDict[ "100V" ] = ROOT.TCanvas( "100V" , "100V" )
246 cDict[ "100V" ].cd()
247 histDict[ dirName + "VL" + "/" ][ "resp_" + Type + "_genParticle_pt100_inverse" ][ theSample ].Draw()
248 histDict[ dirName + "VM" + "/" ][ "resp_" + Type + "_genParticle_pt100_inverse" ][ theSample ].Draw( "same" )
249 histDict[ dirName + "VH" + "/" ][ "resp_" + Type + "_genParticle_pt100_inverse" ][ theSample ].Draw( "same" )
250 legDict[ "100V" ] = Style.makeLegendSimple( [ histDict[ dirName + "VL" + "/" ]\
251 [ "resp_" + Type + "_genParticle_pt100_inverse" ]\
252 [ theSample ],
253 histDict[ dirName + "VM" + "/" ]\
254 [ "resp_" + Type + "_genParticle_pt100_inverse" ]\
255 [ theSample ],
256 histDict[ dirName + "VH" + "/" ]\
257 [ "resp_" + Type + "_genParticle_pt100_inverse" ]\
258 [ theSample ] ],
259 [ "nV < 6","nV < 10", "nV >= 10"],
260 position = "ur")
261 legDict[ "100V" ].Draw( "same" )
262
263
264 if saveToPS:
265 Style.saveToPS( saveName, cDict )
266 if saveToEPS:
267 Style.saveToEPS( saveName, cDict )
268 pass
269
270
271 Def.DontQuit()