1 // author: Ionut Cristian Arsene
15 #include <TGraphErrors.h>
22 #include "AliCFContainer.h"
23 #include "AliDielectronCFdraw.h"
26 This macro makes projections and saves histograms from a list of CF containers
27 generated with the dielectron package. These histograms can later be used to
28 calculate efficiencies.
29 To use it, the following modifications are needed:
30 1) Modify the global variables listed below according to your needs.
31 2) Make projections by applying as many cut sets as needed on the CF containers.
32 Call the FillHistograms() after each cut set.
33 3) To extract efficiencies use the ExtractEfficiencies() function where one needs to
34 specify the indexes for the nominator and denominator histograms. The
35 indexes are based on the CF step number, cut set number and histogram number
36 as defined in the global variables below.
39 // The CF variable indexes ------------------------------------------------
40 enum Variables { // create an enumeration item for every variable from your CF container
41 kNothing = -1, // kNothing should be always here
53 // kLeg1_TPC_nSigma_Electrons,
56 // kLeg2_TPC_nSigma_Electrons,
61 kNVariables // kNVariables should be always here!
63 const Char_t* gkVarNames[kNVariables] = { // variable names to be put on histograms axes and titles
66 "cos #theta^{*}_{CS}",
67 "cos #theta^{*}_{HE}",
69 "Pair type (0=++; 1=+-; 2=--)",
70 // "#phi(J/#Psi) [rad.]",
72 // "TPC n #sigma electrons (leg1)",
73 "p_{T}^{leg1} [GeV/c]",
74 // "P^{leg1} [GeV/c]",
75 "# TPC clusters (leg1)",
78 // "TPC n #sigma electrons (leg2)",
79 "p_{T}^{leg2} [GeV/c]",
80 // "P^{leg2} [GeV/c]",
81 "# TPC clusters (leg2)"
84 Int_t gNbins[kNVariables]; // number of bins for every variable --> filled automatically
85 Double_t* gBinLimits[kNVariables]; // bin limits for every variable --> filled automatically
86 // ------------------------------------------------------------------------
88 // Put here all the CF steps of interest ----------------------------------
89 enum Steps { // step indexes in the CF containers to be analyzed
97 kNSteps = 7 // total number of steps (the number of steps above)
99 const Int_t gkStepNumbers[kNSteps] = { // array with step indexes (all from the enumeration above)
101 kESDSPDany, kESDSPDfirst,
102 kESDv0SPDany, kESDv0SPDfirst,
103 kFullSPDany, kFullSPDfirst
105 const Char_t* gkStepNames[kNSteps][2] = {// names for each CF step
106 {"PureMC", "Pure MC"}, // NOTE: short names go to histo names, long names go to titles
107 {"ESDSPDany", "ESD track cuts, SPD any"},
108 {"ESDSPDfirst", "ESD track cuts, SPD first"},
109 {"ESDv0SPDany", "ESD track cuts, conv. cuts, SPD any"},
110 {"ESDv0SPDfirst", "ESD track cuts, conv. cuts, SPD first"},
111 {"FullSPDany", "All track cuts (with SPD any) and TPC-PID"},
112 {"FullSPDfirst", "All track cuts (with SPD first) and TPC-PID"}
114 //------------------------------------------------------------------------
116 // Put here info about the cut sets for which projections will be made ---
117 const Int_t gkNCutSets = 10*3; // number of cut sets for which histos will be filled
118 const Char_t* gkCutSetNames[gkNCutSets][2] = { // short and long names for all the cut sets
120 {"Ycut", "|y_{J/#Psi}|<0.9 & 0<pt_{J/#Psi}<10.0"},
121 {"Ycut1", "|y_{J/#Psi}|<0.3 & 0<pt_{J/#Psi}<10.0"},
122 {"Ycut2", "0.3<y_{J/#Psi}<0.9 & 0<pt_{J/#Psi}<10.0"},
123 {"Ycut3", "-0.9<y_{J/#Psi}<-0.3 & 0<pt_{J/#Psi}<10.0"},
124 {"YcutPt1", "|y_{J/#Psi}|<0.9 & 0.0<p_{T J/#Psi}<1.0"},
125 {"YcutPt2", "|y_{J/#Psi}|<0.9 & 1.0<p_{T J/#Psi}<2.0"},
126 {"YcutPt3", "|y_{J/#Psi}|<0.9 & 2.0<p_{T J/#Psi}<3.0"},
127 {"YcutPt4", "|y_{J/#Psi}|<0.9 & 3.0<p_{T J/#Psi}<5.0"},
128 {"YcutPt5", "|y_{J/#Psi}|<0.9 & 5.0<p_{T J/#Psi}<7.0"},
129 {"YcutPt6", "|y_{J/#Psi}|<0.9 & 7.0<p_{T J/#Psi}<10.0"},
131 {"YcutLegsFull", "|y_{J/#Psi}|<0.9 & 0<pt_{J/#Psi}<10.0 & |#eta_{legs}|<0.9 & p_{Tlegs}>1.0 GeV/c & Ncls_TPC>70"},
132 {"Ycut1LegsFull", "|y_{J/#Psi}|<0.3 & 0<pt_{J/#Psi}<10.0 & |#eta_{legs}|<0.9 & p_{Tlegs}>1.0 GeV/c & Ncls_TPC>70"},
133 {"Ycut2LegsFull", "0.3<y_{J/#Psi}<0.9 & 0<pt_{J/#Psi}<10.0 & |#eta_{legs}|<0.9 & p_{Tlegs}>1.0 GeV/c & Ncls_TPC>70"},
134 {"Ycut3LegsFull", "-0.9<y_{J/#Psi}<-0.3 & 0<pt_{J/#Psi}<10.0 & |#eta_{legs}|<0.9 & p_{Tlegs}>1.0 GeV/c & Ncls_TPC>70"},
135 {"YcutPt1LegsFull", "|y_{J/#Psi}|<0.9 & 0<pt_{J/#Psi}<1.0 & |#eta_{legs}|<0.9 & p_{Tlegs}>1.0 GeV/c & Ncls_TPC>70"},
136 {"YcutPt2LegsFull", "|y_{J/#Psi}|<0.9 & 1.0<pt_{J/#Psi}<2.0 & |#eta_{legs}|<0.9 & p_{Tlegs}>1.0 GeV/c & Ncls_TPC>70"},
137 {"YcutPt3LegsFull", "|y_{J/#Psi}|<0.9 & 2.0<pt_{J/#Psi}<3.0 & |#eta_{legs}|<0.9 & p_{Tlegs}>1.0 GeV/c & Ncls_TPC>70"},
138 {"YcutPt4LegsFull", "|y_{J/#Psi}|<0.9 & 3.0<pt_{J/#Psi}<5.0 & |#eta_{legs}|<0.9 & p_{Tlegs}>1.0 GeV/c & Ncls_TPC>70"},
139 {"YcutPt5LegsFull", "|y_{J/#Psi}|<0.9 & 5.0<pt_{J/#Psi}<7.0 & |#eta_{legs}|<0.9 & p_{Tlegs}>1.0 GeV/c & Ncls_TPC>70"},
140 {"YcutPt6LegsFull", "|y_{J/#Psi}|<0.9 & 7.0<pt_{J/#Psi}<10.0 & |#eta_{legs}|<0.9 & p_{Tlegs}>1.0 GeV/c & Ncls_TPC>70"},
141 // track cuts + cut on signal integration range
142 {"YcutMcutLegsFull", "|y_{J/#Psi}|<0.9 & 0<pt_{J/#Psi}<10.0 & 2.92<M_{inv}<3.16 & |#eta_{legs}|<0.9 & p_{Tlegs}>1.0 GeV/c & Ncls_TPC>70"},
143 {"Ycut1McutLegsFull", "|y_{J/#Psi}|<0.3 & 0<pt_{J/#Psi}<10.0 & 2.92<M_{inv}<3.16 & |#eta_{legs}|<0.9 & p_{Tlegs}>1.0 GeV/c & Ncls_TPC>70"},
144 {"Ycut2McutLegsFull", "0.3<y_{J/#Psi}<0.9 & 0<pt_{J/#Psi}<10.0 & 2.92<M_{inv}<3.16 & |#eta_{legs}|<0.9 & p_{Tlegs}>1.0 GeV/c & Ncls_TPC>70"},
145 {"Ycut3McutLegsFull", "-0.9<y_{J/#Psi}<-0.3 & 0<pt_{J/#Psi}<10.0 & 2.92<M_{inv}<3.16 & |#eta_{legs}|<0.9 & p_{Tlegs}>1.0 GeV/c & Ncls_TPC>70"},
146 {"YcutPt1McutLegsFull", "|y_{J/#Psi}|<0.9 & 0<pt_{J/#Psi}<1.0 & 2.92<M_{inv}<3.16 & |#eta_{legs}|<0.9 & p_{Tlegs}>1.0 GeV/c & Ncls_TPC>70"},
147 {"YcutPt2McutLegsFull", "|y_{J/#Psi}|<0.9 & 1.0<pt_{J/#Psi}<2.0 & 2.92<M_{inv}<3.16 & |#eta_{legs}|<0.9 & p_{Tlegs}>1.0 GeV/c & Ncls_TPC>70"},
148 {"YcutPt3McutLegsFull", "|y_{J/#Psi}|<0.9 & 2.0<pt_{J/#Psi}<3.0 & 2.92<M_{inv}<3.16 & |#eta_{legs}|<0.9 & p_{Tlegs}>1.0 GeV/c & Ncls_TPC>70"},
149 {"YcutPt4McutLegsFull", "|y_{J/#Psi}|<0.9 & 3.0<pt_{J/#Psi}<5.0 & 2.92<M_{inv}<3.16 & |#eta_{legs}|<0.9 & p_{Tlegs}>1.0 GeV/c & Ncls_TPC>70"},
150 {"YcutPt5McutLegsFull", "|y_{J/#Psi}|<0.9 & 5.0<pt_{J/#Psi}<7.0 & 2.92<M_{inv}<3.16 & |#eta_{legs}|<0.9 & p_{Tlegs}>1.0 GeV/c & Ncls_TPC>70"},
151 {"YcutPt6McutLegsFull", "|y_{J/#Psi}|<0.9 & 7.0<pt_{J/#Psi}<10.0 & 2.92<M_{inv}<3.16 & |#eta_{legs}|<0.9 & p_{Tlegs}>1.0 GeV/c & Ncls_TPC>70"}
154 // -----------------------------------------------------------------------
156 // Put here info about the histograms to be filled -----------------------
157 const Int_t gkNhistos = 3; // how many histograms for every (step,cut set) combination
158 const Char_t* gkHistoNames[gkNhistos][2] = { // short and long names of the histograms
159 {"pt","p_{T}(J/#Psi)"}, // NOTE: short names go to the histo name, long name goes to title
160 // {"y","y(J/#Psi)"},
161 // {"pty","p_{T} vs y(J/#Psi)"},
162 // {"phi","#phi(J/#Psi) [rad.]"},
163 //{"m","e^{+}e^{-} invariant mass"},
164 {"ThetaCS","cos #theta^{*}_{CS}"},
165 {"ThetaHE","cos #theta^{*}_{HE}"}
166 // {"Minv", "Invariant mass"}
168 const Int_t gkDims[gkNhistos][4] = { // dimensions and variables for histograms
169 // ndim xVar yVar zVar
170 {1, kPt, kNothing, kNothing}, // pt dependence
171 // {1, kY, kNothing, kNothing}, // y dependence
172 // {2, kY, kPt, kNothing}, // pt,y dependence
173 // {1, kPhi, kNothing, kNothing}, // phi dependence
174 // {1, kM, kNothing, kNothing}, // inv. mass dependence
175 {1, kThetaCS, kNothing, kNothing}, // cos theta* CS dependence
176 {1, kThetaHE, kNothing, kNothing} // cos theta* HE dependence
177 //{1, kM, kNothing, kNothing} // invariant mass
179 // -----------------------------------------------------------------------
181 // ********************************************************************************
182 // Define here all the efficiencies you want (if any)
183 // Efficiency = (nominator histogram)/(denominator histogram)
184 // A histogram is defined by its step,cut set, and number defined according the
185 // global variables above
186 // ********************************************************************************
187 const Int_t gkNeffs = 20*3*5;
188 const Int_t gkEffs[gkNeffs][6] = {
189 //nominator: Step Cut Histo | denominator: Step Cut Histo comment
190 // full corrections, pt dependence
191 { 5, 10, 0, 0, 0, 0 }, // full correction, SPD any -0.9<y<+0.9 0.0<pt<10
192 { 6, 10, 0, 0, 0, 0 }, // full correction, SPD first -0.9<y<+0.9 0.0<pt<10
193 { 5, 11, 0, 0, 1, 0 }, // full correction, SPD any -0.3<y<+0.3 0.0<pt<10
194 { 6, 11, 0, 0, 1, 0 }, // full correction, SPD first -0.3<y<+0.3 0.0<pt<10
195 { 5, 12, 0, 0, 2, 0 }, // full correction, SPD any 0.3<y<+0.9 0.0<pt<10
196 { 6, 12, 0, 0, 2, 0 }, // full correction, SPD first 0.3<y<+0.9 0.0<pt<10
197 { 5, 13, 0, 0, 3, 0 }, // full correction, SPD any -0.9<y<-0.3 0.0<pt<10
198 { 6, 13, 0, 0, 3, 0 }, // full correction, SPD first -0.9<y<-0.3 0.0<pt<10
199 { 5, 14, 0, 0, 4, 0 }, // full correction, SPD any, -0.9<y<+0.9 0.0<pt<1.0
200 { 6, 14, 0, 0, 4, 0 }, // full correction, SPD first,-0.9<y<+0.9 0.0<pt<1.0
201 { 5, 15, 0, 0, 5, 0 }, // full correction, SPD any, -0.9<y<+0.9 1.0<pt<2.0
202 { 6, 15, 0, 0, 5, 0 }, // full correction, SPD first,-0.9<y<+0.9 1.0<pt<2.0
203 { 5, 16, 0, 0, 6, 0 }, // full correction, SPD any, -0.9<y<+0.9 2.0<pt<3.0
204 { 6, 16, 0, 0, 6, 0 }, // full correction, SPD first,-0.9<y<+0.9 2.0<pt<3.0
205 { 5, 17, 0, 0, 7, 0 }, // full correction, SPD any, -0.9<y<+0.9 3.0<pt<5.0
206 { 6, 17, 0, 0, 7, 0 }, // full correction, SPD first,-0.9<y<+0.9 3.0<pt<5.0
207 { 5, 18, 0, 0, 8, 0 }, // full correction, SPD any, -0.9<y<+0.9 5.0<pt<7.0
208 { 6, 18, 0, 0, 8, 0 }, // full correction, SPD first,-0.9<y<+0.9 5.0<pt<7.0
209 { 5, 19, 0, 0, 9, 0 }, // full correction, SPD any, -0.9<y<+0.9 7.0<pt<10.0
210 { 6, 19, 0, 0, 9, 0 }, // full correction, SPD first,-0.9<y<+0.9 7.0<pt<10.0
212 // full corrections, cosThetaCS dependence
213 { 5, 10, 1, 0, 0, 1 }, // full correction, SPD any -0.9<y<+0.9 0.0<pt<10
214 { 6, 10, 1, 0, 0, 1 }, // full correction, SPD first -0.9<y<+0.9 0.0<pt<10
215 { 5, 11, 1, 0, 1, 1 }, // full correction, SPD any -0.3<y<+0.3 0.0<pt<10
216 { 6, 11, 1, 0, 1, 1 }, // full correction, SPD first -0.3<y<+0.3 0.0<pt<10
217 { 5, 12, 1, 0, 2, 1 }, // full correction, SPD any 0.3<y<+0.9 0.0<pt<10
218 { 6, 12, 1, 0, 2, 1 }, // full correction, SPD first 0.3<y<+0.9 0.0<pt<10
219 { 5, 13, 1, 0, 3, 1 }, // full correction, SPD any -0.9<y<-0.3 0.0<pt<10
220 { 6, 13, 1, 0, 3, 1 }, // full correction, SPD first -0.9<y<-0.3 0.0<pt<10
221 { 5, 14, 1, 0, 1, 1 }, // full correction, SPD any, -0.9<y<+0.9 0.0<pt<1.0
222 { 6, 14, 1, 0, 1, 1 }, // full correction, SPD first,-0.9<y<+0.9 0.0<pt<1.0
223 { 5, 15, 1, 0, 2, 1 }, // full correction, SPD any, -0.9<y<+0.9 1.0<pt<2.0
224 { 6, 15, 1, 0, 2, 1 }, // full correction, SPD first,-0.9<y<+0.9 1.0<pt<2.0
225 { 5, 16, 1, 0, 3, 1 }, // full correction, SPD any, -0.9<y<+0.9 2.0<pt<3.0
226 { 6, 16, 1, 0, 3, 1 }, // full correction, SPD first,-0.9<y<+0.9 2.0<pt<3.0
227 { 5, 17, 1, 0, 4, 1 }, // full correction, SPD any, -0.9<y<+0.9 3.0<pt<5.0
228 { 6, 17, 1, 0, 4, 1 }, // full correction, SPD first,-0.9<y<+0.9 3.0<pt<5.0
229 { 5, 18, 1, 0, 5, 1 }, // full correction, SPD any, -0.9<y<+0.9 5.0<pt<7.0
230 { 6, 18, 1, 0, 5, 1 }, // full correction, SPD first,-0.9<y<+0.9 5.0<pt<7.0
231 { 5, 19, 1, 0, 6, 1 }, // full correction, SPD any, -0.9<y<+0.9 7.0<pt<10.0
232 { 6, 19, 1, 0, 6, 1 }, // full correction, SPD first,-0.9<y<+0.9 7.0<pt<10.0
234 // full corrections, cosThetaHE dependence
235 { 5, 10, 2, 0, 0, 2 }, // full correction, SPD any -0.9<y<+0.9 0.0<pt<10
236 { 6, 10, 2, 0, 0, 2 }, // full correction, SPD first -0.9<y<+0.9 0.0<pt<10
237 { 5, 11, 2, 0, 1, 2 }, // full correction, SPD any -0.3<y<+0.3 0.0<pt<10
238 { 6, 11, 2, 0, 1, 2 }, // full correction, SPD first -0.3<y<+0.3 0.0<pt<10
239 { 5, 12, 2, 0, 2, 2 }, // full correction, SPD any 0.3<y<+0.9 0.0<pt<10
240 { 6, 12, 2, 0, 2, 2 }, // full correction, SPD first 0.3<y<+0.9 0.0<pt<10
241 { 5, 13, 2, 0, 3, 2 }, // full correction, SPD any -0.9<y<-0.3 0.0<pt<10
242 { 6, 13, 2, 0, 3, 2 }, // full correction, SPD first -0.9<y<-0.3 0.0<pt<10
243 { 5, 14, 2, 0, 4, 2 }, // full correction, SPD any, -0.9<y<+0.9 0.0<pt<1.0
244 { 6, 14, 2, 0, 4, 2 }, // full correction, SPD first,-0.9<y<+0.9 0.0<pt<1.0
245 { 5, 15, 2, 0, 5, 2 }, // full correction, SPD any, -0.9<y<+0.9 1.0<pt<2.0
246 { 6, 15, 2, 0, 5, 2 }, // full correction, SPD first,-0.9<y<+0.9 1.0<pt<2.0
247 { 5, 16, 2, 0, 6, 2 }, // full correction, SPD any, -0.9<y<+0.9 2.0<pt<3.0
248 { 6, 16, 2, 0, 6, 2 }, // full correction, SPD first,-0.9<y<+0.9 2.0<pt<3.0
249 { 5, 17, 2, 0, 7, 2 }, // full correction, SPD any, -0.9<y<+0.9 3.0<pt<5.0
250 { 6, 17, 2, 0, 7, 2 }, // full correction, SPD first,-0.9<y<+0.9 3.0<pt<5.0
251 { 5, 18, 2, 0, 8, 2 }, // full correction, SPD any, -0.9<y<+0.9 5.0<pt<7.0
252 { 6, 18, 2, 0, 8, 2 }, // full correction, SPD first,-0.9<y<+0.9 5.0<pt<7.0
253 { 5, 19, 2, 0, 9, 2 }, // full correction, SPD any, -0.9<y<+0.9 7.0<pt<10.0
254 { 6, 19, 2, 0, 9, 2 }, // full correction, SPD first,-0.9<y<+0.9 7.0<pt<10.0
257 // tracking corrections, pt dependence
258 { 1, 10, 0, 0, 0, 0 }, // tracking correction, SPD any -0.9<y<+0.9 0.0<pt<10
259 { 2, 10, 0, 0, 0, 0 }, // tracking correction, SPD first -0.9<y<+0.9 0.0<pt<10
260 { 1, 11, 0, 0, 1, 0 }, // tracking correction, SPD any -0.3<y<+0.3 0.0<pt<10
261 { 2, 11, 0, 0, 1, 0 }, // tracking correction, SPD first -0.3<y<+0.3 0.0<pt<10
262 { 1, 12, 0, 0, 2, 0 }, // tracking correction, SPD any 0.3<y<+0.9 0.0<pt<10
263 { 2, 12, 0, 0, 2, 0 }, // tracking correction, SPD first 0.3<y<+0.9 0.0<pt<10
264 { 1, 13, 0, 0, 3, 0 }, // tracking correction, SPD any -0.9<y<-0.3 0.0<pt<10
265 { 2, 13, 0, 0, 3, 0 }, // tracking correction, SPD first -0.9<y<-0.3 0.0<pt<10
266 { 1, 14, 0, 0, 4, 0 }, // tracking correction, SPD any, -0.9<y<+0.9 0.0<pt<1.0
267 { 2, 14, 0, 0, 4, 0 }, // tracking correction, SPD first,-0.9<y<+0.9 0.0<pt<1.0
268 { 1, 15, 0, 0, 5, 0 }, // tracking correction, SPD any, -0.9<y<+0.9 1.0<pt<2.0
269 { 2, 15, 0, 0, 5, 0 }, // tracking correction, SPD first,-0.9<y<+0.9 1.0<pt<2.0
270 { 1, 16, 0, 0, 6, 0 }, // tracking correction, SPD any, -0.9<y<+0.9 2.0<pt<3.0
271 { 2, 16, 0, 0, 6, 0 }, // tracking correction, SPD first,-0.9<y<+0.9 2.0<pt<3.0
272 { 1, 17, 0, 0, 7, 0 }, // tracking correction, SPD any, -0.9<y<+0.9 3.0<pt<5.0
273 { 2, 17, 0, 0, 7, 0 }, // tracking correction, SPD first,-0.9<y<+0.9 3.0<pt<5.0
274 { 1, 18, 0, 0, 8, 0 }, // tracking correction, SPD any, -0.9<y<+0.9 5.0<pt<7.0
275 { 2, 18, 0, 0, 8, 0 }, // tracking correction, SPD first,-0.9<y<+0.9 5.0<pt<7.0
276 { 1, 19, 0, 0, 9, 0 }, // tracking correction, SPD any, -0.9<y<+0.9 7.0<pt<10.0
277 { 2, 19, 0, 0, 9, 0 }, // tracking correction, SPD first,-0.9<y<+0.9 7.0<pt<10.0
279 // tracking corrections, cosThetaCS dependence
280 { 1, 10, 1, 0, 0, 1 }, // tracking correction, SPD any -0.9<y<+0.9 0.0<pt<10
281 { 2, 10, 1, 0, 0, 1 }, // tracking correction, SPD first -0.9<y<+0.9 0.0<pt<10
282 { 1, 11, 1, 0, 1, 1 }, // tracking correction, SPD any -0.3<y<+0.3 0.0<pt<10
283 { 2, 11, 1, 0, 1, 1 }, // tracking correction, SPD first -0.3<y<+0.3 0.0<pt<10
284 { 1, 12, 1, 0, 2, 1 }, // tracking correction, SPD any 0.3<y<+0.9 0.0<pt<10
285 { 2, 12, 1, 0, 2, 1 }, // tracking correction, SPD first 0.3<y<+0.9 0.0<pt<10
286 { 1, 13, 1, 0, 3, 1 }, // tracking correction, SPD any -0.9<y<-0.3 0.0<pt<10
287 { 2, 13, 1, 0, 3, 1 }, // tracking correction, SPD first -0.9<y<-0.3 0.0<pt<10
288 { 1, 14, 1, 0, 4, 1 }, // tracking correction, SPD any, -0.9<y<+0.9 0.0<pt<1.0
289 { 2, 14, 1, 0, 4, 1 }, // tracking correction, SPD first,-0.9<y<+0.9 0.0<pt<1.0
290 { 1, 15, 1, 0, 5, 1 }, // tracking correction, SPD any, -0.9<y<+0.9 1.0<pt<2.0
291 { 2, 15, 1, 0, 5, 1 }, // tracking correction, SPD first,-0.9<y<+0.9 1.0<pt<2.0
292 { 1, 16, 1, 0, 6, 1 }, // tracking correction, SPD any, -0.9<y<+0.9 2.0<pt<3.0
293 { 2, 16, 1, 0, 6, 1 }, // tracking correction, SPD first,-0.9<y<+0.9 2.0<pt<3.0
294 { 1, 17, 1, 0, 7, 1 }, // tracking correction, SPD any, -0.9<y<+0.9 3.0<pt<5.0
295 { 2, 17, 1, 0, 7, 1 }, // tracking correction, SPD first,-0.9<y<+0.9 3.0<pt<5.0
296 { 1, 18, 1, 0, 8, 1 }, // tracking correction, SPD any, -0.9<y<+0.9 5.0<pt<7.0
297 { 2, 18, 1, 0, 8, 1 }, // tracking correction, SPD first,-0.9<y<+0.9 5.0<pt<7.0
298 { 1, 19, 1, 0, 9, 1 }, // tracking correction, SPD any, -0.9<y<+0.9 7.0<pt<10.0
299 { 2, 19, 1, 0, 9, 1 }, // tracking correction, SPD first,-0.9<y<+0.9 7.0<pt<10.0
301 // tracking corrections, cosThetaHE dependence
302 { 1, 10, 2, 0, 0, 2 }, // tracking correction, SPD any -0.9<y<+0.9 0.0<pt<10
303 { 2, 10, 2, 0, 0, 2 }, // tracking correction, SPD first -0.9<y<+0.9 0.0<pt<10
304 { 1, 11, 2, 0, 1, 2 }, // tracking correction, SPD any -0.3<y<+0.3 0.0<pt<10
305 { 2, 11, 2, 0, 1, 2 }, // tracking correction, SPD first -0.3<y<+0.3 0.0<pt<10
306 { 1, 12, 2, 0, 2, 2 }, // tracking correction, SPD any 0.3<y<+0.9 0.0<pt<10
307 { 2, 12, 2, 0, 2, 2 }, // tracking correction, SPD first 0.3<y<+0.9 0.0<pt<10
308 { 1, 13, 2, 0, 3, 2 }, // tracking correction, SPD any -0.9<y<-0.3 0.0<pt<10
309 { 2, 13, 2, 0, 3, 2 }, // tracking correction, SPD first -0.9<y<-0.3 0.0<pt<10
310 { 1, 14, 2, 0, 4, 2 }, // tracking correction, SPD any, -0.9<y<+0.9 0.0<pt<1.0
311 { 2, 14, 2, 0, 4, 2 }, // tracking correction, SPD first,-0.9<y<+0.9 0.0<pt<1.0
312 { 1, 15, 2, 0, 5, 2 }, // tracking correction, SPD any, -0.9<y<+0.9 1.0<pt<2.0
313 { 2, 15, 2, 0, 5, 2 }, // tracking correction, SPD first,-0.9<y<+0.9 1.0<pt<2.0
314 { 1, 16, 2, 0, 6, 2 }, // tracking correction, SPD any, -0.9<y<+0.9 2.0<pt<3.0
315 { 2, 16, 2, 0, 6, 2 }, // tracking correction, SPD first,-0.9<y<+0.9 2.0<pt<3.0
316 { 1, 17, 2, 0, 7, 2 }, // tracking correction, SPD any, -0.9<y<+0.9 3.0<pt<5.0
317 { 2, 17, 2, 0, 7, 2 }, // tracking correction, SPD first,-0.9<y<+0.9 3.0<pt<5.0
318 { 1, 18, 2, 0, 8, 2 }, // tracking correction, SPD any, -0.9<y<+0.9 5.0<pt<7.0
319 { 2, 18, 2, 0, 8, 2 }, // tracking correction, SPD first,-0.9<y<+0.9 5.0<pt<7.0
320 { 1, 19, 2, 0, 9, 2 }, // tracking correction, SPD any, -0.9<y<+0.9 7.0<pt<10.0
321 { 2, 19, 2, 0, 9, 2 }, // tracking correction, SPD first,-0.9<y<+0.9 7.0<pt<10.0
324 // tracking corrections with V0 rejection cut, pt dependence
325 { 3, 10, 0, 0, 0, 0 }, // tracking correction, SPD any -0.9<y<+0.9 0.0<pt<10
326 { 4, 10, 0, 0, 0, 0 }, // tracking correction, SPD first -0.9<y<+0.9 0.0<pt<10
327 { 3, 11, 0, 0, 1, 0 }, // tracking correction, SPD any -0.3<y<+0.3 0.0<pt<10
328 { 4, 11, 0, 0, 1, 0 }, // tracking correction, SPD first -0.3<y<+0.3 0.0<pt<10
329 { 3, 12, 0, 0, 2, 0 }, // tracking correction, SPD any 0.3<y<+0.9 0.0<pt<10
330 { 4, 12, 0, 0, 2, 0 }, // tracking correction, SPD first 0.3<y<+0.9 0.0<pt<10
331 { 3, 13, 0, 0, 3, 0 }, // tracking correction, SPD any -0.9<y<-0.3 0.0<pt<10
332 { 4, 13, 0, 0, 3, 0 }, // tracking correction, SPD first -0.9<y<-0.3 0.0<pt<10
333 { 3, 14, 0, 0, 4, 0 }, // tracking correction, SPD any, -0.9<y<+0.9 0.0<pt<1.0
334 { 4, 14, 0, 0, 4, 0 }, // tracking correction, SPD first,-0.9<y<+0.9 0.0<pt<1.0
335 { 3, 15, 0, 0, 5, 0 }, // tracking correction, SPD any, -0.9<y<+0.9 1.0<pt<2.0
336 { 4, 15, 0, 0, 5, 0 }, // tracking correction, SPD first,-0.9<y<+0.9 1.0<pt<2.0
337 { 3, 16, 0, 0, 6, 0 }, // tracking correction, SPD any, -0.9<y<+0.9 2.0<pt<3.0
338 { 4, 16, 0, 0, 6, 0 }, // tracking correction, SPD first,-0.9<y<+0.9 2.0<pt<3.0
339 { 3, 17, 0, 0, 7, 0 }, // tracking correction, SPD any, -0.9<y<+0.9 3.0<pt<5.0
340 { 4, 17, 0, 0, 7, 0 }, // tracking correction, SPD first,-0.9<y<+0.9 3.0<pt<5.0
341 { 3, 18, 0, 0, 8, 0 }, // tracking correction, SPD any, -0.9<y<+0.9 5.0<pt<7.0
342 { 4, 18, 0, 0, 8, 0 }, // tracking correction, SPD first,-0.9<y<+0.9 5.0<pt<7.0
343 { 3, 19, 0, 0, 9, 0 }, // tracking correction, SPD any, -0.9<y<+0.9 7.0<pt<10.0
344 { 4, 19, 0, 0, 9, 0 }, // tracking correction, SPD first,-0.9<y<+0.9 7.0<pt<10.0
346 // tracking corrections with V0 rejection cut, cosThetaCS dependence
347 { 3, 10, 1, 0, 0, 1 }, // tracking correction, SPD any -0.9<y<+0.9 0.0<pt<10
348 { 4, 10, 1, 0, 0, 1 }, // tracking correction, SPD first -0.9<y<+0.9 0.0<pt<10
349 { 3, 11, 1, 0, 1, 1 }, // tracking correction, SPD any -0.3<y<+0.3 0.0<pt<10
350 { 4, 11, 1, 0, 1, 1 }, // tracking correction, SPD first -0.3<y<+0.3 0.0<pt<10
351 { 3, 12, 1, 0, 2, 1 }, // tracking correction, SPD any 0.3<y<+0.9 0.0<pt<10
352 { 4, 12, 1, 0, 2, 1 }, // tracking correction, SPD first 0.3<y<+0.9 0.0<pt<10
353 { 3, 13, 1, 0, 3, 1 }, // tracking correction, SPD any -0.9<y<-0.3 0.0<pt<10
354 { 4, 13, 1, 0, 3, 1 }, // tracking correction, SPD first -0.9<y<-0.3 0.0<pt<10
355 { 3, 14, 1, 0, 4, 1 }, // tracking correction, SPD any, -0.9<y<+0.9 0.0<pt<1.0
356 { 4, 14, 1, 0, 4, 1 }, // tracking correction, SPD first,-0.9<y<+0.9 0.0<pt<1.0
357 { 3, 15, 1, 0, 5, 1 }, // tracking correction, SPD any, -0.9<y<+0.9 1.0<pt<2.0
358 { 4, 15, 1, 0, 5, 1 }, // tracking correction, SPD first,-0.9<y<+0.9 1.0<pt<2.0
359 { 3, 16, 1, 0, 6, 1 }, // tracking correction, SPD any, -0.9<y<+0.9 2.0<pt<3.0
360 { 4, 16, 1, 0, 6, 1 }, // tracking correction, SPD first,-0.9<y<+0.9 2.0<pt<3.0
361 { 3, 17, 1, 0, 7, 1 }, // tracking correction, SPD any, -0.9<y<+0.9 3.0<pt<5.0
362 { 4, 17, 1, 0, 7, 1 }, // tracking correction, SPD first,-0.9<y<+0.9 3.0<pt<5.0
363 { 3, 18, 1, 0, 8, 1 }, // tracking correction, SPD any, -0.9<y<+0.9 5.0<pt<7.0
364 { 4, 18, 1, 0, 8, 1 }, // tracking correction, SPD first,-0.9<y<+0.9 5.0<pt<7.0
365 { 3, 19, 1, 0, 9, 1 }, // tracking correction, SPD any, -0.9<y<+0.9 7.0<pt<10.0
366 { 4, 19, 1, 0, 9, 1 }, // tracking correction, SPD first,-0.9<y<+0.9 7.0<pt<10.0
368 // tracking corrections with V0 rejection cut, cosThetaHE dependence
369 { 3, 10, 2, 0, 0, 2 }, // tracking correction, SPD any -0.9<y<+0.9 0.0<pt<10
370 { 4, 10, 2, 0, 0, 2 }, // tracking correction, SPD first -0.9<y<+0.9 0.0<pt<10
371 { 3, 11, 2, 0, 1, 2 }, // tracking correction, SPD any -0.3<y<+0.3 0.0<pt<10
372 { 4, 11, 2, 0, 1, 2 }, // tracking correction, SPD first -0.3<y<+0.3 0.0<pt<10
373 { 3, 12, 2, 0, 2, 2 }, // tracking correction, SPD any 0.3<y<+0.9 0.0<pt<10
374 { 4, 12, 2, 0, 2, 2 }, // tracking correction, SPD first 0.3<y<+0.9 0.0<pt<10
375 { 3, 13, 2, 0, 3, 2 }, // tracking correction, SPD any -0.9<y<-0.3 0.0<pt<10
376 { 4, 13, 2, 0, 3, 2 }, // tracking correction, SPD first -0.9<y<-0.3 0.0<pt<10
377 { 3, 14, 2, 0, 4, 2 }, // tracking correction, SPD any, -0.9<y<+0.9 0.0<pt<1.0
378 { 4, 14, 2, 0, 4, 2 }, // tracking correction, SPD first,-0.9<y<+0.9 0.0<pt<1.0
379 { 3, 15, 2, 0, 5, 2 }, // tracking correction, SPD any, -0.9<y<+0.9 1.0<pt<2.0
380 { 4, 15, 2, 0, 5, 2 }, // tracking correction, SPD first,-0.9<y<+0.9 1.0<pt<2.0
381 { 3, 16, 2, 0, 6, 2 }, // tracking correction, SPD any, -0.9<y<+0.9 2.0<pt<3.0
382 { 4, 16, 2, 0, 6, 2 }, // tracking correction, SPD first,-0.9<y<+0.9 2.0<pt<3.0
383 { 3, 17, 2, 0, 7, 2 }, // tracking correction, SPD any, -0.9<y<+0.9 3.0<pt<5.0
384 { 4, 17, 2, 0, 7, 2 }, // tracking correction, SPD first,-0.9<y<+0.9 3.0<pt<5.0
385 { 3, 18, 2, 0, 8, 2 }, // tracking correction, SPD any, -0.9<y<+0.9 5.0<pt<7.0
386 { 4, 18, 2, 0, 8, 2 }, // tracking correction, SPD first,-0.9<y<+0.9 5.0<pt<7.0
387 { 3, 19, 2, 0, 9, 2 }, // tracking correction, SPD any, -0.9<y<+0.9 7.0<pt<10.0
388 { 4, 19, 2, 0, 9, 2 }, // tracking correction, SPD first,-0.9<y<+0.9 7.0<pt<10.0
391 // PID corrections, pt dependence
392 { 5, 10, 0, 1, 10, 0 }, // PID correction, SPD any -0.9<y<+0.9 0.0<pt<10
393 { 6, 10, 0, 2, 10, 0 }, // PID correction, SPD first -0.9<y<+0.9 0.0<pt<10
394 { 5, 11, 0, 1, 11, 0 }, // PID correction, SPD any -0.3<y<+0.3 0.0<pt<10
395 { 6, 11, 0, 2, 11, 0 }, // PID correction, SPD first -0.3<y<+0.3 0.0<pt<10
396 { 5, 12, 0, 1, 12, 0 }, // PID correction, SPD any 0.3<y<+0.9 0.0<pt<10
397 { 6, 12, 0, 2, 12, 0 }, // PID correction, SPD first 0.3<y<+0.9 0.0<pt<10
398 { 5, 13, 0, 1, 13, 0 }, // PID correction, SPD any -0.9<y<-0.3 0.0<pt<10
399 { 6, 13, 0, 2, 13, 0 }, // PID correction, SPD first -0.9<y<-0.3 0.0<pt<10
400 { 5, 14, 0, 1, 14, 0 }, // PID correction, SPD any, -0.9<y<+0.9 0.0<pt<1.0
401 { 6, 14, 0, 2, 14, 0 }, // PID correction, SPD first,-0.9<y<+0.9 0.0<pt<1.0
402 { 5, 15, 0, 1, 15, 0 }, // PID correction, SPD any, -0.9<y<+0.9 1.0<pt<2.0
403 { 6, 15, 0, 2, 15, 0 }, // PID correction, SPD first,-0.9<y<+0.9 1.0<pt<2.0
404 { 5, 16, 0, 1, 16, 0 }, // PID correction, SPD any, -0.9<y<+0.9 2.0<pt<3.0
405 { 6, 16, 0, 2, 16, 0 }, // PID correction, SPD first,-0.9<y<+0.9 2.0<pt<3.0
406 { 5, 17, 0, 1, 17, 0 }, // PID correction, SPD any, -0.9<y<+0.9 3.0<pt<5.0
407 { 6, 17, 0, 2, 17, 0 }, // PID correction, SPD first,-0.9<y<+0.9 3.0<pt<5.0
408 { 5, 18, 0, 1, 18, 0 }, // PID correction, SPD any, -0.9<y<+0.9 5.0<pt<7.0
409 { 6, 18, 0, 2, 18, 0 }, // PID correction, SPD first,-0.9<y<+0.9 5.0<pt<7.0
410 { 5, 19, 0, 1, 19, 0 }, // PID correction, SPD any, -0.9<y<+0.9 7.0<pt<10.0
411 { 6, 19, 0, 2, 19, 0 }, // PID correction, SPD first,-0.9<y<+0.9 7.0<pt<10.0
413 // PID corrections, cosThetaCS dependence
414 { 5, 10, 1, 1, 10, 1 }, // PID correction, SPD any -0.9<y<+0.9 0.0<pt<10
415 { 6, 10, 1, 2, 10, 1 }, // PID correction, SPD first -0.9<y<+0.9 0.0<pt<10
416 { 5, 11, 1, 1, 11, 1 }, // PID correction, SPD any -0.3<y<+0.3 0.0<pt<10
417 { 6, 11, 1, 2, 11, 1 }, // PID correction, SPD first -0.3<y<+0.3 0.0<pt<10
418 { 5, 12, 1, 1, 12, 1 }, // PID correction, SPD any 0.3<y<+0.9 0.0<pt<10
419 { 6, 12, 1, 2, 12, 1 }, // PID correction, SPD first 0.3<y<+0.9 0.0<pt<10
420 { 5, 13, 1, 1, 13, 1 }, // PID correction, SPD any -0.9<y<-0.3 0.0<pt<10
421 { 6, 13, 1, 2, 13, 1 }, // PID correction, SPD first -0.9<y<-0.3 0.0<pt<10
422 { 5, 14, 1, 1, 14, 1 }, // PID correction, SPD any, -0.9<y<+0.9 0.0<pt<1.0
423 { 6, 14, 1, 2, 14, 1 }, // PID correction, SPD first,-0.9<y<+0.9 0.0<pt<1.0
424 { 5, 15, 1, 1, 15, 1 }, // PID correction, SPD any, -0.9<y<+0.9 1.0<pt<2.0
425 { 6, 15, 1, 2, 15, 1 }, // PID correction, SPD first,-0.9<y<+0.9 1.0<pt<2.0
426 { 5, 16, 1, 1, 16, 1 }, // PID correction, SPD any, -0.9<y<+0.9 2.0<pt<3.0
427 { 6, 16, 1, 2, 16, 1 }, // PID correction, SPD first,-0.9<y<+0.9 2.0<pt<3.0
428 { 5, 17, 1, 1, 17, 1 }, // PID correction, SPD any, -0.9<y<+0.9 3.0<pt<5.0
429 { 6, 17, 1, 2, 17, 1 }, // PID correction, SPD first,-0.9<y<+0.9 3.0<pt<5.0
430 { 5, 18, 1, 1, 18, 1 }, // PID correction, SPD any, -0.9<y<+0.9 5.0<pt<7.0
431 { 6, 18, 1, 2, 18, 1 }, // PID correction, SPD first,-0.9<y<+0.9 5.0<pt<7.0
432 { 5, 19, 1, 1, 19, 1 }, // PID correction, SPD any, -0.9<y<+0.9 7.0<pt<10.0
433 { 6, 19, 1, 2, 19, 1 }, // PID correction, SPD first,-0.9<y<+0.9 7.0<pt<10.0
436 // PID corrections, cosThetaHE dependence
437 { 5, 10, 2, 1, 10, 2 }, // PID correction, SPD any -0.9<y<+0.9 0.0<pt<10
438 { 6, 10, 2, 2, 10, 2 }, // PID correction, SPD first -0.9<y<+0.9 0.0<pt<10
439 { 5, 11, 2, 1, 11, 2 }, // PID correction, SPD any -0.3<y<+0.3 0.0<pt<10
440 { 6, 11, 2, 2, 11, 2 }, // PID correction, SPD first -0.3<y<+0.3 0.0<pt<10
441 { 5, 12, 2, 1, 12, 2 }, // PID correction, SPD any 0.3<y<+0.9 0.0<pt<10
442 { 6, 12, 2, 2, 12, 2 }, // PID correction, SPD first 0.3<y<+0.9 0.0<pt<10
443 { 5, 13, 2, 1, 13, 2 }, // PID correction, SPD any -0.9<y<-0.3 0.0<pt<10
444 { 6, 13, 2, 2, 13, 2 }, // PID correction, SPD first -0.9<y<-0.3 0.0<pt<10
445 { 5, 14, 2, 1, 14, 2 }, // PID correction, SPD any, -0.9<y<+0.9 0.0<pt<1.0
446 { 6, 14, 2, 2, 14, 2 }, // PID correction, SPD first,-0.9<y<+0.9 0.0<pt<1.0
447 { 5, 15, 2, 1, 15, 2 }, // PID correction, SPD any, -0.9<y<+0.9 1.0<pt<2.0
448 { 6, 15, 2, 2, 15, 2 }, // PID correction, SPD first,-0.9<y<+0.9 1.0<pt<2.0
449 { 5, 16, 2, 1, 16, 2 }, // PID correction, SPD any, -0.9<y<+0.9 2.0<pt<3.0
450 { 6, 16, 2, 2, 16, 2 }, // PID correction, SPD first,-0.9<y<+0.9 2.0<pt<3.0
451 { 5, 17, 2, 1, 17, 2 }, // PID correction, SPD any, -0.9<y<+0.9 3.0<pt<5.0
452 { 6, 17, 2, 2, 17, 2 }, // PID correction, SPD first,-0.9<y<+0.9 3.0<pt<5.0
453 { 5, 18, 2, 1, 18, 2 }, // PID correction, SPD any, -0.9<y<+0.9 5.0<pt<7.0
454 { 6, 18, 2, 2, 18, 2 }, // PID correction, SPD first,-0.9<y<+0.9 5.0<pt<7.0
455 { 5, 19, 2, 1, 19, 2 }, // PID correction, SPD any, -0.9<y<+0.9 7.0<pt<10.0
456 { 6, 19, 2, 2, 19, 2 }, // PID correction, SPD first,-0.9<y<+0.9 7.0<pt<10.0
459 // correction for the invariant mass integration range, pt dependence
460 { 5, 20, 0, 5, 10, 0 }, // SPD any, -0.9<y<+0.9 0.0<pt<10
461 { 6, 20, 0, 6, 10, 0 }, // SPD first, -0.9<y<+0.9 0.0<pt<10
462 { 5, 21, 0, 5, 11, 0 }, // SPD any -0.3<y<+0.3 0.0<pt<10
463 { 6, 21, 0, 6, 11, 0 }, // SPD first -0.3<y<+0.3 0.0<pt<10
464 { 5, 22, 0, 5, 12, 0 }, // SPD any 0.3<y<+0.9 0.0<pt<10
465 { 6, 22, 0, 6, 12, 0 }, // SPD first 0.3<y<+0.9 0.0<pt<10
466 { 5, 23, 0, 5, 13, 0 }, // SPD any -0.9<y<-0.3 0.0<pt<10
467 { 6, 23, 0, 6, 13, 0 }, // SPD first -0.9<y<-0.3 0.0<pt<10
468 { 5, 24, 0, 5, 14, 0 }, // SPD any, -0.9<y<+0.9 0.0<pt<1.0
469 { 6, 24, 0, 6, 14, 0 }, // SPD first, -0.9<y<+0.9 0.0<pt<1.0
470 { 5, 25, 0, 5, 15, 0 }, // SPD any, -0.9<y<+0.9 1.0<pt<2.0
471 { 6, 25, 0, 6, 15, 0 }, // SPD first, -0.9<y<+0.9 1.0<pt<2.0
472 { 5, 26, 0, 5, 16, 0 }, // SPD any, -0.9<y<+0.9 2.0<pt<3.0
473 { 6, 26, 0, 6, 16, 0 }, // SPD first, -0.9<y<+0.9 2.0<pt<3.0
474 { 5, 27, 0, 5, 17, 0 }, // SPD any, -0.9<y<+0.9 3.0<pt<5.0
475 { 6, 27, 0, 6, 17, 0 }, // SPD first, -0.9<y<+0.9 3.0<pt<5.0
476 { 5, 28, 0, 5, 18, 0 }, // SPD any, -0.9<y<+0.9 5.0<pt<7
477 { 6, 28, 0, 6, 18, 0 }, // SPD first, -0.9<y<+0.9 5.0<pt<7
478 { 5, 29, 0, 5, 19, 0 }, // SPD any, -0.9<y<+0.9 7<pt<10
479 { 6, 29, 0, 6, 19, 0 }, // SPD first, -0.9<y<+0.9 7.0<pt<10
482 // correction for the invariant mass integration range, cosThetaCS dependence
483 { 5, 20, 1, 5, 10, 1 }, // SPD any, -0.9<y<+0.9 0.0<pt<10
484 { 6, 20, 1, 6, 10, 1 }, // SPD first, -0.9<y<+0.9 0.0<pt<10
485 { 5, 21, 1, 5, 11, 1 }, // SPD any -0.3<y<+0.3 0.0<pt<10
486 { 6, 21, 1, 6, 11, 1 }, // SPD first -0.3<y<+0.3 0.0<pt<10
487 { 5, 22, 1, 5, 12, 1 }, // SPD any 0.3<y<+0.9 0.0<pt<10
488 { 6, 22, 1, 6, 12, 1 }, // SPD first 0.3<y<+0.9 0.0<pt<10
489 { 5, 23, 1, 5, 13, 1 }, // SPD any -0.9<y<-0.3 0.0<pt<10
490 { 6, 23, 1, 6, 13, 1 }, // SPD first -0.9<y<-0.3 0.0<pt<10
491 { 5, 24, 1, 5, 14, 1 }, // SPD any, -0.9<y<+0.9 0.0<pt<1.0
492 { 6, 24, 1, 6, 14, 1 }, // SPD first, -0.9<y<+0.9 0.0<pt<1.0
493 { 5, 25, 1, 5, 15, 1 }, // SPD any, -0.9<y<+0.9 1.0<pt<2.0
494 { 6, 25, 1, 6, 15, 1 }, // SPD first, -0.9<y<+0.9 1.0<pt<2.0
495 { 5, 26, 1, 5, 16, 1 }, // SPD any, -0.9<y<+0.9 2.0<pt<3.0
496 { 6, 26, 1, 6, 16, 1 }, // SPD first, -0.9<y<+0.9 2.0<pt<3.0
497 { 5, 27, 1, 5, 17, 1 }, // SPD any, -0.9<y<+0.9 3.0<pt<5.0
498 { 6, 27, 1, 6, 17, 1 }, // SPD first, -0.9<y<+0.9 3.0<pt<5.0
499 { 5, 28, 1, 5, 18, 1 }, // SPD any, -0.9<y<+0.9 5.0<pt<7
500 { 6, 28, 1, 6, 18, 1 }, // SPD first, -0.9<y<+0.9 5.0<pt<7
501 { 5, 29, 1, 5, 19, 1 }, // SPD any, -0.9<y<+0.9 7<pt<10
502 { 6, 29, 1, 6, 19, 1 }, // SPD first, -0.9<y<+0.9 7.0<pt<10
505 // correction for the invariant mass integration range, cosThetaHE dependence
506 { 5, 20, 2, 5, 10, 2 }, // SPD any, -0.9<y<+0.9 0.0<pt<10
507 { 6, 20, 2, 6, 10, 2 }, // SPD first, -0.9<y<+0.9 0.0<pt<10
508 { 5, 21, 2, 5, 11, 2 }, // SPD any -0.3<y<+0.3 0.0<pt<10
509 { 6, 21, 2, 6, 11, 2 }, // SPD first -0.3<y<+0.3 0.0<pt<10
510 { 5, 22, 2, 5, 12, 2 }, // SPD any 0.3<y<+0.9 0.0<pt<10
511 { 6, 22, 2, 6, 12, 2 }, // SPD first 0.3<y<+0.9 0.0<pt<10
512 { 5, 23, 2, 5, 13, 2 }, // SPD any -0.9<y<-0.3 0.0<pt<10
513 { 6, 23, 2, 6, 13, 2 }, // SPD first -0.9<y<-0.3 0.0<pt<10
514 { 5, 24, 2, 5, 14, 2 }, // SPD any, -0.9<y<+0.9 0.0<pt<1.0
515 { 6, 24, 2, 6, 14, 2 }, // SPD first, -0.9<y<+0.9 0.0<pt<1.0
516 { 5, 25, 2, 5, 15, 2 }, // SPD any, -0.9<y<+0.9 1.0<pt<2.0
517 { 6, 25, 2, 6, 15, 2 }, // SPD first, -0.9<y<+0.9 1.0<pt<2.0
518 { 5, 26, 2, 5, 16, 2 }, // SPD any, -0.9<y<+0.9 2.0<pt<3.0
519 { 6, 26, 2, 6, 16, 2 }, // SPD first, -0.9<y<+0.9 2.0<pt<3.0
520 { 5, 27, 2, 5, 17, 2 }, // SPD any, -0.9<y<+0.9 3.0<pt<5.0
521 { 6, 27, 2, 6, 17, 2 }, // SPD first, -0.9<y<+0.9 3.0<pt<5.0
522 { 5, 28, 2, 5, 18, 2 }, // SPD any, -0.9<y<+0.9 5.0<pt<7
523 { 6, 28, 2, 6, 18, 2 }, // SPD first, -0.9<y<+0.9 5.0<pt<7
524 { 5, 29, 2, 5, 19, 2 }, // SPD any, -0.9<y<+0.9 7<pt<10
525 { 6, 29, 2, 6, 19, 2 } // SPD first, -0.9<y<+0.9 7.0<pt<10
529 // custom names and titles for efficiency histograms
530 const Char_t* gkEffNames[gkNeffs][3] = {
531 // full corrections, pt dependence
532 {"fullCorrectionSPDany_pt", "Eff. vs. pt, (full cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<10.0 GeV/c)", "any,-0.9,0.9,0.0,10.0"},
533 {"fullCorrectionSPDfirst_pt", "Eff. vs. pt, (full cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<10.0 GeV/c)", "first,-0.9,0.9,0.0,10.0"},
534 {"fullCorrectionY1SPDany_pt", "Eff. vs. pt, (full cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.3 & 0<pt<10.0 GeV/c)", "any,-0.3,0.3,0.0,10.0"},
535 {"fullCorrectionY1SPDfirst_pt", "Eff. vs. pt, (full cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.3 & 0<pt<10.0 GeV/c)", "first,-0.3,0.3,0.0,10.0"},
536 {"fullCorrectionY2SPDany_pt", "Eff. vs. pt, (full cuts, SPD any, TPC PID)/(J/#Psi in 0.3<y<0.9 & 0<pt<10.0 GeV/c)", "any,0.3,0.9,0.0,10.0"},
537 {"fullCorrectionY2SPDfirst_pt", "Eff. vs. pt, (full cuts, SPD first, TPC PID)/(J/#Psi in 0.3<y<0.9 & 0<pt<10.0 GeV/c)", "first,0.3,0.9,0.0,10.0"},
538 {"fullCorrectionY3SPDany_pt", "Eff. vs. pt, (full cuts, SPD any, TPC PID)/(J/#Psi in -0.9<y<-0.3 & 0<pt<10.0 GeV/c)", "any,-0.9,-0.3,0.0,10.0"},
539 {"fullCorrectionY3SPDfirst_pt", "Eff. vs. pt, (full cuts, SPD first, TPC PID)/(J/#Psi in -0.9<y<-0.3 & 0<pt<10.0 GeV/c)", "first,-0.9,-0.3,0.0,10.0"},
540 {"fullCorrectionPt1SPDany_pt", "Eff. vs. pt, (full cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<1.0)", "any,-0.9,0.9,0.0,1.0"},
541 {"fullCorrectionPt1SPDfirst_pt", "Eff. vs. pt, (full cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<1.0)", "first,-0.9,0.9,0.0,1.0"},
542 {"fullCorrectionPt2SPDany_pt", "Eff. vs. pt, (full cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 1.0<pt<2.0)", "any,-0.9,0.9,1.0,2.0"},
543 {"fullCorrectionPt2SPDfirst_pt", "Eff. vs. pt, (full cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 1.0<pt<2.0)", "first,-0.9,0.9,1.0,2.0"},
544 {"fullCorrectionPt3SPDany_pt", "Eff. vs. pt, (full cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 2.0<pt<3.0)", "any,-0.9,0.9,2.0,3.0"},
545 {"fullCorrectionPt3SPDfirst_pt", "Eff. vs. pt, (full cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 2.0<pt<3.0)", "first,-0.9,0.9,2.0,3.0"},
546 {"fullCorrectionPt4SPDany_pt", "Eff. vs. pt, (full cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 3.0<pt<5.0)", "any,-0.9,0.9,3.0,5.0"},
547 {"fullCorrectionPt4SPDfirst_pt", "Eff. vs. pt, (full cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 3.0<pt<5.0)", "first,-0.9,0.9,3.0,5.0"},
548 {"fullCorrectionPt5SPDany_pt", "Eff. vs. pt, (full cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 5.0<pt<7.0)", "any,-0.9,0.9,5.0,7.0"},
549 {"fullCorrectionPt5SPDfirst_pt", "Eff. vs. pt, (full cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 5.0<pt<7.0)", "first,-0.9,0.9,5.0,7.0"},
550 {"fullCorrectionPt6SPDany_pt", "Eff. vs. pt, (full cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 7.0<pt<10.0)", "any,-0.9,0.9,7.0,10.0"},
551 {"fullCorrectionPt6SPDfirst_pt", "Eff. vs. pt, (full cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 7.0<pt<10.0)", "first,-0.9,0.9,7.0,10.0"},
552 // full corrections, cosThetaCS dependence
553 {"fullCorrectionSPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (full cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<10.0 GeV/c)", ""},
554 {"fullCorrectionSPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (full cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<10.0 GeV/c)", ""},
555 {"fullCorrectionY1SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (full cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.3 & 0<pt<10.0 GeV/c)", ""},
556 {"fullCorrectionY1SPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (full cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.3 & 0<pt<10.0 GeV/c)", ""},
557 {"fullCorrectionY2SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (full cuts, SPD any, TPC PID)/(J/#Psi in 0.3<y<0.9 & 0<pt<10.0 GeV/c)", ""},
558 {"fullCorrectionY2SPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (full cuts, SPD first, TPC PID)/(J/#Psi in 0.3<y<0.9 & 0<pt<10.0 GeV/c)", ""},
559 {"fullCorrectionY3SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (full cuts, SPD any, TPC PID)/(J/#Psi in -0.9<y<-0.3 & 0<pt<10.0 GeV/c)", ""},
560 {"fullCorrectionY3SPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (full cuts, SPD first, TPC PID)/(J/#Psi in -0.9<y<-0.3 & 0<pt<10.0 GeV/c)", ""},
561 {"fullCorrectionPt1SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (full cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<1.0)", ""},
562 {"fullCorrectionPt1SPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (full cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<1.0)", ""},
563 {"fullCorrectionPt2SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (full cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 1.0<pt<2.0)", ""},
564 {"fullCorrectionPt2SPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (full cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 1.0<pt<2.0)", ""},
565 {"fullCorrectionPt3SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (full cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 2.0<pt<3.0)", ""},
566 {"fullCorrectionPt3SPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (full cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 2.0<pt<3.0)", ""},
567 {"fullCorrectionPt4SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (full cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 3.0<pt<5.0)", ""},
568 {"fullCorrectionPt4SPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (full cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 3.0<pt<5.0)", ""},
569 {"fullCorrectionPt5SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (full cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 5.0<pt<7.0)", ""},
570 {"fullCorrectionPt5SPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (full cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 5.0<pt<7.0)", ""},
571 {"fullCorrectionPt6SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (full cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 7.0<pt<10.0)", ""},
572 {"fullCorrectionPt6SPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (full cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 7.0<pt<10.0)", ""},
573 // full corrections, cosThetaHE dependence
574 {"fullCorrectionSPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (full cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<10.0 GeV/c)", ""},
575 {"fullCorrectionSPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (full cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<10.0 GeV/c)", ""},
576 {"fullCorrectionY1SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (full cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.3 & 0<pt<10.0 GeV/c)", ""},
577 {"fullCorrectionY1SPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (full cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.3 & 0<pt<10.0 GeV/c)", ""},
578 {"fullCorrectionY2SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (full cuts, SPD any, TPC PID)/(J/#Psi in 0.3<y<0.9 & 0<pt<10.0 GeV/c)", ""},
579 {"fullCorrectionY2SPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (full cuts, SPD first, TPC PID)/(J/#Psi in 0.3<y<0.9 & 0<pt<10.0 GeV/c)", ""},
580 {"fullCorrectionY3SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (full cuts, SPD any, TPC PID)/(J/#Psi in -0.9<y<-0.3 & 0<pt<10.0 GeV/c)", ""},
581 {"fullCorrectionY3SPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (full cuts, SPD first, TPC PID)/(J/#Psi in -0.9<y<-0.3 & 0<pt<10.0 GeV/c)", ""},
582 {"fullCorrectionPt1SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (full cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<1.0)", ""},
583 {"fullCorrectionPt1SPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (full cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<1.0)", ""},
584 {"fullCorrectionPt2SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (full cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 1.0<pt<2.0)", ""},
585 {"fullCorrectionPt2SPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (full cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 1.0<pt<2.0)", ""},
586 {"fullCorrectionPt3SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (full cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 2.0<pt<3.0)", ""},
587 {"fullCorrectionPt3SPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (full cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 2.0<pt<3.0)", ""},
588 {"fullCorrectionPt4SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (full cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 3.0<pt<5.0)", ""},
589 {"fullCorrectionPt4SPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (full cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 3.0<pt<5.0)", ""},
590 {"fullCorrectionPt5SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (full cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 5.0<pt<7.0)", ""},
591 {"fullCorrectionPt5SPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (full cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 5.0<pt<7.0)", ""},
592 {"fullCorrectionPt6SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (full cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 7.0<pt<10.0)", ""},
593 {"fullCorrectionPt6SPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (full cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 7.0<pt<10.0)", ""},
594 // tracking corrections, pt dependence
595 {"trackingCorrectionSPDany_pt", "Eff. vs. pt, (tracking cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<10.0 GeV/c)", ""},
596 {"trackingCorrectionSPDfirst_pt", "Eff. vs. pt, (tracking cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<10.0 GeV/c)", ""},
597 {"trackingCorrectionY1SPDany_pt", "Eff. vs. pt, (tracking cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.3 & 0<pt<10.0 GeV/c)", ""},
598 {"trackingCorrectionY1SPDfirst_pt", "Eff. vs. pt, (tracking cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.3 & 0<pt<10.0 GeV/c)", ""},
599 {"trackingCorrectionY2SPDany_pt", "Eff. vs. pt, (tracking cuts, SPD any, TPC PID)/(J/#Psi in 0.3<y<0.9 & 0<pt<10.0 GeV/c)", ""},
600 {"trackingCorrectionY2SPDfirst_pt", "Eff. vs. pt, (tracking cuts, SPD first, TPC PID)/(J/#Psi in 0.3<y<0.9 & 0<pt<10.0 GeV/c)", ""},
601 {"trackingCorrectionY3SPDany_pt", "Eff. vs. pt, (tracking cuts, SPD any, TPC PID)/(J/#Psi in -0.9<y<-0.3 & 0<pt<10.0 GeV/c)", ""},
602 {"trackingCorrectionY3SPDfirst_pt", "Eff. vs. pt, (tracking cuts, SPD first, TPC PID)/(J/#Psi in -0.9<y<-0.3 & 0<pt<10.0 GeV/c)", ""},
603 {"trackingCorrectionPt1SPDany_pt", "Eff. vs. pt, (tracking cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<1.0)", ""},
604 {"trackingCorrectionPt1SPDfirst_pt", "Eff. vs. pt, (tracking cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<1.0)", ""},
605 {"trackingCorrectionPt2SPDany_pt", "Eff. vs. pt, (tracking cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 1.0<pt<2.0)", ""},
606 {"trackingCorrectionPt2SPDfirst_pt", "Eff. vs. pt, (tracking cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 1.0<pt<2.0)", ""},
607 {"trackingCorrectionPt3SPDany_pt", "Eff. vs. pt, (tracking cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 2.0<pt<3.0)", ""},
608 {"trackingCorrectionPt3SPDfirst_pt", "Eff. vs. pt, (tracking cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 2.0<pt<3.0)", ""},
609 {"trackingCorrectionPt4SPDany_pt", "Eff. vs. pt, (tracking cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 3.0<pt<5.0)", ""},
610 {"trackingCorrectionPt4SPDfirst_pt", "Eff. vs. pt, (tracking cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 3.0<pt<5.0)", ""},
611 {"trackingCorrectionPt5SPDany_pt", "Eff. vs. pt, (tracking cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 5.0<pt<7.0)", ""},
612 {"trackingCorrectionPt5SPDfirst_pt", "Eff. vs. pt, (tracking cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 5.0<pt<7.0)", ""},
613 {"trackingCorrectionPt6SPDany_pt", "Eff. vs. pt, (tracking cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 7.0<pt<10.0)", ""},
614 {"trackingCorrectionPt6SPDfirst_pt", "Eff. vs. pt, (tracking cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 7.0<pt<10.0)", ""},
615 // tracking corrections, cosThetaCS dependence
616 {"trackingCorrectionSPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (tracking cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<10.0 GeV/c)", ""},
617 {"trackingCorrectionSPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (tracking cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<10.0 GeV/c)", ""},
618 {"trackingCorrectionY1SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (tracking cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.3 & 0<pt<10.0 GeV/c)", ""},
619 {"trackingCorrectionY1SPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (tracking cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.3 & 0<pt<10.0 GeV/c)", ""},
620 {"trackingCorrectionY2SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (tracking cuts, SPD any, TPC PID)/(J/#Psi in 0.3<y<0.9 & 0<pt<10.0 GeV/c)", ""},
621 {"trackingCorrectionY2SPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (tracking cuts, SPD first, TPC PID)/(J/#Psi in 0.3<y<0.9 & 0<pt<10.0 GeV/c)", ""},
622 {"trackingCorrectionY3SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (tracking cuts, SPD any, TPC PID)/(J/#Psi in -0.9<y<-0.3 & 0<pt<10.0 GeV/c)", ""},
623 {"trackingCorrectionY3SPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (tracking cuts, SPD first, TPC PID)/(J/#Psi in -0.9<y<-0.3 & 0<pt<10.0 GeV/c)", ""},
624 {"trackingCorrectionPt1SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (tracking cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<1.0)", ""},
625 {"trackingCorrectionPt1SPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (tracking cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<1.0)", ""},
626 {"trackingCorrectionPt2SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (tracking cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 1.0<pt<2.0)", ""},
627 {"trackingCorrectionPt2SPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (tracking cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 1.0<pt<2.0)", ""},
628 {"trackingCorrectionPt3SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (tracking cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 2.0<pt<3.0)", ""},
629 {"trackingCorrectionPt3SPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (tracking cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 2.0<pt<3.0)", ""},
630 {"trackingCorrectionPt4SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (tracking cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 3.0<pt<5.0)", ""},
631 {"trackingCorrectionPt4SPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (tracking cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 3.0<pt<5.0)", ""},
632 {"trackingCorrectionPt5SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (tracking cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 5.0<pt<7.0)", ""},
633 {"trackingCorrectionPt5SPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (tracking cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 5.0<pt<7.0)", ""},
634 {"trackingCorrectionPt6SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (tracking cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 7.0<pt<10.0)", ""},
635 {"trackingCorrectionPt6SPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (tracking cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 7.0<pt<10.0)", ""},
636 // tracking corrections, cosThetaHE dependence
637 {"trackingCorrectionSPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (tracking cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<10.0 GeV/c)", ""},
638 {"trackingCorrectionSPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (tracking cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<10.0 GeV/c)", ""},
639 {"trackingCorrectionY1SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (tracking cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.3 & 0<pt<10.0 GeV/c)", ""},
640 {"trackingCorrectionY1SPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (tracking cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.3 & 0<pt<10.0 GeV/c)", ""},
641 {"trackingCorrectionY2SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (tracking cuts, SPD any, TPC PID)/(J/#Psi in 0.3<y<0.9 & 0<pt<10.0 GeV/c)", ""},
642 {"trackingCorrectionY2SPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (tracking cuts, SPD first, TPC PID)/(J/#Psi in 0.3<y<0.9 & 0<pt<10.0 GeV/c)", ""},
643 {"trackingCorrectionY3SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (tracking cuts, SPD any, TPC PID)/(J/#Psi in -0.9<y<-0.3 & 0<pt<10.0 GeV/c)", ""},
644 {"trackingCorrectionY3SPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (tracking cuts, SPD first, TPC PID)/(J/#Psi in -0.9<y<-0.3 & 0<pt<10.0 GeV/c)", ""},
645 {"trackingCorrectionPt1SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (tracking cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<1.0)", ""},
646 {"trackingCorrectionPt1SPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (tracking cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<1.0)", ""},
647 {"trackingCorrectionPt2SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (tracking cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 1.0<pt<2.0)", ""},
648 {"trackingCorrectionPt2SPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (tracking cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 1.0<pt<2.0)", ""},
649 {"trackingCorrectionPt3SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (tracking cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 2.0<pt<3.0)", ""},
650 {"trackingCorrectionPt3SPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (tracking cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 2.0<pt<3.0)", ""},
651 {"trackingCorrectionPt4SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (tracking cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 3.0<pt<5.0)", ""},
652 {"trackingCorrectionPt4SPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (tracking cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 3.0<pt<5.0)", ""},
653 {"trackingCorrectionPt5SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (tracking cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 5.0<pt<7.0)", ""},
654 {"trackingCorrectionPt5SPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (tracking cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 5.0<pt<7.0)", ""},
655 {"trackingCorrectionPt6SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (tracking cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 7.0<pt<10.0)", ""},
656 {"trackingCorrectionPt6SPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (tracking cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 7.0<pt<10.0)", ""},
657 // tracking corrections with V0 cuts, pt dependence
658 {"trackingCorrectionV0SPDany_pt", "Eff. vs. pt, (tracking +V0 cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<10.0 GeV/c)", ""},
659 {"trackingCorrectionV0SPDfirst_pt", "Eff. vs. pt, (tracking +V0 cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<10.0 GeV/c)", ""},
660 {"trackingCorrectionY1V0SPDany_pt", "Eff. vs. pt, (tracking +V0 cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.3 & 0<pt<10.0 GeV/c)", ""},
661 {"trackingCorrectionY1V0SPDfirst_pt", "Eff. vs. pt, (tracking +V0 cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.3 & 0<pt<10.0 GeV/c)", ""},
662 {"trackingCorrectionY2V0SPDany_pt", "Eff. vs. pt, (tracking +V0 cuts, SPD any, TPC PID)/(J/#Psi in 0.3<y<0.9 & 0<pt<10.0 GeV/c)", ""},
663 {"trackingCorrectionY2V0SPDfirst_pt", "Eff. vs. pt, (tracking +V0 cuts, SPD first, TPC PID)/(J/#Psi in 0.3<y<0.9 & 0<pt<10.0 GeV/c)", ""},
664 {"trackingCorrectionY3V0SPDany_pt", "Eff. vs. pt, (tracking +V0 cuts, SPD any, TPC PID)/(J/#Psi in -0.9<y<-0.3 & 0<pt<10.0 GeV/c)", ""},
665 {"trackingCorrectionY3V0SPDfirst_pt", "Eff. vs. pt, (tracking +V0 cuts, SPD first, TPC PID)/(J/#Psi in -0.9<y<-0.3 & 0<pt<10.0 GeV/c)", ""},
666 {"trackingCorrectionV0Pt1SPDany_pt", "Eff. vs. pt, (tracking +V0 cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<1.0)", ""},
667 {"trackingCorrectionV0Pt1SPDfirst_pt", "Eff. vs. pt, (tracking +V0 cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<1.0)", ""},
668 {"trackingCorrectionV0Pt2SPDany_pt", "Eff. vs. pt, (tracking +V0 cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 1.0<pt<2.0)", ""},
669 {"trackingCorrectionV0Pt2SPDfirst_pt", "Eff. vs. pt, (tracking +V0 cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 1.0<pt<2.0)", ""},
670 {"trackingCorrectionV0Pt3SPDany_pt", "Eff. vs. pt, (tracking +V0 cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 2.0<pt<3.0)", ""},
671 {"trackingCorrectionV0Pt3SPDfirst_pt", "Eff. vs. pt, (tracking +V0 cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 2.0<pt<3.0)", ""},
672 {"trackingCorrectionV0Pt4SPDany_pt", "Eff. vs. pt, (tracking +V0 cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 3.0<pt<5.0)", ""},
673 {"trackingCorrectionV0Pt4SPDfirst_pt", "Eff. vs. pt, (tracking +V0 cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 3.0<pt<5.0)", ""},
674 {"trackingCorrectionV0Pt5SPDany_pt", "Eff. vs. pt, (tracking +V0 cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 5.0<pt<7.0)", ""},
675 {"trackingCorrectionV0Pt5SPDfirst_pt", "Eff. vs. pt, (tracking +V0 cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 5.0<pt<7.0)", ""},
676 {"trackingCorrectionV0Pt6SPDany_pt", "Eff. vs. pt, (tracking +V0 cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 7.0<pt<10.0)", ""},
677 {"trackingCorrectionV0Pt6SPDfirst_pt", "Eff. vs. pt, (tracking +V0 cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 7.0<pt<10.0)", ""},
678 // tracking corrections with V0 cuts, cosThetaCS dependence
679 {"trackingCorrectionV0SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (tracking +V0 cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<10.0 GeV/c)", ""},
680 {"trackingCorrectionV0SPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (tracking +V0 cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<10.0 GeV/c)", ""},
681 {"trackingCorrectionY1V0SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (tracking +V0 cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.3 & 0<pt<10.0 GeV/c)", ""},
682 {"trackingCorrectionY1V0SPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (tracking +V0 cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.3 & 0<pt<10.0 GeV/c)", ""},
683 {"trackingCorrectionY2V0SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (tracking +V0 cuts, SPD any, TPC PID)/(J/#Psi in 0.3<y<0.9 & 0<pt<10.0 GeV/c)", ""},
684 {"trackingCorrectionY2V0SPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (tracking +V0 cuts, SPD first, TPC PID)/(J/#Psi in 0.3<y<0.9 & 0<pt<10.0 GeV/c)", ""},
685 {"trackingCorrectionY3V0SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (tracking +V0 cuts, SPD any, TPC PID)/(J/#Psi in -0.9<y<-0.3 & 0<pt<10.0 GeV/c)", ""},
686 {"trackingCorrectionY3V0SPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (tracking +V0 cuts, SPD first, TPC PID)/(J/#Psi in -0.9<y<-0.3 & 0<pt<10.0 GeV/c)", ""},
687 {"trackingCorrectionV0Pt1SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (tracking +V0 cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<1.0)", ""},
688 {"trackingCorrectionV0Pt1SPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (tracking +V0 cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<1.0)", ""},
689 {"trackingCorrectionV0Pt2SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (tracking +V0 cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 1.0<pt<2.0)", ""},
690 {"trackingCorrectionV0Pt2SPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (tracking +V0 cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 1.0<pt<2.0)", ""},
691 {"trackingCorrectionV0Pt3SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (tracking +V0 cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 2.0<pt<3.0)", ""},
692 {"trackingCorrectionV0Pt3SPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (tracking +V0 cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 2.0<pt<3.0)", ""},
693 {"trackingCorrectionV0Pt4SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (tracking +V0 cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 3.0<pt<5.0)", ""},
694 {"trackingCorrectionV0Pt4SPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (tracking +V0 cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 3.0<pt<5.0)", ""},
695 {"trackingCorrectionV0Pt5SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (tracking +V0 cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 5.0<pt<7.0)", ""},
696 {"trackingCorrectionV0Pt5SPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (tracking +V0 cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 5.0<pt<7.0)", ""},
697 {"trackingCorrectionV0Pt6SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (tracking +V0 cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 7.0<pt<10.0)", ""},
698 {"trackingCorrectionV0Pt6SPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (tracking +V0 cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 7.0<pt<10.0)", ""},
699 // tracking corrections with V0 cuts, cosThetaHE dependence
700 {"trackingCorrectionV0SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (tracking +V0 cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<10.0 GeV/c)", ""},
701 {"trackingCorrectionV0SPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (tracking +V0 cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<10.0 GeV/c)", ""},
702 {"trackingCorrectionY1V0SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (tracking +V0 cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.3 & 0<pt<10.0 GeV/c)", ""},
703 {"trackingCorrectionY1V0SPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (tracking +V0 cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.3 & 0<pt<10.0 GeV/c)", ""},
704 {"trackingCorrectionY2V0SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (tracking +V0 cuts, SPD any, TPC PID)/(J/#Psi in 0.3<y<0.9 & 0<pt<10.0 GeV/c)", ""},
705 {"trackingCorrectionY2V0SPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (tracking +V0 cuts, SPD first, TPC PID)/(J/#Psi in 0.3<y<0.9 & 0<pt<10.0 GeV/c)", ""},
706 {"trackingCorrectionY3V0SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (tracking +V0 cuts, SPD any, TPC PID)/(J/#Psi in -0.9<y<-0.3 & 0<pt<10.0 GeV/c)", ""},
707 {"trackingCorrectionY3V0SPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (tracking +V0 cuts, SPD first, TPC PID)/(J/#Psi in -0.9<y<-0.3 & 0<pt<10.0 GeV/c)", ""},
708 {"trackingCorrectionV0Pt1SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (tracking +V0 cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<1.0)", ""},
709 {"trackingCorrectionV0Pt1SPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (tracking +V0 cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<1.0)", ""},
710 {"trackingCorrectionV0Pt2SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (tracking +V0 cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 1.0<pt<2.0)", ""},
711 {"trackingCorrectionV0Pt2SPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (tracking +V0 cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 1.0<pt<2.0)", ""},
712 {"trackingCorrectionV0Pt3SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (tracking +V0 cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 2.0<pt<3.0)", ""},
713 {"trackingCorrectionV0Pt3SPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (tracking +V0 cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 2.0<pt<3.0)", ""},
714 {"trackingCorrectionV0Pt4SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (tracking +V0 cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 3.0<pt<5.0)", ""},
715 {"trackingCorrectionV0Pt4SPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (tracking +V0 cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 3.0<pt<5.0)", ""},
716 {"trackingCorrectionV0Pt5SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (tracking +V0 cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 5.0<pt<7.0)", ""},
717 {"trackingCorrectionV0Pt5SPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (tracking +V0 cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 5.0<pt<7.0)", ""},
718 {"trackingCorrectionV0Pt6SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (tracking +V0 cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 7.0<pt<10.0)", ""},
719 {"trackingCorrectionV0Pt6SPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (tracking +V0 cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 7.0<pt<10.0)", ""},
721 // pid corrections, pt dependence
722 {"pidCorrectionSPDany_pt", "Eff. vs. pt, (pid cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<10.0 GeV/c)", ""},
723 {"pidCorrectionSPDfirst_pt", "Eff. vs. pt, (pid cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<10.0 GeV/c)", ""},
724 {"pidCorrectionY1SPDany_pt", "Eff. vs. pt, (pid cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.3 & 0<pt<10.0 GeV/c)", ""},
725 {"pidCorrectionY1SPDfirst_pt", "Eff. vs. pt, (pid cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.3 & 0<pt<10.0 GeV/c)", ""},
726 {"pidCorrectionY2SPDany_pt", "Eff. vs. pt, (pid cuts, SPD any, TPC PID)/(J/#Psi in 0.3<y<0.9 & 0<pt<10.0 GeV/c)", ""},
727 {"pidCorrectionY2SPDfirst_pt", "Eff. vs. pt, (pid cuts, SPD first, TPC PID)/(J/#Psi in 0.3<y<0.9 & 0<pt<10.0 GeV/c)", ""},
728 {"pidCorrectionY3SPDany_pt", "Eff. vs. pt, (pid cuts, SPD any, TPC PID)/(J/#Psi in -0.9<y<-0.3 & 0<pt<10.0 GeV/c)", ""},
729 {"pidCorrectionY3SPDfirst_pt", "Eff. vs. pt, (pid cuts, SPD first, TPC PID)/(J/#Psi in -0.9<y<-0.3 & 0<pt<10.0 GeV/c)", ""},
730 {"pidCorrectionPt1SPDany_pt", "Eff. vs. pt, (pid cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<1.0)", ""},
731 {"pidCorrectionPt1SPDfirst_pt", "Eff. vs. pt, (pid cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<1.0)", ""},
732 {"pidCorrectionPt2SPDany_pt", "Eff. vs. pt, (pid cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 1.0<pt<2.0)", ""},
733 {"pidCorrectionPt2SPDfirst_pt", "Eff. vs. pt, (pid cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 1.0<pt<2.0)", ""},
734 {"pidCorrectionPt3SPDany_pt", "Eff. vs. pt, (pid cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 2.0<pt<3.0)", ""},
735 {"pidCorrectionPt3SPDfirst_pt", "Eff. vs. pt, (pid cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 2.0<pt<3.0)", ""},
736 {"pidCorrectionPt4SPDany_pt", "Eff. vs. pt, (pid cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 3.0<pt<5.0)", ""},
737 {"pidCorrectionPt4SPDfirst_pt", "Eff. vs. pt, (pid cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 3.0<pt<5.0)", ""},
738 {"pidCorrectionPt5SPDany_pt", "Eff. vs. pt, (pid cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 5.0<pt<7.0)", ""},
739 {"pidCorrectionPt5SPDfirst_pt", "Eff. vs. pt, (pid cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 5.0<pt<7.0)", ""},
740 {"pidCorrectionPt6SPDany_pt", "Eff. vs. pt, (pid cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 7.0<pt<10.0)", ""},
741 {"pidCorrectionPt6SPDfirst_pt", "Eff. vs. pt, (pid cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 7.0<pt<10.0)", ""},
742 // pid corrections, cosThetaCS dependence
743 {"pidCorrectionSPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (pid cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<10.0 GeV/c)", ""},
744 {"pidCorrectionSPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (pid cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<10.0 GeV/c)", ""},
745 {"pidCorrectionY1SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (pid cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.3 & 0<pt<10.0 GeV/c)", ""},
746 {"pidCorrectionY1SPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (pid cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.3 & 0<pt<10.0 GeV/c)", ""},
747 {"pidCorrectionY2SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (pid cuts, SPD any, TPC PID)/(J/#Psi in 0.3<y<0.9 & 0<pt<10.0 GeV/c)", ""},
748 {"pidCorrectionY2SPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (pid cuts, SPD first, TPC PID)/(J/#Psi in 0.3<y<0.9 & 0<pt<10.0 GeV/c)", ""},
749 {"pidCorrectionY3SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (pid cuts, SPD any, TPC PID)/(J/#Psi in -0.9<y<-0.3 & 0<pt<10.0 GeV/c)", ""},
750 {"pidCorrectionY3SPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (pid cuts, SPD first, TPC PID)/(J/#Psi in -0.9<y<-0.3 & 0<pt<10.0 GeV/c)", ""},
751 {"pidCorrectionPt1SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (pid cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<1.0)", ""},
752 {"pidCorrectionPt1SPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (pid cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<1.0)", ""},
753 {"pidCorrectionPt2SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (pid cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 1.0<pt<2.0)", ""},
754 {"pidCorrectionPt2SPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (pid cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 1.0<pt<2.0)", ""},
755 {"pidCorrectionPt3SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (pid cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 2.0<pt<3.0)", ""},
756 {"pidCorrectionPt3SPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (pid cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 2.0<pt<3.0)", ""},
757 {"pidCorrectionPt4SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (pid cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 3.0<pt<5.0)", ""},
758 {"pidCorrectionPt4SPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (pid cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 3.0<pt<5.0)", ""},
759 {"pidCorrectionPt5SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (pid cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 5.0<pt<7.0)", ""},
760 {"pidCorrectionPt5SPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (pid cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 5.0<pt<7.0)", ""},
761 {"pidCorrectionPt6SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (pid cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 7.0<pt<10.0)", ""},
762 {"pidCorrectionPt6SPDfirst_ThataCS", "Eff. vs. cos(#theta_{CS}), (pid cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 7.0<pt<10.0)", ""},
763 // pid corrections, cosThetaHE dependence
764 {"pidCorrectionSPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (pid cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<10.0 GeV/c)", ""},
765 {"pidCorrectionSPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (pid cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<10.0 GeV/c)", ""},
766 {"pidCorrectionY1SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (pid cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.3 & 0<pt<10.0 GeV/c)", ""},
767 {"pidCorrectionY1SPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (pid cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.3 & 0<pt<10.0 GeV/c)", ""},
768 {"pidCorrectionY2SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (pid cuts, SPD any, TPC PID)/(J/#Psi in 0.3<y<0.9 & 0<pt<10.0 GeV/c)", ""},
769 {"pidCorrectionY2SPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (pid cuts, SPD first, TPC PID)/(J/#Psi in 0.3<y<0.9 & 0<pt<10.0 GeV/c)", ""},
770 {"pidCorrectionY3SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (pid cuts, SPD any, TPC PID)/(J/#Psi in -0.9<y<-0.3 & 0<pt<10.0 GeV/c)", ""},
771 {"pidCorrectionY3SPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (pid cuts, SPD first, TPC PID)/(J/#Psi in -0.9<y<-0.3 & 0<pt<10.0 GeV/c)", ""},
772 {"pidCorrectionPt1SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (pid cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<1.0)", ""},
773 {"pidCorrectionPt1SPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (pid cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 0<pt<1.0)", ""},
774 {"pidCorrectionPt2SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (pid cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 1.0<pt<2.0)", ""},
775 {"pidCorrectionPt2SPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (pid cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 1.0<pt<2.0)", ""},
776 {"pidCorrectionPt3SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (pid cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 2.0<pt<3.0)", ""},
777 {"pidCorrectionPt3SPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (pid cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 2.0<pt<3.0)", ""},
778 {"pidCorrectionPt4SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (pid cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 3.0<pt<5.0)", ""},
779 {"pidCorrectionPt4SPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (pid cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 3.0<pt<5.0)", ""},
780 {"pidCorrectionPt5SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (pid cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 5.0<pt<7.0)", ""},
781 {"pidCorrectionPt5SPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (pid cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 5.0<pt<7.0)", ""},
782 {"pidCorrectionPt6SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (pid cuts, SPD any, TPC PID)/(J/#Psi in |y|<0.9 & 7.0<pt<10.0)", ""},
783 {"pidCorrectionPt6SPDfirst_ThataHE", "Eff. vs. cos(#theta_{HE}), (pid cuts, SPD first, TPC PID)/(J/#Psi in |y|<0.9 & 7.0<pt<10.0)", ""},
784 // correction for the invariant mass integration range, pt dependence
785 {"signalFractionSPDany_pt", "Eff. vs. pt, (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD any, J/#Psi in -0.9<y<+0.9 & 0<pt<10.0 GeV/c", "any,-0.9,0.9,0.0,10.0"},
786 {"signalFractionSPDfirst_pt", "Eff. vs. pt, (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD first, J/#Psi in -0.9<y<+0.9 & 0<pt<10.0 GeV/c", "first,-0.9,0.9,0.0,10.0"},
787 {"signalFractionY1SPDany_pt", "Eff. vs. pt, (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD any, J/#Psi in -0.3<y<+0.3 & 0<pt<10.0 GeV/c", "any,-0.3,0.3,0.0,10.0"},
788 {"signalFractionY1SPDfirst_pt", "Eff. vs. pt, (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD first, J/#Psi in -0.3<y<+0.3 & 0<pt<10.0 GeV/c", "first,-0.3,0.3,0.0,10.0"},
789 {"signalFractionY2SPDany_pt", "Eff. vs. pt, (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD any, J/#Psi in 0.3<y<+0.9 & 0<pt<10.0 GeV/c", "any,0.3,0.9,0.0,10.0"},
790 {"signalFractionY2SPDfirst_pt", "Eff. vs. pt, (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD first, J/#Psi in 0.3<y<+0.9 & 0<pt<10.0 GeV/c", "first,0.3,0.9,0.0,10.0"},
791 {"signalFractionY3SPDany_pt", "Eff. vs. pt, (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD any, J/#Psi in -0.9<y<-0.3 & 0<pt<10.0 GeV/c", "any,-0.9,-0.3,0.0,10.0"},
792 {"signalFractionY3SPDfirst_pt", "Eff. vs. pt, (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD first, J/#Psi in -0.9<y<-0.3 & 0<pt<10.0 GeV/c", "first,-0.9,-0.3,0.0,10.0"},
793 {"signalFractionPt1SPDany_pt", "Eff. vs. pt, (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD any, J/#Psi in -0.9<y<+0.9 & 0<pt<1.0 GeV/c", "any,-0.9,0.9,0.0,1.0"},
794 {"signalFractionPt1SPDfirst_pt", "Eff. vs. pt, (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD first, J/#Psi in -0.9<y<+0.9 & 0<pt<1.0 GeV/c", "first,-0.9,0.9,0.0,1.0"},
795 {"signalFractionPt2SPDany_pt", "Eff. vs. pt, (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD any, J/#Psi in -0.9<y<+0.9 & 1.0<pt<2.0 GeV/c", "any,-0.9,0.9,1.0,2.0"},
796 {"signalFractionPt2SPDfirst_pt", "Eff. vs. pt, (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD first, J/#Psi in -0.9<y<+0.9 & 1.0<pt<2.0 GeV/c", "first,-0.9,0.9,1.0,2.0"},
797 {"signalFractionPt3SPDany_pt", "Eff. vs. pt, (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD any, J/#Psi in -0.9<y<+0.9 & 2.0<pt<3.0 GeV/c", "any,-0.9,0.9,2.0,3.0"},
798 {"signalFractionPt3SPDfirst_pt", "Eff. vs. pt, (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD first, J/#Psi in -0.9<y<+0.9 & 2.0<pt<3.0 GeV/c", "first,-0.9,0.9,2.0,3.0"},
799 {"signalFractionPt4SPDany_pt", "Eff. vs. pt, (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD any, J/#Psi in -0.9<y<+0.9 & 3.0<pt<5.0 GeV/c", "any,-0.9,0.9,3.0,5.0"},
800 {"signalFractionPt4SPDfirst_pt", "Eff. vs. pt, (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD first, J/#Psi in -0.9<y<+0.9 & 3.0<pt<5.0 GeV/c", "first,-0.9,0.9,3.0,5.0"},
801 {"signalFractionPt5SPDany_pt", "Eff. vs. pt, (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD any, J/#Psi in -0.9<y<+0.9 & 5.0<pt<7.0 GeV/c", "any,-0.9,0.9,5.0,7.0"},
802 {"signalFractionPt5SPDfirst_pt", "Eff. vs. pt, (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD first, J/#Psi in -0.9<y<+0.9 & 5.0<pt<7.0 GeV/c", "first,-0.9,0.9,5.0,7.0"},
803 {"signalFractionPt6SPDany_pt", "Eff. vs. pt, (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD any, J/#Psi in -0.9<y<+0.9 & 7.0<pt<10.0 GeV/c", "any,-0.9,0.9,7.0,10.0"},
804 {"signalFractionPt6SPDfirst_pt", "Eff. vs. pt, (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD first, J/#Psi in -0.9<y<+0.9 & 7.0<pt<10.0 GeV/c", "first,-0.9,0.9,7.0,10.0"},
805 // correction for the invariant mass integration range, cosThetaCS dependence
806 {"signalFractionSPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD any, J/#Psi in -0.9<y<+0.9 & 0<pt<10.0 GeV/c", ""},
807 {"signalFractionSPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD first, J/#Psi in -0.9<y<+0.9 & 0<pt<10.0 GeV/c", ""},
808 {"signalFractionY1SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD any, J/#Psi in -0.3<y<+0.3 & 0<pt<10.0 GeV/c", ""},
809 {"signalFractionY1SPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD first, J/#Psi in -0.3<y<+0.3 & 0<pt<10.0 GeV/c", ""},
810 {"signalFractionY2SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD any, J/#Psi in 0.3<y<+0.9 & 0<pt<10.0 GeV/c", ""},
811 {"signalFractionY2SPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD first, J/#Psi in 0.3<y<+0.9 & 0<pt<10.0 GeV/c", ""},
812 {"signalFractionY3SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD any, J/#Psi in -0.9<y<-0.3 & 0<pt<10.0 GeV/c", ""},
813 {"signalFractionY3SPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD first, J/#Psi in -0.9<y<-0.3 & 0<pt<10.0 GeV/c", ""},
814 {"signalFractionPt1SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD any, J/#Psi in -0.9<y<+0.9 & 0<pt<1.0 GeV/c", ""},
815 {"signalFractionPt1SPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD first, J/#Psi in -0.9<y<+0.9 & 0<pt<1.0 GeV/c", ""},
816 {"signalFractionPt2SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD any, J/#Psi in -0.9<y<+0.9 & 1.0<pt<2.0 GeV/c", ""},
817 {"signalFractionPt2SPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD first, J/#Psi in -0.9<y<+0.9 & 1.0<pt<2.0 GeV/c", ""},
818 {"signalFractionPt3SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD any, J/#Psi in -0.9<y<+0.9 & 2.0<pt<3.0 GeV/c", ""},
819 {"signalFractionPt3SPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD first, J/#Psi in -0.9<y<+0.9 & 2.0<pt<3.0 GeV/c", ""},
820 {"signalFractionPt4SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD any, J/#Psi in -0.9<y<+0.9 & 3.0<pt<5.0 GeV/c", ""},
821 {"signalFractionPt4SPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD first, J/#Psi in -0.9<y<+0.9 & 3.0<pt<5.0 GeV/c", ""},
822 {"signalFractionPt5SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD any, J/#Psi in -0.9<y<+0.9 & 5.0<pt<7.0 GeV/c", ""},
823 {"signalFractionPt5SPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD first, J/#Psi in -0.9<y<+0.9 & 5.0<pt<7.0 GeV/c", ""},
824 {"signalFractionPt6SPDany_ThetaCS", "Eff. vs. cos(#theta_{CS}), (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD any, J/#Psi in -0.9<y<+0.9 & 7.0<pt<10.0 GeV/c", ""},
825 {"signalFractionPt6SPDfirst_ThetaCS", "Eff. vs. cos(#theta_{CS}), (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD first, J/#Psi in -0.9<y<+0.9 & 7.0<pt<10.0 GeV/c", ""},
827 // correction for the invariant mass integration range, cosThetaHE dependence
828 {"signalFractionSPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD any, J/#Psi in -0.9<y<+0.9 & 0<pt<10.0 GeV/c", ""},
829 {"signalFractionSPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD first, J/#Psi in -0.9<y<+0.9 & 0<pt<10.0 GeV/c", ""},
830 {"signalFractionY1SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD any, J/#Psi in -0.3<y<+0.3 & 0<pt<10.0 GeV/c", ""},
831 {"signalFractionY1SPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD first, J/#Psi in -0.3<y<+0.3 & 0<pt<10.0 GeV/c", ""},
832 {"signalFractionY2SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD any, J/#Psi in 0.3<y<+0.9 & 0<pt<10.0 GeV/c", ""},
833 {"signalFractionY2SPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD first, J/#Psi in 0.3<y<+0.9 & 0<pt<10.0 GeV/c", ""},
834 {"signalFractionY3SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD any, J/#Psi in -0.9<y<-0.3 & 0<pt<10.0 GeV/c", ""},
835 {"signalFractionY3SPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD first, J/#Psi in -0.9<y<-0.3 & 0<pt<10.0 GeV/c", ""},
836 {"signalFractionPt1SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD any, J/#Psi in -0.9<y<+0.9 & 0<pt<1.0 GeV/c", ""},
837 {"signalFractionPt1SPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD first, J/#Psi in -0.9<y<+0.9 & 0<pt<1.0 GeV/c", ""},
838 {"signalFractionPt2SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD any, J/#Psi in -0.9<y<+0.9 & 1.0<pt<2.0 GeV/c", ""},
839 {"signalFractionPt2SPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD first, J/#Psi in -0.9<y<+0.9 & 1.0<pt<2.0 GeV/c", ""},
840 {"signalFractionPt3SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD any, J/#Psi in -0.9<y<+0.9 & 2.0<pt<3.0 GeV/c", ""},
841 {"signalFractionPt3SPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD first, J/#Psi in -0.9<y<+0.9 & 2.0<pt<3.0 GeV/c", ""},
842 {"signalFractionPt4SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD any, J/#Psi in -0.9<y<+0.9 & 3.0<pt<5.0 GeV/c", ""},
843 {"signalFractionPt4SPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD first, J/#Psi in -0.9<y<+0.9 & 3.0<pt<5.0 GeV/c", ""},
844 {"signalFractionPt5SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD any, J/#Psi in -0.9<y<+0.9 & 5.0<pt<7.0 GeV/c", ""},
845 {"signalFractionPt5SPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD first, J/#Psi in -0.9<y<+0.9 & 5.0<pt<7.0 GeV/c", ""},
846 {"signalFractionPt6SPDany_ThetaHE", "Eff. vs. cos(#theta_{HE}), (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD any, J/#Psi in -0.9<y<+0.9 & 7.0<pt<10.0 GeV/c", ""},
847 {"signalFractionPt6SPDfirst_ThetaHE", "Eff. vs. cos(#theta_{HE}), (2.92<M_{inv}<3.16) / (0.0<M_{inv}<5.0), SPD first, J/#Psi in -0.9<y<+0.9 & 7.0<pt<10.0 GeV/c", ""}
852 // Function prototypes ---------------------------------------------------
853 Double_t* GetBinning(AliCFContainer* cont, Int_t variable, Int_t& nBins);
854 void FillHistograms(TObjArray* histosArray, AliCFContainer* cont, Int_t currentRangeStep, Bool_t firstTime);
855 void GetBinLimits(AliCFContainer* cont);
856 void DefineHistograms(TObjArray* objArray, Int_t iCutSet);
857 void AddHistogram(TObjArray* objArray, Int_t ndim,
858 const Char_t* name, const Char_t* title,
859 Int_t nbinsx, Double_t* binsx, const Char_t* xLabel = "",
860 Int_t nbinsy=0, Double_t* binsy=0, const Char_t* yLabel = "",
861 Int_t nbinsz=0, Double_t* binsz=0, const Char_t* zLabel = "");
862 void ProjectManyRuns(const Char_t* runList, const Char_t* pattern, Int_t howMany=1, Int_t offset = 0);
863 void ProjectAll(const Char_t* inputList, const Char_t* outfilename="HistosFromCFs.root",
864 Int_t howMany=1, Int_t offset=0);
865 void ExtractEfficienciesMany(const Char_t* runList, const Char_t* pattern, const Char_t* outAscii, Int_t howMany=1, Int_t offset=0);
866 void ExtractEfficiencies(const Char_t* inputFile, const Char_t* outfilename="Efficiencies.root", const Char_t* numbersFile="");
867 TH1* DivideHists(TH1* nominator, TH1* denominator, Int_t dimension);
868 //-------------------------------------------------------------------------
871 //_______________________________________________________________________________________
872 void ProjectManyRuns(const Char_t* runList,
873 const Char_t* pattern,
874 Int_t howMany, Int_t offset) {
879 // loop over all runs -----------------------
880 ifstream input; input.open(runList);
881 Int_t runCounter = 0;
882 while(input.good()) {
883 Char_t readString[256];
884 input.getline(readString, 256, '\n'); // get a chunk
885 TString runStr = readString;
886 Int_t run = runStr.Atoi();
889 if(runCounter<offset) {
893 if(runCounter>=offset+howMany)
896 cout << "=================== run " << run << " ============================" << endl;
898 ProjectAll(Form("%s/%s/listCF.txt", pattern, readString),
899 Form("%s/%s/Projections.root",pattern, readString),
906 //_______________________________________________________________________________________
907 void ProjectAll(const Char_t* inputList,
908 const Char_t* outfilename,
909 Int_t howMany, Int_t offset) {
911 // Main function for making projections from a list of CF containers (inputList).
912 // The resulting histograms are placed in the ROOT file specified by outfilename
914 // Modify the global variables above to match your requirements
917 // open the output file
918 TFile *outFile = new TFile(outfilename,"RECREATE");
919 // -----------------------------------------------------------------------------
921 // copy the current ExtractEfficiency macro in the same dir as the output file
923 outStr += outfilename;
924 outStr.ReplaceAll(".root", "_ExtractEfficienciesMacro.C");
925 gSystem->Exec(Form("cp ExtractEfficiencies.C %s", outStr.Data()));
926 // ---------------------------------------------------------------------------
928 // create the container for all the histograms ---------------------
929 TObjArray *histoArray=new TObjArray();
930 histoArray->SetOwner();
931 //------------------------------------------------------------------
934 // loop over all CF files, project and merge -----------------------
935 ifstream input; input.open(inputList);
937 Bool_t firstTime = kTRUE;
938 while(input.good()) {
939 Char_t readString[256];
940 input.getline(readString, 256, '\n'); // get a chunk
941 TString readStringString = readString;
942 if(readStringString[0]!='/') continue;
943 if(!readStringString.Contains(".root")) continue;
945 if(currentFile<offset) {
949 if(currentFile>=offset+howMany)
952 cout << "file: " << readString << endl;
954 AliDielectronCFdraw *cf=new AliDielectronCFdraw(readString);
955 AliCFContainer* cont=cf->GetCFContainer();
957 // ****************************************************************************
958 // Below apply all your cut sets then call the FillHistograms() function
959 // Don't forget to increment the "currentCutSet" variable after every cut set
960 // ****************************************************************************
962 // pair type (0 ++, 1 +-, 2 --) ----------------------------------
963 cf->SetRangeUser("PairType", 1.1, 1.9);
965 cf->SetRangeUser("Y", -0.899, 0.899);
966 cf->SetRangeUser("Pt", 0.001, 9.999);
967 Int_t currentCutSet = 0;
968 FillHistograms(histoArray, cont, currentCutSet, firstTime);
970 // j/psi -0.3<y<0.3 ----------------------------------------------------
971 cf->SetRangeUser("Y", -0.299, 0.299);
973 FillHistograms(histoArray, cont, currentCutSet, firstTime);
975 // j/psi 0.3<y<0.9 ----------------------------------------------------
976 cf->SetRangeUser("Y", 0.301, 0.899);
978 FillHistograms(histoArray, cont, currentCutSet, firstTime);
980 // j/psi -0.9<y<-0.3 ----------------------------------------------------
981 cf->SetRangeUser("Y", -0.899, -0.301);
983 FillHistograms(histoArray, cont, currentCutSet, firstTime);
985 // j/psi 0<pt<1.0 ----------------------------------------------------
986 cf->SetRangeUser("Y", -0.899, 0.899);
987 cf->SetRangeUser("Pt", 0.001, 0.999);
989 FillHistograms(histoArray, cont, currentCutSet, firstTime);
991 // j/psi 1.0<pt<2.0 ----------------------------------------------------
992 cf->SetRangeUser("Pt", 1.001, 1.999);
994 FillHistograms(histoArray, cont, currentCutSet, firstTime);
996 // j/psi 2.0<pt<3.0 ----------------------------------------------------
997 cf->SetRangeUser("Pt", 2.001, 2.999);
999 FillHistograms(histoArray, cont, currentCutSet, firstTime);
1001 // j/psi 3.0<pt<5.0 ----------------------------------------------------
1002 cf->SetRangeUser("Pt", 3.001, 4.999);
1004 FillHistograms(histoArray, cont, currentCutSet, firstTime);
1006 // j/psi 5.0<pt<7.0 ----------------------------------------------------
1007 cf->SetRangeUser("Pt", 5.001, 6.999);
1009 FillHistograms(histoArray, cont, currentCutSet, firstTime);
1011 // j/psi 7.0<pt<10.0 ----------------------------------------------------
1012 cf->SetRangeUser("Pt", 7.001, 9.999);
1014 FillHistograms(histoArray, cont, currentCutSet, firstTime);
1016 // Leg pseudo-rapidity cut ---------------------------------------
1017 cf->SetRangeUser("Pt", 0.001, 9.999);
1018 cf->SetRangeUser("Y", -0.899, 0.899);
1019 cf->SetRangeUser("Leg1_Eta", -0.899, 0.899);
1020 cf->SetRangeUser("Leg2_Eta", -0.899, 0.899);
1021 cf->SetRangeUser("Leg1_Pt", 1.001, 10.0);
1022 cf->SetRangeUser("Leg2_Pt", 1.001, 10.0);
1023 cf->SetRangeUser("Leg1_NclsTPC", 70.1, 160.0);
1024 cf->SetRangeUser("Leg2_NclsTPC", 70.1, 160.0);
1026 FillHistograms(histoArray, cont, currentCutSet, firstTime);
1028 // j/psi -0.3<y<0.3 ----------------------------------------------------
1029 cf->SetRangeUser("Y", -0.299, 0.299);
1031 FillHistograms(histoArray, cont, currentCutSet, firstTime);
1033 // j/psi 0.3<y<0.9 ----------------------------------------------------
1034 cf->SetRangeUser("Y", 0.301, 0.899);
1036 FillHistograms(histoArray, cont, currentCutSet, firstTime);
1038 // j/psi -0.9<y<-0.3 ----------------------------------------------------
1039 cf->SetRangeUser("Y", -0.899, -0.301);
1041 FillHistograms(histoArray, cont, currentCutSet, firstTime);
1043 // j/psi 0<pt<1.0 ----------------------------------------------------
1044 cf->SetRangeUser("Y", -0.899, 0.899);
1045 cf->SetRangeUser("Pt", 0.001, 0.999);
1047 FillHistograms(histoArray, cont, currentCutSet, firstTime);
1049 // j/psi 1.0<pt<2.0 ----------------------------------------------------
1050 cf->SetRangeUser("Pt", 1.001, 1.999);
1052 FillHistograms(histoArray, cont, currentCutSet, firstTime);
1054 // j/psi 2.0<pt<3.0 ----------------------------------------------------
1055 cf->SetRangeUser("Pt", 2.001, 2.999);
1057 FillHistograms(histoArray, cont, currentCutSet, firstTime);
1059 // j/psi 3.0<pt<5.0 ----------------------------------------------------
1060 cf->SetRangeUser("Pt", 3.001, 4.999);
1062 FillHistograms(histoArray, cont, currentCutSet, firstTime);
1064 // j/psi 5.0<pt<7.0 ----------------------------------------------------
1065 cf->SetRangeUser("Pt", 5.001, 6.999);
1067 FillHistograms(histoArray, cont, currentCutSet, firstTime);
1069 // j/psi 7.0<pt<10.0 ----------------------------------------------------
1070 cf->SetRangeUser("Pt", 7.001, 9.999);
1072 FillHistograms(histoArray, cont, currentCutSet, firstTime);
1075 // j/psi 2.92<M<3.16
1076 cf->SetRangeUser("Pt", 0.001, 9.999);
1077 cf->SetRangeUser("Y", -0.899, 0.899);
1078 cf->SetRangeUser("M", 2.9201, 3.1599);
1080 FillHistograms(histoArray, cont, currentCutSet, firstTime);
1082 // j/psi -0.3<y<0.3 ----------------------------------------------------
1083 cf->SetRangeUser("Y", -0.299, 0.299);
1085 FillHistograms(histoArray, cont, currentCutSet, firstTime);
1087 // j/psi 0.3<y<0.9 ----------------------------------------------------
1088 cf->SetRangeUser("Y", 0.301, 0.899);
1090 FillHistograms(histoArray, cont, currentCutSet, firstTime);
1092 // j/psi -0.9<y<-0.3 ----------------------------------------------------
1093 cf->SetRangeUser("Y", -0.899, -0.301);
1095 FillHistograms(histoArray, cont, currentCutSet, firstTime);
1097 // j/psi 0<pt<1.0 ----------------------------------------------------
1098 cf->SetRangeUser("Pt", 0.001, 0.999);
1099 cf->SetRangeUser("Y", -0.899, 0.899);
1101 FillHistograms(histoArray, cont, currentCutSet, firstTime);
1103 // j/psi 1.0<pt<2.0 ----------------------------------------------------
1104 cf->SetRangeUser("Pt", 1.001, 1.999);
1106 FillHistograms(histoArray, cont, currentCutSet, firstTime);
1108 // j/psi 2.0<pt<3.0 ----------------------------------------------------
1109 cf->SetRangeUser("Pt", 2.001, 2.999);
1111 FillHistograms(histoArray, cont, currentCutSet, firstTime);
1113 // j/psi 3.0<pt<5.0 ----------------------------------------------------
1114 cf->SetRangeUser("Pt", 3.001, 4.999);
1116 FillHistograms(histoArray, cont, currentCutSet, firstTime);
1118 // j/psi 5.0<pt<7.0 ----------------------------------------------------
1119 cf->SetRangeUser("Pt", 5.001, 6.999);
1121 FillHistograms(histoArray, cont, currentCutSet, firstTime);
1123 // j/psi 7.0<pt<10.0 ----------------------------------------------------
1124 cf->SetRangeUser("Pt", 7.001, 9.999);
1126 FillHistograms(histoArray, cont, currentCutSet, firstTime);
1133 } // end loop over CF files
1136 histoArray->Write();
1143 //_______________________________________________________________________________________
1144 void ExtractEfficienciesMany(const Char_t* runList, const Char_t* pattern, const Char_t* outAscii, Int_t howMany, Int_t offset) {
1149 // loop over all runs -----------------------
1150 ifstream input; input.open(runList);
1151 Int_t runCounter = 0;
1153 TGraphErrors* trends[gkNeffs];
1154 Double_t weightedEffs[gkNeffs];
1155 Double_t weightedErrs[gkNeffs];
1156 Int_t nPoints[gkNeffs];
1157 Double_t nTotalEvents[gkNeffs];
1158 for(Int_t iTrend=0; iTrend<gkNeffs; iTrend++) {
1159 trends[iTrend] = new TGraphErrors();
1160 trends[iTrend]->SetName(gkEffNames[iTrend][0]);
1161 trends[iTrend]->SetTitle(gkEffNames[iTrend][1]);
1162 weightedEffs[iTrend] = 0.0; weightedErrs[iTrend] = 0.0;
1163 nPoints[iTrend] = 0;
1164 nTotalEvents[iTrend] = 0;
1167 TFile* normalizationFile=0x0;
1170 while(input.good()) {
1171 Char_t readString[256];
1172 input.getline(readString, 256, '\n'); // get a chunk
1173 TString runStr = readString;
1174 Int_t run = runStr.Atoi();
1176 if(run<=0) continue;
1178 if(runCounter<offset) {
1182 if(runCounter>=offset+howMany)
1185 cout << "=================== run " << run << " ============================" << endl;
1187 if(run<=117222) periodStr = "LHC10b.pass2";
1188 if(run>117222 && run<=120829) periodStr = "LHC10c.pass2";
1189 if(run>121000 && run<=126437) periodStr = "LHC10d.pass2";
1190 Double_t nPhysicsEvents = 0;
1191 normalizationFile = TFile::Open(Form("/lustre/alice/train/V006.pp/2011-03-18_2242.6024/mergedRuns/pp/7TeV/%s/%d.ana/iarsene_normalization.root", periodStr.Data(), run));
1192 cout << "# physics events = ";
1193 if(normalizationFile) {
1194 TObjArray *histos=(TObjArray*)normalizationFile->Get("iarsene_normalization");
1195 TH1I* triggers=(TH1I*)histos->FindObject("TriggersHistogram");
1196 nPhysicsEvents = triggers->GetBinContent(2); // PHYSICS events
1197 cout << nPhysicsEvents;
1198 normalizationFile->Close();
1201 cout << " NOT FOUND";
1204 ExtractEfficiencies(Form("%s/%s/Projections.root",pattern,readString),
1205 Form("%s/%s/Efficiencies.root",pattern,readString));
1206 file = TFile::Open(Form("%s/%s/Efficiencies.root",pattern,readString));
1207 if(file && !file->IsZombie()) {
1208 for(Int_t iTrend=0; iTrend<gkNeffs; iTrend++) {
1209 object = (TNamed*)file->Get(Form("%s_value",gkEffNames[iTrend][0]));
1210 if(!object) continue;
1211 Float_t eff = (TString(object->GetTitle())).Atof();
1212 trends[iTrend]->SetPoint(nPoints[iTrend], run, eff);
1213 object = (TNamed*)file->Get(Form("%s_error",gkEffNames[iTrend][0]));
1214 if(!object) continue;
1215 Float_t err = (TString(object->GetTitle())).Atof();
1216 trends[iTrend]->SetPointError(nPoints[iTrend], 0.0, err);
1217 weightedEffs[iTrend] += nPhysicsEvents*eff;
1218 weightedErrs[iTrend] += nPhysicsEvents*nPhysicsEvents*err*err;
1219 nTotalEvents[iTrend] += nPhysicsEvents;
1220 // cout << "trend " << iTrend << "; eff = " << eff << endl;
1225 if(normalizationFile)
1226 normalizationFile->Close();
1230 // write the efficiencies also in an ascii file
1232 asciiOut.open(outAscii);
1234 TFile *saveTrend = new TFile(Form("%s.trend.root", runList), "RECREATE");
1235 TNamed *weightedFactors;
1236 TNamed *weightedErrors;
1237 TNamed *nEventsObject;
1238 for(Int_t iTrend=0; iTrend<gkNeffs; iTrend++) {
1239 trends[iTrend]->Write();
1240 weightedEffs[iTrend] /= nTotalEvents[iTrend];
1241 weightedErrs[iTrend] = TMath::Sqrt(weightedErrs[gkNeffs])/nTotalEvents[iTrend];
1242 weightedFactors = new TNamed(Form("%s_weighted", gkEffNames[iTrend][0]),
1243 Form("%f", weightedEffs[iTrend]));
1244 weightedErrors = new TNamed(Form("%s_weightedErr", gkEffNames[iTrend][0]),
1245 Form("%f", weightedErrs[iTrend]));
1246 weightedFactors->Write();
1247 weightedErrors->Write();
1248 nEventsObject = new TNamed(Form("TotalEvents_%s",gkEffNames[iTrend][0]), Form("%f",nTotalEvents[iTrend]));
1249 nEventsObject->Write();
1250 // write a table into an ascii file ---------------------------------
1251 TString effNameStr(gkEffNames[iTrend][2]);
1252 // The array contains y,pt rapidity intervals for this efficiency, and/or other variables
1253 // Always, the first element of the array should be "any" or "first"
1254 TObjArray* array = effNameStr.Tokenize(",");
1255 if(array->GetEntries()<=1) continue;
1256 asciiOut << iTrend << "\t";
1257 if(((TObjString*)array->At(0))->GetString()=="any")
1259 else if(((TObjString*)array->At(0))->GetString()=="first")
1261 for(Int_t iStr=1; iStr<array->GetEntries(); iStr++)
1262 asciiOut << "\t" << ((TObjString*)array->At(iStr))->GetString().Data();
1263 asciiOut << "\t " << weightedEffs[iTrend] << endl;
1265 // At the end of the ascii file write the format and brief explanations
1267 asciiOut << "# Format: efficiencyId SPD(1-any/2-first) yLow yHigh ptLow ptHigh efficiency" << endl;
1268 asciiOut << "# Efficiency descriptions (based on efficiencyId) : " << endl;
1269 for(Int_t iTrend=0; iTrend<gkNeffs; iTrend++) {
1270 TString effNameStr(gkEffNames[iTrend][2]);
1271 TObjArray* array = effNameStr.Tokenize(",");
1272 if(array->GetEntries()<=1) continue;
1273 asciiOut << "# " << iTrend << " - " << gkEffNames[iTrend][1] << endl;
1279 //_______________________________________________________________________________________
1280 void ExtractEfficiencies(const Char_t* inputFilename,
1281 const Char_t* outfilename,
1282 const Char_t* numbersFile) {
1284 // Main function to extract efficiencies
1287 // Open the output file
1288 TFile *output = new TFile(outfilename, "RECREATE");
1289 // ---------------------------------------------------------------------------
1291 // copy the current ExtractEfficiency macro in the same dir as the output file
1292 TString outStr = "";
1293 outStr += outfilename;
1294 outStr.ReplaceAll(".root", "_ExtractEfficienciesMacro.C");
1295 gSystem->Exec(Form("cp ExtractEfficiencies.C %s", outStr.Data()));
1296 // ---------------------------------------------------------------------------
1298 // open the input file and read out all the histograms
1299 TFile *file = TFile::Open(inputFilename);
1300 if(!file || file->IsZombie()) return;
1302 TObjArray *effArray = new TObjArray();
1303 effArray->SetOwner();
1309 if(numbersFile[0]!='\0') {
1310 asciiOut.open(numbersFile);
1311 asciiOut << "#Format: Name | Value | Abs. Error" << endl;
1313 for(Int_t iEff=0; iEff<gkNeffs; iEff++) {
1314 // cout << gkEffNames[iEff][0] << " (" << gkEffNames[iEff][1] << " )" << endl;
1315 if(gkDims[gkEffs[iEff][2]][0]==1) { // 1-dim histos
1316 nominator = (TH1D*)(file->Get(Form("%s_%s_%s",gkStepNames[gkEffs[iEff][0]][0],
1317 gkCutSetNames[gkEffs[iEff][1]][0],
1318 gkHistoNames[gkEffs[iEff][2]][0])));
1319 denominator = (TH1D*)(file->Get(Form("%s_%s_%s",gkStepNames[gkEffs[iEff][3]][0],
1320 gkCutSetNames[gkEffs[iEff][4]][0],
1321 gkHistoNames[gkEffs[iEff][5]][0])));
1322 if(!nominator) continue;
1323 if(!denominator) continue;
1324 nominator->GetYaxis()->SetTitle("efficiency");
1326 if(gkDims[gkEffs[iEff][2]][0]==2) { // 2-dim histos
1327 nominator = (TH2D*)(file->Get(Form("%s_%s_%s",gkStepNames[gkEffs[iEff][0]][0],
1328 gkCutSetNames[gkEffs[iEff][1]][0],
1329 gkHistoNames[gkEffs[iEff][2]][0])));
1330 denominator = (TH2D*)(file->Get(Form("%s_%s_%s",gkStepNames[gkEffs[iEff][3]][0],
1331 gkCutSetNames[gkEffs[iEff][4]][0],
1332 gkHistoNames[gkEffs[iEff][5]][0])));
1333 if(!nominator) continue;
1334 if(!denominator) continue;
1335 nominator->GetZaxis()->SetTitle("efficiency");
1337 if(gkDims[gkEffs[iEff][2]][0]==3) { // 3-dim histos
1338 nominator = (TH3D*)(file->Get(Form("%s_%s_%s",gkStepNames[gkEffs[iEff][0]][0],
1339 gkCutSetNames[gkEffs[iEff][1]][0],
1340 gkHistoNames[gkEffs[iEff][2]][0])));
1341 denominator = (TH3D*)(file->Get(Form("%s_%s_%s",gkStepNames[gkEffs[iEff][3]][0],
1342 gkCutSetNames[gkEffs[iEff][4]][0],
1343 gkHistoNames[gkEffs[iEff][5]][0])));
1344 if(!nominator) continue;
1345 if(!denominator) continue;
1347 Double_t nomIntegral = nominator->Integral();
1348 Double_t denomIntegral = denominator->Integral();
1349 Double_t eff = (denomIntegral>0 ? nomIntegral/denomIntegral : 0);
1350 // Error calculation: take into account that nominator and denominator are correlated.
1351 // The nominator is a subset of denominator
1352 Double_t error = eff;
1353 if(nomIntegral>0 && denomIntegral>0)
1354 error = eff*TMath::Sqrt(TMath::Abs(denomIntegral-nomIntegral)/nomIntegral/denomIntegral);
1355 //nominator->Divide(denominator);
1356 TH1* ratio = DivideHists(nominator, denominator, gkDims[gkEffs[iEff][2]][0]);
1357 // cout << "efficiency = " << nomIntegral << " / " << denomIntegral << " = "
1358 // << eff << " +/- " << error << endl;
1359 TString title = gkEffNames[iEff][1];
1360 title += Form(", integrated eff. = %f #pm %f", eff, error);
1361 ratio->SetTitle(title.Data());
1362 ratio->SetName(gkEffNames[iEff][0]);
1363 effArray->Add(ratio);
1365 if(numbersFile[0]!='\0') {
1366 asciiOut << gkEffNames[iEff][0] << "\t" << eff << "\t" << error << endl;
1368 effValue = new TNamed(Form("%s_value", gkEffNames[iEff][0]),
1370 effArray->Add(effValue);
1371 effError = new TNamed(Form("%s_error", gkEffNames[iEff][0]),
1373 effArray->Add(effError);
1384 //________________________________________________________________________________________
1385 void DefineHistograms(TObjArray* histoArray, Int_t iCutSet) {
1387 // Define the histograms to be filled for every step and a given cut set
1388 // This function is called by the FillHistograms() if the firstTime flag is set
1390 for(Int_t iStep=0; iStep<kNSteps; iStep++) {
1391 for(Int_t iHisto = 0; iHisto<gkNhistos; iHisto++) {
1392 AddHistogram(histoArray, gkDims[iHisto][0],
1393 Form("%s_%s_%s", gkStepNames[iStep][0], gkCutSetNames[iCutSet][0], gkHistoNames[iHisto][0]),
1394 Form("%s, %s, %s", gkHistoNames[iHisto][1], gkStepNames[iStep][1], gkCutSetNames[iCutSet][1]),
1395 gNbins[gkDims[iHisto][1]], gBinLimits[gkDims[iHisto][1]], gkVarNames[gkDims[iHisto][1]],
1396 (gkDims[iHisto][2]!=kNothing ? gNbins[gkDims[iHisto][2]] : 0),
1397 (gkDims[iHisto][2]!=kNothing ? gBinLimits[gkDims[iHisto][2]] : 0),
1398 (gkDims[iHisto][2]!=kNothing ? gkVarNames[gkDims[iHisto][2]] : ""),
1399 (gkDims[iHisto][3]!=kNothing ? gNbins[gkDims[iHisto][3]] : 0),
1400 (gkDims[iHisto][3]!=kNothing ? gBinLimits[gkDims[iHisto][3]] : 0),
1401 (gkDims[iHisto][3]!=kNothing ? gkVarNames[gkDims[iHisto][3]] : ""));
1403 } // end loop over histos
1404 } // end loop over steps
1408 //_________________________________________________________________________________________
1409 void AddHistogram(TObjArray* histoArray, Int_t ndim,
1410 const Char_t* name, const Char_t* title,
1411 Int_t nbinsx, Double_t* binsx, const Char_t* xLabel,
1412 Int_t nbinsy, Double_t* binsy, const Char_t* yLabel,
1413 Int_t nbinsz, Double_t* binsz, const Char_t* zLabel) {
1415 // Create a 1,2 or 3 - dimensional histogram and add it to the object array
1417 if(ndim<1 || ndim>3) return;
1420 histo = new TH1D(name, title, nbinsx, binsx);
1422 histo->GetXaxis()->SetTitle(xLabel);
1425 histo = new TH2D(name, title, nbinsx, binsx, nbinsy, binsy);
1427 histo->GetXaxis()->SetTitle(xLabel);
1428 histo->GetYaxis()->SetTitle(yLabel);
1431 histo = new TH3D(name, title, nbinsx, binsx, nbinsy, binsy, nbinsz, binsz);
1433 histo->GetXaxis()->SetTitle(xLabel);
1434 histo->GetYaxis()->SetTitle(yLabel);
1435 histo->GetZaxis()->SetTitle(zLabel);
1437 histoArray->Add(histo);
1440 //__________________________________________________________________________________________
1441 void FillHistograms(TObjArray* histosArray, AliCFContainer* cont, Int_t currentCutSet, Bool_t firstTime) {
1443 // Fill the user defined histograms for a given cut set
1445 // If the firstTime flag is on then update the bin limits and call DefineHistograms()
1448 DefineHistograms(histosArray, currentCutSet);
1452 for(Int_t iStep=0; iStep<kNSteps; ++iStep) { // loop over CF container steps
1453 for(Int_t iHisto=0; iHisto<gkNhistos; iHisto++) {
1454 // fill 1-dim histos
1455 if(gkDims[iHisto][0]==1) {
1456 histo = (TH1D*)histosArray->FindObject(Form("%s_%s_%s",gkStepNames[iStep][0],
1457 gkCutSetNames[currentCutSet][0],
1458 gkHistoNames[iHisto][0]));
1459 //histo->Add(cont->Project(gkDims[iHisto][1],gkStepNumbers[iStep]));
1461 //cout << "Histo: " << Form("%s_%s_%s",gkStepNames[iStep][0],gkCutSetNames[currentCutSet][0],gkHistoNames[iHisto][0]) << endl;
1462 //cout << "bin lims x: ";
1463 //for(Int_t iBinx=1; iBinx<=histo->GetXaxis()->GetNbins(); iBinx++)
1464 // cout << histo->GetXaxis()->GetBinLowEdge(iBinx) << " ";
1465 //cout << histo->GetXaxis()->GetBinUpEdge(histo->GetXaxis()->GetNbins()) << endl;
1466 histo->Add(cont->Project(gkStepNumbers[iStep],gkDims[iHisto][1]));
1468 // fill 2-dim histos
1469 if(gkDims[iHisto][0]==2) {
1470 histo = (TH2D*)histosArray->FindObject(Form("%s_%s_%s",gkStepNames[iStep][0],
1471 gkCutSetNames[currentCutSet][0],
1472 gkHistoNames[iHisto][0]));
1473 //histo->Add(cont->Project(gkDims[iHisto][1], gkDims[iHisto][2], gkStepNumbers[iStep]));
1474 //cout << "Histo: " << Form("%s_%s_%s",gkStepNames[iStep][0],gkCutSetNames[currentCutSet][0],gkHistoNames[iHisto][0]) << endl;
1475 //cout << "bin lims x: ";
1476 //for(Int_t iBinx=1; iBinx<=histo->GetXaxis()->GetNbins(); iBinx++)
1477 // cout << histo->GetXaxis()->GetBinLowEdge(iBinx) << " ";
1478 //cout << histo->GetXaxis()->GetBinUpEdge(histo->GetXaxis()->GetNbins()) << endl;
1479 //cout << "bin lims y: ";
1480 //for(Int_t iBiny=1; iBiny<=histo->GetYaxis()->GetNbins(); iBiny++)
1481 // cout << histo->GetYaxis()->GetBinLowEdge(iBiny) << " ";
1482 //cout << histo->GetYaxis()->GetBinUpEdge(histo->GetYaxis()->GetNbins()) << endl;
1483 histo->Add(cont->Project(gkStepNumbers[iStep], gkDims[iHisto][1], gkDims[iHisto][2]));
1485 // fill 3-dim histos
1486 if(gkDims[iHisto][0]==3) {
1487 histo = (TH3D*)histosArray->FindObject(Form("%s_%s_%s",gkStepNames[iStep][0],
1488 gkCutSetNames[currentCutSet][0],
1489 gkHistoNames[iHisto][0]));
1490 //histo->Add(cont->Project(gkDims[iHisto][1], gkDims[iHisto][2], gkDims[iHisto][3], gkStepNumbers[iStep]));
1491 histo->Add(cont->Project(gkStepNumbers[iStep], gkDims[iHisto][1], gkDims[iHisto][2], gkDims[iHisto][3]));
1493 } // end loop over histos
1494 } // end loop over steps
1497 //____________________________________________________________________________________________
1498 void GetBinLimits(AliCFContainer* cont) {
1500 // Extract the bin limits from the CF container
1502 cout << "********* New cut set ****************" << endl;
1503 for(Int_t iVar=0; iVar<kNVariables; iVar++) {
1505 gBinLimits[iVar] = GetBinning(cont, iVar, gNbins[iVar]);
1506 cout << "n bins on " << cont->GetVarTitle(iVar) << " : " << gNbins[iVar];
1507 cout << "; range = " << gBinLimits[iVar][0] << " --> " << gBinLimits[iVar][gNbins[iVar]] << endl;
1508 //cout << "bin limits = ";
1509 //for(Int_t iBin=0; iBin<=gNbins[iVar]; iBin++)
1510 // cout << gBinLimits[iVar][iBin] << " ";
1515 //________________________________________________________________________________________
1516 Double_t* GetBinning(AliCFContainer* cont, Int_t variable,
1519 // Get the number of bins and the bin limits for the projection of a given variable
1521 //TH1D* tempHist = cont->Project(variable, kPureMC);
1522 TH1* tempHist = cont->Project(kPureMC, variable);
1523 nBins = tempHist->GetXaxis()->GetNbins();
1524 Double_t* binLimits = new Double_t[nBins+1];
1525 for(Int_t i=1; i<=nBins; i++)
1526 binLimits[i-1]=tempHist->GetXaxis()->GetBinLowEdge(i);
1527 binLimits[nBins] = tempHist->GetXaxis()->GetBinLowEdge(nBins) +
1528 tempHist->GetXaxis()->GetBinWidth(nBins);
1532 //________________________________________________________________________________________
1533 TH1* DivideHists(TH1* nominator, TH1* denominator, Int_t dimension) {
1535 // divide 2 histograms with error propagation
1539 Int_t nBinsXNom = nominator->GetXaxis()->GetNbins();
1540 Int_t nBinsXDenom = denominator->GetXaxis()->GetNbins();
1541 Int_t nBinsYNom = nominator->GetYaxis()->GetNbins();
1542 Int_t nBinsYDenom = denominator->GetYaxis()->GetNbins();
1543 Int_t nBinsZNom = nominator->GetZaxis()->GetNbins();
1544 Int_t nBinsZDenom = denominator->GetZaxis()->GetNbins();
1545 if(nBinsXNom!=nBinsXDenom || nBinsYNom!=nBinsYDenom || nBinsZNom!=nBinsZDenom) {
1546 cout << "Trying to divide histograms with different number of bins" << endl;
1549 ratio = (TH3D*)nominator->Clone("ratio");
1551 for(Int_t iXbin=1; iXbin<=nBinsXNom; ++iXbin) {
1552 for(Int_t iYbin=1; iYbin<=nBinsYNom; ++iYbin) {
1553 for(Int_t iZbin=1; iZbin<=nBinsZNom; ++iZbin) {
1554 Double_t countsN = nominator->GetBinContent(iXbin, iYbin, iZbin);
1555 Double_t countsD = denominator->GetBinContent(iXbin, iYbin, iZbin);
1556 if(countsN<1 || countsD<1) continue; // zero entry bins
1557 Double_t eff = countsN/countsD;
1558 Double_t error = eff*TMath::Sqrt(TMath::Abs(countsD-countsN)/countsN/countsD);
1559 ratio->SetBinContent(iXbin, iYbin, iZbin, eff);
1560 ratio->SetBinError(iXbin, iYbin, iZbin, error);
1568 Int_t nBinsXNom = nominator->GetXaxis()->GetNbins();
1569 Int_t nBinsXDenom = denominator->GetXaxis()->GetNbins();
1570 Int_t nBinsYNom = nominator->GetYaxis()->GetNbins();
1571 Int_t nBinsYDenom = denominator->GetYaxis()->GetNbins();
1572 if(nBinsXNom!=nBinsXDenom || nBinsYNom!=nBinsYDenom) {
1573 cout << "Trying to divide histograms with different number of bins" << endl;
1576 ratio = (TH2D*)nominator->Clone("ratio");
1578 for(Int_t iXbin=1; iXbin<=nBinsXNom; ++iXbin) {
1579 for(Int_t iYbin=1; iYbin<=nBinsYNom; ++iYbin) {
1580 Double_t countsN = nominator->GetBinContent(iXbin, iYbin);
1581 Double_t countsD = denominator->GetBinContent(iXbin, iYbin);
1582 if(countsN<1 || countsD<1) continue; // zero entry bins
1583 Double_t eff = countsN/countsD;
1584 Double_t error = eff*TMath::Sqrt(TMath::Abs(countsD-countsN)/countsN/countsD);
1585 ratio->SetBinContent(iXbin, iYbin, eff);
1586 ratio->SetBinError(iXbin, iYbin, error);
1593 Int_t nBinsXNom = nominator->GetXaxis()->GetNbins();
1594 Int_t nBinsXDenom = denominator->GetXaxis()->GetNbins();
1595 if(nBinsXNom!=nBinsXDenom) {
1596 cout << "Trying to divide histograms with different number of bins" << endl;
1599 ratio = (TH1D*)nominator->Clone("ratio");
1601 for(Int_t iXbin=1; iXbin<=nBinsXNom; ++iXbin) {
1602 Double_t countsN = nominator->GetBinContent(iXbin);
1603 Double_t countsD = denominator->GetBinContent(iXbin);
1604 if(countsN<1 || countsD<1) continue; // zero entry bins
1605 Double_t eff = countsN/countsD;
1606 Double_t error = eff*TMath::Sqrt(TMath::Abs(countsD-countsN)/countsN/countsD);
1607 ratio->SetBinContent(iXbin, eff);
1608 ratio->SetBinError(iXbin, error);
git://git.uio.no / u / mrichter / AliRoot.git / blob