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[u/mrichter/AliRoot.git] / STEER / AliTag.h
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f3a97c86 1#ifndef ALITAG
2#define ALITAG
3
4#include <stdlib.h>
5#include <iostream.h>
6
7#include "TObject.h"
8#include "TClonesArray.h"
9
10//______________________________________________________________________________
11class AliEventTag : public TObject
12{
13
14 private:
15 Int_t fAliceEventId; //The event id
16 Int_t fGUID; //The unique identifier of the file
17 Int_t fNumberOfParticipants; //Number of participants
18 Float_t fImpactParameter; //The impact parameter
19 Float_t fPrimaryVertexX; //Primary vertex - X coordinate
20 Float_t fPrimaryVertexY; //Primary vertex - Y coordinate
21 Float_t fPrimaryVertexZ; //Primary vertex - Z coordinate
22 Int_t fTriggerInfo; //Information from trigger
23 Float_t fZDCNeutronEnergy; //ZDC info - neutron
24 Float_t fZDCProtonEnergy; //ZDC info - proton
25 Float_t fZDCEMEnergy; //ZDC info - em
26 Float_t fT0VertexZ; //T0 info
27 Int_t fNumberOfTracks; //Multiplicity
28 Int_t fNumberOfPositiveTracks; //Multiplicity of positive tracks
29 Int_t fNumberOfNegativeTracks; //Multiplicity of negative tracks
30 Int_t fNumberOfNeutralTracks; //Multiplicity of neutral tracks
31 Int_t fNumberOfV0s; //Number of V0s
32 Int_t fNumberOfCascades; //Number of cascades
33 Int_t fNumberOfKinks; //Number of kinks
34 Int_t fNumberOfPMDTracks; //PMD tracks
85c60a8e 35 Int_t fNumberOfPHOSClusters; //PHOS clusters
36 Int_t fNumberOfEMCALClusters; //EMCAL clusters
f3a97c86 37 Int_t fNumberOfFMDTracks; //FMD tracks
38 Int_t fNumberOfJetCandidates; //Jet candidates
39 Int_t fNumberOfHardPhotonsCandidates; //Hard photons candidates
40 Int_t fNumberOfElectrons; //Number of electrons
41 Int_t fNumberOfMuons; //Number of muons
42 Int_t fNumberOfPions; //Number of pions
43 Int_t fNumberOfKaons; //Number of kaons
44 Int_t fNumberOfProtons; //Number of protons
45 Int_t fNumberOfLambdas; //Number of lambdas
46 Int_t fNumberOfJPsiCandidates; //JPsi candidates
47 Int_t fNumberOfPsiPrimeCandidates; //Psi prime candidates
48 Int_t fNumberOfUpsilonCandidates; //Upsilon candidates
49 Int_t fNumberOfUpsilonPrimeCandidates; //Upsilon prime candidates
50 Int_t fNumberOfUpsilonDoublePrimeCandidates;
51 Int_t fNumberOfCharmParticleCandidates;
52 Int_t fNumberOfBeautyParticleCandidates;
53 Float_t fK0PeakPosition;
54 Float_t fK0PeakWidth;
55 Float_t fTotalP;
56 Float_t fMeanPt;
57 Float_t fMaxPt;
58 Float_t fFlowV1;
59 Float_t fFlowV2;
60
61 virtual void CopyTag(AliEventTag *EvTag);
62
63 public:
64 AliEventTag();
65 AliEventTag(AliEventTag *t);
66 virtual ~AliEventTag();
67
68 void SetEventId(Int_t Pid) {fAliceEventId = Pid;}
69 void SetGUID(Int_t Pid) {fGUID = Pid;}
70
71 void SetNumOfParticipants(Int_t P) {fNumberOfParticipants = P;}
72 void SetImpactParameter(Float_t Pimpact) {fImpactParameter = Pimpact;}
73
74 void SetVertexX(Float_t Pvx) {fPrimaryVertexX = Pvx;}
75 void SetVertexY(Float_t Pvy) {fPrimaryVertexY = Pvy;}
76 void SetVertexZ(Float_t Pvz) {fPrimaryVertexZ = Pvz;}
77
78 void SetTrigger(Int_t Ptr) {fTriggerInfo = Ptr;}
79
80 void SetZDCNeutronEnergy(Float_t Pen) {fZDCNeutronEnergy = Pen;}
81 void SetZDCProtonEnergy(Float_t Pen) {fZDCProtonEnergy = Pen;}
82 void SetZDCEMEnergy(Float_t Pen) {fZDCEMEnergy = Pen;}
83
84 void SetT0VertexZ(Float_t Pvz) {fT0VertexZ = Pvz;}
85
86 void SetNumOfTracks(Int_t Ptr) {fNumberOfTracks = Ptr;}
87 void SetNumOfPosTracks(Int_t Ptr) {fNumberOfPositiveTracks = Ptr;}
88 void SetNumOfNegTracks(Int_t Ptr) {fNumberOfNegativeTracks = Ptr;}
89 void SetNumOfNeutrTracks(Int_t Ptr) {fNumberOfNeutralTracks = Ptr;}
90
91 void SetNumOfV0s(Int_t Ptr) {fNumberOfV0s = Ptr;}
92 void SetNumOfCascades(Int_t Ptr) {fNumberOfCascades = Ptr;}
93 void SetNumOfKinks(Int_t Ptr) {fNumberOfKinks = Ptr;}
94
95 void SetNumOfPMDTracks(Int_t Ptr) {fNumberOfPMDTracks = Ptr;}
85c60a8e 96 void SetNumOfPHOSClusters(Int_t Ptr) {fNumberOfPHOSClusters = Ptr;}
97 void SetNumOfEMCALClusters(Int_t Ptr) {fNumberOfEMCALClusters = Ptr;}
f3a97c86 98 void SetNumOfFMDTracks(Int_t Ptr) {fNumberOfFMDTracks = Ptr;}
99
100 void SetNumOfJetCandidates(Int_t Ptr) {fNumberOfJetCandidates = Ptr;}
101 void SetNumOfHardPhotonsCandidates(Int_t Ptr) {fNumberOfHardPhotonsCandidates = Ptr;}
102 void SetNumOfJPsiCandidates(Int_t Ptr) {fNumberOfJPsiCandidates = Ptr;}
103 void SetNumOfPsiPrimeCandidates(Int_t Ptr) {fNumberOfPsiPrimeCandidates = Ptr;}
104 void SetNumOfUpsilonCandidates(Int_t Ptr) {fNumberOfUpsilonCandidates = Ptr;}
105 void SetNumOfUpsilonPrimeCandidates(Int_t Ptr) {fNumberOfUpsilonPrimeCandidates = Ptr;}
106 void SetNumOfUpsilonDoublePrimeCandidates(Int_t Ptr) {fNumberOfUpsilonDoublePrimeCandidates = Ptr;}
107 void SetNumOfCharmCandidates(Int_t Ptr) {fNumberOfCharmParticleCandidates = Ptr;}
108 void SetNumOfBeautyCandidates(Int_t Ptr) {fNumberOfBeautyParticleCandidates = Ptr;}
109
110 void SetNumOfElectrons(Int_t Ptr) {fNumberOfElectrons = Ptr;}
111 void SetNumOfMuons(Int_t Ptr) {fNumberOfMuons = Ptr;}
112 void SetNumOfPions(Int_t Ptr) {fNumberOfPions = Ptr;}
113 void SetNumOfKaons(Int_t Ptr) {fNumberOfKaons = Ptr;}
114 void SetNumOfProtons(Int_t Ptr) {fNumberOfProtons = Ptr;}
115 void SetNumOfLambdas(Int_t Ptr) {fNumberOfLambdas = Ptr;}
116
117 void SetK0Peak(Float_t Ppeak) {fK0PeakPosition = Ppeak;}
118 void SetK0Width(Float_t Pw) {fK0PeakWidth = Pw;}
119
120 void SetTotalMomentum(Float_t P) {fTotalP = P;}
121 void SetMeanPt(Float_t Pt) {fMeanPt = Pt;}
122 void SetMaxPt(Float_t Pt) {fMaxPt = Pt;}
123
124 void SetFlowV1(Float_t Pv1) {fFlowV1 = Pv1;}
125 void SetFlowV2(Float_t Pv2) {fFlowV2 = Pv2;}
126
127
128
129
130 Int_t GetEventId() {return fAliceEventId;}
131 Int_t GetGUID() {return fGUID;}
132
133 Int_t GetNumOfParticipants() {return fNumberOfParticipants;}
134 Float_t GetImpactParameter() {return fImpactParameter;}
135
136 Float_t GetVertexX() {return fPrimaryVertexX;}
137 Float_t GetVertexY() {return fPrimaryVertexY;}
138 Float_t GetVertexZ() {return fPrimaryVertexZ;}
139
140 Int_t GetTrigger() {return fTriggerInfo;}
141
142 Float_t GetZDCNeutronEnergy() {return fZDCNeutronEnergy;}
143 Float_t GetZDCProtonEnergy() {return fZDCProtonEnergy;}
144 Float_t GetZDCEMEnergy() {return fZDCEMEnergy;}
145
146 Float_t GetT0VertexZ() {return fT0VertexZ;}
147
148 Int_t GetNumOfTracks() {return fNumberOfTracks;}
149 Int_t GetNumOfPosTracks() {return fNumberOfPositiveTracks;}
150 Int_t GetNumOfNegTracks() {return fNumberOfNegativeTracks;}
151 Int_t GetNumOfNeutrTracks() {return fNumberOfNeutralTracks;}
152
153 Int_t GetNumOfV0s() {return fNumberOfV0s;}
154 Int_t GetNumOfCascades() {return fNumberOfCascades;}
155 Int_t GetNumOfKinks() {return fNumberOfKinks;}
156
157 Int_t GetNumOfPMDTracks() {return fNumberOfPMDTracks;}
f3a97c86 158 Int_t GetNumOfFMDTracks() {return fNumberOfFMDTracks;}
85c60a8e 159 Int_t GetNumOfPHOSClusters() {return fNumberOfPHOSClusters;}
160 Int_t GetNumOfEMCALClusters() {return fNumberOfEMCALClusters;}
f3a97c86 161
162 Int_t GetNumOfJetCandidates() {return fNumberOfJetCandidates;}
163 Int_t GetNumOfHardPhotonsCandidates() {return fNumberOfHardPhotonsCandidates;}
164 Int_t GetNumOfJPsiCandidates() {return fNumberOfJPsiCandidates;}
165 Int_t GetNumOfPsiPrimeCandidates() {return fNumberOfPsiPrimeCandidates;}
166 Int_t GetNumOfUpsilonCandidates() {return fNumberOfUpsilonCandidates;}
167 Int_t GetNumOfUpsilonPrimeCandidates() {return fNumberOfUpsilonPrimeCandidates;}
168 Int_t GetNumOfUpsilonDoublePrimeCandidates() {return fNumberOfUpsilonDoublePrimeCandidates;}
169 Int_t GetNumOfCharmCandidates() {return fNumberOfCharmParticleCandidates;}
170 Int_t GetNumOfBeautyCandidates() {return fNumberOfBeautyParticleCandidates;}
171
172 Int_t GetNumOfElectrons() {return fNumberOfElectrons;}
173 Int_t GetNumOfMuons() {return fNumberOfMuons;}
174 Int_t GetNumOfPions() {return fNumberOfPions;}
175 Int_t GetNumOfKaons() {return fNumberOfKaons;}
176 Int_t GetNumOfProtons() {return fNumberOfProtons;}
177 Int_t GetNumOfLambdas() {return fNumberOfLambdas;}
178
179 Float_t GetK0Peak() {return fK0PeakPosition;}
180 Float_t GetK0Width() {return fK0PeakWidth;}
181
182 Float_t GetTotalMomentum() {return fTotalP;}
183 Float_t GetMeanPt() {return fMeanPt;}
184 Float_t GetMaxPt() {return fMaxPt;}
185
186 Float_t GetFlowV1() {return fFlowV1;}
187 Float_t GetFlowV2() {return fFlowV2;}
188
85c60a8e 189 ClassDef(AliEventTag,2) //(ClassName, ClassVersion)
f3a97c86 190};
191//______________________________________________________________________________
192
193
194//______________________________________________________________________________
195class AliLHCTag : public TObject
196{
197
198 private:
199 Char_t fLHCState[50]; //LHC run conditions
200 Float_t fLHCLuminosity; //the value of the luminosity
201
202 public:
203 AliLHCTag();
204 virtual ~AliLHCTag();
205
206 void SetLHCState(char *type) {strcpy(fLHCState,type);}
207 void SetLuminosity(Float_t lumin) {fLHCLuminosity = lumin;}
208 void SetLHCTag(Float_t lumin, char *type) {fLHCLuminosity = lumin; strcpy(fLHCState,type); }
209
210 char *GetLHCState() {return fLHCState;}
211 Float_t GetLuminosity() {return fLHCLuminosity;}
212
213 ClassDef(AliLHCTag,1) //(ClassName, ClassVersion)
214};
215//______________________________________________________________________________
216
217
218//______________________________________________________________________________
219class AliDetectorTag : public TObject
220{
221
222 private:
223 Bool_t fITS; //ITS active = 1
224 Bool_t fTPC; //TPC active = 1
225 Bool_t fTRD;
226 Bool_t fTOF;
227 Bool_t fHMPID;
228 Bool_t fPHOS;
229 Bool_t fZDC;
230 Bool_t fMUON;
231 Bool_t fABSORBER;
232 Bool_t fPMD;
233 Bool_t fRICH;
234 Bool_t fEMCAL;
235 Bool_t fVZERO;
236 Bool_t fTZERO;
237
238 virtual void CopyTag(AliDetectorTag *DetTag);
239
240 public:
241 AliDetectorTag();
242 AliDetectorTag(AliDetectorTag *t);
243 virtual ~AliDetectorTag();
244
245 void SetITS(Int_t n) {fITS = n;}
246 void SetTPC(Int_t n) {fTPC = n;}
247 void SetTRD(Int_t n) {fTRD = n;}
248 void SetTOF(Int_t n) {fTOF = n;}
249 void SetHMPID(Int_t n) {fHMPID = n;}
250 void SetPHOS(Int_t n) {fPHOS = n;}
251 void SetZDC(Int_t n) {fZDC = n;}
252 void SetMUON(Int_t n) {fMUON = n;}
253 void SetABSORBER(Int_t n) {fABSORBER = n;}
254 void SetPMD(Int_t n) {fPMD = n;}
255 void SetRICH(Int_t n) {fRICH = n;}
256 void SetEMCAL(Int_t n) {fEMCAL = n;}
257 void SetVZERO(Int_t n) {fVZERO = n;}
258 void SetTZERO(Int_t n) {fTZERO = n;}
259
260 Bool_t GetITS() {return fITS;}
261 Bool_t GetTPC() {return fTPC;}
262 Bool_t GetTRD() {return fTRD;}
263 Bool_t GetTOF() {return fTOF;}
264 Bool_t GetHMPID() {return fHMPID;}
265 Bool_t GetPHOS() {return fPHOS;}
266 Bool_t GetZDC() {return fZDC;}
267 Bool_t GetMUON() {return fMUON;}
268 Bool_t GetABSORBER() {return fABSORBER;}
269 Bool_t GetPMD() {return fPMD;}
270 Bool_t GetRICH() {return fRICH;}
271 Bool_t GetEMCAL() {return fEMCAL;}
272 Bool_t GetVZERO() {return fVZERO;}
273 Bool_t GetTZERO() {return fTZERO;}
274
275 ClassDef(AliDetectorTag,1) //(ClassName, ClassVersion)
276};
277//______________________________________________________________________________
278
279
280//______________________________________________________________________________
281class AliRunTag : public TObject
282{
283
284 private:
285 Int_t fAliceRunId; //the run id
286 Float_t fAliceMagneticField; //value of the magnetic field
287 Int_t fAliceRunStartTime; //run start date
288 Int_t fAliceRunStopTime; //run stop date
289 Int_t fAliceReconstructionVersion; //reco version
290 Bool_t fAliceRunQuality; //validation script
291 Float_t fAliceBeamEnergy; //beam energy cm
292 Char_t fAliceBeamType[5]; //run type (pp, AA, pA)
293 Int_t fAliceCalibrationVersion; //calibration version
294
295 Int_t fNumEvents; //number of events per file
296 Int_t fNumDetectors; //number of detector configs per file
297 TClonesArray *fEventTag; //array with all event tags
298 TClonesArray *fDetectorTag; //array with all the detector tags
299
300 AliLHCTag fLHCTag;
301
302 static TClonesArray *fgEvents;
303 static TClonesArray *fgDetectors;
304
305 public:
306 AliRunTag();
307 virtual ~AliRunTag();
308
309 void SetRunId(Int_t Pid) {fAliceRunId = Pid;}
310 void SetMagneticField(Float_t Pmag) {fAliceMagneticField = Pmag;}
311 void SetRunStartTime(Int_t Pt0) {fAliceRunStartTime = Pt0;}
312 void SetRunStopTime(Int_t Pt1) {fAliceRunStopTime = Pt1;}
313 void SetRecoVersion(Int_t Pn) {fAliceReconstructionVersion = Pn;}
314 void SetRunQuality(Int_t Pn) {fAliceRunQuality = Pn;}
315 void SetBeamEnergy(Float_t PE) {fAliceBeamEnergy = PE;}
316 void SetBeamType(char *Ptype) {strcpy(fAliceBeamType,Ptype);}
317 void SetCalibVersion(Int_t Pn) {fAliceCalibrationVersion = Pn;}
318
319 void SetNEvents(Int_t Pn) { fNumEvents = Pn; }
320
321 void SetLHCTag(Float_t Plumin, char *type);
322 void SetDetectorTag(AliDetectorTag *t);
323 void AddEventTag(AliEventTag *t);
324 void Clear();
325
326
327 Int_t GetRunId() {return fAliceRunId;}
328 Float_t GetMagneticField() {return fAliceMagneticField;}
329 Int_t GetRunStartTime() {return fAliceRunStartTime;}
330 Int_t GetRunStopTime() {return fAliceRunStopTime;}
331 Int_t GetRecoVersion() {return fAliceReconstructionVersion;}
332 Int_t GetRunQuality() {return fAliceRunQuality;}
333 Float_t GetBeamEnergy() {return fAliceBeamEnergy;}
334 char *GetBeamType() {return fAliceBeamType;}
335 Int_t GetCalibVersion() {return fAliceCalibrationVersion;}
336
337 Int_t GetNEvents() const {return fNumEvents;}
338
339 AliLHCTag *GetLHCTag() { return &fLHCTag; }
340
341 ClassDef(AliRunTag,1) //(ClassName, ClassVersion)
342};
343//______________________________________________________________________________
344
345#endif