7 #include "TClonesArray.h"
27 Int_t m_ChargedAssociation1;
28 Int_t m_ChargedAssociation2;
33 Float_t m_TowerEnergy1;
34 Float_t m_TowerEnergy2;
48 void Clear(
const Option_t* option =
"") {};
50 Float_t Pt()
const {
return m_Pt;}
51 Float_t Mass()
const {
return m_Mass;}
52 Float_t Eta()
const {
return m_Eta;}
53 Float_t Phi()
const {
return m_Phi;}
54 Float_t Asymmetry()
const {
return m_Asymmetry;}
55 Float_t CosAngle()
const {
return m_CosAngle;}
56 Float_t TowerId1()
const {
return m_TowerId1;}
57 Float_t TowerId2()
const {
return m_TowerId2;}
58 Int_t ChargedAssociation1()
const {
return m_ChargedAssociation1;}
59 Int_t ChargedAssociation2()
const {
return m_ChargedAssociation2;}
60 Int_t SMDFlagg1()
const {
return m_SMDFlagg1;}
61 Int_t SMDFlagg2()
const {
return m_SMDFlagg2;}
62 Float_t Energy1()
const {
return m_Energy1;}
63 Float_t Energy2()
const {
return m_Energy2;}
64 Float_t TowerEnergy1()
const {
return m_TowerEnergy1;}
65 Float_t TowerEnergy2()
const {
return m_TowerEnergy2;}
66 Float_t SMDe1()
const {
return m_SMDe1;}
67 Float_t SMDp1()
const {
return m_SMDp1;}
68 Float_t SMDe2()
const {
return m_SMDe2;}
69 Float_t SMDp2()
const {
return m_SMDp2;}
70 Float_t Phi1()
const {
return m_Phi1;}
71 Float_t Eta1()
const {
return m_Eta1;}
72 Float_t Phi2()
const {
return m_Phi2;}
73 Float_t Eta2()
const {
return m_Eta2;}
75 void SetAll(Float_t
data[24]);
80 class THit :
public TObject {
92 Float_t m_EnergyTower;
103 void Clear(
const Option_t* option =
""){};
104 Float_t X()
const {
return m_X;}
105 Float_t Y()
const {
return m_Y;}
106 Float_t Z()
const {
return m_Z;}
107 Int_t Id()
const {
return m_Id;}
108 Float_t Energy()
const {
return m_Energy;}
109 Float_t Pt()
const {
return m_Pt;}
110 Int_t NTracks()
const {
return m_NTracks;}
111 Int_t SMDFlag()
const {
return m_SMDFlag;}
112 Float_t EnergySMDe()
const {
return m_EnergySMDe;}
113 Float_t EnergySMDp()
const {
return m_EnergySMDp;}
114 Float_t EnergyTower()
const {
return m_EnergyTower;}
115 Float_t SizeSMDe()
const {
return m_SizeSMDe;}
116 Float_t SizeSMDp()
const {
return m_SizeSMDp;}
117 Float_t SizeTower()
const {
return m_SizeTower;}
118 Float_t Phi()
const {
return m_Phi;}
119 Float_t Eta()
const {
return m_Eta;}
120 void SetAll(Float_t
data[16]);
137 Int_t m_IsHTTPL2_Test;
138 Int_t m_IsSoftHTTPL2;
140 Int_t m_HiTowerAdc6Bit;
142 Float_t m_ChargedPtSum;
143 Float_t m_NeutralEnergy;
145 Int_t m_PrescaleHTTPL2;
146 Int_t m_PrescaleHTTPL2_Test;
148 Int_t m_NPi0Candidates;
157 Float_t m_BBCVertexZ;
158 Float_t m_BBCTimeBin;
161 TClonesArray *m_SkimPionCandidates;
162 TClonesArray *m_Hits;
163 static TClonesArray *aSkimPionCandidates;
164 static TClonesArray *aHits;
169 void Clear(
const Option_t* option =
"");
170 static void Reset(Option_t *option =
"");
172 Int_t EventNo()
const {
return m_EventNo;}
173 Int_t RunNo()
const {
return m_RunNo;}
174 Int_t FillNo()
const {
return m_FillNo;}
175 Float_t VertexX()
const {
return m_VertexX;}
176 Float_t VertexY()
const {
return m_VertexY;}
177 Float_t VertexZ()
const {
return m_VertexZ;}
178 Int_t IsMB()
const {
return m_IsMB;}
179 Int_t IsHTTPL2()
const {
return m_IsHTTPL2;}
180 Int_t IsHTTPL2_Test()
const {
return m_IsHTTPL2_Test;}
181 Int_t IsSoftHTTPL2()
const {
return m_IsSoftHTTPL2;}
182 Int_t IsSoftMB()
const {
return m_IsSoftMB;}
183 Int_t HiTowerAdc6Bit()
const {
return m_HiTowerAdc6Bit;}
184 Int_t BEMCPoints()
const {
return m_BEMCPoints;}
185 Float_t ChargedPtSum()
const {
return m_ChargedPtSum;}
186 Float_t NeutralEnergy()
const {
return m_NeutralEnergy;}
187 Int_t PrescaleMB()
const {
return m_PrescaleMB;}
188 Int_t PrescaleHTTPL2()
const {
return m_PrescaleHTTPL2;}
189 Int_t PrescaleHTTPL2_Test()
const {
return m_PrescaleHTTPL2_Test;}
190 Int_t BBCTrig()
const {
return m_BBCTrig;}
191 Int_t NPi0Candidates()
const {
return m_NPi0Candidates;}
192 Int_t NHits()
const {
return m_NHits;}
193 Int_t BunchX48()
const {
return m_BunchX48;}
194 Int_t BunchX7()
const {
return m_BunchX7;}
195 Int_t SpinBit()
const {
return m_SpinBit4;}
196 Int_t MaskedXing()
const {
return m_MaskedXing;}
197 Int_t ValidSpin()
const {
return m_ValidSpin;}
198 Int_t PolLong()
const {
return m_PolLong;}
199 Int_t DbSpinBit()
const {
return m_DbSpinBit;}
200 Float_t BBCVertexZ()
const {
return m_BBCVertexZ;}
201 Int_t OnlyBBCVertex()
const {
return m_OnlyBBCVtx;}
202 Float_t BBCTimeBin()
const {
return m_BBCTimeBin;}
203 TClonesArray* SkimPionCandidates()
const {
return m_SkimPionCandidates;}
205 TClonesArray* Hits()
const {
return m_Hits;}
210 void SetEventNo(Int_t evN) {m_EventNo = evN;}
211 void SetRunNo(Int_t rN) {m_RunNo = rN;}
212 void SetFillNo(Int_t fN) {m_FillNo = fN;}
213 void SetVertex(Float_t vx, Float_t vy, Float_t vz) {m_VertexX = vx; m_VertexY = vy; m_VertexZ = vz;}
214 void SetTriggers(Int_t tr[3]) {m_IsMB = tr[0]; m_IsHTTPL2 = tr[1]; m_IsHTTPL2_Test = tr[2];}
215 void SetSoftTriggers(Int_t sftr[2]) {m_IsSoftMB = sftr[0]; m_IsSoftHTTPL2 = sftr[1];}
216 void SetPrescales(Int_t pr[3]) {m_PrescaleMB = pr[0]; m_PrescaleHTTPL2 = pr[1]; m_PrescaleHTTPL2_Test = pr[2];}
217 void SetHiTowerAdc6Bit(Int_t ht) {m_HiTowerAdc6Bit = ht;}
218 void SetBEMCPoints(Int_t points) {m_BEMCPoints = points;}
219 void SetChargedPtSum(Float_t sum) {m_ChargedPtSum = sum;}
220 void SetNeutralEnergy(Float_t en) {m_NeutralEnergy = en;}
221 void SetBBCTrig(Int_t bt) {m_BBCTrig = bt;}
222 void SetBunchX48(Int_t b48) {m_BunchX48 = b48;}
223 void SetBunchX7(Int_t b7) {m_BunchX7 = b7;}
224 void SetSpinBit(Int_t sb) {m_SpinBit4 = sb;}
225 void SetMaskedXing(Int_t mask) {m_MaskedXing = mask;}
226 void SetValidSpin(Int_t val) {m_ValidSpin = val;}
227 void SetPolLong(Int_t pol) {m_PolLong = pol;}
228 void SetDbSpinBit(Int_t sb) {m_DbSpinBit = sb;}
229 void SetBBCVertexZ(Float_t vtxz) {m_BBCVertexZ = vtxz;}
230 void SetOnlyBBCVertex(Int_t flag = 1) {m_OnlyBBCVtx = flag;}
231 void SetBBCTimeBin(Float_t bin) {m_BBCTimeBin = bin;}
1.8.5