Public Member Functions | |
| def | __init__ |
| def | initialize |
| def | execute |
| def | finalize |
| def | __init__ |
| def | initialize |
| def | execute |
| def | finalize |
| def | verbose |
| def | debug |
| def | info |
| def | warning |
| def | error |
| def | fatal |
| def | getAES |
Public Attributes | |
| statsSvc | |
| coordSvc | |
| simTree | |
| count | |
| pdgidMuon | |
| tMuon | |
| xMuon | |
| yMuon | |
| zMuon | |
| eMuon | |
| pMuon | |
| keMuon | |
| vxMuon | |
| vyMuon | |
| vzMuon | |
| gdMuon | |
| lsMuon | |
| avMuon | |
| oilMuon | |
| MuonInOws | |
| MuonInIws | |
| MuonInLs | |
| MuonInGdls | |
| MuonInOil | |
| MuonInAv | |
| MuonStop | |
| NeutronInOws | |
| NeutronInIws | |
| NeutronInLs | |
| NeutronInGdls | |
| NeutronInOil | |
| NeutronInAv | |
| NeutronStop | |
| nAdTrksNonMuon | |
| AD tracks. | |
| nAdTrks | |
| nAdMuons | |
| nAdNeutrons | |
| maxTrks | |
| MuonE | |
| NeutronE | |
| trkPdgID | |
| Interesting | |
| AD vertices. | |
| nallVtxs | |
| nAdVtxs | |
| nAdMuonVtxs | |
| nAdNeutronVtxs | |
| maxVtxs | |
| AdMuonE | |
| AdNeutronE | |
| daughMuon | |
| daughNeutron | |
| NeutronProcName | |
| simTime | |
| Hits Info. | |
| nSimHits | |
| nSimIwsHits | |
| nSimOwsHits | |
| nSimAd1Hits | |
| nSimAd2Hits | |
| nSimAd3Hits | |
| nSimAd4Hits | |
| nSimUnknownHits | |
| nSimIwsPmts | |
| nSimOwsPmts | |
| nSimAd1Pmts | |
| nSimAd2Pmts | |
| nSimAd3Pmts | |
| nSimAd4Pmts | |
| nSimUnknownPmts | |
| maxSimHits | |
| simHitPmtId | |
| simHitTime | |
| msgSvc | |
| archiveSvc | |
| stats | |
Definition at line 19 of file genTree.py.
| def genTree::BkgTreeAlg::__init__ | ( | self, | ||
| name | ||||
| ) |
Definition at line 21 of file genTree.py.
00021 : 00022 DybPythonAlg.__init__(self,name) 00023 return 00024 def initialize(self):
| def genTree::BkgTreeAlg::initialize | ( | self | ) |
Definition at line 25 of file genTree.py.
00025 : 00026 status = DybPythonAlg.initialize(self) 00027 if status.isFailure(): return status 00028 self.info("initializing") 00029 00030 # Initialize services 00031 # Statistics Service: Use for histograms, graphs, trees 00032 self.statsSvc = self.svc('IStatisticsSvc','StatisticsSvc') 00033 if self.statsSvc == None: 00034 self.error("Failed to initialize statistics service.") 00035 return FAILURE 00036 00037 self.coordSvc = self.svc('ICoordSysSvc','CoordSysSvc') 00038 if not self.coordSvc: 00039 print 'Failed to get CoordSysSvc or StatisticsSvc or CableSvc' 00040 return FAILURE 00041 00042 00043 # Make a tree 00044 self.simTree= TTree("simTree","Tree of Simulated Hits") 00045 00046 # Make branch addresses for single-numbers. 'i'=int, 'd'=double 00047 00048 self.count=array('i',[0]) 00049 00050 ### Unobserved Statistics 00051 self.pdgidMuon=array('d',[0]) 00052 self.tMuon=array('d',[0]) 00053 self.xMuon=array('d',[0]) 00054 self.yMuon=array('d',[0]) 00055 self.zMuon=array('d',[0]) 00056 self.eMuon=array('d',[0]) 00057 self.pMuon=array('d',[0]) 00058 self.keMuon=array('d',[0]) 00059 self.vxMuon=array('d',[0]) 00060 self.vyMuon=array('d',[0]) 00061 self.vzMuon=array('d',[0]) 00062 self.gdMuon=array('d',[0]) 00063 self.lsMuon=array('d',[0]) 00064 self.avMuon=array('d',[0]) 00065 self.oilMuon=array('d',[0]) 00066 self.MuonInOws=array('d',[0]) 00067 self.MuonInIws=array('d',[0]) 00068 self.MuonInLs=array('d',[0]) 00069 self.MuonInGdls=array('d',[0]) 00070 self.MuonInOil=array('d',[0]) 00071 self.MuonInAv=array('d',[0]) 00072 self.MuonStop=array('d',[0]) 00073 self.NeutronInOws=array('d',[0]) 00074 self.NeutronInIws=array('d',[0]) 00075 self.NeutronInLs=array('d',[0]) 00076 self.NeutronInGdls=array('d',[0]) 00077 self.NeutronInOil=array('d',[0]) 00078 self.NeutronInAv=array('d',[0]) 00079 self.NeutronStop=array('d',[0]) 00080 00081 ##AD tracks 00082 00083 self.nAdTrksNonMuon = array('i',[0]) 00084 self.nAdTrks = array('i',[0]) 00085 self.nAdMuons = array('i',[0]) 00086 self.nAdNeutrons = array('i',[0]) 00087 00088 00089 self.maxTrks= array('i',[0]) 00090 self.maxTrks[0]=10000 00091 self.MuonE = array('d',self.maxTrks[0]*[0]) 00092 self.NeutronE = array('d',self.maxTrks[0]*[0]) 00093 self.trkPdgID = array('i',self.maxTrks[0]*[0]) 00094 00095 ##AD vertices 00096 self.Interesting = array('i',[0]) 00097 self.nallVtxs = array('i',[0]) 00098 self.nAdVtxs = array('i',[0]) 00099 self.nAdMuonVtxs = array('i',[0]) 00100 self.nAdNeutronVtxs = array('i',[0]) 00101 00102 00103 self.maxVtxs=array('i',[0]) 00104 self.maxVtxs[0]=100000 00105 self.AdMuonE = array('d',self.maxVtxs[0]*[0]) 00106 self.AdNeutronE = array('d',self.maxVtxs[0]*[0]) 00107 self.daughMuon = array('i',self.maxVtxs[0]*[0]) 00108 self.daughNeutron = array('i',self.maxVtxs[0]*[0]) 00109 self.NeutronProcName = array('i',self.maxVtxs[0]*[0]) 00110 00111 00112 00113 ##Hits Info 00114 00115 self.simTime = array('d',[0]) 00116 self.nSimHits = array('i',[0]) 00117 self.nSimIwsHits = array('i',[0]) 00118 self.nSimOwsHits = array('i',[0]) 00119 self.nSimAd1Hits = array('i',[0]) 00120 self.nSimAd2Hits = array('i',[0]) 00121 self.nSimAd3Hits = array('i',[0]) 00122 self.nSimAd4Hits = array('i',[0]) 00123 self.nSimUnknownHits = array('i',[0]) 00124 self.nSimIwsPmts = array('i',[0]) 00125 self.nSimOwsPmts = array('i',[0]) 00126 self.nSimAd1Pmts = array('i',[0]) 00127 self.nSimAd2Pmts = array('i',[0]) 00128 self.nSimAd3Pmts = array('i',[0]) 00129 self.nSimAd4Pmts = array('i',[0]) 00130 self.nSimUnknownPmts = array('i',[0]) 00131 00132 # Make branch addresses for array branches 00133 self.maxSimHits = array('i',[0]) 00134 self.maxSimHits[0]=100000 00135 self.simHitPmtId = array('i',self.maxSimHits[0]*[0]) 00136 self.simHitTime = array('d',self.maxSimHits[0]*[0]) 00137 00138 # Make Branches 00139 00140 self.simTree.Branch('count',self.count,' count/I') 00141 00142 self.simTree.Branch('pdgidMuon',self.pdgidMuon,' pdgidMuon/D') 00143 self.simTree.Branch('tMuon',self.tMuon,' tMuon/D') 00144 self.simTree.Branch('xMuon',self.xMuon,' xMuon/D') 00145 self.simTree.Branch('yMuon',self.yMuon,' yMuon/D') 00146 self.simTree.Branch('zMuon',self.zMuon,' zMuon/D') 00147 self.simTree.Branch('eMuon',self.eMuon,' eMuon/D') 00148 self.simTree.Branch('pMuon',self.pMuon,' pMuon/D') 00149 self.simTree.Branch('keMuon',self.keMuon,' keMuon/D') 00150 self.simTree.Branch('vxMuon',self.vxMuon,' vxMuon/D') 00151 self.simTree.Branch('vyMuon',self.vyMuon,' vyMuon/D') 00152 self.simTree.Branch('vzMuon',self.vzMuon,' vzMuon/D') 00153 self.simTree.Branch('gdMuon',self.gdMuon,' gdMuon/D') 00154 self.simTree.Branch('lsMuon',self.lsMuon,' lsMuon/D') 00155 self.simTree.Branch('avMuon',self.avMuon,' avMuon/D') 00156 self.simTree.Branch('oilMuon',self.oilMuon,' oilMuon/D') 00157 self.simTree.Branch('MuonInOws',self.MuonInOws,'MuonInOws/D') 00158 self.simTree.Branch('MuonInIws',self.MuonInIws,' MuonInIws/D') 00159 self.simTree.Branch('MuonInLs',self.MuonInLs,' MuonInLs/D') 00160 self.simTree.Branch('MuonInGdls',self.MuonInGdls,' MuonInGdls/D') 00161 self.simTree.Branch('MuonInOil',self.MuonInOil,' MuonInOil/D') 00162 self.simTree.Branch('MuonInAv',self.MuonInAv,' MuonInAv/D') 00163 self.simTree.Branch('MuonStop',self.MuonStop,' MuonStop/D') 00164 self.simTree.Branch('NeutronInOws',self.NeutronInOws,' NeutronInOws/D') 00165 self.simTree.Branch('NeutronInIws',self.NeutronInIws,' NeutronInIws/D') 00166 self.simTree.Branch('NeutronInLs',self.NeutronInLs,' NeutronInLs/D') 00167 self.simTree.Branch('NeutronInGdls',self.NeutronInGdls,' NeutronInGdls/D') 00168 self.simTree.Branch('NeutronInOil',self.NeutronInOil,' NeutronInOil/D') 00169 self.simTree.Branch('NeutronInAv',self.NeutronInAv,' NeutronInAv/D') 00170 self.simTree.Branch('NeutronStop',self.NeutronStop,' NeutronStop/D') 00171 00172 00173 self.simTree.Branch('nAdTrksNonMuon', self.nAdTrksNonMuon ,'nAdTrksNonMuon/I') 00174 self.simTree.Branch('maxTrks', self.maxTrks ,'maxTrks/I') 00175 self.simTree.Branch('nAdTrks', self.nAdTrks ,'nAdTrks/I') 00176 self.simTree.Branch('nAdMuons', self.nAdMuons ,'nAdMuons/I') 00177 self.simTree.Branch('nAdNeutrons', self.nAdNeutrons ,'nAdNeutrons/I') 00178 self.simTree.Branch('MuonE', self.MuonE ,'MuonE[maxTrks]/D') 00179 self.simTree.Branch('NeutronE', self.NeutronE ,'NeutronE[maxTrks]/D') 00180 self.simTree.Branch('trkPdgID ', self.trkPdgID ,'trkPdgID[maxTrks]/I') 00181 00182 self.simTree.Branch('Interesting', self.Interesting ,'Interesting/I') 00183 self.simTree.Branch('nallVtxs', self.nallVtxs ,'nallVtxs/I') 00184 self.simTree.Branch('maxVtxs', self.maxVtxs ,'maxVtxs/I') 00185 self.simTree.Branch('nAdVtxs', self.nAdVtxs ,'nAdVtxs/I') 00186 self.simTree.Branch('nAdMuonVtxs', self.nAdMuonVtxs ,'nAdMuonVtxs/I') 00187 self.simTree.Branch('nAdNeutronVtxs', self.nAdNeutronVtxs ,'nAdNeutronVtxs/I') 00188 self.simTree.Branch('AdMuonE', self.AdMuonE ,'AdMuonE[nAdVtxs]/D') 00189 self.simTree.Branch('AdNeutronE', self.AdNeutronE ,'AdNeutronE[maxVtxs]/D') 00190 self.simTree.Branch('daughMuon', self.daughMuon ,'daughMuon[maxVtxs]/I') 00191 self.simTree.Branch('daughNeutron', self.daughNeutron ,'daughNeutron[maxVtxs]/I') 00192 self.simTree.Branch('NeutronProcName', self.NeutronProcName ,'NeutronProcName[maxVtxs]/I') 00193 00194 00195 00196 self.simTree.Branch('simTime',self.simTime,'simTimeSec/D') 00197 self.simTree.Branch('maxSimHits',self.maxSimHits,'maxSimHits/I') 00198 self.simTree.Branch('nSimHits',self.nSimHits,'nSimHits/I') 00199 self.simTree.Branch('nSimIwsHits',self.nSimIwsHits,'nSimIwsHits/I') 00200 self.simTree.Branch('nSimOwsHits',self.nSimOwsHits,'nSimOwsHits/I') 00201 self.simTree.Branch('nSimAd1Hits',self.nSimAd1Hits,'nSimAd1Hits/I') 00202 self.simTree.Branch('nSimAd2Hits',self.nSimAd2Hits,'nSimAd2Hits/I') 00203 self.simTree.Branch('nSimAd3Hits',self.nSimAd3Hits,'nSimAd3Hits/I') 00204 self.simTree.Branch('nSimAd4Hits',self.nSimAd4Hits,'nSimAd4Hits/I') 00205 self.simTree.Branch('nSimUnknownHits',self.nSimUnknownHits,'nSimUnknownHits/I') 00206 self.simTree.Branch('nSimIwsPmts',self.nSimIwsPmts,'nSimIwsPmts/I') 00207 self.simTree.Branch('nSimOwsPmts',self.nSimOwsPmts,'nSimOwsPmts/I') 00208 self.simTree.Branch('nSimAd1Pmts',self.nSimAd1Pmts,'nSimAd1Pmts/I') 00209 self.simTree.Branch('nSimAd2Pmts',self.nSimAd2Pmts,'nSimAd2Pmts/I') 00210 self.simTree.Branch('nSimAd3Pmts',self.nSimAd3Pmts,'nSimAd3Pmts/I') 00211 self.simTree.Branch('nSimAd4Pmts',self.nSimAd4Pmts,'nSimAd4Pmts/I') 00212 self.simTree.Branch('nSimUnknownPmts',self.nSimUnknownPmts,'nSimUnknownPmts/I') 00213 self.simTree.Branch('simHitPmtId',self.simHitPmtId, 00214 'simHitPmtId[maxSimHits]/I') 00215 self.simTree.Branch('simHitTime',self.simHitTime, 00216 'simHitTime[maxSimHits]/D') 00217 00218 status = self.statsSvc.put('/file0/sim/simTree', self.simTree) 00219 if status.isFailure(): return status 00220 00221 return SUCCESS 00222 def execute(self):
| def genTree::BkgTreeAlg::execute | ( | self | ) |
Definition at line 223 of file genTree.py.
00223 : 00224 self.info("executing") 00225 00226 self.count[0] = 1 00227 00228 evt = self.evtSvc() 00229 hdr = evt["/Event/Sim/SimHeader"] 00230 if hdr == None: 00231 self.error("Failed to get current sim header") 00232 return FAILURE 00233 00234 shhis=hdr.particleHistory() 00235 00236 00237 00238 shunob=hdr.unobservableStatistics() 00239 unomap=shunob.stats() 00240 for unopair in irange(unomap.begin(),unomap.end()): 00241 unowhat=unopair.first 00242 unocont=unopair.second 00243 if unowhat== "pdgId_Trk1": 00244 self.pdgidMuon[0]=unocont.sum() 00245 if unowhat=="t_Trk1": 00246 self.tMuon[0]=unocont.sum() 00247 if unowhat=="x_Trk1": 00248 self.xMuon[0]=unocont.sum()/1000 00249 if unowhat== "y_Trk1": 00250 self.yMuon[0]=unocont.sum()/1000 00251 if unowhat=="z_Trk1": 00252 self.zMuon[0]=unocont.sum()/1000 00253 if unowhat=="e_Trk1": 00254 self.eMuon[0]=unocont.sum()/1000 00255 if unowhat=="p_Trk1": 00256 self.pMuon[0]=unocont.sum()/1000 00257 if unowhat=="vx_Trk1": 00258 self.vxMuon[0]=unocont.sum()/1000 00259 if unowhat== "vy_Trk1": 00260 self.vyMuon[0]=unocont.sum()/1000 00261 if unowhat=="vz_Trk1": 00262 self.vzMuon[0]=unocont.sum()/1000 00263 if unowhat=="ke_Trk1": 00264 self.keMuon[0]=unocont.sum()/1000 00265 if unowhat=="TrkLength_GD_Trk1": 00266 self.gdMuon[0]=unocont.sum()/1000 00267 if unowhat=="TrkLength_LS_Trk1": 00268 self.lsMuon[0]=unocont.sum()/1000 00269 if unowhat=="TrkLength_AV_Trk1": 00270 self.avMuon[0]=unocont.sum()/1000 00271 if unowhat=="TrkLength_Oil_Trk1": 00272 self.oilMuon[0]=unocont.sum()/1000 00273 if unowhat=="MuonTrkLengthInOws": 00274 self.MuonInOws[0]=unocont.sum()/1000 00275 if unowhat=="MuonTrkLengthInIws": 00276 self.MuonInIws[0]=unocont.sum()/1000 00277 if unowhat=="MuonTrkLengthInLS": 00278 self.MuonInLs[0]=unocont.sum()/1000 00279 if unowhat=="MuonTrkLengthInGdLS": 00280 self.MuonInGdls[0]=unocont.sum()/1000 00281 if unowhat=="MuonTrkLengthInOil": 00282 self.MuonInOil[0]=unocont.sum()/1000 00283 if unowhat=="MuonTrkLengthInAV": 00284 self.MuonInAv[0]=unocont.sum()/1000 00285 if unowhat== "MuonStop": 00286 self.MuonStop[0]=unocont.sum() 00287 if unowhat=="NeutronTrkLengthInOws": 00288 self.NeutronInOws[0]=unocont.sum()/1000 00289 if unowhat=="NeutronTrkLengthInIws": 00290 self.NeutronInIws[0]=unocont.sum()/1000 00291 if unowhat=="NeutronTrkLengthInLS": 00292 self.NeutronInLs[0]=unocont.sum()/1000 00293 if unowhat=="NeutronTrkLengthInGdLS": 00294 self.NeutronInGdls[0]=unocont.sum()/1000 00295 if unowhat=="NeutronTrkLengthInOil": 00296 self.NeutronInOil[0]=unocont.sum()/1000 00297 if unowhat=="NeutronTrkLengthInAV": 00298 self.NeutronInAv[0]=unocont.sum()/1000 00299 if unowhat=="NeutronStop": 00300 self.NeutronStop[0]=unocont.sum() 00301 00302 00303 print "Iws TrkLeng: ",self.MuonInIws[0],"Ows TrkLeng: ",self.MuonInOws[0] 00304 00305 ###AD Trk info 00306 realtrksinad=0 ##Number of tracks interesting, not counting the primary muon tracks 00307 trksinad=0 00308 muons=0 00309 neutrons=0 00310 00311 ###Tracks in the AD 00312 phtk=shhis.trackVector() 00313 trksinad=phtk.size() 00314 print "Number of Trks in AD: ",trksinad 00315 for ind in range(0,trksinad): 00316 tkpdg=phtk[ind].particle() 00317 trkvtx=phtk[ind].vertices() 00318 if ind<self.maxTrks[0]: 00319 self.trkPdgID[ind] = tkpdg 00320 00321 ### muons in the AD, all the muons will be saved as the primary track 00322 if abs(tkpdg)==13: 00323 if trkvtx.size()>0: 00324 if ind<self.maxTrks[0]: 00325 self.MuonE[ind] =trkvtx[0].totalEnergy() 00326 for kk in range(0,trkvtx.size()): 00327 trkvtxpos=trkvtx[kk].position() 00328 trkde=self.coordSvc.coordSysDE(trkvtxpos) 00329 if trkde: 00330 trkginfo=trkde.geometry() 00331 if trkginfo: 00332 #lp=trkginfo.toLocal(trkvtxpos) 00333 #lpx=lp.x()/1000. 00334 #lpy=lp.y()/1000. 00335 #lpz=lp.z()/1000. 00336 trklv=trkginfo.lvolume() 00337 if trklv: 00338 trkmatname=trklv.materialName() 00339 if trkmatname=="/dd/Materials/MineralOil" or trkmatname=="/dd/Materials/GdDopedLS" or trkmatname=="/dd/Materials/LiquidScintillator" or trkmatname=="/dd/Materials/Acrylic": 00340 muons=muons+1 00341 00342 else: 00343 realtrksinad+=1 00344 ### neutrons in the AD 00345 if tkpdg==2112: 00346 neutrons = neutrons+1 00347 print 'neutron found in AD' 00348 if trkvtx.size()>0: 00349 if ind<self.maxTrks[0]: 00350 self.NeutronE[ind] =trkvtx[0].totalEnergy() 00351 print "Get neutronE:", trkvtx[0].totalEnergy() 00352 00353 ####if muon hit AD, add the track numbers by 1 00354 if muons>0: 00355 print "Muon Hits AD" 00356 realtrksinad+=1 00357 00358 self.nAdTrksNonMuon[0] = realtrksinad 00359 self.nAdTrks[0] = trksinad 00360 self.nAdMuons[0] = muons 00361 self.nAdNeutrons[0] = neutrons 00362 00363 00364 ############Vertices in AD ########## 00365 Interesting=0 00366 muonvtxs=0 00367 neutronvtxs=0 00368 getmuon=0 00369 getneutron=0 00370 00371 ##How to judge a stopped muon or neutron? 00372 ####Vertecies recorded, not only in the AD 00373 phvt=shhis.vertexVector() 00374 vtxsall=phvt.size() 00375 self.nallVtxs[0] = vtxsall 00376 print "Number of Vtxs: ", vtxsall 00377 nvtxs=0 00378 for ind in range(0,vtxsall): 00379 vtxpos=phvt[ind].position() 00380 vtxproctype=phvt[ind].process().type() 00381 vtxproc=phvt[ind].process().name() 00382 vtxe=phvt[ind].totalEnergy() 00383 vtxsec=phvt[ind].secondaries() 00384 de=self.coordSvc.coordSysDE(vtxpos) 00385 # print "EEEE", vtxpos,vtxsec.size() 00386 if de: 00387 ginfo=de.geometry() 00388 if ginfo: 00389 lv=ginfo.lvolume() 00390 if lv: 00391 matname=lv.materialName() 00392 if matname=="/dd/Materials/MineralOil" or matname=="/dd/Materials/GdDopedLS" or matname=="/dd/Materials/LiquidScintillator" or matname=="/dd/Materials/Acrylic": 00393 partrk=phvt[ind].track().track().particle() ##parent track 00394 #print "HHHHHHH", partrk 00395 if vtxproc !="Cerenkov": 00396 Interesting+=1 00397 if abs(partrk)==13: 00398 muonvtxs +=1 00399 if nvtxs<self.maxVtxs[0]: 00400 self.AdMuonE[nvtxs] =vtxe 00401 if partrk==2112: 00402 neutronvtxs +=1 00403 if nvtxs<self.maxVtxs[0]: 00404 self.AdNeutronE[nvtxs] =vtxe 00405 self.NeutronProcName[nvtxs] = vtxproctype 00406 print "Neutron ProcessName: ",vtxproc, " Type: ",vtxproctype 00407 #print "haha", matname," ",vtxproc, "" , vtxsec.size(), " ", partrk 00408 getneutron=0 00409 getmuon=0 00410 if vtxsec.size()>0: 00411 for pind in range(0,vtxsec.size()): ## loop over daughters 00412 #print "KKK", vtxsec[pind].track().particle() 00413 if abs(vtxsec[pind].track().particle())==13: 00414 getmuon+=1 00415 if abs(vtxsec[pind].track().particle())==2112: 00416 getneutron+=1 00417 00418 if nvtxs<self.maxVtxs[0]: 00419 self.daughMuon[nvtxs] = getmuon 00420 self.daughNeutron[nvtxs] = getneutron 00421 nvtxs +=1 00422 00423 print "Number of AD vertices: ",nvtxs 00424 self.nAdVtxs[0] = nvtxs 00425 self.Interesting[0] = Interesting 00426 self.nAdMuonVtxs[0] = muonvtxs 00427 self.nAdNeutronVtxs[0] = neutronvtxs 00428 00429 ###Count the hits in different valume 00430 AD1=0 00431 AD2=0 00432 AD3=0 00433 AD4=0 00434 Iws=0 00435 Ows=0 00436 unknown=0 00437 Ad1Pmt=[] 00438 Ad2Pmt=[] 00439 Ad3Pmt=[] 00440 Ad4Pmt=[] 00441 pmtinn=[] 00442 pmtout=[] 00443 pmtunknown=[] 00444 00445 #### Hits from Water and AD 00446 shh=hdr.hits() 00447 hitCollectionMap=shh.hitCollection() 00448 hdv = shh.hitDetectors() 00449 00450 self.simTime[0] = hdr.timeStamp().GetSeconds() 00451 nHits = 0 00452 00453 for shcPair in irange(hitCollectionMap.begin(), 00454 hitCollectionMap.end()): 00455 detectorId = shcPair.first 00456 hitCollection = shcPair.second 00457 self.info( "Found %d hits for detector %d" 00458 % ( hitCollection.collection().size(), 00459 detectorId ) 00460 ) 00461 sdetid=detectorId&0x00FF 00462 ###print "KKKKKK",sdetid 00463 if sdetid==1: 00464 AD1=hitCollection.collection().size() 00465 elif sdetid==2: 00466 AD2=hitCollection.collection().size() 00467 elif sdetid==3: 00468 AD3=hitCollection.collection().size() 00469 elif sdetid==4: 00470 AD4=hitCollection.collection().size() 00471 elif sdetid==5: 00472 Iws=hitCollection.collection().size() 00473 elif sdetid==6: 00474 Ows=hitCollection.collection().size() 00475 else: 00476 unknown=hitCollection.collection().size(); 00477 print "Unknow Detector", unknown 00478 00479 for hit in hitCollection.collection(): 00480 pmtid = hit.sensDetId() 00481 if sdetid==1: 00482 if pmtid not in Ad1Pmt: 00483 Ad1Pmt.append(pmtid) 00484 elif sdetid==2: 00485 if pmtid not in Ad2Pmt: 00486 Ad2Pmt.append(pmtid) 00487 elif sdetid==3: 00488 if pmtid not in Ad3Pmt: 00489 Ad3Pmt.append(pmtid) 00490 elif sdetid==4: 00491 if pmtid not in Ad4Pmt: 00492 Ad4Pmt.append(pmtid) 00493 elif sdetid==5: 00494 if pmtid not in pmtinn: 00495 pmtinn.append(pmtid) 00496 elif sdetid==6: 00497 if pmtid not in pmtout: 00498 pmtout.append(pmtid) 00499 else: 00500 print "Unknown PmtID: ", pmtid 00501 if pmtid not in pmtunknown: 00502 pmtunknown.append(pmtid) 00503 if nHits<self.maxSimHits[0]: 00504 self.simHitPmtId[nHits] = pmtid 00505 self.simHitTime[nHits] = hit.hitTime() 00506 nHits += 1 00507 00508 00509 00510 self.nSimHits[0] = nHits 00511 self.nSimIwsHits[0] = Iws 00512 self.nSimOwsHits[0] = Ows 00513 self.nSimAd1Hits[0] = AD1 00514 self.nSimAd2Hits[0] = AD2 00515 self.nSimAd3Hits[0] = AD3 00516 self.nSimAd4Hits[0] = AD4 00517 self.nSimUnknownHits[0] = unknown 00518 self.nSimIwsPmts[0] = len(pmtinn) 00519 self.nSimOwsPmts[0] = len(pmtout) 00520 self.nSimAd1Pmts[0] = len(Ad1Pmt) 00521 self.nSimAd2Pmts[0] = len(Ad2Pmt) 00522 self.nSimAd3Pmts[0] = len(Ad3Pmt) 00523 self.nSimAd4Pmts[0] = len(Ad4Pmt) 00524 self.nSimUnknownPmts[0] = len(pmtunknown) 00525 00526 print " Inn PMTs: ",len(pmtinn)," Out PMTs:",len(pmtout) 00527 00528 00529 # Fill the tree with current branch values 00530 self.simTree.Fill() 00531 00532 return SUCCESS 00533 def finalize(self):
| def genTree::BkgTreeAlg::finalize | ( | self | ) |
Definition at line 534 of file genTree.py.
00534 : 00535 self.info("finalizing") 00536 00537 #self.MuonE = 0 00538 #self.NeutronE = 0 00539 #self.trkPdgID = 0 00540 #self.AdMuonE = 0 00541 #self.AdNeutronE = 0 00542 #self.daughMuon = 0 00543 #self.daughNeutron = 0 00544 #self.NeutronProcName = 0 00545 #self.simHitPmtId = 0 00546 #self.simHitTime = 0 00547 00548 status = DybPythonAlg.finalize(self) 00549 return status 00550 00551 ##### Job Configuration for nuwa.py ########################################
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1.4.7