#include <ExtSteppingAction.h>
Definition at line 25 of file ExtSteppingAction.h.
| ExtSteppingAction::ExtSteppingAction | ( | ) |
Definition at line 33 of file ExtSteppingAction.cxx.
References m_which_tof_version, myEmcR1, myEmcR2, myEmcZ, myMucR, myMucZ, myTof1R, myTof1Z, and myTof2R.
00033 :chicc(0.0),initialPath(0.),myPathIntoCrystal(0.),myPathOutCrystal(0.),myPathInCrystal(0.),myBetaInMDC(0.),extXpErr(0),myExtTrack(0),msgFlag(true),myUseMucKalFlag(true),m_trackstop(false),myMucnfit_(0),myMucchisq_(0.),myMucdepth_(-99.),myMucbrLastLay_(-1),myMucecLastLay_(-1),myMucnhits_(-1),myMucWindow(6) 00034 { 00035 myTof1R = 814.001; 00036 myTof1Z = 1330.0; 00037 myTof2R = 871.036; 00038 myEmcR1 = 945.0; 00039 myEmcR2 = 983.9; 00040 myEmcZ = 1416.8; 00041 myMucR = 1700.0-0.01; 00042 myMucZ = 2050.0-0.01; 00043 m_which_tof_version=2; 00044 }
| ExtSteppingAction::~ExtSteppingAction | ( | ) |
| void ExtSteppingAction::CalculateChicc | ( | G4Material * | currentMaterial | ) | [private] |
Definition at line 850 of file ExtSteppingAction.cxx.
References chicc, genRecEmupikp::i, and subSeperate::temp.
Referenced by UserSteppingAction().
00851 { 00852 int n = currentMaterial->GetNumberOfElements(); 00853 const double *p = currentMaterial->GetFractionVector(); 00854 double density = (currentMaterial->GetDensity())/(g/cm3); 00855 double temp=0.0; 00856 for(int i=0;i<n;i++) 00857 { 00858 const G4Element* mElement = currentMaterial->GetElement(i); 00859 double z = mElement->GetZ(); 00860 double a = mElement->GetN(); 00861 // std::cout<<"Fraction: "<<*p<<" z: "<<z<<" a: "<<a<<std::endl; 00862 temp += *(p++)/a*z*(z+1); 00863 } 00864 chicc = 0.39612e-3*std::sqrt(density*temp); 00865 // std::cout<<"chicc:"<<chicc<<std::endl; 00866 }
| int ExtSteppingAction::CalculateEmcEndCopyNb | ( | int | num | ) |
Definition at line 992 of file ExtSteppingAction.cxx.
Referenced by UserSteppingAction().
00993 { 00994 int copyNb; 00995 switch(num){ 00996 case 30: 00997 copyNb = 5; 00998 break; 00999 case 31: 01000 copyNb = 6; 01001 break; 01002 case 32: 01003 copyNb = 14; 01004 break; 01005 case 33: 01006 copyNb = 15; 01007 break; 01008 case 34: 01009 copyNb = 16; 01010 break; 01011 default: 01012 copyNb = num; 01013 break; 01014 } 01015 return copyNb; 01016 }
| int ExtSteppingAction::CalculateEmcEndPhiNb | ( | int | num | ) |
Definition at line 979 of file ExtSteppingAction.cxx.
Referenced by UserSteppingAction().
00980 { 00981 if(num==0||num==1) { 00982 return 15-num*8; 00983 } else if(num==2||num==3) { 00984 return 30-num*8; 00985 } else if(num<=9) { 00986 return 17-num; 00987 } else { 00988 return 15-num; 00989 } 00990 }
| void ExtSteppingAction::CalculateEmcEndThetaPhi | ( | int | npart, | |
| int | sector, | |||
| int | nb, | |||
| int & | ntheta, | |||
| int & | nphi | |||
| ) |
Definition at line 896 of file ExtSteppingAction.cxx.
Referenced by UserSteppingAction().
00897 { 00898 if((sector>=0)&&(sector<3)) 00899 sector+=16; 00900 //if((sector!=7)&&(sector!=15)) 00901 { 00902 if((nb>=0)&&(nb<4)) 00903 { 00904 ntheta = 0; 00905 nphi = (sector-3)*4+nb; 00906 } 00907 else if((nb>=4)&&(nb<8)) 00908 { 00909 ntheta = 1; 00910 nphi = (sector-3)*4+nb-4; 00911 } 00912 else if((nb>=8)&&(nb<13)) 00913 { 00914 ntheta = 2; 00915 nphi = (sector-3)*5+nb-8; 00916 } 00917 else if((nb>=13)&&(nb<18)) 00918 { 00919 ntheta = 3; 00920 nphi = (sector-3)*5+nb-13; 00921 } 00922 else if((nb>=18)&&(nb<24)) 00923 { 00924 ntheta = 4; 00925 nphi = (sector-3)*6+nb-18; 00926 } 00927 else if((nb>=24)&&(nb<30)) 00928 { 00929 ntheta = 5; 00930 nphi = (sector-3)*6+nb-24; 00931 } 00932 } 00933 00934 if(npart==2) 00935 { 00936 switch(ntheta) 00937 { 00938 case 0: 00939 if(nphi<32) 00940 nphi = 31-nphi; 00941 else 00942 nphi = 95-nphi; 00943 break; 00944 case 1: 00945 if(nphi<32) 00946 nphi = 31-nphi; 00947 else 00948 nphi = 95-nphi; 00949 break; 00950 case 2: 00951 if(nphi<40) 00952 nphi = 39-nphi; 00953 else 00954 nphi = 119-nphi; 00955 break; 00956 case 3: 00957 if(nphi<40) 00958 nphi = 39-nphi; 00959 else 00960 nphi = 119-nphi; 00961 break; 00962 case 4: 00963 if(nphi<48) 00964 nphi = 47-nphi; 00965 else 00966 nphi = 143-nphi; 00967 break; 00968 case 5: 00969 if(nphi<48) 00970 nphi = 47-nphi; 00971 else 00972 nphi = 143-nphi; 00973 default: 00974 ; 00975 } 00976 } 00977 }
| int ExtSteppingAction::Get_which_tof_version | ( | void | ) | [inline] |
Definition at line 51 of file ExtSteppingAction.h.
References m_which_tof_version.
00051 {return m_which_tof_version;}
| Hep3Vector ExtSteppingAction::GetGapID | ( | G4String | vol | ) |
Definition at line 1026 of file ExtSteppingAction.cxx.
References vec.
Referenced by UserSteppingAction().
01027 { 01028 int par(-1),se(-1),ga(-1); 01029 G4String strPart = vol.substr(5,1); 01030 //G4String strSeg = m_MotherVolumeName.substr(7,1); 01031 01032 G4String strSeg = vol.substr(7,1); 01033 G4String strGap; 01034 if(vol.contains("G")) strGap= vol.substr(9,1); 01035 if(vol.contains("Ab")) strGap= vol.substr(10,1); 01036 std::istrstream partBuf(strPart.c_str(), strlen(strPart.c_str())); 01037 std::istrstream segBuf(strSeg.c_str(), strlen(strSeg.c_str())); 01038 std::istrstream gapBuf(strGap.c_str(), strlen(strGap.c_str())); 01039 01040 partBuf >> par ; 01041 segBuf >> se; 01042 gapBuf >> ga; 01043 if(vol.contains("Ab")&&par==1) ga = ga+1; 01044 //panelBuf >> m_panel; 01045 Hep3Vector vec; 01046 vec[0]=par; 01047 vec[1]=se; 01048 vec[2]=ga; 01049 return vec; 01050 }
| void ExtSteppingAction::InfmodMuc | ( | Hep3Vector & | pos, | |
| Hep3Vector & | mom, | |||
| HepSymMatrix & | err | |||
| ) |
| void ExtSteppingAction::MucReset | ( | ) |
| HepSymMatrix & ExtSteppingAction::myOutputSymMatrix | ( | const HepSymMatrix & | ) | [private] |
Definition at line 869 of file ExtSteppingAction.cxx.
References genRecEmupikp::i, ganga-rec::j, and myOutputSM.
Referenced by UserSteppingAction().
00870 { 00871 // std::cout<<"myOutputSymMatrix:1"<<std::endl; 00872 HepSymMatrix m; 00873 // std::cout<<"myOutputSymMatrix:2"<<std::endl; 00874 m=m1; 00875 // std::cout<<"myOutputSymMatrix:3"<<std::endl; 00876 for(int i=0;i<6;i++) 00877 { for(int j=0;j<=i;j++) 00878 { if(i<3) { 00879 m[i][j]=m[i][j]/100; //mm*mm --> cm*cm 00880 } 00881 else if(j<3) { 00882 m[i][j]=m[i][j]/10000; //mm*MeV --> cm*GeV 00883 } 00884 else { 00885 m[i][j]=m[i][j]/1000000; //MeV*MeV --> GeV*GeV 00886 } 00887 } 00888 } 00889 // std::cout<<"myOutputSymMatrix:4"<<std::endl; 00890 // std::cout<<"m1="<<m1<<std::endl; 00891 // std::cout<<"m="<<m<<std::endl; 00892 myOutputSM=m; 00893 return myOutputSM; 00894 }
| void ExtSteppingAction::Reset | ( | ) |
Definition at line 48 of file ExtSteppingAction.cxx.
References chicc, m_trackstop, myEmcFlag, myEmcPathFlag, myExtTrack, myInTof1, myInTof2, myMucbrLastLay_, myMucchisq_, myMucdepth_, myMucecLastLay_, myMucFlag, myMucnfit_, myOutTof1, myOutTof2, myPathInCrystal, myPathIntoCrystal, myPathInTof1, myPathInTof2, myPathIntoTof1, myPathIntoTof2, myPathOutCrystal, myPathOutTof1, myPathOutTof2, myPhyEmcFlag, myTof1Flag, myTof2Flag, myTofFlag, and RememberID.
Referenced by TrkExtAlg::execute().
00049 { 00050 chicc = 0.; 00051 myExtTrack = 0; 00052 myPathIntoCrystal = 0.; 00053 myPathOutCrystal = 0.; 00054 myPathInCrystal = 0.; 00055 00056 myPathIntoTof1 = 0.0; 00057 myPathOutTof1 = 0.0; 00058 //myPathInTof1 = 0.0; 00059 myPathInTof1.clear(); 00060 00061 myPathIntoTof2 = 0.0; 00062 myPathOutTof2 = 0.0; 00063 //myPathInTof2 = 0.0; 00064 myPathInTof2.clear(); 00065 00066 myTofFlag = false; 00067 myTof1Flag = false; 00068 myTof2Flag = false; 00069 myInTof1 = false; 00070 myInTof2 = false; 00071 myOutTof1 = false; 00072 myOutTof2 = false; 00073 myPhyEmcFlag = false; 00074 myEmcFlag = false; 00075 myEmcPathFlag= false; 00076 myMucFlag = false; 00077 00078 m_trackstop =false; 00079 myMucchisq_ =0.; 00080 myMucnfit_ =0; 00081 myMucdepth_=-99.; 00082 myMucbrLastLay_=-1; 00083 myMucecLastLay_=-1; 00084 RememberID[0]=-1; 00085 RememberID[1]=-1; 00086 RememberID[2]=-1; 00087 00088 }
| void ExtSteppingAction::Set_which_tof_version | ( | int | version | ) | [inline] |
Definition at line 50 of file ExtSteppingAction.h.
References m_which_tof_version.
Referenced by TrkExtAlg::execute().
00050 {m_which_tof_version=version;}
| void ExtSteppingAction::SetBetaInMDC | ( | double | aBeta | ) | [inline] |
Definition at line 38 of file ExtSteppingAction.h.
References myBetaInMDC.
Referenced by Ext_track::Set().
00038 {myBetaInMDC = aBeta;};
| void ExtSteppingAction::SetExtTrackPointer | ( | RecExtTrack * | aExtTrack | ) | [inline] |
Definition at line 44 of file ExtSteppingAction.h.
References myExtTrack.
Referenced by TrkExtAlg::execute().
00044 {myExtTrack = aExtTrack;};
| void ExtSteppingAction::SetInitialPath | ( | double | aPath | ) | [inline] |
Definition at line 36 of file ExtSteppingAction.h.
References initialPath.
Referenced by Ext_track::Set().
00036 {initialPath = aPath;};
| void ExtSteppingAction::SetInitialTof | ( | double | aTof | ) | [inline] |
Definition at line 37 of file ExtSteppingAction.h.
References initialTof.
Referenced by Ext_track::Set().
00037 {initialTof = aTof;};
| void ExtSteppingAction::SetMsgFlag | ( | bool | aMsgFalg | ) | [inline] |
Definition at line 41 of file ExtSteppingAction.h.
References msgFlag.
Referenced by Ext_track::Initialization().
00041 {msgFlag = aMsgFalg;};
| void ExtSteppingAction::SetMucDigiColPointer | ( | MucDigiCol * | rawdigicol | ) | [inline] |
Definition at line 56 of file ExtSteppingAction.h.
References m_mucdigicol.
Referenced by TrkExtAlg::execute().
00056 { m_mucdigicol = rawdigicol;}
| void ExtSteppingAction::SetMucKalFlag | ( | bool | aMucKalFlag | ) | [inline] |
Definition at line 42 of file ExtSteppingAction.h.
References myUseMucKalFlag.
Referenced by Ext_track::Initialization().
00042 {myUseMucKalFlag=aMucKalFlag;};
| void ExtSteppingAction::SetMucWindow | ( | int | aMucWindow | ) | [inline] |
Definition at line 43 of file ExtSteppingAction.h.
References myMucWindow.
Referenced by Ext_track::Initialization().
00043 {myMucWindow=aMucWindow;};
| void ExtSteppingAction::SetXpErrPointer | ( | Ext_xp_err * | xpErr | ) | [inline] |
Definition at line 39 of file ExtSteppingAction.h.
References extXpErr.
Referenced by Ext_track::Set().
00039 {extXpErr = xpErr;};
| bool ExtSteppingAction::TrackStop | ( | ) | [inline] |
Definition at line 55 of file ExtSteppingAction.h.
References m_trackstop.
Referenced by TrkExtAlg::execute().
00055 {return m_trackstop;}
| void ExtSteppingAction::UserSteppingAction | ( | const G4Step * | currentStep | ) |
Definition at line 103 of file ExtSteppingAction.cxx.
References CalculateChicc(), CalculateEmcEndCopyNb(), CalculateEmcEndPhiNb(), CalculateEmcEndThetaPhi(), chicc, check_raw_filter::dist, ExtMucKal::ExtMucFilter(), extXpErr, Ext_errmx::get_err(), Ext_errmx::get_plane_err(), ExtMucKal::GetChi2(), MucGeoGeneral::GetGap(), GetGapID(), ExtMucKal::GetHitGap(), ExtMucKal::GetSameStrip(), genRecEmupikp::i, initialPath, initialTof, MucGeoGeneral::Instance(), m_err_mod, m_mom_mod, m_mucdigicol, M_PI, m_pos_mod, m_trackstop, Ext_xp_err::move(), msgFlag, ExtMucKal::MucKalIniti(), myEmcFlag, myEmcPathFlag, myExtTrack, myInTof1, myInTof2, myMucbrLastLay_, myMucchisq_, myMucdepth_, myMucecLastLay_, myMucFlag, myMucnfit_, myMucnhits_, myMucR, myMucWindow, myMucZ, myOutputSymMatrix(), myOutTof1, myOutTof2, myPathInCrystal, myPathIntoCrystal, myPathInTof1, myPathInTof2, myPathIntoTof1, myPathIntoTof2, myPathOutCrystal, myPathOutTof1, myPathOutTof2, myPhyEmcFlag, myTof1Flag, myTof2Flag, myUseMucKalFlag, nPhi, Ext_errmx::put_err(), rb::R(), RemDepth, RemDist, RememberID, RemID, RemMomentum, RemPositon, RemStep, RemVol, RemXpErr, Ext_xp_err::set_mom(), Ext_xp_err::set_pos(), DstExtTrack::SetEmcData(), DstExtTrack::SetEmcPath(), ExtMucKal::SetGapID(), DstExtTrack::SetMucData(), ExtMucKal::SetMucDigiCol(), DstExtTrack::SetMucKalData(), ExtMucKal::SetMucWindow(), RecExtTrack::setPathInTof1(), RecExtTrack::setPathInTof2(), ExtMucKal::SetPosMomErr(), DstExtTrack::SetTof1Data(), DstExtTrack::SetTof2Data(), ExtMucKal::TrackHit(), MucGeoGap::TransformToGap(), x, and ExtMucKal::XPmod().
00104 { 00105 00106 //Get track and its status 00107 G4Track* currentTrack = currentStep->GetTrack(); 00108 if(!currentTrack) 00109 { 00110 cout<<"Can't get currentTrack"<<endl; 00111 return; 00112 } 00113 G4TrackStatus currentTrackStatus = currentTrack->GetTrackStatus(); 00114 00115 int stepNumber = currentTrack->GetCurrentStepNumber(); 00116 if(msgFlag) cout<<"STEP "<<stepNumber<<":"<<endl; 00117 00118 //Get current position and momentum 00119 Hep3Vector currentPosition = currentTrack->GetPosition(); 00120 Hep3Vector currentMomentum = currentTrack->GetMomentum(); 00121 00122 00123 //Get current Volume 00124 G4VPhysicalVolume* oldVolume; 00125 G4VPhysicalVolume* newVolume; 00126 if(!currentTrack->GetTouchableHandle()) cout<<"Can't get currentTrack->GetTouchableHandle()"<<endl; 00127 else oldVolume= currentTrack->GetTouchableHandle()->GetVolume(); 00128 if(!currentTrack->GetNextTouchableHandle()) cout<<"Can't get currentTrack->GetNextTouchableHandle()"<<endl; 00129 else newVolume= currentTrack->GetNextTouchableHandle()->GetVolume(); 00130 if(!oldVolume) cout<<"Can't get oldVolume!"<<endl; 00131 00132 //****added by LI Chunhua 00133 if(stepNumber>50000) { 00134 cout<<"infinite steps in the track "<<endl; 00135 currentTrack->SetTrackStatus(fStopAndKill); m_trackstop =true; 00136 } 00137 00138 G4String ParticleName = currentTrack->GetDefinition()->GetParticleName(); 00139 double x_ = currentPosition.x(); 00140 double y_ = currentPosition.y(); 00141 double z_ = currentPosition.z(); 00142 bool inner = (oldVolume!=newVolume)&&(!( (fabs(x_)>=myMucR) || (fabs(y_)>=myMucR) || ((fabs(x_-y_)/sqrt(2.))>=myMucR) || ((fabs(x_+y_)/sqrt(2.))>=myMucR) || (fabs(z_)>=myMucZ)) ); 00143 bool mucdec = (fabs(x_)>=myMucR) || (fabs(y_)>=myMucR) || ((fabs(x_-y_)/sqrt(2.))>=myMucR) || ((fabs(x_+y_)/sqrt(2.))>=myMucR) || (fabs(z_)>=myMucZ); 00144 00145 //if current particle is alive. 00146 if(currentTrackStatus == fAlive) 00147 { 00148 //if(oldVolume!=newVolume)//if so, update Error Matrix and chicc. 00149 if(inner||mucdec)//update Error Matrix for newvolume in MDC,TOF,EMC; update Error Matrix step by step in MUC; 00150 { 00151 //Get current B field 00152 double currentPoint[3]={currentPosition.x(),currentPosition.y(),currentPosition.z()}; 00153 double currentBfield[3]={0.0,0.0,0.0}; 00154 Hep3Vector currentB(0.0,0.0,1.0); 00155 if(G4TransportationManager::GetTransportationManager()) 00156 { 00157 G4FieldManager* fieldManager=G4TransportationManager::GetTransportationManager()->GetFieldManager(); 00158 if(fieldManager) 00159 { 00160 if(fieldManager->GetDetectorField()) 00161 { 00162 fieldManager->GetDetectorField()->GetFieldValue(currentPoint,currentBfield); 00163 currentB.set(currentBfield[0]/tesla,currentBfield[1]/tesla,currentBfield[2]/tesla); 00164 if(msgFlag) cout<<"B:"<<currentB.x()<<","<<currentB.y()<<","<<currentB.z()<<endl; 00165 } 00166 } 00167 } 00168 00169 //Get chicc 00170 G4Material* oldMaterial = oldVolume->GetLogicalVolume()->GetMaterial(); 00171 if(!oldMaterial) std::cout<<"Can't get oldMaterial"<<std::endl; 00172 else CalculateChicc(oldMaterial); 00173 00174 //Update Error Matrix 00175 if(!(extXpErr->move(currentPosition,currentMomentum,currentB,1,chicc))) 00176 if(msgFlag) cout<<"can not update Error Matrix!!"<<endl; 00177 00178 //Verbose 00179 if(msgFlag) 00180 { 00181 cout<<"Volume name:"<<newVolume->GetName()<<endl; 00182 cout<<"Volume number:"<<newVolume->GetCopyNo()<<endl; 00183 cout<<"x:"<<currentPoint[0]<<"//y:"<<currentPoint[1]<<"//z:"<<currentPoint[2] 00184 <<"||px:"<<currentMomentum.x()<<"//py:"<<currentMomentum.y()<<"//pz:" 00185 <<currentMomentum.z()<<endl; 00186 cout<<"Error matrix is:"<<extXpErr->get_err()<<endl; 00187 cout<<"phi:"<<atan(currentPoint[1]/currentPoint[0])<<endl; 00188 Hep3Vector nz(0.,0.,1.); 00189 cout<<"Projected z error:"<<extXpErr->get_plane_err(currentMomentum.unit(),nz) 00190 <<endl; 00191 double x,y,R; 00192 x = currentPoint[0]; 00193 y = currentPoint[1]; 00194 R = sqrt(x*x+y*y); 00195 Hep3Vector nt(-y/R,x/R,0.); 00196 cout<<"Projected phi error:"<<(extXpErr->get_plane_err(currentMomentum.unit(),nt))/R 00197 <<endl<<endl; 00198 } 00199 00200 //some often used things 00201 Hep3Vector xVector(1.0,0,0); 00202 Hep3Vector yVector(0,1.0,0); 00203 Hep3Vector zVector(0,0,1.0); 00204 Hep3Vector tzVector; 00205 tzVector.setRThetaPhi(1.0,M_PI/2.0,currentPosition.phi()); 00206 double r = currentPosition.perp(); 00207 double x = currentPosition.x(); 00208 double y = currentPosition.y(); 00209 double z = currentPosition.z(); 00210 G4String newVolumeName = newVolume->GetName(); 00211 G4String oldVolumeName = oldVolume->GetName(); 00212 G4StepPoint* postStepPoint = currentStep->GetPostStepPoint(); 00213 G4TouchableHistory* theTouchable = (G4TouchableHistory*)(postStepPoint->GetTouchable()); 00214 int newVolumeNumber=newVolume->GetCopyNo(); 00215 // int newVolumeNumber=theTouchable->GetReplicaNumber(2); 00216 00217 G4String name1; 00218 if(newVolumeName=="logical_gasLayer") 00219 { 00220 name1=theTouchable->GetVolume(3)->GetName(); 00221 newVolumeNumber=theTouchable->GetReplicaNumber(3); 00222 } 00223 00224 00225 00226 00227 00228 00229 //Get PhyTof data 00230 00231 //std::cout << "ExtSteppingAction NewVolumeName: " << newVolumeName << std::endl; 00232 //std::cout << "ExtSteppingAction OldVolumeName: " << oldVolumeName << std::endl; 00233 //std::cout << "ExtSteppingAction name1: " <<name1<<std::endl; 00234 //Comment this part to remove the airtight Tof. Most hits would be replaced by the following specific sensitive 00235 //detector. The remianing few hits are abondoned in Tof reconstruction. 00236 /* 00237 if( (!myTofFlag) && (!myTof1Flag) && (newVolumeName.contains("Tof") )) 00238 { 00239 newVolumeNumber = -2; 00240 double currentTrackLength = currentTrack->GetTrackLength(); 00241 double totalTrackLength = currentTrackLength + initialPath; 00242 //double initialTof = initialPath/(myBetaInMDC*299.792458); 00243 //cout<<"initialTof = "<<initialTof<<endl; 00244 //double totalTOF = totalTrackLength/(myBetaInMDC*299.792458); 00245 double localTime = currentTrack->GetLocalTime(); 00246 //cout<<"localTime = "<<localTime<<endl; 00247 double totalTOF = localTime + initialTof; 00248 //cout<<"totalTOF= "<<totalTOF<<endl; 00249 00250 //std::cout << "ExtSteppingAction Volumename contains one of the marker words" << std::endl; 00251 00252 if(myExtTrack) 00253 { 00254 double xError = extXpErr->get_plane_err(currentMomentum.unit(),xVector); 00255 double yError = extXpErr->get_plane_err(currentMomentum.unit(),yVector); 00256 double zError = extXpErr->get_plane_err(currentMomentum.unit(),zVector); 00257 double tzError= extXpErr->get_plane_err(currentMomentum.unit(),tzVector); 00258 myExtTrack->SetTof1Data(currentPosition/10.0,currentMomentum/1000.0,newVolumeName,newVolumeNumber,totalTOF,totalTrackLength/10,myOutputSymMatrix(extXpErr->get_err()),zError/10,tzError/10,xError/10,yError/10); 00259 myTofFlag = true; 00260 } 00261 return; 00262 }//close if (!myTofFlag) 00263 */ 00264 00265 00266 00267 //Get Tof layer1 Ext data 00268 if((!myTof1Flag) && (newVolumeName=="logicalScinBr1" || newVolumeName.contains("ScinEc") || 00269 (newVolumeName=="logical_gasLayer" && (name1=="logical_container_m0" || name1=="logical_container_m1")))) 00270 { 00271 double currentTrackLength = currentTrack->GetTrackLength(); 00272 double totalTrackLength = currentTrackLength+initialPath; 00273 double localTime = currentTrack->GetLocalTime(); 00274 double totalTOF = localTime + initialTof; 00275 myInTof1 = true; 00276 myPathIntoTof1 = currentTrackLength; 00277 if(msgFlag) cout << "myPathIntoTof1 = " << myPathIntoTof1 << endl; 00278 00279 newVolumeNumber=theTouchable->GetReplicaNumber(2); 00280 00281 if(newVolumeName.contains("ScinEc")) { 00282 newVolumeNumber=(95-newVolumeNumber)/2; 00283 newVolumeNumber=newVolumeNumber+176; 00284 00285 if(newVolumeName.contains("East")) newVolumeNumber=newVolumeNumber+48; 00286 if(myExtTrack) { 00287 double xError = extXpErr->get_plane_err(currentMomentum.unit(),xVector); 00288 double yError = extXpErr->get_plane_err(currentMomentum.unit(),yVector); 00289 double zError = extXpErr->get_plane_err(currentMomentum.unit(),zVector); 00290 double tzError= extXpErr->get_plane_err(currentMomentum.unit(),tzVector); 00291 myExtTrack->SetTof1Data(currentPosition/10,currentMomentum/1000,newVolumeName,newVolumeNumber,totalTOF,totalTrackLength/10,myOutputSymMatrix(extXpErr->get_err()),zError/10,tzError/10,xError/10,yError/10); 00292 myTof1Flag = true; 00293 } 00294 } 00295 00296 else if(newVolumeName=="logical_gasLayer") 00297 { 00298 G4ThreeVector currentPostPosition = currentStep->GetPostStepPoint()->GetPosition(); 00299 G4ThreeVector localPosition = theTouchable->GetHistory()->GetTopTransform().TransformPoint(currentPostPosition); 00300 //cout<<"localPosition: "<<localPosition.x()<<" "<<localPosition.y()<<" "<<localPosition.z()<<endl; 00301 00302 //Here we assume the spread of one strip is 24+3=27mm. 00303 //Distance between strips and lower large glass margin: 6, top: 8, z_strip=z_small_glass-0.5 00304 double z_mm = localPosition.z()-0.5+(24+3)*6; 00305 int strip; 00306 if(z_mm<=0) 00307 { 00308 strip=0; 00309 } 00310 else if(z_mm>0 && z_mm<12*27) 00311 { 00312 strip=floor(z_mm/27); 00313 } 00314 else 00315 { 00316 strip=11; 00317 } 00318 if(strip<0) strip=0; 00319 if(strip>11) strip=11; 00320 00321 newVolumeNumber=theTouchable->GetReplicaNumber(3); 00322 newVolumeNumber = 35-newVolumeNumber; 00323 if( currentPosition.z() < 0.0 ) { newVolumeNumber = newVolumeNumber + 36; } 00324 newVolumeNumber = 12*newVolumeNumber+strip; 00325 newVolumeNumber = newVolumeNumber + 176 + 96; 00326 if(myExtTrack) { 00327 double xError = extXpErr->get_plane_err(currentMomentum.unit(),xVector); 00328 double yError = extXpErr->get_plane_err(currentMomentum.unit(),yVector); 00329 double zError = extXpErr->get_plane_err(currentMomentum.unit(),zVector); 00330 double tzError= extXpErr->get_plane_err(currentMomentum.unit(),tzVector); 00331 Hep3Vector locP = Hep3Vector( localPosition.x(), localPosition.y(), localPosition.z() ); 00332 //cout<<"locP: "<<locP.x()<<" "<<locP.y()<<" "<<locP.z() 00333 //<<" currentMomentum: "<<currentMomentum.x()<<" "<<currentMomentum.y()<<" "<<currentMomentum.z() 00334 //<<" newVolumeName: "<<newVolumeName<<" newVolumeNumber: "<<newVolumeNumber 00335 //<<" totalTOF: "<<totalTOF<<" totalTrackLength: "<<totalTrackLength<<endl; 00336 myExtTrack->SetTof1Data(locP/10,currentMomentum/1000,newVolumeName,newVolumeNumber,totalTOF,totalTrackLength/10,myOutputSymMatrix(extXpErr->get_err()),zError/10,tzError/10,xError/10,yError/10); 00337 myTof1Flag = true; 00338 } 00339 } 00340 else 00341 { 00342 newVolumeNumber=(527-newVolumeNumber)/3; 00343 if(myExtTrack) { 00344 double xError = extXpErr->get_plane_err(currentMomentum.unit(),xVector); 00345 double yError = extXpErr->get_plane_err(currentMomentum.unit(),yVector); 00346 double zError = extXpErr->get_plane_err(currentMomentum.unit(),zVector); 00347 double tzError= extXpErr->get_plane_err(currentMomentum.unit(),tzVector); 00348 myExtTrack->SetTof1Data(currentPosition/10,currentMomentum/1000,newVolumeName,newVolumeNumber,totalTOF,totalTrackLength/10,myOutputSymMatrix(extXpErr->get_err()),zError/10,tzError/10,xError/10,yError/10); 00349 myTof1Flag = true; 00350 } 00351 } 00352 00353 return; 00354 00355 }//close if (!myTof1Flag) 00356 00357 if( myInTof1 && ( oldVolumeName=="logicalScinBr1" || oldVolumeName.contains("ScinEc") || 00358 (oldVolumeName=="logical_gasLayer" && (name1=="logical_container_m0" || name1=="logical_container_m1"))) ) { 00359 myInTof1 = false; 00360 myOutTof1 = true; 00361 myPathOutTof1 = currentTrack->GetTrackLength(); 00362 myPathInTof1.push_back(myPathOutTof1 - myPathIntoTof1); 00363 if(msgFlag) cout << "myPathOutTof1 = " << myPathOutTof1 << endl; 00364 } 00365 00366 if( myOutTof1 && ( newVolumeName=="logicalScinBr1" || newVolumeName.contains("ScinEc") || 00367 (newVolumeName=="logical_gasLayer" && (name1=="logical_container_m0" || name1=="logical_container_m1"))) ) { 00368 myInTof1 = true; 00369 myOutTof1 = false; 00370 myPathIntoTof1 = currentTrack->GetTrackLength(); 00371 if(msgFlag) cout << "myPathIntoTof1 = " << myPathIntoTof1 << endl; 00372 } 00373 00374 00375 //Get Tof layer2 Ext data 00376 if( (!myTof2Flag) && (newVolumeName=="logicalScinBr2" || 00377 (newVolumeName=="logical_gasLayer" && (name1=="logical_container_m2" || name1=="logical_container_m3")))) 00378 { 00379 double currentTrackLength = currentTrack->GetTrackLength(); 00380 double totalTrackLength = currentTrackLength+initialPath; 00381 //double totalTOF = totalTrackLength/(myBetaInMDC*299.792458); 00382 double localTime = currentTrack->GetLocalTime(); 00383 double totalTOF = localTime + initialTof; 00384 myInTof2 = true; 00385 myPathIntoTof2 = currentTrackLength; 00386 if(msgFlag) cout << "myPathIntoTof2 = " << myPathIntoTof2 << endl; 00387 newVolumeNumber=theTouchable->GetReplicaNumber(2); 00388 00389 if(newVolumeName=="logical_gasLayer") 00390 { 00391 G4ThreeVector currentPostPosition = currentStep->GetPostStepPoint()->GetPosition(); 00392 G4ThreeVector localPosition = theTouchable->GetHistory()->GetTopTransform().TransformPoint(currentPostPosition); 00393 //cout<<"localPosition: "<<localPosition.x()<<" "<<localPosition.y()<<" "<<localPosition.z()<<endl; 00394 00395 //Here we assume the spread of one strip is 24+3=27mm. 00396 //Distance between strips and lower large glass margin: 6, top: 8, z_strip=z_small_glass-0.5 00397 double z_mm = localPosition.z()-0.5+(24+3)*6; 00398 int strip; 00399 if(z_mm<=0) 00400 { 00401 strip=0; 00402 } 00403 else if(z_mm>0 && z_mm<12*27) 00404 { 00405 strip=floor(z_mm/27); 00406 } 00407 else 00408 { 00409 strip=11; 00410 } 00411 if(strip<0) strip=0; 00412 if(strip>11) strip=11; 00413 00414 newVolumeNumber=theTouchable->GetReplicaNumber(3); 00415 newVolumeNumber = 35-newVolumeNumber; 00416 if( currentPosition.z() < 0.0 ) { newVolumeNumber = newVolumeNumber + 36; } 00417 newVolumeNumber = 12*newVolumeNumber+strip; 00418 newVolumeNumber = newVolumeNumber + 176 + 96; 00419 00420 if(myExtTrack) 00421 { 00422 double xError = extXpErr->get_plane_err(currentMomentum.unit(),xVector); 00423 double yError = extXpErr->get_plane_err(currentMomentum.unit(),yVector); 00424 double zError = extXpErr->get_plane_err(currentMomentum.unit(),zVector); 00425 double tzError= extXpErr->get_plane_err(currentMomentum.unit(),tzVector); 00426 Hep3Vector locP = Hep3Vector( localPosition.x(), localPosition.y(), localPosition.z() ); 00427 //cout<<"locP: "<<locP.x()<<" "<<locP.y()<<" "<<locP.z() 00428 //<<" currentMomentum: "<<currentMomentum.x()<<" "<<currentMomentum.y()<<" "<<currentMomentum.z() 00429 //<<" newVolumeName: "<<newVolumeName<<" newVolumeNumber: "<<newVolumeNumber 00430 //<<" totalTOF: "<<totalTOF<<" totalTrackLength: "<<totalTrackLength<<endl; 00431 myExtTrack->SetTof2Data(locP/10,currentMomentum/1000,newVolumeName,newVolumeNumber,totalTOF,totalTrackLength/10,myOutputSymMatrix(extXpErr->get_err()),zError/10,tzError/10,xError/10,yError/10); 00432 myTof2Flag = true; 00433 } 00434 } 00435 else 00436 { 00437 newVolumeNumber=(527-newVolumeNumber)/3; 00438 if(myExtTrack) 00439 { 00440 double xError = extXpErr->get_plane_err(currentMomentum.unit(),xVector); 00441 double yError = extXpErr->get_plane_err(currentMomentum.unit(),yVector); 00442 double zError = extXpErr->get_plane_err(currentMomentum.unit(),zVector); 00443 double tzError= extXpErr->get_plane_err(currentMomentum.unit(),tzVector); 00444 myExtTrack->SetTof2Data(currentPosition/10,currentMomentum/1000,newVolumeName,newVolumeNumber,totalTOF,totalTrackLength/10,myOutputSymMatrix(extXpErr->get_err()),zError/10,tzError/10,xError/10,yError/10); 00445 myTof2Flag = true; 00446 } 00447 } 00448 return; 00449 }//close if( (!myTof2Flag) && newVolumeName=="logicalScinBr2" ) 00450 00451 if( myInTof2 && (oldVolumeName=="logicalScinBr2" || 00452 (oldVolumeName=="logical_gasLayer" && (name1=="logical_container_m2" || name1=="logical_container_m3"))) ) { 00453 myInTof2 = false; 00454 myOutTof2 = true; 00455 myPathOutTof2 = currentTrack->GetTrackLength(); 00456 myPathInTof2.push_back(myPathOutTof2 - myPathIntoTof2); 00457 if(msgFlag) cout << "myPathOutTof2 = " << myPathOutTof2 << endl; 00458 } 00459 00460 if( myOutTof2 && (newVolumeName=="logicalScinBr2" || 00461 (newVolumeName=="logical_gasLayer" && (name1=="logical_container_m2" || name1=="logical_container_m3"))) ) { 00462 myInTof2 = true; 00463 myOutTof2 = false; 00464 myPathIntoTof2 = currentTrack->GetTrackLength(); 00465 if(msgFlag) cout << "myPathIntoTof2 = " << myPathIntoTof2 << endl; 00466 } 00467 00468 00469 //Get PhyEmc data. 00470 if( (!myPhyEmcFlag) && (!myEmcFlag) && (newVolumeName=="EMC" || newVolumeName.contains("BSC") || newVolumeName=="EndPhi")) 00471 { 00472 newVolumeNumber = -2; 00473 if(myExtTrack) 00474 { 00475 // myPathIntoCrystal = currentTrack->GetTrackLength(); 00476 Hep3Vector nPhi(-y/r,x/r,0.); 00477 double errorPhi = (extXpErr->get_plane_err(currentMomentum.unit(),nPhi))/r; 00478 00479 Hep3Vector aPosition = currentPosition; 00480 double R = aPosition.r(); 00481 double aTheta = aPosition.theta(); 00482 aPosition.setTheta(aTheta + M_PI_2); 00483 double errorTheta; 00484 errorTheta =(extXpErr->get_plane_err(currentMomentum.unit(),aPosition.unit()))/R; 00485 if(msgFlag) cout<<"Theta direction: "<<aPosition<<endl; 00486 myExtTrack->SetEmcData(currentPosition/10,currentMomentum/1000,newVolumeName,newVolumeNumber,errorTheta,errorPhi,myOutputSymMatrix(extXpErr->get_err())); 00487 } 00488 myPhyEmcFlag = true; 00489 return; 00490 } 00491 00492 00493 if(!myEmcPathFlag && newVolumeName.contains("Crystal") ) 00494 { 00495 myPathIntoCrystal = currentTrack->GetTrackLength(); 00496 // cout<<"Enter Crystal, path: "<<myPathIntoCrystal<<endl; 00497 myEmcPathFlag = true; 00498 } 00499 00500 //Get Emc Ext data. 00501 if( (!myEmcFlag) && newVolumeName.contains("Crystal") ) 00502 { 00503 if(myExtTrack) 00504 { 00505 //------------------- record crystal number 00506 int npart,ntheta,nphi; 00507 if(currentTrack->GetNextTouchableHandle()->GetVolume(1)->GetName().contains("BSC")) { //barrel 00508 npart=1; 00509 std::istringstream thetaBuf((currentTrack->GetNextTouchableHandle()->GetVolume(1)->GetName()).substr(16,2)); 00510 thetaBuf >> ntheta ; 00511 nphi = 308-currentTrack->GetNextTouchableHandle()->GetCopyNumber(2); 00512 } else { //endcap 00513 npart=2-2*currentTrack->GetNextTouchableHandle()->GetCopyNumber(3); 00514 int endSector=currentTrack->GetNextTouchableHandle()->GetCopyNumber(2); 00515 int endNb,endNbGDML; 00516 std::istringstream thetaBuf((currentTrack->GetNextTouchableHandle()->GetVolume(0)->GetName()).substr(20,2)); 00517 thetaBuf >> endNb ; 00518 endNbGDML=CalculateEmcEndCopyNb(endNb); 00519 int endSectorGDML=CalculateEmcEndPhiNb(endSector); 00520 CalculateEmcEndThetaPhi(npart,endSectorGDML,endNbGDML,ntheta,nphi); 00521 } 00522 ostringstream strEmc; 00523 if(ntheta<10) { 00524 strEmc<<"EmcPart"<<npart<<"Theta0"<<ntheta<<"Phi"<<nphi; 00525 } else { 00526 strEmc<<"EmcPart"<<npart<<"Theta"<<ntheta<<"Phi"<<nphi; 00527 } //------------------------------------------ 00528 00529 // myPathIntoCrystal = currentTrack->GetTrackLength(); 00530 Hep3Vector nPhi(-y/r,x/r,0.); 00531 double errorPhi = (extXpErr->get_plane_err(currentMomentum.unit(),nPhi))/r; 00532 00533 Hep3Vector aPosition = currentPosition; 00534 double R = aPosition.r(); 00535 double aTheta = aPosition.theta(); 00536 aPosition.setTheta(aTheta + M_PI_2); 00537 double errorTheta; 00538 errorTheta =(extXpErr->get_plane_err(currentMomentum.unit(),aPosition.unit()))/R; 00539 if(msgFlag) cout<<"Theta direction: "<<aPosition<<endl; 00540 myExtTrack->SetEmcData(currentPosition/10,currentMomentum/1000,strEmc.str(), 00541 //myExtTrack->SetEmcData(currentPosition/10,currentMomentum/1000,newVolumeName, 00542 newVolumeNumber,errorTheta,errorPhi,myOutputSymMatrix(extXpErr->get_err())); 00543 } 00544 myEmcFlag = true; 00545 return; 00546 } 00547 00548 //Get path in Emc 00549 if(myEmcPathFlag && oldVolumeName.contains("Crystal") ) 00550 { 00551 myPathOutCrystal = currentTrack->GetTrackLength(); 00552 myPathInCrystal = myPathInCrystal+myPathOutCrystal-myPathIntoCrystal; 00553 // cout<<"Go out of crystal, path: "<<myPathOutCrystal<<endl; 00554 myEmcPathFlag=false; 00555 } 00556 00557 00558 //Get Muc Ext Data. 00559 if( (!myMucFlag) && ( (fabs(x)>=myMucR) || (fabs(y)>=myMucR) || ((fabs(x-y)/sqrt(2.))>=myMucR) || ((fabs(x+y)/sqrt(2.))>=myMucR) || (fabs(z)>=myMucZ) ) ) 00560 { 00561 int newVolumeNumber = newVolume->GetCopyNo(); 00562 if(myExtTrack) 00563 { 00564 Hep3Vector xVector(1.0,0,0); 00565 Hep3Vector yVector(0,1.0,0); 00566 Hep3Vector zVector(0,0,1.0); 00567 double xError = extXpErr->get_plane_err(currentMomentum.unit(),xVector); 00568 double yError = extXpErr->get_plane_err(currentMomentum.unit(),yVector); 00569 double zError = extXpErr->get_plane_err(currentMomentum.unit(),zVector); 00570 double tzError; 00571 double phi = currentPosition.phi(); 00572 if(phi<0.) phi+=M_PI; 00573 int i = int(8.0*phi/M_PI); 00574 if( i==0 || i==7 || i==8 ) 00575 { 00576 tzError = yError; 00577 } 00578 if( i==1 || i==2 ) 00579 { 00580 Hep3Vector tzVector(-1.0,1.0,0.); 00581 tzError =extXpErr->get_plane_err(currentMomentum.unit(),tzVector.unit()); 00582 } 00583 if( i==3 || i==4 ) 00584 { 00585 tzError = xError; 00586 } 00587 if( i==5 || i==6 ) 00588 { 00589 Hep3Vector tzVector(1.0,1.0,0.); 00590 tzError =extXpErr->get_plane_err(currentMomentum.unit(),tzVector.unit()); 00591 } 00592 myExtTrack->SetMucData(currentPosition/10,currentMomentum/1000,newVolumeName,newVolumeNumber,myOutputSymMatrix(extXpErr->get_err()),zError/10,tzError/10,xError/10,yError/10); 00593 } 00594 myMucFlag = true; 00595 if(!(ParticleName.contains("mu")&&myUseMucKalFlag)) 00596 { 00597 //currentTrack->SetKineticEnergy(0.0); 00598 currentStep->GetTrack()->SetTrackStatus(fStopAndKill); 00599 m_trackstop=true; 00600 return; 00601 } 00602 } 00603 00604 //************************************************** 00605 //************inset KalFilter Algorithm in MUC****** 00606 //************************************************** 00607 HepSymMatrix XpErr = extXpErr->get_err(); 00608 int namesize = oldVolumeName.size(); 00609 bool Flag1(false),Flag2(false),Flag3(false),Flag4(false),Flag5(false); 00610 Flag1 = m_mucdigicol->size()>0; 00611 Flag2 = myUseMucKalFlag; 00612 Flag3 = ParticleName.contains("mu")&&oldVolumeName.contains("lMuc")&&oldVolumeName.contains("P")&&oldVolumeName.contains("S")&&(oldVolumeName.contains("G")||oldVolumeName.contains("Ab")); 00613 Flag4 = oldVolumeName.contains("lMuc")&&oldVolumeName.contains("P")&&oldVolumeName.contains("S")&&((namesize==10&&oldVolumeName.contains("G"))||(namesize==11&&oldVolumeName.contains("Ab"))); 00614 Flag5 = !((RemID[0]==1&&RemID[2]==9)||((RemID[0]==0||RemID[0]==2)&&RemID[2]==8)); 00615 // if(!Flag5) {currentStep->GetTrack()->SetTrackStatus(fStopAndKill);m_trackstop=true;} 00616 if(Flag1&&Flag2&&Flag3&&Flag5) 00617 { 00618 //get depth in Ab 00619 double depth = currentStep-> GetStepLength(); 00620 if(oldVolumeName.contains("Ab")) 00621 RemDepth = RemDepth+ depth; 00622 if(RemStep==0&&Flag4) 00623 { 00624 Hep3Vector ID_1 = GetGapID(oldVolumeName); 00625 RemID = ID_1; 00626 00627 bool LastLay = (ID_1[0]==1&&ID_1[2]<9)||((ID_1[0]==0||ID_1[0]==2)&&ID_1[2]<8); 00628 if(RememberID[2]!=ID_1[2]&&LastLay) 00629 { 00630 Hep3Vector pos_loc = MucGeoGeneral::Instance()->GetGap(ID_1[0],ID_1[1],ID_1[2])->TransformToGap(currentPosition); 00631 double dist = fabs(pos_loc.z()); 00632 RemPositon = currentPosition; 00633 RemMomentum = currentMomentum; 00634 RemXpErr = XpErr; 00635 RemDist = dist; 00636 RemStep++; 00637 } 00638 } 00639 if(RemStep>0) 00640 { 00641 bool WillFilter = false; 00642 bool LastLay_ = false; 00643 double dist_b = 99999.; 00644 Hep3Vector ID_2; 00645 if(Flag4) 00646 { 00647 ID_2 = GetGapID(oldVolumeName); 00648 LastLay_ =(ID_2[0]==1&&ID_2[2]<9)||((ID_2[0]==0||ID_2[0]==2)&&ID_2[2]<8); 00649 if(LastLay_)dist_b=fabs(MucGeoGeneral::Instance()->GetGap(ID_2[0],ID_2[1],ID_2[2])->TransformToGap(currentPosition).z()); 00650 if(RemID!=ID_2) 00651 WillFilter=true; 00652 00653 } 00654 00655 Hep3Vector pos_loc = MucGeoGeneral::Instance()->GetGap(RemID[0],RemID[1],RemID[2])->TransformToGap(currentPosition); 00656 double dist = fabs(pos_loc.z()); 00657 //get the nearest point from the center of gap 00658 if(!WillFilter&&RemDist>dist) 00659 { 00660 RemPositon = currentPosition; 00661 RemMomentum = currentMomentum; 00662 RemXpErr = XpErr; 00663 RemDist = dist; 00664 RemVol = oldVolumeName; 00665 } 00666 00667 //if find the nearest point in the gap, Open Fillter 00668 if(WillFilter) 00669 { 00670 ExtMucKal* muckal = new ExtMucKal(); 00671 muckal->SetGapID(RemID); 00672 muckal->SetPosMomErr(RemPositon,RemMomentum,RemXpErr); 00673 muckal->SetMucDigiCol(m_mucdigicol); 00674 muckal->SetMucWindow(myMucWindow); 00675 bool iniOK = muckal->MucKalIniti(); 00676 vector<MucRecHit*> tmp = muckal->TrackHit(); 00677 bool filter = muckal->ExtMucFilter(); 00678 // bool filter = muckal->GetFilterStatus(); 00679 double chi2 = muckal->GetChi2(); 00680 bool samestrip = muckal->GetSameStrip(); 00681 if(filter&&iniOK) 00682 { 00683 00684 myMucnfit_++; 00685 //cout<<"myMucnfit_: "<<myMucnfit_<<endl; 00686 myMucchisq_ = myMucchisq_+chi2; 00687 muckal->XPmod(m_pos_mod,m_mom_mod,m_err_mod); 00688 RememberID = muckal->GetHitGap(); 00689 if(RememberID[0]==1)myMucbrLastLay_=RememberID[2]; 00690 if(RememberID[0]==0||RememberID[0]==2)myMucecLastLay_=RememberID[2]; 00691 if(oldVolumeName.contains("Ab")) 00692 RemDepth = RemDepth-depth; 00693 if(myMucnfit_==1) 00694 myMucdepth_ = RemDepth; 00695 else 00696 myMucdepth_=myMucdepth_+RemDepth; 00697 00698 if(!samestrip) 00699 { 00700 00701 extXpErr->put_err(m_err_mod); 00702 extXpErr->set_pos(m_pos_mod); 00703 extXpErr->set_mom(m_mom_mod); 00704 currentStep->GetTrack()->SetTrackStatus(fStopAndKill); 00705 00706 } 00707 else 00708 { 00709 //cout<<"-------hit exist, but no modify-------"<<endl; 00710 RemPositon = currentPosition; 00711 RemMomentum = currentMomentum; 00712 RemXpErr = XpErr; 00713 RemDist = dist_b; 00714 RemID =ID_2; 00715 if(oldVolumeName.contains("Ab")) 00716 RemDepth = depth; 00717 else 00718 RemDepth = 0.; 00719 } 00720 if(msgFlag)cout<<"---------Filter is OK---------- "<<endl; 00721 } 00722 else 00723 { 00724 // if(LastLay_) 00725 //{ 00726 RemPositon = currentPosition; 00727 RemMomentum = currentMomentum; 00728 RemXpErr = XpErr; 00729 RemDist = dist_b; 00730 RemID =ID_2; 00731 // } 00732 } 00733 delete muckal; 00734 } 00735 } 00736 if(myExtTrack)myExtTrack->SetMucKalData(myMucchisq_,myMucnfit_,myMucdepth_,myMucbrLastLay_,myMucecLastLay_,myMucnhits_); 00737 } 00738 00739 /* 00740 if(Flag1&&Flag2&&Flag3) 00741 { 00742 ExtMucKal* muckal = new ExtMucKal(); 00743 muckal->SetVolume(oldVolume,newVolume); 00744 muckal->SetMomPosErr(currentPosition,currentMomentum,XpErr); 00745 muckal->SetMucDigiCol(mucdigicol); 00746 muckal->ExtMucFilter(); 00747 muckal->XPmod(m_pos_mod,m_mom_mod,m_err_mod); 00748 bool filter = muckal->GetFilterStatus(); 00749 double chi2 = muckal->GetChi2(); 00750 if(filter) 00751 { 00752 myMucnfit_++; 00753 myMucchisq_ = myMucchisq_+chi2; 00754 currentStep->GetTrack()->SetTrackStatus(fStopAndKill); 00755 RememberVol.assign(oldVolumeName,10); 00756 extXpErr->put_err(m_err_mod); 00757 extXpErr->set_pos(m_pos_mod); 00758 extXpErr->set_mom(m_mom_mod); 00759 } 00760 delete muckal; 00761 } 00762 */ 00763 // if(myExtTrack)myExtTrack->SetMucKalData(myMucchisq_,myMucnfit_,myMucdepth_,myMucbrLastLay_,myMucecLastLay_,myMucnhits_); 00764 /* //Get Muc Ext Hits Data. 00765 if(newVolumeName.contains("Strip")) 00766 { 00767 int newVolumeNumber = newVolume->GetCopyNo(); 00768 if(myExtTrack) 00769 { 00770 ExtMucHit aExtMucHit; 00771 Hep3Vector xVector(1.0,0,0); 00772 Hep3Vector yVector(0,1.0,0); 00773 Hep3Vector zVector(0,0,1.0); 00774 double xError = extXpErr->get_plane_err(currentMomentum.unit(),xVector); 00775 double yError = extXpErr->get_plane_err(currentMomentum.unit(),yVector); 00776 double zError = extXpErr->get_plane_err(currentMomentum.unit(),zVector); 00777 double tzError; 00778 double phi = currentPosition.phi(); 00779 if(phi<0.) phi+=M_PI; 00780 int i = int(8.0*phi/M_PI); 00781 if( i==0 || i==7 || i==8 ) 00782 { 00783 tzError = yError; 00784 } 00785 if( i==1 || i==2 ) 00786 { 00787 Hep3Vector tzVector(-1.0,1.0,0.); 00788 tzError =extXpErr->get_plane_err(currentMomentum.unit(),tzVector.unit()); 00789 } 00790 if( i==3 || i==4 ) 00791 { 00792 tzError = xError; 00793 } 00794 if( i==5 || i==6 ) 00795 { 00796 Hep3Vector tzVector(1.0,1.0,0.); 00797 tzError =extXpErr->get_plane_err(currentMomentum.unit(),tzVector.unit()); 00798 } 00799 aExtMucHit.SetExtMucHit(currentPosition,currentMomentum,newVolumeName,newVolumeNumber,extXpErr->get_err(),zError,tzError,xError,yError); 00800 myExtTrack->AddExtMucHit(aExtMucHit); 00801 } 00802 } 00803 */ 00804 } 00805 else { 00806 if(msgFlag) cout<<"x:"<<currentPosition.x()<<"//y:"<<currentPosition.y()<<"//z:"<<currentPosition.z()<<"||px:"<<currentMomentum.x()<<"//py:"<<currentMomentum.y()<<"//pz:"<<currentMomentum.z()<<endl; 00807 double x = currentPosition.x(); 00808 double y = currentPosition.y(); 00809 double z = currentPosition.z(); 00810 if( (fabs(x)>=2*myMucR) || (fabs(y)>=2*myMucR) || (fabs(z)>=2*myMucZ) ) 00811 //currentTrack->SetKineticEnergy(0.0);// protection in case that a very energetic track travels without touching BESIII 00812 {currentStep->GetTrack()->SetTrackStatus(fStopAndKill);m_trackstop=true;} 00813 } 00814 00815 } 00816 else if(currentTrackStatus == fStopAndKill) 00817 { 00818 m_trackstop=true; 00819 if(myEmcFlag) myExtTrack->SetEmcPath(myPathInCrystal/10.); 00820 if(myTof1Flag) myExtTrack->setPathInTof1(myPathInTof1); 00821 if(myTof2Flag) myExtTrack->setPathInTof2(myPathInTof2); 00822 if(msgFlag) { 00823 cout << "myPathInTof1 = " ; 00824 for(int i=0; i!=myPathInTof1.size(); i++) 00825 cout << myPathInTof1[i] << " "; 00826 cout << endl; 00827 cout << "myPathInTof2 = " ; 00828 for(int i=0; i!=myPathInTof2.size(); i++) 00829 cout << myPathInTof2[i] << " "; 00830 cout << endl; 00831 } 00832 00833 if(msgFlag) 00834 { 00835 if(newVolume!=0) 00836 { 00837 std::cout<<"x:"<<currentPosition.x()<<"//y:"<<currentPosition.y()<<"//z:"<<currentPosition.z()<<"||px:"<<currentMomentum.x()<<"//py:"<<currentMomentum.y()<<"//pz:"<<currentMomentum.z()<<"//stoped"<<endl; 00838 cout<<"Error matrix is:"<<extXpErr->get_err()<<endl; 00839 } 00840 else { 00841 cout<<"x:"<<currentPosition.x()<<"//y:"<<currentPosition.y()<<"//z:"<<currentPosition.z()<<"||px:"<<currentMomentum.x()<<"//py:"<<currentMomentum.y()<<"//pz:"<<currentMomentum.z()<<"//escaped"<<std::endl; 00842 std::cout<<"Error matrix is:"<<extXpErr->get_err()<<std::endl; 00843 } 00844 } 00845 } 00846 }
double ExtSteppingAction::chicc [private] |
Definition at line 61 of file ExtSteppingAction.h.
Referenced by CalculateChicc(), Reset(), and UserSteppingAction().
Ext_xp_err* ExtSteppingAction::extXpErr [private] |
Definition at line 80 of file ExtSteppingAction.h.
Referenced by SetXpErrPointer(), and UserSteppingAction().
double ExtSteppingAction::initialPath [private] |
Definition at line 62 of file ExtSteppingAction.h.
Referenced by SetInitialPath(), and UserSteppingAction().
double ExtSteppingAction::initialTof [private] |
Definition at line 63 of file ExtSteppingAction.h.
Referenced by SetInitialTof(), and UserSteppingAction().
HepSymMatrix ExtSteppingAction::m_err_mod [private] |
Definition at line 96 of file ExtSteppingAction.h.
Referenced by InfmodMuc(), and UserSteppingAction().
Hep3Vector ExtSteppingAction::m_mom_mod [private] |
Definition at line 98 of file ExtSteppingAction.h.
Referenced by InfmodMuc(), and UserSteppingAction().
MucDigiCol* ExtSteppingAction::m_mucdigicol [private] |
Definition at line 86 of file ExtSteppingAction.h.
Referenced by SetMucDigiColPointer(), and UserSteppingAction().
Hep3Vector ExtSteppingAction::m_pos_mod [private] |
Definition at line 97 of file ExtSteppingAction.h.
Referenced by InfmodMuc(), and UserSteppingAction().
bool ExtSteppingAction::m_trackstop [private] |
Definition at line 89 of file ExtSteppingAction.h.
Referenced by Reset(), TrackStop(), and UserSteppingAction().
int ExtSteppingAction::m_which_tof_version [private] |
Definition at line 136 of file ExtSteppingAction.h.
Referenced by ExtSteppingAction(), Get_which_tof_version(), and Set_which_tof_version().
bool ExtSteppingAction::msgFlag [private] |
Definition at line 112 of file ExtSteppingAction.h.
Referenced by SetMsgFlag(), and UserSteppingAction().
double ExtSteppingAction::myBetaInMDC [private] |
bool ExtSteppingAction::myEmcFlag [private] |
Definition at line 121 of file ExtSteppingAction.h.
Referenced by Reset(), and UserSteppingAction().
bool ExtSteppingAction::myEmcPathFlag [private] |
Definition at line 122 of file ExtSteppingAction.h.
Referenced by Reset(), and UserSteppingAction().
double ExtSteppingAction::myEmcR1 [private] |
double ExtSteppingAction::myEmcR2 [private] |
double ExtSteppingAction::myEmcZ [private] |
RecExtTrack* ExtSteppingAction::myExtTrack [private] |
Definition at line 110 of file ExtSteppingAction.h.
Referenced by Reset(), SetExtTrackPointer(), and UserSteppingAction().
bool ExtSteppingAction::myInTof1 [private] |
Definition at line 116 of file ExtSteppingAction.h.
Referenced by Reset(), and UserSteppingAction().
bool ExtSteppingAction::myInTof2 [private] |
Definition at line 118 of file ExtSteppingAction.h.
Referenced by Reset(), and UserSteppingAction().
int ExtSteppingAction::myMucbrLastLay_ [private] |
double ExtSteppingAction::myMucchisq_ [private] |
double ExtSteppingAction::myMucdepth_ [private] |
int ExtSteppingAction::myMucecLastLay_ [private] |
bool ExtSteppingAction::myMucFlag [private] |
Definition at line 123 of file ExtSteppingAction.h.
Referenced by Reset(), and UserSteppingAction().
int ExtSteppingAction::myMucnfit_ [private] |
int ExtSteppingAction::myMucnhits_ [private] |
double ExtSteppingAction::myMucR [private] |
Definition at line 133 of file ExtSteppingAction.h.
Referenced by ExtSteppingAction(), and UserSteppingAction().
int ExtSteppingAction::myMucWindow [private] |
Definition at line 77 of file ExtSteppingAction.h.
Referenced by SetMucWindow(), and UserSteppingAction().
double ExtSteppingAction::myMucZ [private] |
Definition at line 134 of file ExtSteppingAction.h.
Referenced by ExtSteppingAction(), and UserSteppingAction().
HepSymMatrix ExtSteppingAction::myOutputSM [private] |
bool ExtSteppingAction::myOutTof1 [private] |
Definition at line 117 of file ExtSteppingAction.h.
Referenced by Reset(), and UserSteppingAction().
bool ExtSteppingAction::myOutTof2 [private] |
Definition at line 119 of file ExtSteppingAction.h.
Referenced by Reset(), and UserSteppingAction().
double ExtSteppingAction::myPathInCrystal [private] |
double ExtSteppingAction::myPathIntoCrystal [private] |
vector<double> ExtSteppingAction::myPathInTof1 [private] |
vector<double> ExtSteppingAction::myPathInTof2 [private] |
double ExtSteppingAction::myPathIntoTof1 [private] |
double ExtSteppingAction::myPathIntoTof2 [private] |
double ExtSteppingAction::myPathOutCrystal [private] |
double ExtSteppingAction::myPathOutTof1 [private] |
double ExtSteppingAction::myPathOutTof2 [private] |
bool ExtSteppingAction::myPhyEmcFlag [private] |
Definition at line 120 of file ExtSteppingAction.h.
Referenced by Reset(), and UserSteppingAction().
bool ExtSteppingAction::myTof1Flag [private] |
Definition at line 114 of file ExtSteppingAction.h.
Referenced by Reset(), and UserSteppingAction().
double ExtSteppingAction::myTof1R [private] |
double ExtSteppingAction::myTof1Z [private] |
bool ExtSteppingAction::myTof2Flag [private] |
Definition at line 115 of file ExtSteppingAction.h.
Referenced by Reset(), and UserSteppingAction().
double ExtSteppingAction::myTof2R [private] |
bool ExtSteppingAction::myTofFlag [private] |
bool ExtSteppingAction::myUseMucKalFlag [private] |
Definition at line 87 of file ExtSteppingAction.h.
Referenced by SetMucKalFlag(), and UserSteppingAction().
double ExtSteppingAction::RemDepth [private] |
Definition at line 105 of file ExtSteppingAction.h.
Referenced by MucReset(), and UserSteppingAction().
double ExtSteppingAction::RemDist [private] |
Definition at line 104 of file ExtSteppingAction.h.
Referenced by MucReset(), and UserSteppingAction().
Hep3Vector ExtSteppingAction::RememberID [private] |
Hep3Vector ExtSteppingAction::RemID [private] |
Definition at line 106 of file ExtSteppingAction.h.
Referenced by MucReset(), and UserSteppingAction().
Hep3Vector ExtSteppingAction::RemMomentum [private] |
Hep3Vector ExtSteppingAction::RemPositon [private] |
int ExtSteppingAction::RemStep [private] |
Definition at line 103 of file ExtSteppingAction.h.
Referenced by MucReset(), and UserSteppingAction().
G4String ExtSteppingAction::RemVol [private] |
Definition at line 107 of file ExtSteppingAction.h.
Referenced by MucReset(), and UserSteppingAction().
HepSymMatrix ExtSteppingAction::RemXpErr [private] |
1.4.7