Sourcing RELEASE/BbsimModule/BbsimModuleProduction.tcl AllPath (disabled) Default (all modules) path GenBuildEnv (enabled) Build General Environment HbkTupleEnv (enabled) Build Hbook Environment PdtInit (enabled) PdtInit RandomControl (enabled) RandomControl PepBuildEnv (enabled) Build the Pep Environment PepPrintEnv (enabled) Print the Pep Environment RandomPickerPrimary (enabled) Pick random engine for the generators GfiBhwide (disabled) Bhwide event generator GfiBkqed (disabled) Bkqed event generator GfiEvtGen (enabled) GfiEvtGen event generator GfiHemiCosm (disabled) HemiCosm event generator GfiKoralb (disabled) Koralb event generator GfiSingleParticle (disabled) SingleParticle event generator GfiStdHepRead (disabled) StdHepRead event generator GfiTurtleRead (disabled) TurtleRead event generator GfiGamGam (disabled) gamgam event generator GfiDecay (enabled) Decay undecayed particles GfiFlagLongLived (enabled) Flag long lived stdhep partices StdHepLoad (enabled) Load stdhep to StdHepData StdHepPrint (enabled) Print out StdHepData RandomPickerSimulation (enabled) RacRandomPicker for simulation BbsModule (enabled) BBSIM CpuCheck (enabled) Check if there is remaining CPU time. StdHepAsciiDump (disabled) write ascii stdhep file GqaRandCheck (enabled) GqaRandCheck sim (enabled) RandomControl (enabled) RandomControl GfiSequence (enabled) RandomPickerPrimary (enabled) Pick random engine for the generators GfiBhwide (disabled) Bhwide event generator GfiBkqed (disabled) Bkqed event generator GfiEvtGen (enabled) GfiEvtGen event generator GfiHemiCosm (disabled) HemiCosm event generator GfiKoralb (disabled) Koralb event generator GfiSingleParticle (disabled) SingleParticle event generator GfiStdHepRead (disabled) StdHepRead event generator GfiTurtleRead (disabled) TurtleRead event generator GfiGamGam (disabled) gamgam event generator GfiDecay (enabled) Decay undecayed particles GfiFlagLongLived (enabled) Flag long lived stdhep partices StdHepLoad (enabled) Load stdhep to StdHepData StdHepPrint (enabled) Print out StdHepData StdHepAsciiDump (disabled) write ascii stdhep file RandomPickerSimulation (enabled) RacRandomPicker for simulation BbsModule (enabled) BBSIM CpuCheck (enabled) Check if there is remaining CPU time. _theBdbCondEpoch not specified. Setting to 1901 BdbCondOffset not specified. Setting to 99999 PdtInit:PdtInit begin Job Pdt::addParticle:adding existing particle:geantino Number of particles in tables: By pdt number :452 By name :451 By geant number :38 By lund number :452 PdtInit:readMCppTable done. PepBuildEnv:PepBuildEnv: begin Job PepPrintEnv:PepPrintEnv: begin Job PepPrintEnv:BdbCondPathSingleton::loadFromConfigFile() -- info. A configuration file describing a revision/owner path was not found. Assuming the default behavior of BdbDatabase::fetch() interface -- the most recent version of the condition data will always be fetched from the database. PepPrintEnv:PepPrintEnv: PepBeams at 11/26/99 14:06:47 (local time) 0 ns: numBunches 1746 numEmptyBunches 88 interactionPoint (0.1,0.33,-0.9;0), Bbr Covariance Matrix: 0.000411525 -1.59594e-20 -0.0135769 0 -1.59594e-20 1.764e-07 8.39336e-19 0 -0.0135769 8.39336e-19 0.722245 0 0 0 0 0.5625 ePlusMomentum (0.0584458,-3.61241e-18,-3.10845), Bbr Covariance Matrix: 1.69144e-06 -8.89003e-26 -7.6498e-08 -8.89003e-26 1.69e-06 4.72818e-24 -7.6498e-08 4.72818e-24 5.75856e-06 eMinusMomentum (-0.16919,1.04573e-17,8.99841), Bbr Covariance Matrix: 7.84792e-06 -4.89498e-25 -4.21209e-07 -4.89498e-25 7.84e-06 2.6034e-23 -4.21209e-07 2.6034e-23 3.02421e-05 interactionPointDiag (0.0830633,0.901721,-0.33;0), Bbr Covariance Matrix: 0.000156249 0 0 0 0 0.7225 0 0 0 0 1.764e-07 0 0 0 0 0.5625 ePlusMomentumDiag (-1.51005e-08,3.109,3.61241e-18), Bbr Covariance Matrix: 1.69e-06 0 0 0 5.76e-06 0 0 0 1.69e-06 eMinusMomentumDiag (1.61322e-09,-9,1.98759e-15), Bbr Covariance Matrix: 7.84e-06 0 0 0 3.025e-05 0 0 0 7.84e-06 interactionPointTrans 0.999823 0.0187989 0 0 -2.0871e-18 1.11003e-16 -1 0 0.0187989 -0.999823 1.11022e-16 0 0 0 0 1 ePlusMomentumTrans 0.999823 0.0187989 0 0 0 -1 0.0187989 -0.999823 0 eMinusMomentumTrans 0.999823 0.0187989 0 4.17419e-18 -2.22005e-16 -1 0.0187989 -0.999823 -2.22045e-16 energyCM value: 10.5794 covariance: 2.71239e-05 boostCMtoLab (-0.00914561,5.65273e-19,0.486412), Bbr Covariance Matrix: 6.50214e-08 -1.6646e-27 -1.43237e-09 -1.6646e-27 6.49945e-08 8.85315e-26 -1.43237e-09 8.85315e-26 1.41175e-07 ePlusEnergy value: 3.109 covariance: 5.76e-06 eMinusEnergy value: 9 covariance: 3.025e-05 PepPrintEnv: ePlus4MomentumWErr = (0.0584458,-3.61241e-18,-3.10845;3.109), Bbr Covariance Matrix: 1.69144e-06 -8.89003e-26 -7.6498e-08 1.08282e-07 -8.89003e-26 1.69e-06 4.72818e-24 -6.69266e-24 -7.6498e-08 4.72818e-24 5.75856e-06 -5.75898e-06 1.08282e-07 -6.69266e-24 -5.75898e-06 5.76e-06 eMinus4MomentumWErr = (-0.16919,1.04573e-17,8.99841;9), Bbr Covariance Matrix: 7.84792e-06 -4.89498e-25 -4.21209e-07 -5.68667e-07 -4.89498e-25 7.84e-06 2.6034e-23 3.51481e-23 -4.21209e-07 2.6034e-23 3.02421e-05 3.02447e-05 -5.68667e-07 3.51481e-23 3.02447e-05 3.025e-05 total4MomentumWErr = (-0.110744,6.84489e-18,5.88996;12.109), Bbr Covariance Matrix: 9.53936e-06 -5.78398e-25 -4.97707e-07 -4.60385e-07 -5.78398e-25 9.53e-06 3.07622e-23 2.84554e-23 -4.97707e-07 3.07622e-23 3.60007e-05 2.44857e-05 -4.60385e-07 2.84554e-23 2.44857e-05 3.601e-05 total4MomentumCMWErr = (0,0,-8.88178e-16;10.5794), Bbr Covariance Matrix: 9.53622e-06 -3.843e-25 -3.30687e-07 1.17013e-07 -3.843e-25 9.53e-06 2.0439e-23 -7.23241e-24 -3.30687e-07 2.0439e-23 2.71177e-05 -6.22337e-06 1.17013e-07 -7.23241e-24 -6.22337e-06 2.71239e-05 boostCMtoLabWErr = (-0.00914561,5.65273e-19,0.486412), Bbr Covariance Matrix: 6.50214e-08 -1.6646e-27 -1.43237e-09 -1.6646e-27 6.49945e-08 8.85315e-26 -1.43237e-09 8.85315e-26 1.41175e-07 crossingAngle = 3.14159 GfiDecay:GfiDecay: begin Job. Will decay undecayed particles using "lund". GfiFlagLongLived:GfiFlagLongLived: begin Job, cTauMin = 0.5, cTauMax = 100 created classArg! Closing unit number 12 nfiles= 1 isl 8 MZSTOR. ZEBRA table base TAB(0) in /MZCC/ at adr 311422319 128FED6F HEX MZSTOR. Initialize Store 0 in /GCBANK/ with Store/Table at absolute adrs 296671611 311422319 HEX 11AED97B 128FED6F HEX FF1EECFE 0 relative adrs -14750466 0 with 1 Str. in 2 Links in 5300 Low words in 2999970 words. This store has a fence of 16 words. MZLOGL. Set Log Level 0 for store 0 MZSTOR. Initialize Store 1 in /PAWC/ with Store/Table at absolute adrs 299671663 300671254 HEX 11DCA06F 11EBE116 HEX FF4CB3F2 FF5BF3A7 relative adrs -11750414 -10751065 with 1 Str. in 1 Links in 5001 Low words in 999990 words. This store has a fence of 5 words. MZLINK. Initialize Link Area /HCBOOK/ for Store 1 NL/NS= 49 4 1***** GEANT Version 3.21/04 Released on 21/03/95 0***** Correction Cradle Version 0.0400 ***** Library compiled on 950322 at 1741 ***** GRNDMQ in BbsimModule: BLANK CHOPT ignored MZDIV. Initialize Division Constant in Store 0 NW/NWMAX= 20002400000, MODE/KIND= 1 2 Division 20 initialized. MZLINK. Initialize Link Area /GCLINK/ for Store 0 NL/NS= 20 20 MZLINK. Initialize Link Area /GCSLNK/ for Store 0 NL/NS= 100 100 my iargc called my getarg called Message [1] from BBDATA : Opened FFREAD file 'prod.ffr' *********** Ready to read data cards *********** 1 USER'S DIRECTIVES TO RUN THIS JOB ---------------------------------- ***** DATA CARD CONTENT LIST ***** DATA CARD CONTENT ***** DATA CARD CONTENT C Debugging. eg 'DEBU 1 10 1' activates debugging from events 1 to 10, ***** DATA CARD CONTENT C every event. ***** DATA CARD CONTENT C DEBU 1 10 1 ***** DATA CARD CONTENT ***** DATA CARD CONTENT C Subsystem control: ***** DATA CARD CONTENT C =0: subsystem off. No geometry (default) ***** DATA CARD CONTENT C =1: Geometry ***** DATA CARD CONTENT C =2: Geometry+Hits (some detectors do the analysis here, ***** DATA CARD CONTENT C this should be fixed) ***** DATA CARD CONTENT C =3: Geometry+Hits+Analysis/Histograms ***** DATA CARD CONTENT BPIP 2 ***** DATA CARD CONTENT SSVD 2 ***** DATA CARD CONTENT DCHA 2 ***** DATA CARD CONTENT DIRC 2 ***** DATA CARD CONTENT EMCA 2 ***** DATA CARD CONTENT MUON 2 ***** DATA CARD CONTENT USER 0 ***** DATA CARD CONTENT ***** DATA CARD CONTENT C HADR Hadronic Interaction Control ***** DATA CARD CONTENT C ***** DATA CARD CONTENT C HADR IHADR ***** DATA CARD CONTENT C 0 = no hadronic interactions ***** DATA CARD CONTENT C (default) 1 = use GHEISHA for hadronic interactions ***** DATA CARD CONTENT C 2 = same as 1 without generation of secondaries ***** DATA CARD CONTENT C 3 = use GHEISHA for hadrons above 5 GeV ***** DATA CARD CONTENT C and NUCRIN/HADRIN for hadrons below 5 GeV ***** DATA CARD CONTENT C 4 = use FLUKA ***** DATA CARD CONTENT C 5 = use GCALOR ***** DATA CARD CONTENT ***** DATA CARD CONTENT ***** DATA CARD CONTENT C gamma elec nhad chad mu ebre hbre ***** DATA CARD CONTENT CUTS 0.0001 0.0001 0.001 0.001 0.001 0.0001 0.0001 ***** DATA CARD CONTENT C ***** DATA CARD CONTENT C*************************** ***** DATA CARD CONTENT QAFLAG 2 ***** DATA CARD CONTENT QASAVE ' ' ***** DATA CARD CONTENT C*************************** ***** DATA CARD CONTENT STOP my iargc called my getarg called Do dbin read of "prod.db" Closing unit number 12 nfiles= 1 isl 8 Do dbio read of "prod.db" Opened field file " /babar2/natalia/srt/test8.3.0/workdir/dat/bfield.dat " gufld:fld_flg_run= 1 ************************************************* ** GUFLD: reading default field map - 29/3/96 ** ** from file: /babar2/natalia/srt/test8.3.0/workdir/dat/bfield.dat ************************************************* Bfield at ( 0.00 , 0.00 , 0.00) cm = ( 0.000 , 0.000 , 15.080) Kgauss Bfield at ( 7.00 , 0.00 , -11.00) cm = ( 0.001 , 0.000 , 15.087) Kgauss Bfield at ( 7.00 , 0.00 , 15.00) cm = ( 0.003 , 0.000 , 15.067) Kgauss Bfield at ( 0.00 , 50.00 , -80.00) cm = ( 0.000 , -0.437 , 14.879) Kgauss Bfield at ( 0.00 , 50.00 , 150.00) cm = ( 0.000 , 0.293 , 14.957) Kgauss Message [3] from BBDATA : BBDATA: tracking medium parameter switch AUTO 1 MZLINK. Initialize Link Area /BBLINK/ for Store 0 NL/NS= 17 17 MZSTOR. Initialize Store 2 in /HEPZEB/ with Store/Table at absolute adrs 303766536 303966145 HEX 121B1C08 121E27C1 HEX FF8B2F8B FF8E3A52 relative adrs -7655541 -7456174 with 8 Str. in 17 Links in 40000 Low words in 200008 words. This store has a fence of 8 words. MZDIV. Initialize Division DECAY in Store 2 NW/NWMAX= 5000 50000, MODE/KIND= 0 1 Division 3 initialized. MZDIV. Initialize Division EVENT in Store 2 NW/NWMAX= 5000 80000, MODE/KIND= 0 1 Division 4 initialized. MZLINK. Initialize Link Area /HEPLNK/ for Store 2 NL/NS= 6 6 GELH_VRFY: GELHAD hadronic interactions are on jphadr = 1 ecut = 0.2000000 scale = 1.000000 mode = 4 ethresh = 0.1500000 The current gnbpip package version is: V00-05-08 (Tagged on 23-Aug-99 and included in SRT 8.2.6) Message [1] from SS_PRINT_GEOM : Geometry from drawing B0207a, rev. 29 Nov 1995, final-final SSVD global flags: SSVD electronics simulation level: 1 SSVD support material simulation level: 1 SSVD hit simulation level: 1 SSVD digitization simulation level: 0 GUCALL Subsystem Verification: 1 BPIP 2 2 SSVD 2 6 DCHA 2 9 DIRC 2 11 EMCA 2 12 MUON 2 Euclid: reading call list call_list.dat for subsystem emca, call group media indices ( 52, 67) Euclid: reading call list call_list.dat for subsystem muon, call group media indices ( 61, 79) Message [1] from GUINIT : Increasing size of BFAC to include PEP-II geometry Message [2] from GUINIT : OLD: olen = 850.0 cm, orad= 420.0 cm Message [3] from GUINIT : NEW: olen = 36000.0 cm, orad= 3100.0 cm *** GSROTM ***: Parameters of matrix no. 563 changed: Old values: 90.0000000 22.5000000 90.0000000 112.0000000 0.0000000 0.0000000 New values: 90.0000000 22.5000019 90.0000000 112.5000000 0.0000036 67.2500000 *** GSROTM ***: Parameters of matrix no. 565 changed: Old values: 90.0000000 67.5000000 90.0000000 158.0000000 0.0000000 0.0000000 New values: 90.0000000 67.5000000 90.0000000 157.5000000 0.0000035 112.7500000 ++++++++++++++++++++++++++++++++++ | Welcome to the DIRC Simulation | | Geometry Initialisation | | Version 5.00 | ++++++++++++++++++++++++++++++++++ We have defined the bars. Backward readout. DIRC Bar Assembly DIRC Barrel has 144 bars in 12 sides, 84.50 cm from I.R. Minimum, Maximum radius of quartz [cm]: 83.65 87.90 The Bars are 17.0 mm thick, 35.0 mm wide, and 4X122.5 = 490.0 cm long Standoff Box End z Position : -314.50 cm High Momentum End z Position : 175.50 cm Box Thickness : 0.5 mm Inner Wall Thickness : 0.8 mm Outer Wall Thickness : 1.3 mm Defined SOB - PMT radii 2.5100 3.1000 DIRC Standoff Box (SoB) SoB Umbrella Geometry - Phototube Close Packing Total Number of Phototubes/Sector 896 Total Number of Phototubes 10752 Surface/Sector 0.80 m2 Total Surface 9.61 m2 PMT Surface 7.55 cm2 Packing Factor 84.5 % (Maximum Packing Factor 90.7 %) Active Surface 55.4 % (without HLC) Number of Rows of Phototubes : 41 Standoff distance 117.42 cm ir nt r alpha dx dalph x0 1 12 85.38 0.84 3.10 1.31 -18.60 2 13 88.06 2.15 3.10 1.31 -20.15 3 14 90.74 3.46 3.10 1.31 -21.70 4 13 93.42 4.77 3.10 1.31 -20.15 5 14 96.09 6.08 3.10 1.31 -21.70 6 15 98.76 7.39 3.10 1.31 -23.25 7 16 101.42 8.70 3.10 1.31 -24.80 8 15 104.07 10.01 3.10 1.31 -23.25 9 16 106.71 11.32 3.10 1.31 -24.80 10 17 109.33 12.63 3.10 1.31 -26.35 11 18 111.94 13.94 3.10 1.31 -27.90 12 17 114.54 15.25 3.10 1.31 -26.35 13 18 117.12 16.56 3.10 1.31 -27.90 14 19 119.69 17.87 3.10 1.31 -29.45 15 20 122.23 19.18 3.10 1.31 -31.00 16 19 124.76 20.49 3.10 1.31 -29.45 17 20 127.26 21.80 3.10 1.31 -31.00 18 21 129.74 23.11 3.10 1.31 -32.55 19 22 132.20 24.42 3.10 1.31 -34.10 20 21 134.63 25.73 3.10 1.31 -32.55 21 22 137.04 27.04 3.10 1.31 -34.10 22 23 139.41 28.35 3.10 1.31 -35.65 23 24 141.76 29.66 3.10 1.31 -37.20 24 23 144.08 30.97 3.10 1.31 -35.65 25 24 146.37 32.28 3.10 1.31 -37.20 26 25 148.62 33.59 3.10 1.31 -38.75 27 26 150.84 34.90 3.10 1.31 -40.30 28 25 153.02 36.21 3.10 1.31 -38.75 29 26 155.17 37.52 3.10 1.31 -40.30 30 27 157.28 38.83 3.10 1.31 -41.85 31 26 159.35 40.14 3.10 1.31 -40.30 32 27 161.38 41.45 3.10 1.31 -41.85 33 28 163.38 42.76 3.10 1.31 -43.40 34 27 165.33 44.07 3.10 1.31 -41.85 35 28 167.23 45.38 3.10 1.31 -43.40 36 29 169.10 46.69 3.10 1.31 -44.95 37 28 170.92 48.00 3.10 1.31 -43.40 38 29 172.69 49.31 3.10 1.31 -44.95 39 30 174.42 50.62 3.10 1.31 -46.50 40 29 176.09 51.93 3.10 1.31 -44.95 41 30 177.73 53.24 3.10 1.31 -46.50 Hexagonal Light Catcher Option Unabled Outer Radius (along X) 1.5500 cm Inner Radius (along X) 1.1650 cm Angle of the Cone 20.00 deg Height of the Cone 1.0578 cm Efficiency at reflect. 90.00 % di_wedge : ngroup, width 12 1.750000 ++++++++++++++++++++++++++++++++++ | Well, the DIRC | | Geometry Initialisation | | is done... | | Good Luck ! | ++++++++++++++++++++++++++++++++++ Euclid: reading call list call_list.dat for subsystem emca, call group geom indices ( 634, 0) EMB_VOL: NON-PROJECTIVE BARREL OPTION EMB_NPC: NON-PROJECTIVE BARREL PARAMETERS: ISIDE 1 Crystals this side (theta,phi) 28 120 Nominal R,Z coordinates (mm) 910.000 1797.000 Active R,Z coordinates (mm) 919.000 1810.342 Gap to conical boundary (mm) 1.281 Theta of conical boundary (deg) 29.436 Thickness of box (incl. wrap) 0.695 Module theta gap (mm) (incl.non-proj.) 0.762 Module phi gap (mm) 0.762 Final crystal R-Z dimension(mm) 46.961 Final non-projectivity (mrad) 43.344 Vol. (m**3), Wt. (10**3 kg) this side 2.972 13.465 box vertices (cm) in R-Z plane IT Y(A) Z(A) Y(C) Z(C) Y(D) Z(D) Y(F) Z(F) 1 91.993 0.000 91.900 4.872 121.758 0.000 121.644 6.002 2 92.210 4.884 91.900 9.709 121.959 6.014 121.549 12.392 3 92.461 9.760 91.900 14.562 122.109 12.443 121.370 18.780 4 92.708 14.678 91.900 19.445 122.177 18.895 121.114 25.170 5 92.950 19.651 91.900 24.370 122.164 25.376 120.786 31.569 6 93.186 24.691 91.900 29.352 122.072 31.889 120.391 37.983 7 93.415 29.811 91.888 34.438 121.905 38.441 119.921 44.456 8 93.650 35.068 91.900 39.616 122.558 45.398 120.279 51.324 9 93.848 40.420 91.900 44.845 122.227 52.127 119.697 57.873 10 94.052 45.853 91.900 50.183 121.848 58.881 119.070 64.472 11 94.245 51.417 91.900 55.645 121.415 65.705 118.405 71.132 12 94.429 57.123 91.900 61.243 120.934 72.609 117.707 77.866 13 94.603 62.984 91.900 66.993 120.410 79.607 116.984 84.687 14 94.767 69.016 91.877 72.940 119.851 86.710 116.219 91.642 15 94.945 75.296 91.900 79.101 120.023 94.565 116.199 99.344 16 95.065 81.738 91.900 85.393 119.364 101.980 115.410 106.546 17 95.199 88.362 91.900 91.896 118.709 109.515 114.617 113.898 18 95.325 95.213 91.900 98.626 118.042 117.215 113.824 121.417 19 95.441 102.307 91.900 105.599 117.365 125.098 113.036 129.123 20 95.549 109.660 91.900 112.832 116.685 133.184 112.255 137.035 21 95.649 117.289 91.870 120.367 116.004 141.491 111.456 145.196 22 95.765 125.304 91.900 128.272 115.926 150.862 111.388 154.347 23 95.808 133.501 91.900 136.348 115.296 159.576 110.740 162.895 24 95.875 141.949 91.900 144.702 114.715 168.496 110.117 171.679 25 95.937 150.679 91.900 153.341 114.153 177.657 109.520 180.712 26 95.992 159.698 91.900 162.273 113.612 187.068 108.951 190.001 27 96.043 169.010 91.900 171.502 113.094 196.738 108.410 199.556 28 96.089 178.620 91.867 181.054 112.599 206.674 107.864 209.403 box centers and rotation angles IT Y Z Theta dPhi 1 106.824 2.719 1.5518 0.0521 2 106.904 8.250 1.5067 0.0521 3 106.960 13.886 1.4546 0.0521 4 106.975 19.547 1.4030 0.0521 5 106.950 25.241 1.3519 0.0521 6 106.887 30.979 1.3016 0.0521 7 106.782 36.787 1.2521 0.0521 8 107.097 42.851 1.2036 0.0521 9 106.918 48.816 1.1560 0.0521 10 106.718 54.847 1.1096 0.0521 11 106.491 60.975 1.0643 0.0521 12 106.243 67.210 1.0203 0.0521 13 105.974 73.568 0.9775 0.0521 14 105.678 80.077 0.9361 0.0521 15 105.767 87.077 0.8959 0.0521 16 105.435 93.914 0.8572 0.0521 17 105.106 100.918 0.8198 0.0521 18 104.773 108.118 0.7837 0.0521 19 104.436 115.532 0.7490 0.0521 20 104.097 123.178 0.7156 0.0521 21 103.745 131.086 0.6836 0.0521 22 103.745 139.696 0.6549 0.0521 23 103.436 148.080 0.6295 0.0521 24 103.152 156.707 0.6056 0.0521 25 102.877 165.597 0.5829 0.0521 26 102.614 174.760 0.5617 0.0521 27 102.362 184.202 0.5416 0.0521 28 102.105 193.938 0.5228 0.0521 box dimensions in cm IT A B C D E F L 1 4.792 4.873 4.788 6.351 6.003 6.345 29.760 2 4.804 4.835 4.788 6.362 6.392 6.340 29.760 3 4.817 4.835 4.788 6.370 6.380 6.331 29.760 4 4.830 4.835 4.788 6.373 6.364 6.318 29.760 5 4.843 4.835 4.788 6.373 6.344 6.300 29.760 6 4.855 4.835 4.788 6.368 6.321 6.280 29.760 7 4.867 4.873 4.787 6.359 6.333 6.255 29.760 8 4.879 4.873 4.788 6.393 6.349 6.274 30.690 9 4.890 4.835 4.788 6.376 6.278 6.243 30.690 10 4.900 4.835 4.788 6.356 6.243 6.210 30.690 11 4.910 4.835 4.788 6.333 6.206 6.176 30.690 12 4.920 4.835 4.788 6.308 6.168 6.139 30.690 13 4.929 4.835 4.788 6.281 6.128 6.101 30.690 14 4.938 4.873 4.786 6.251 6.125 6.061 30.690 15 4.947 4.873 4.788 6.260 6.121 6.060 31.620 16 4.953 4.835 4.788 6.226 6.040 6.019 31.620 17 4.960 4.835 4.788 6.192 5.997 5.977 31.620 18 4.967 4.835 4.788 6.157 5.954 5.936 31.620 19 4.973 4.835 4.788 6.121 5.911 5.894 31.620 20 4.979 4.835 4.788 6.086 5.869 5.854 31.620 21 4.984 4.873 4.786 6.050 5.866 5.812 31.620 22 4.990 4.873 4.788 6.046 5.721 5.808 32.550 23 4.992 4.835 4.788 6.013 5.637 5.774 32.550 24 4.996 4.835 4.788 5.982 5.593 5.742 32.550 25 4.999 4.835 4.788 5.953 5.549 5.710 32.550 26 5.002 4.835 4.788 5.925 5.507 5.681 32.550 27 5.005 4.835 4.788 5.898 5.466 5.652 32.550 28 5.007 4.873 4.786 5.872 5.465 5.624 32.550 crystal vertices (cm) in R-Z plane IT Y(A) Z(A) Y(C) Z(C) Y(D) Z(D) Y(F) Z(F) 1 91.990 0.108 91.901 4.803 121.756 0.108 121.645 5.933 2 92.205 4.953 91.904 9.640 121.954 6.083 121.553 12.323 3 92.453 9.829 91.908 14.493 122.101 12.512 121.378 18.711 4 92.696 14.746 91.912 19.376 122.166 18.964 121.126 25.101 5 92.935 19.719 91.915 24.303 122.149 25.443 120.801 31.501 6 93.167 24.758 91.918 29.285 122.053 31.956 120.409 37.916 7 93.393 29.877 91.922 34.336 121.883 38.507 119.955 44.354 8 93.611 35.168 91.925 39.551 122.520 45.499 120.304 51.259 9 93.820 40.484 91.928 44.781 122.199 52.191 119.725 57.809 10 94.021 45.916 91.931 50.121 121.817 58.943 119.101 64.409 11 94.212 51.478 91.934 55.584 121.382 65.766 118.438 71.071 12 94.393 57.182 91.936 61.184 120.897 72.669 117.744 77.807 13 94.564 63.042 91.939 66.936 120.371 79.664 117.023 84.630 14 94.726 69.072 91.941 72.853 119.810 86.765 116.282 91.555 15 94.877 75.380 91.943 79.047 119.956 94.649 116.242 99.290 16 95.019 81.790 91.946 85.340 119.318 102.033 115.456 106.494 17 95.152 88.412 91.947 91.845 118.662 109.565 114.665 113.847 18 95.275 95.262 91.949 98.577 117.992 117.264 113.874 121.368 19 95.390 102.354 91.951 105.552 117.314 125.146 113.087 129.076 20 95.496 109.706 91.952 112.787 116.632 133.230 112.308 136.989 21 95.595 117.333 91.954 120.299 115.950 141.535 111.540 145.128 22 95.680 125.370 91.955 128.230 115.841 150.928 111.443 154.305 23 95.752 133.542 91.956 136.307 115.240 159.617 110.796 162.854 24 95.818 141.989 91.957 144.662 114.658 168.535 110.174 171.640 25 95.878 150.718 91.958 153.303 114.095 177.695 109.578 180.673 26 95.933 159.735 91.959 162.236 113.554 187.105 109.010 189.964 27 95.983 169.046 91.960 171.467 113.035 196.774 108.470 199.520 28 96.029 178.655 91.960 181.000 112.539 206.708 107.958 209.349 crystal centers and rotation angles IT Y Z Theta dPhi 1 106.823 2.738 1.5518 0.0521 2 106.904 8.250 1.5067 0.0521 3 106.960 13.886 1.4546 0.0521 4 106.975 19.547 1.4030 0.0521 5 106.950 25.241 1.3519 0.0521 6 106.887 30.979 1.3016 0.0521 7 106.788 36.769 1.2521 0.0521 8 107.090 42.869 1.2036 0.0521 9 106.918 48.816 1.1560 0.0521 10 106.718 54.847 1.1096 0.0521 11 106.491 60.975 1.0643 0.0521 12 106.243 67.210 1.0203 0.0521 13 105.974 73.568 0.9775 0.0521 14 105.690 80.061 0.9361 0.0521 15 105.755 87.091 0.8959 0.0521 16 105.435 93.914 0.8572 0.0521 17 105.106 100.918 0.8198 0.0521 18 104.773 108.118 0.7837 0.0521 19 104.436 115.532 0.7490 0.0521 20 104.097 123.178 0.7156 0.0521 21 103.760 131.074 0.6836 0.0521 22 103.730 139.708 0.6549 0.0521 23 103.436 148.080 0.6295 0.0521 24 103.152 156.707 0.6056 0.0521 25 102.877 165.597 0.5829 0.0521 26 102.614 174.760 0.5617 0.0521 27 102.362 184.202 0.5416 0.0521 28 102.121 193.928 0.5228 0.0521 crystal dimensions in cm IT A B C D E F L Vol. 1 4.653 4.696 4.649 6.212 5.826 6.206 29.760 856.682 2 4.664 4.696 4.649 6.222 6.253 6.201 29.760 893.863 3 4.677 4.696 4.649 6.230 6.241 6.192 29.760 893.289 4 4.690 4.696 4.649 6.234 6.225 6.179 29.760 892.009 5 4.703 4.696 4.649 6.233 6.205 6.162 29.760 890.051 6 4.715 4.696 4.649 6.228 6.182 6.142 29.760 887.458 7 4.727 4.696 4.650 6.219 6.156 6.118 29.760 884.277 8 4.738 4.696 4.650 6.252 6.172 6.136 30.690 916.012 9 4.749 4.696 4.650 6.235 6.139 6.106 30.690 911.496 10 4.760 4.696 4.650 6.215 6.104 6.073 30.690 906.533 11 4.770 4.696 4.650 6.192 6.067 6.038 30.690 901.186 12 4.779 4.696 4.650 6.167 6.029 6.002 30.690 895.519 13 4.788 4.696 4.651 6.140 5.989 5.964 30.690 889.593 14 4.796 4.696 4.651 6.110 5.948 5.925 30.690 883.465 15 4.804 4.696 4.651 6.118 5.944 5.923 31.620 910.396 16 4.812 4.696 4.651 6.084 5.901 5.882 31.620 903.586 17 4.819 4.696 4.651 6.050 5.858 5.841 31.620 896.726 18 4.825 4.696 4.651 6.015 5.815 5.799 31.620 889.860 19 4.831 4.696 4.651 5.979 5.772 5.758 31.620 883.028 20 4.837 4.696 4.651 5.944 5.730 5.717 31.620 876.263 21 4.842 4.696 4.651 5.908 5.689 5.677 31.620 869.595 22 4.846 4.696 4.651 5.902 5.544 5.672 32.550 881.950 23 4.850 4.696 4.651 5.871 5.498 5.638 32.550 875.190 24 4.854 4.696 4.651 5.840 5.454 5.606 32.550 868.647 25 4.857 4.696 4.652 5.811 5.410 5.574 32.550 862.336 26 4.860 4.696 4.652 5.783 5.368 5.545 32.550 856.267 27 4.862 4.696 4.652 5.755 5.327 5.516 32.550 850.448 28 4.865 4.696 4.652 5.729 5.288 5.489 32.550 844.885 non-projectivities in radian, mm IT Crystal(z_inner/z_outer) Box(z_inner/z_outer) 1 0.0012 1.076 0.0142 13.118 0.0000 0.000 0.0150 13.814 2 0.0157 14.509 0.0142 13.220 0.0149 13.813 0.0150 13.918 3 0.0157 14.615 0.0143 13.397 0.0149 13.917 0.0150 14.099 4 0.0156 14.801 0.0143 13.649 0.0149 14.098 0.0150 14.358 5 0.0156 15.066 0.0143 13.981 0.0148 14.357 0.0150 14.697 6 0.0155 15.413 0.0143 14.394 0.0148 14.697 0.0150 15.120 7 0.0155 15.846 0.0143 14.892 0.0148 15.119 0.0154 16.034 8 0.0162 17.177 0.0150 16.290 0.0151 16.035 0.0157 17.042 9 0.0161 17.793 0.0150 16.975 0.0154 17.041 0.0157 17.742 10 0.0160 18.509 0.0150 17.762 0.0154 17.742 0.0157 18.548 11 0.0159 19.332 0.0150 18.661 0.0153 18.547 0.0156 19.466 12 0.0159 20.270 0.0150 19.678 0.0152 19.465 0.0156 20.505 13 0.0158 21.331 0.0150 20.825 0.0152 20.504 0.0156 21.676 14 0.0157 22.525 0.0149 22.113 0.0151 21.675 0.0159 23.469 15 0.0162 24.826 0.0155 24.515 0.0154 23.469 0.0161 25.419 16 0.0161 26.323 0.0155 26.123 0.0156 25.418 0.0160 27.058 17 0.0160 27.992 0.0154 27.914 0.0155 27.057 0.0160 28.882 18 0.0159 29.848 0.0154 29.906 0.0154 28.881 0.0159 30.909 19 0.0158 31.910 0.0153 32.117 0.0153 30.908 0.0158 33.157 20 0.0157 34.196 0.0153 34.570 0.0152 33.156 0.0158 35.649 21 0.0156 36.728 0.0153 37.286 0.0152 35.648 0.0160 39.022 22 0.0160 40.759 0.0197 51.968 0.0153 39.023 0.0202 53.129 23 0.0198 54.289 0.0237 67.319 0.0194 53.128 0.0241 68.520 24 0.0236 69.720 0.0277 84.783 0.0232 68.519 0.0281 86.025 25 0.0273 87.266 0.0317 104.583 0.0270 86.024 0.0321 105.867 26 0.0311 107.150 0.0357 126.952 0.0308 105.866 0.0360 128.279 27 0.0349 129.605 0.0397 152.129 0.0346 128.278 0.0400 153.499 28 0.0387 154.869 0.0437 180.356 0.0384 153.499 0.0442 182.544 EMB_NPC: NON-PROJECTIVE BARREL PARAMETERS: ISIDE -1 Crystals this side (theta,phi) 20 120 Thickness of box (incl. wrap) 0.695 Module theta gap (mm) 0.762 Module phi gap (mm) 0.762 Final crystal R-Z dimension(mm) 46.961 Vol. (m**3), Wt. (10**3 kg) this side 2.069 9.370 box vertices (cm) in R-Z plane IT Y(A) Z(A) Y(C) Z(C) Y(D) Z(D) Y(F) Z(F) 1 91.993 0.000 91.900 -4.872 121.758 0.000 121.644 -6.002 2 92.210 -4.884 91.900 -9.709 121.959 -6.014 121.549 -12.392 3 92.461 -9.760 91.900 -14.562 122.109 -12.443 121.370 -18.780 4 92.708 -14.678 91.900 -19.445 122.177 -18.895 121.114 -25.170 5 92.950 -19.651 91.900 -24.370 122.164 -25.376 120.786 -31.569 6 93.186 -24.691 91.900 -29.352 122.072 -31.889 120.391 -37.983 7 93.415 -29.811 91.888 -34.438 121.905 -38.441 119.921 -44.456 8 93.650 -35.068 91.900 -39.616 121.682 -45.085 119.419 -50.969 9 93.848 -40.420 91.900 -44.845 121.367 -51.772 118.855 -57.478 10 94.052 -45.853 91.900 -50.183 121.006 -58.486 118.247 -64.039 11 94.245 -51.417 91.900 -55.645 120.592 -65.272 117.602 -70.663 12 94.429 -57.123 91.900 -61.243 120.131 -72.140 116.925 -77.362 13 94.603 -62.984 91.900 -66.993 119.628 -79.103 116.224 -84.151 14 94.767 -69.016 91.877 -72.940 119.091 -86.173 115.481 -91.075 15 94.945 -75.296 91.900 -79.101 118.548 -93.432 114.770 -98.153 16 95.065 -81.738 91.900 -85.393 117.934-100.790 114.027-105.302 17 95.199 -88.362 91.900 -91.896 117.326-108.270 113.281-112.604 18 95.325 -95.213 91.900 -98.626 116.705-115.920 112.535-120.077 19 95.441-102.307 91.900-105.599 116.076-123.758 111.793-127.739 20 95.549-109.660 91.871-112.857 115.441-131.800 111.029-135.636 box centers and rotation angles IT Y Z Theta dPhi 1 106.824 -2.719 1.5898 0.0521 2 106.904 -8.250 1.6349 0.0521 3 106.960 -13.886 1.6870 0.0521 4 106.975 -19.547 1.7386 0.0521 5 106.950 -25.241 1.7897 0.0521 6 106.887 -30.979 1.8400 0.0521 7 106.782 -36.787 1.8895 0.0521 8 106.663 -42.685 1.9380 0.0521 9 106.493 -48.629 1.9856 0.0521 10 106.301 -54.640 2.0320 0.0521 11 106.085 -60.749 2.0773 0.0521 12 105.846 -66.967 2.1213 0.0521 13 105.589 -73.308 2.1641 0.0521 14 105.304 -79.801 2.2055 0.0521 15 105.041 -86.496 2.2457 0.0521 16 104.732 -93.306 2.2844 0.0521 17 104.427-100.283 2.3218 0.0521 18 104.116-107.459 2.3579 0.0521 19 103.802-114.851 2.3926 0.0521 20 103.473-122.488 2.4260 0.0521 box dimensions in cm IT A B C D E F L 1 4.792 4.873 4.788 6.351 6.003 6.345 29.760 2 4.804 4.835 4.788 6.362 6.392 6.340 29.760 3 4.817 4.835 4.788 6.370 6.380 6.331 29.760 4 4.830 4.835 4.788 6.373 6.364 6.318 29.760 5 4.843 4.835 4.788 6.373 6.344 6.300 29.760 6 4.855 4.835 4.788 6.368 6.321 6.280 29.760 7 4.867 4.873 4.787 6.359 6.333 6.255 29.760 8 4.879 4.873 4.788 6.347 6.304 6.229 29.760 9 4.890 4.835 4.788 6.331 6.234 6.199 29.760 10 4.900 4.835 4.788 6.312 6.200 6.167 29.760 11 4.910 4.835 4.788 6.290 6.165 6.134 29.760 12 4.920 4.835 4.788 6.266 6.127 6.098 29.760 13 4.929 4.835 4.788 6.240 6.089 6.061 29.760 14 4.938 4.873 4.786 6.212 6.087 6.023 29.760 15 4.947 4.873 4.788 6.183 6.047 5.985 29.760 16 4.953 4.835 4.788 6.151 5.969 5.946 29.760 17 4.960 4.835 4.788 6.119 5.928 5.907 29.760 18 4.967 4.835 4.788 6.087 5.888 5.868 29.760 19 4.973 4.835 4.788 6.054 5.848 5.829 29.760 20 4.979 4.873 4.786 6.020 5.846 5.789 29.760 crystal vertices (cm) in R-Z plane IT Y(A) Z(A) Y(C) Z(C) Y(D) Z(D) Y(F) Z(F) 1 91.990 -0.108 91.901 -4.803 121.756 -0.108 121.645 -5.933 2 92.205 -4.953 91.904 -9.640 121.954 -6.083 121.553 -12.323 3 92.453 -9.829 91.908 -14.493 122.101 -12.512 121.378 -18.711 4 92.696 -14.746 91.912 -19.376 122.166 -18.964 121.126 -25.101 5 92.935 -19.719 91.915 -24.303 122.149 -25.443 120.801 -31.501 6 93.167 -24.758 91.918 -29.285 122.053 -31.956 120.409 -37.916 7 93.393 -29.877 91.922 -34.336 121.883 -38.507 119.955 -44.354 8 93.611 -35.168 91.925 -39.551 121.644 -45.186 119.444 -50.904 9 93.820 -40.484 91.928 -44.781 121.339 -51.836 118.883 -57.414 10 94.021 -45.916 91.931 -50.121 120.975 -58.548 118.278 -63.976 11 94.212 -51.478 91.934 -55.584 120.558 -65.333 117.635 -70.602 12 94.393 -57.182 91.936 -61.184 120.094 -72.199 116.962 -77.303 13 94.564 -63.042 91.939 -66.936 119.589 -79.161 116.263 -84.094 14 94.726 -69.072 91.941 -72.853 119.049 -86.229 115.545 -90.988 15 94.877 -75.380 91.943 -79.047 118.481 -93.516 114.813 -98.099 16 95.019 -81.790 91.946 -85.340 117.889-100.842 114.073-105.249 17 95.152 -88.412 91.947 -91.845 117.279-108.321 113.328-112.553 18 95.275 -95.262 91.949 -98.577 116.656-115.969 112.584-120.028 19 95.390-102.354 91.951-105.552 116.025-123.805 111.844-127.692 20 95.496-109.706 91.952-112.787 115.389-131.846 111.111-135.565 crystal centers and rotation angles IT Y Z Theta dPhi 1 106.823 -2.738 1.5898 0.0521 2 106.904 -8.250 1.6349 0.0521 3 106.960 -13.886 1.6870 0.0521 4 106.975 -19.547 1.7386 0.0521 5 106.950 -25.241 1.7897 0.0521 6 106.887 -30.979 1.8400 0.0521 7 106.788 -36.769 1.8895 0.0521 8 106.656 -42.702 1.9380 0.0521 9 106.493 -48.629 1.9856 0.0521 10 106.301 -54.640 2.0320 0.0521 11 106.085 -60.749 2.0773 0.0521 12 105.846 -66.967 2.1213 0.0521 13 105.589 -73.308 2.1641 0.0521 14 105.315 -79.786 2.2055 0.0521 15 105.029 -86.510 2.2457 0.0521 16 104.732 -93.306 2.2844 0.0521 17 104.427-100.283 2.3218 0.0521 18 104.116-107.459 2.3579 0.0521 19 103.802-114.851 2.3926 0.0521 20 103.487-122.476 2.4260 0.0521 crystal dimensions in cm IT A B C D E F L Vol. 1 4.653 4.696 4.649 6.212 5.826 6.206 29.760 856.682 2 4.664 4.696 4.649 6.222 6.253 6.201 29.760 893.863 3 4.677 4.696 4.649 6.230 6.241 6.192 29.760 893.289 4 4.690 4.696 4.649 6.234 6.225 6.179 29.760 892.009 5 4.703 4.696 4.649 6.233 6.205 6.162 29.760 890.051 6 4.715 4.696 4.649 6.228 6.182 6.142 29.760 887.458 7 4.727 4.696 4.650 6.219 6.156 6.118 29.760 884.277 8 4.738 4.696 4.650 6.206 6.127 6.091 29.760 880.561 9 4.749 4.696 4.650 6.190 6.095 6.062 29.760 876.365 10 4.760 4.696 4.650 6.171 6.061 6.030 29.760 871.749 11 4.770 4.696 4.650 6.149 6.026 5.996 29.760 866.773 12 4.779 4.696 4.650 6.125 5.988 5.961 29.760 861.494 13 4.788 4.696 4.651 6.099 5.950 5.924 29.760 855.971 14 4.796 4.696 4.651 6.070 5.910 5.887 29.760 850.258 15 4.804 4.696 4.651 6.041 5.870 5.848 29.760 844.406 16 4.812 4.696 4.651 6.010 5.830 5.810 29.760 838.463 17 4.819 4.696 4.651 5.978 5.789 5.771 29.760 832.472 18 4.825 4.696 4.651 5.945 5.749 5.732 29.760 826.472 19 4.831 4.696 4.651 5.912 5.709 5.693 29.760 820.498 20 4.837 4.696 4.651 5.879 5.669 5.655 29.760 814.579 non-projectivities in radian, mm IT Crystal(z_inner/z_outer) Box(z_inner/z_outer) 1 0.0012 -1.076 0.0142 -13.118 0.0000 0.000 0.0150 -13.814 2 0.0157 -14.509 0.0142 -13.220 0.0149 -13.813 0.0150 -13.918 3 0.0157 -14.615 0.0143 -13.397 0.0149 -13.917 0.0150 -14.099 4 0.0156 -14.801 0.0143 -13.649 0.0149 -14.098 0.0150 -14.358 5 0.0156 -15.066 0.0143 -13.981 0.0148 -14.357 0.0150 -14.697 6 0.0155 -15.413 0.0143 -14.394 0.0148 -14.697 0.0150 -15.120 7 0.0155 -15.846 0.0143 -14.892 0.0148 -15.119 0.0154 -16.034 8 0.0162 -17.177 0.0150 -16.290 0.0151 -16.035 0.0157 -17.042 9 0.0161 -17.793 0.0150 -16.975 0.0154 -17.041 0.0157 -17.742 10 0.0160 -18.509 0.0150 -17.762 0.0154 -17.742 0.0157 -18.548 11 0.0159 -19.332 0.0150 -18.661 0.0153 -18.547 0.0156 -19.466 12 0.0159 -20.270 0.0150 -19.678 0.0152 -19.465 0.0156 -20.505 13 0.0158 -21.331 0.0150 -20.825 0.0152 -20.504 0.0156 -21.676 14 0.0157 -22.525 0.0149 -22.113 0.0151 -21.675 0.0159 -23.469 15 0.0162 -24.826 0.0155 -24.515 0.0154 -23.469 0.0161 -25.419 16 0.0161 -26.323 0.0155 -26.123 0.0156 -25.418 0.0160 -27.058 17 0.0160 -27.992 0.0154 -27.914 0.0155 -27.057 0.0160 -28.882 18 0.0159 -29.848 0.0154 -29.906 0.0154 -28.881 0.0159 -30.909 19 0.0158 -31.910 0.0153 -32.117 0.0153 -30.908 0.0158 -33.157 20 0.0157 -34.196 0.0153 -34.570 0.0152 -33.156 0.0160 -36.240 SUMMARY OF CRYSTAL GEOMETRY, BARREL CALORIMETER N Theta DTheta ThetaLim Z(MinR) ToFace DPhi 1 2.4415 0.0161 2.4576 -112.7234 0.0000 0.0261 2 2.4082 0.0168 2.4250 -105.4942 0.0000 0.0261 3 2.3735 0.0174 2.3910 -98.5249 0.0000 0.0261 4 2.3376 0.0181 2.3556 -91.7987 0.0000 0.0261 5 2.3002 0.0187 2.3190 -85.2991 0.0000 0.0261 6 2.2616 0.0194 2.2809 -79.0105 0.0000 0.0261 7 2.2209 0.0200 2.2409 -72.8213 0.0000 0.0261 8 2.1795 0.0207 2.2001 -66.9083 0.0000 0.0261 9 2.1367 0.0213 2.1580 -61.1609 0.0000 0.0261 10 2.0927 0.0219 2.1146 -55.5646 0.0000 0.0261 11 2.0475 0.0224 2.0700 -50.1052 0.0000 0.0261 12 2.0011 0.0230 2.0241 -44.7688 0.0000 0.0261 13 1.9536 0.0235 1.9771 -39.5416 0.0000 0.0261 14 1.9044 0.0239 1.9283 -34.3291 0.0000 0.0261 15 1.8549 0.0243 1.8792 -29.2798 0.0000 0.0261 16 1.8046 0.0247 1.8293 -24.2995 0.0000 0.0261 17 1.7536 0.0250 1.7786 -19.3749 0.0000 0.0261 18 1.7020 0.0252 1.7272 -14.4928 0.0000 0.0261 19 1.6499 0.0254 1.6753 -9.6402 0.0000 0.0261 20 1.5975 0.0255 1.6230 -4.8032 0.0000 0.0261 21 1.5441 0.0255 1.5186 4.8032 0.0000 0.0261 22 1.4917 0.0254 1.4663 9.6402 0.0000 0.0261 23 1.4396 0.0252 1.4144 14.4929 0.0000 0.0261 24 1.3880 0.0250 1.3630 19.3749 0.0000 0.0261 25 1.3370 0.0247 1.3123 24.2995 0.0000 0.0261 26 1.2867 0.0243 1.2624 29.2798 0.0000 0.0261 27 1.2372 0.0239 1.2133 34.3291 0.0000 0.0261 28 1.1879 0.0235 1.1645 39.5416 0.0000 0.0261 29 1.1405 0.0230 1.1175 44.7688 0.0000 0.0261 30 1.0941 0.0224 1.0716 50.1052 0.0000 0.0261 31 1.0488 0.0219 1.0270 55.5646 0.0000 0.0261 32 1.0049 0.0213 0.9836 61.1609 0.0000 0.0261 33 0.9621 0.0207 0.9415 66.9083 0.0000 0.0261 34 0.9207 0.0200 0.9007 72.8212 0.0000 0.0261 35 0.8800 0.0194 0.8607 79.0105 0.0000 0.0261 36 0.8414 0.0187 0.8226 85.2992 0.0000 0.0261 37 0.8040 0.0181 0.7859 91.7987 0.0000 0.0261 38 0.7680 0.0174 0.7506 98.5249 0.0000 0.0261 39 0.7334 0.0168 0.7166 105.4942 0.0000 0.0261 40 0.7001 0.0161 0.6840 112.7233 0.0000 0.0261 41 0.6681 0.0155 0.6526 120.2296 0.0000 0.0261 42 0.6370 0.0149 0.6221 128.1541 0.0000 0.0261 43 0.6078 0.0143 0.5935 136.2249 0.0000 0.0261 44 0.5799 0.0137 0.5662 144.5736 0.0000 0.0261 45 0.5534 0.0131 0.5403 153.2077 0.0000 0.0261 46 0.5283 0.0126 0.5157 162.1338 0.0000 0.0261 47 0.5043 0.0121 0.4923 171.3577 0.0000 0.0261 48 0.4816 0.0116 0.4701 180.8838 0.0000 0.0261 EME_VOL: NON-PROJECTIVE FWD. ENDCAP OPTION EME_NPC: NON-PROJECTIVE ENDCAP PARAMETERS: IEND 1 Crystals this end (theta,phi) 9 120 120 120 100 100 100 80 80 80 Superlayers this end 3 ... starting at crystals 1 4 7 Number of crystals/superlayer 3 3 3 Nominal R,Z (mm) of ec/bar boundary. 910.000 1797.000 R,Z (mm) of crystal encl. 1, corresp to outer corner at phi --> 90 deg. 916.534 1812.997 Same for crystal 1 itself 915.938 1813.349 Gap: conical boundary to module top(mm) 1.500 Theta of conical boundary (deg) 29.436 Psi angle of endcap face (deg) 22.643 Thickness of crystal box+wrapping (mm) 0.695 Module case thickness (mm) 0.400 Module (air) gap (mm) 0.500 Clearances - theta 3/4, 6/7 (mm) 0.300 0.600 Clearance to aerogel boundary (mm) 17.400 Vol. (m**3), Wt. (10**3 kg) this side 0.709 3.213 box vertices (cm) in R-Z plane IT Y(A) Z(A) Y(C) Z(C) Y(D) Z(D) Y(F) Z(F) 1 91.653 181.300 87.415 183.789 107.649 209.654 102.415 212.682 2 87.108 183.196 82.785 185.535 102.107 212.089 96.787 214.924 3 82.572 185.088 78.171 187.278 96.574 214.478 91.160 217.129 4 78.013 186.990 73.531 189.005 91.001 216.839 85.792 219.160 5 73.481 188.880 68.907 190.676 85.741 219.036 80.433 221.119 6 69.025 190.980 64.409 192.665 80.552 221.424 75.196 223.378 7 64.466 193.010 59.812 194.582 75.254 223.723 69.855 225.547 8 59.954 195.021 55.263 196.480 69.365 224.035 63.974 225.712 9 55.428 197.035 50.703 198.382 63.568 224.350 58.187 225.884 box centers and rotation angles IT Y Z Theta dPhi 1 97.283 196.856 0.4962 0.0521 2 92.197 198.936 0.4617 0.0521 3 87.119 200.993 0.4275 0.0521 4 82.084 202.998 0.3983 0.0625 5 77.141 204.928 0.3741 0.0625 6 72.295 207.112 0.3499 0.0625 7 67.347 209.216 0.3257 0.0781 8 62.139 210.312 0.3016 0.0780 9 56.972 211.413 0.2776 0.0780 box dimensions in cm IT A B C D E F L 1 4.778 4.915 4.556 5.616 6.046 5.342 32.550 2 4.540 4.915 4.314 5.326 6.029 5.047 32.550 3 4.303 4.915 4.072 5.036 6.029 4.752 32.550 4 4.877 4.914 4.596 5.694 5.703 5.366 32.550 5 4.592 4.914 4.305 5.363 5.702 5.029 32.550 6 4.312 4.914 4.022 5.037 5.701 4.700 32.550 7 5.033 4.913 4.667 5.881 5.698 5.457 32.550 8 4.679 4.913 4.310 5.418 5.646 4.994 30.500 9 4.323 4.913 3.952 4.963 5.596 4.540 28.500 crystal vertices (cm) in R-Z plane IT Y(A) Z(A) Y(C) Z(C) Y(D) Z(D) Y(F) Z(F) 1 91.593 181.335 87.475 183.753 107.589 209.689 102.475 212.647 2 87.046 183.229 82.846 185.502 102.046 212.122 96.848 214.891 3 82.510 185.119 78.234 187.247 96.512 214.509 91.222 217.098 4 77.950 187.018 73.595 188.976 90.938 216.867 85.855 219.131 5 73.416 188.906 68.971 190.650 85.677 219.061 80.498 221.094 6 68.960 191.004 64.474 192.641 80.486 221.448 75.261 223.354 7 64.401 193.033 59.878 194.560 75.188 223.746 69.921 225.524 8 59.887 195.041 55.329 196.459 69.299 224.055 64.040 225.691 9 55.361 197.054 50.770 198.363 63.501 224.369 58.253 225.865 crystal centers and rotation angles IT Y Z Theta dPhi 1 97.283 196.856 0.4962 0.0521 2 92.197 198.936 0.4617 0.0521 3 87.119 200.993 0.4275 0.0521 4 82.084 202.998 0.3983 0.0625 5 77.141 204.928 0.3741 0.0625 6 72.295 207.112 0.3499 0.0625 7 67.347 209.216 0.3257 0.0781 8 62.139 210.312 0.3016 0.0780 9 56.972 211.413 0.2776 0.0780 crystal dimensions in cm IT A B C D E F L Vol. 1 4.636 4.776 4.420 5.474 5.907 5.206 32.550 862.002 2 4.398 4.776 4.178 5.184 5.890 4.911 32.550 814.026 3 4.160 4.776 3.936 4.894 5.890 4.617 32.550 767.620 4 4.734 4.775 4.460 5.550 5.564 5.231 32.550 843.308 5 4.449 4.775 4.170 5.220 5.563 4.894 32.550 790.827 6 4.169 4.775 3.887 4.894 5.562 4.565 32.550 739.303 7 4.889 4.774 4.533 5.737 5.559 5.323 32.550 864.168 8 4.534 4.774 4.176 5.274 5.507 4.861 30.500 741.066 9 4.179 4.774 3.818 4.818 5.457 4.406 28.500 629.491 non-projectivities in radian, mm IT Crystal(r_outer/r_inner) Box(r_outer/r_inner) 1 0.0459 189.690 0.0345 152.552 0.0456 188.276 0.0349 154.058 2 0.0353 155.567 0.0246 116.172 0.0350 154.059 0.0249 117.786 3 0.0253 119.404 0.0146 74.430 0.0250 117.788 0.0150 76.170 4 0.0155 78.666 0.0148 79.665 0.0151 76.924 0.0151 81.510 5 0.0155 83.354 0.0148 84.883 0.0151 81.509 0.0152 86.846 6 0.0155 88.734 0.0148 90.755 0.0151 86.771 0.0151 92.852 7 0.0158 96.760 0.0151 99.616 0.0154 94.663 0.0154 101.868 8 0.0157 104.121 0.0151 107.896 0.0154 101.868 0.0154 110.329 9 0.0157 112.763 0.0151 117.726 0.0154 110.329 0.0154 120.373 SUMMARY OF CRYSTAL GEOMETRY, ENDCAP CALORIMETER N Theta DTheta ThetaLim R(MinTh) Z(MinTh) DPhi 1 0.4560 0.0117 0.4443 87.4751 183.7534 0.0261 2 0.4318 0.0117 0.4200 82.8459 185.5018 0.0261 3 0.4075 0.0118 0.3958 78.2337 187.2468 0.0261 4 0.3831 0.0118 0.3714 73.5949 188.9762 0.0313 5 0.3589 0.0118 0.3471 68.9714 190.6505 0.0313 6 0.3347 0.0118 0.3230 64.4739 192.6410 0.0312 7 0.3103 0.0117 0.2986 59.8776 194.5602 0.0390 8 0.2862 0.0117 0.2745 55.3290 196.4594 0.0390 9 0.2622 0.0117 0.2506 50.7702 198.3630 0.0390 Euclid: reading call list call_list.dat for subsystem muon, call group geom indices ( 702, 0) MZLINK. Initialize Link Area /GCHVIR/ for Store 0 NL/NS= 4 1 MZLINK. Initialize Link Area /GCDINA/ for Store 0 NL/NS= 4 4 1************************************************************ * * * G E A N T Version 3.2140 DATE/TIME 991126/1406 * * * * R U N 99999 * * * ************************************************************ * * * Data structure Date Time GVERSN ZVERSN * * -------------- ---- ---- ------ ------ * * * * INIT 991126 1406 3.2140 3.75 * * * * KINE 991126 1406 3.2140 3.75 * * * * HITS 991126 1406 3.2140 3.75 * * * * DIGI 991126 1406 3.2140 3.75 * * * * Random number seeds: 9876 1186014064 * * -------------------- * * * *----------------------------------------------------------* * * * Standard TPAR for this run are * * ------------------------------ * * * * CUTGAM=100.00 keV CUTELE=100.00 keV CUTNEU= 1.00 MeV * * CUTHAD= 1.00 MeV CUTMUO= 1.00 MeV * * BCUTE =100.00 keV BCUTM =100.00 keV * * DCUTE = 10.00 TeV DCUTM = 10.00 TeV PPCUTM= 10.00 MeV * * IPAIR = 1. ICOMP = 1. IPHOT = 1. * * IPFIS = 0. IDRAY = 0. IANNI = 1. * * IBREM = 1. IHADR = 1. IMUNU = 1. * * IDCAY = 1. ILOSS = 2. IMULS = 1. * * IRAYL = 0. ILABS = 0. ISYNC = 0. * * ISTRA = 0. * * * * * * Special TPAR for TMED 3 bp-vacuum * * ------------------------- * * CUTGAM=100.00 keV CUTELE=100.00 keV CUTNEU= 1.00 MeV * * CUTHAD= 1.00 MeV CUTMUO= 1.00 MeV * * BCUTE =100.00 keV BCUTM =100.00 keV * * DCUTE = 10.00 TeV DCUTM = 10.00 TeV PPCUTM= 10.00 MeV * * IPAIR = 0. ICOMP = 0. IPHOT = 0. * * IPFIS = 0. IDRAY = 0. IANNI = 0. * * IBREM = 0. IHADR = 0. IMUNU = 0. * * IDCAY = 1. ILOSS = 0. IMULS = 0. * * IRAYL = 0. ILABS = 0. ISYNC = 0. * * ISTRA = 0. * * * * * * Special TPAR for TMED 4 bp-magvac * * ------------------------- * * CUTGAM=100.00 keV CUTELE=100.00 keV CUTNEU= 1.00 MeV * * CUTHAD= 1.00 MeV CUTMUO= 1.00 MeV * * BCUTE =100.00 keV BCUTM =100.00 keV * * DCUTE = 10.00 TeV DCUTM = 10.00 TeV PPCUTM= 10.00 MeV * * IPAIR = 0. ICOMP = 0. IPHOT = 0. * * IPFIS = 0. IDRAY = 0. IANNI = 0. * * IBREM = 0. IHADR = 0. IMUNU = 0. * * IDCAY = 1. ILOSS = 0. IMULS = 0. * * IRAYL = 0. ILABS = 0. ISYNC = 0. * * ISTRA = 0. * * * * * * Special TPAR for TMED 45 DIRC-water * * ------------------------- * * CUTGAM=100.00 keV CUTELE=211.00 keV CUTNEU= 1.00 MeV * * CUTHAD= 1.00 MeV CUTMUO= 1.00 MeV * * BCUTE =100.00 keV BCUTM =100.00 keV * * DCUTE =211.00 keV DCUTM =211.00 keV PPCUTM= 10.00 MeV * * IPAIR = 1. ICOMP = 1. IPHOT = 1. * * IPFIS = 0. IDRAY = 1. IANNI = 1. * * IBREM = 1. IHADR = 1. IMUNU = 1. * * IDCAY = 1. ILOSS = 1. IMULS = 1. * * IRAYL = 0. ILABS = 0. ISYNC = 0. * * ISTRA = 0. * * * * * * Special TPAR for TMED 46 DIRC-quartz * * ------------------------- * * CUTGAM=100.00 keV CUTELE=211.00 keV CUTNEU= 1.00 MeV * * CUTHAD= 1.00 MeV CUTMUO= 1.00 MeV * * BCUTE =100.00 keV BCUTM =100.00 keV * * DCUTE =211.00 keV DCUTM =211.00 keV PPCUTM= 10.00 MeV * * IPAIR = 1. ICOMP = 1. IPHOT = 1. * * IPFIS = 0. IDRAY = 1. IANNI = 1. * * IBREM = 1. IHADR = 1. IMUNU = 1. * * IDCAY = 1. ILOSS = 1. IMULS = 1. * * IRAYL = 0. ILABS = 0. ISYNC = 0. * * ISTRA = 0. * * * * * * Special TPAR for TMED 53 emc-Air * * ------------------------- * * CUTGAM=100.00 keV CUTELE=100.00 keV CUTNEU= 1.00 MeV * * CUTHAD= 1.00 MeV CUTMUO= 1.00 MeV * * BCUTE =100.00 keV BCUTM =100.00 keV * * DCUTE = 10.00 TeV DCUTM = 10.00 TeV PPCUTM= 10.00 MeV * * IPAIR = 1. ICOMP = 1. IPHOT = 1. * * IPFIS = 0. IDRAY = 0. IANNI = 1. * * IBREM = 1. IHADR = 1. IMUNU = 1. * * IDCAY = 1. ILOSS = 2. IMULS = 1. * * IRAYL = 0. ILABS = 0. ISYNC = 0. * * ISTRA = 0. * * * * * * Special TPAR for TMED 54 emc-Al * * ------------------------- * * CUTGAM=100.00 keV CUTELE=100.00 keV CUTNEU= 1.00 MeV * * CUTHAD= 1.00 MeV CUTMUO= 1.00 MeV * * BCUTE =100.00 keV BCUTM =100.00 keV * * DCUTE = 10.00 TeV DCUTM = 10.00 TeV PPCUTM= 10.00 MeV * * IPAIR = 1. ICOMP = 1. IPHOT = 1. * * IPFIS = 0. IDRAY = 0. IANNI = 1. * * IBREM = 1. IHADR = 1. IMUNU = 1. * * IDCAY = 1. ILOSS = 2. IMULS = 1. * * IRAYL = 0. ILABS = 0. ISYNC = 0. * * ISTRA = 0. * * * * * * Special TPAR for TMED 55 emc-RFShld * * ------------------------- * * CUTGAM=100.00 keV CUTELE=100.00 keV CUTNEU= 1.00 MeV * * CUTHAD= 1.00 MeV CUTMUO= 1.00 MeV * * BCUTE =100.00 keV BCUTM =100.00 keV * * DCUTE = 10.00 TeV DCUTM = 10.00 TeV PPCUTM= 10.00 MeV * * IPAIR = 1. ICOMP = 1. IPHOT = 1. * * IPFIS = 0. IDRAY = 0. IANNI = 1. * * IBREM = 1. IHADR = 1. IMUNU = 1. * * IDCAY = 1. ILOSS = 2. IMULS = 1. * * IRAYL = 0. ILABS = 0. ISYNC = 0. * * ISTRA = 0. * * * * * * Special TPAR for TMED 56 emc-CFC * * ------------------------- * * CUTGAM=100.00 keV CUTELE=100.00 keV CUTNEU= 1.00 MeV * * CUTHAD= 1.00 MeV CUTMUO= 1.00 MeV * * BCUTE =100.00 keV BCUTM =100.00 keV * * DCUTE = 10.00 TeV DCUTM = 10.00 TeV PPCUTM= 10.00 MeV * * IPAIR = 1. ICOMP = 1. IPHOT = 1. * * IPFIS = 0. IDRAY = 0. IANNI = 1. * * IBREM = 1. IHADR = 1. IMUNU = 1. * * IDCAY = 1. ILOSS = 2. IMULS = 1. * * IRAYL = 0. ILABS = 0. ISYNC = 0. * * ISTRA = 0. * * * * * * Special TPAR for TMED 57 emc-CsI * * ------------------------- * * CUTGAM=100.00 keV CUTELE=100.00 keV CUTNEU= 1.00 MeV * * CUTHAD= 1.00 MeV CUTMUO= 1.00 MeV * * BCUTE =100.00 keV BCUTM =100.00 keV * * DCUTE = 10.00 TeV DCUTM = 10.00 TeV PPCUTM= 10.00 MeV * * IPAIR = 1. ICOMP = 1. IPHOT = 1. * * IPFIS = 0. IDRAY = 0. IANNI = 1. * * IBREM = 1. IHADR = 1. IMUNU = 1. * * IDCAY = 1. ILOSS = 2. IMULS = 1. * * IRAYL = 0. ILABS = 0. ISYNC = 0. * * ISTRA = 0. * * * * * * Special TPAR for TMED 58 emc-PbShld * * ------------------------- * * CUTGAM=100.00 keV CUTELE=100.00 keV CUTNEU= 1.00 MeV * * CUTHAD= 1.00 MeV CUTMUO= 1.00 MeV * * BCUTE =100.00 keV BCUTM =100.00 keV * * DCUTE = 10.00 TeV DCUTM = 10.00 TeV PPCUTM= 10.00 MeV * * IPAIR = 1. ICOMP = 1. IPHOT = 1. * * IPFIS = 0. IDRAY = 0. IANNI = 1. * * IBREM = 1. IHADR = 1. IMUNU = 1. * * IDCAY = 1. ILOSS = 2. IMULS = 1. * * IRAYL = 0. ILABS = 0. ISYNC = 0. * * ISTRA = 0. * * * * * * Special TPAR for TMED 59 emc-CH2Shld * * ------------------------- * * CUTGAM=100.00 keV CUTELE=100.00 keV CUTNEU= 1.00 MeV * * CUTHAD= 1.00 MeV CUTMUO= 1.00 MeV * * BCUTE =100.00 keV BCUTM =100.00 keV * * DCUTE = 10.00 TeV DCUTM = 10.00 TeV PPCUTM= 10.00 MeV * * IPAIR = 1. ICOMP = 1. IPHOT = 1. * * IPFIS = 0. IDRAY = 0. IANNI = 1. * * IBREM = 1. IHADR = 1. IMUNU = 1. * * IDCAY = 1. ILOSS = 2. IMULS = 1. * * IRAYL = 0. ILABS = 0. ISYNC = 0. * * ISTRA = 0. * * * * * * Special TPAR for TMED 60 emc-BNShld * * ------------------------- * * CUTGAM=100.00 keV CUTELE=100.00 keV CUTNEU= 1.00 MeV * * CUTHAD= 1.00 MeV CUTMUO= 1.00 MeV * * BCUTE =100.00 keV BCUTM =100.00 keV * * DCUTE = 10.00 TeV DCUTM = 10.00 TeV PPCUTM= 10.00 MeV * * IPAIR = 1. ICOMP = 1. IPHOT = 1. * * IPFIS = 0. IDRAY = 0. IANNI = 1. * * IBREM = 1. IHADR = 1. IMUNU = 1. * * IDCAY = 1. ILOSS = 2. IMULS = 1. * * IRAYL = 0. ILABS = 0. ISYNC = 0. * * ISTRA = 0. * * * * * * Special TPAR for TMED 61 emc-Fluorinert * * ------------------------- * * CUTGAM=100.00 keV CUTELE=100.00 keV CUTNEU= 1.00 MeV * * CUTHAD= 1.00 MeV CUTMUO= 1.00 MeV * * BCUTE =100.00 keV BCUTM =100.00 keV * * DCUTE = 10.00 TeV DCUTM = 10.00 TeV PPCUTM= 10.00 MeV * * IPAIR = 1. ICOMP = 1. IPHOT = 1. * * IPFIS = 0. IDRAY = 0. IANNI = 1. * * IBREM = 1. IHADR = 1. IMUNU = 1. * * IDCAY = 1. ILOSS = 2. IMULS = 1. * * IRAYL = 0. ILABS = 0. ISYNC = 0. * * ISTRA = 0. * * * * * ************************************************************ CpuCheck: Starting job with remaining CPU = 999978 (secs) CpuCheck: Job will stop when remaining CPU = 60 (secs) BdbTime: 01/02/01 03:46:39 (UTC) BbsInputModule: platform= 29 partition= 0 _theBdbCondEpoch= 1901 _theBdbCondOffset= 99999 The corresponding BdbTime is 01/01/01 19:46:39 (local time) 0 ns GfiEvtGen:GfiEvtGen: Initializing GfiEvtGen:GfiEvtGen: generating Upsilon(4S) EvtGen:decay_name :DECAY.DEC EvtGen:udecay_name :../ProdDecayFiles/B0B0bar_DplusK.dec EvtGen:pdttable_name :pdt.table EvtGen:Initializiting EvtGen of first call EvtGen:Reading pdt.table for particle properties. EvtGen:Reading DECAY.DEC for main decay table. EvtGen:In readDecayFile, reading:DECAY.DEC EvtGen:VSS_BMIX will generate mixing in the decay: Upsilon(4S) --> B0 + anti-B0 using parameters: delta(m) = 0.464 hbar/ps tau = 1.56108 ps x = 0.724341 chi = 0.17206 EvtGen:In readDecayFile, reading:../ProdDecayFiles/B0B0bar_DplusK.dec EvtGen:Redefined decay of Upsilon(4S) EvtGen:Warning, sum of branching fractions for MyD+ is 0.097 EvtGen:rescaled to one! EvtGen:Warning, sum of branching fractions for MyD- is 0.097 EvtGen:rescaled to one! EvtGen:Reading ../ProdDecayFiles/B0B0bar_DplusK.dec to override decay table. EvtGen:Done initializing EvtGen 1 ******************************************************************************** * * * ========================== * * PHOTOS, Version: 2. 0 * * Released at: 16/11/93 * * ========================== * * * * PHOTOS QED Corrections in Particle Decays * * * * Monte Carlo Program - by E. Barberio, B. van Eijk and Z. Was * * From version 2.0 on - by E.B. and Z.W. * * * ******************************************************************************** * * * Internal input parameters: * * * * INTERF= F ISEC= T IFTOP= T * * ALPHA_QED= 0.00730 XPHCUT= 0.00100 * * * * option with double photons is active * * emision in t tbar production is active * * * ******************************************************************************** StdHepPrint:StdHep Track info for event 1 : StdHepPrint:Trk# Stat Id Dtr1 DtrN Mom1 MomN Px Py Pz E Vx Vy Vz StdHepPrint: 1 3 e- 3 3 0 0 -0.1674 -0.0043 8.9888 8.9903 0.1171 0.3301 -1.8308 StdHepPrint: 2 3 e+ 3 3 0 0 0.0580 0.0018 -3.1092 3.1097 0.1171 0.3301 -1.8308 StdHepPrint: 3 2 Upsilon(4S) 4 5 1 2 -0.1094 -0.0025 5.8796 12.1001 0.1171 0.3301 -1.8308 StdHepPrint: 4 2 B0 6 7 3 3 -0.3457 0.0337 3.0019 6.0828 0.1171 0.3301 -1.8308 StdHepPrint: 5 2 anti-B0 11 13 3 3 0.2362 -0.0362 2.8777 6.0172 0.1171 0.3301 -1.8308 StdHepPrint: 6 2 D- 8 10 4 4 -2.1382 -0.8356 2.7030 4.0088 0.1157 0.3302 -1.8192 StdHepPrint: 7 1 K+ 0 0 4 4 1.7925 0.8692 0.2989 2.0741 0.1157 0.3302 -1.8192 StdHepPrint: 8 1 K+ 0 0 6 6 -1.2256 -0.4456 1.3450 1.9374 0.1049 0.3260 -1.8055 StdHepPrint: 9 1 pi- 0 0 6 6 -1.1261 -0.3053 0.7176 1.3769 0.1049 0.3260 -1.8055 StdHepPrint: 10 1 pi- 0 0 6 6 0.2136 -0.0846 0.6403 0.6945 0.1049 0.3260 -1.8055 StdHepPrint: 11 2 D_2*+ 14 15 5 5 1.8123 0.5494 2.0966 3.7478 0.1172 0.3300 -1.8290 StdHepPrint: 12 1 e- 0 0 5 5 -1.5290 0.0069 0.4766 1.6016 0.1172 0.3300 -1.8290 StdHepPrint: 13 1 anti-nu_e 0 0 5 5 -0.0470 -0.5924 0.3045 0.6678 0.1172 0.3300 -1.8290 StdHepPrint: 14 2 D0 16 19 11 11 1.9503 0.6960 1.6497 3.2382 0.1172 0.3300 -1.8290 StdHepPrint: 15 1 pi+ 0 0 11 11 -0.1380 -0.1467 0.4469 0.5096 0.1172 0.3300 -1.8290 StdHepPrint: 16 1 pi+ 0 0 14 14 0.1310 -0.0296 0.2798 0.3403 0.1374 0.3372 -1.8119 StdHepPrint: 17 1 pi+ 0 0 14 14 0.5242 0.1144 0.4003 0.6838 0.1374 0.3372 -1.8119 StdHepPrint: 18 1 pi- 0 0 14 14 0.8706 -0.1998 0.0444 0.9052 0.1374 0.3372 -1.8119 StdHepPrint: 19 1 pi- 0 0 14 14 0.4245 0.8109 0.9252 1.3090 0.1374 0.3372 -1.8119 =>=>=>=>=>=> Run 99999 Event 1 1 RNDM 794329225 1638354404 EM_UNI: No non-uniform light collection in BBSIM. ================================================= Message [2] from GELH_OUTP : GELHAD on - all beam crossings saved as usual McFio init HitsToDs: maxhit and nmxhits 100000 1000000 StdHepPrint:StdHep Track info for event 2 : StdHepPrint:Trk# Stat Id Dtr1 DtrN Mom1 MomN Px Py Pz E Vx Vy Vz StdHepPrint: 1 3 e- 3 3 0 0 -0.1722 -0.0002 9.0036 9.0053 0.0927 0.3310 -0.6742 StdHepPrint: 2 3 e+ 3 3 0 0 0.0586 0.0011 -3.1090 3.1095 0.0927 0.3310 -0.6742 StdHepPrint: 3 2 Upsilon(4S) 4 5 1 2 -0.1136 0.0010 5.8947 12.1148 0.0927 0.3310 -0.6742 StdHepPrint: 4 2 B0 6 8 3 3 0.1949 0.1587 3.1883 6.1723 0.0927 0.3310 -0.6742 StdHepPrint: 5 2 anti-B0 21 22 3 3 -0.3085 -0.1577 2.7064 5.9425 0.0927 0.3310 -0.6742 StdHepPrint: 6 2 D*- 9 10 4 4 -0.1280 -1.2525 1.0853 2.6082 0.0935 0.3316 -0.6604 StdHepPrint: 7 1 mu+ 0 0 4 4 1.1180 1.6408 1.8021 2.6835 0.0935 0.3316 -0.6604 StdHepPrint: 8 1 nu_mu 0 0 4 4 -0.7951 -0.2297 0.3009 0.8806 0.0935 0.3316 -0.6604 StdHepPrint: 9 2 D- 11 13 6 6 -0.0017 -1.2189 0.9676 2.4323 0.0935 0.3316 -0.6604 StdHepPrint: 10 1 gamma 0 0 6 6 -0.1263 -0.0336 0.1177 0.1759 0.0935 0.3316 -0.6604 StdHepPrint: 11 2 K0 14 14 9 9 -0.6556 -0.2343 0.4194 0.9530 0.0935 0.3086 -0.6421 StdHepPrint: 12 1 e- 0 0 9 9 0.1019 -0.6108 0.0048 0.6193 0.0935 0.3086 -0.6421 StdHepPrint: 13 1 anti-nu_e 0 0 9 9 0.5519 -0.3738 0.5434 0.8600 0.0935 0.3086 -0.6421 StdHepPrint: 14 202 K_S0 15 16 11 11 -0.6556 -0.2343 0.4194 0.9530 0.0935 0.3086 -0.6421 StdHepPrint: 15 2 pi0 17 18 14 14 -0.0286 -0.0666 0.2058 0.2566 -2.5976 -0.6531 1.0795 StdHepPrint: 16 2 pi0 19 20 14 14 -0.6270 -0.1676 0.2136 0.6964 -2.5976 -0.6531 1.0795 StdHepPrint: 17 1 gamma 0 0 15 15 -0.0297 -0.1078 0.1556 0.1916 -2.5976 -0.6531 1.0795 StdHepPrint: 18 1 gamma 0 0 15 15 0.0011 0.0412 0.0502 0.0649 -2.5976 -0.6531 1.0795 StdHepPrint: 19 1 gamma 0 0 16 16 -0.3366 -0.1449 0.0758 0.3743 -2.5976 -0.6531 1.0795 StdHepPrint: 20 1 gamma 0 0 16 16 -0.2903 -0.0227 0.1378 0.3222 -2.5976 -0.6531 1.0795 StdHepPrint: 21 2 D+ 23 26 5 5 -0.1389 -1.0792 3.8300 4.3985 0.0898 0.3295 -0.6493 StdHepPrint: 22 1 K- 0 0 5 5 -0.1696 0.9215 -1.1236 1.5440 0.0898 0.3295 -0.6493 StdHepPrint: 23 1 K- 0 0 21 21 -0.3065 -0.0721 0.9536 1.1190 0.0765 0.2259 -0.2816 StdHepPrint: 24 1 pi+ 0 0 21 21 0.4224 -0.1922 0.6974 0.8492 0.0765 0.2259 -0.2816 StdHepPrint: 25 1 pi+ 0 0 21 21 0.0128 -0.0923 0.0718 0.1825 0.0765 0.2259 -0.2816 StdHepPrint: 26 2 pi0 27 28 21 21 -0.2677 -0.7226 2.1072 2.2477 0.0765 0.2259 -0.2816 StdHepPrint: 27 1 gamma 0 0 26 26 -0.0317 -0.1205 0.2204 0.2532 0.0765 0.2259 -0.2816 StdHepPrint: 28 1 gamma 0 0 26 26 -0.2360 -0.6021 1.8868 1.9945 0.0765 0.2259 -0.2816 =>=>=>=>=>=> Run 99999 Event 2 2 RNDM 241912666 1149369377 StdHepPrint:StdHep Track info for event 3 : StdHepPrint:Trk# Stat Id Dtr1 DtrN Mom1 MomN Px Py Pz E Vx Vy Vz StdHepPrint: 1 3 e- 3 3 0 0 -0.1723 0.0005 8.9939 8.9956 0.0857 0.3303 -0.4356 StdHepPrint: 2 3 e+ 3 3 0 0 0.0567 -0.0008 -3.1080 3.1085 0.0857 0.3303 -0.4356 StdHepPrint: 3 2 Upsilon(4S) 4 5 1 2 -0.1156 -0.0003 5.8859 12.1040 0.0857 0.3303 -0.4356 StdHepPrint: 4 2 B0 6 7 3 3 0.1755 0.1977 2.9362 6.0465 0.0857 0.3303 -0.4356 StdHepPrint: 5 2 anti-B0 11 13 3 3 -0.2911 -0.1980 2.9498 6.0576 0.0857 0.3303 -0.4356 StdHepPrint: 6 2 D- 8 10 4 4 2.0231 0.5723 0.3901 2.8402 0.0859 0.3305 -0.4324 StdHepPrint: 7 1 K+ 0 0 4 4 -1.8476 -0.3746 2.5461 3.2063 0.0859 0.3305 -0.4324 StdHepPrint: 8 1 K+ 0 0 6 6 0.8855 0.2457 0.2107 1.0643 0.1040 0.3356 -0.4290 StdHepPrint: 9 1 pi- 0 0 6 6 -0.1793 0.1091 -0.2617 0.3634 0.1040 0.3356 -0.4290 StdHepPrint: 10 1 pi- 0 0 6 6 1.3169 0.2174 0.4410 1.4126 0.1040 0.3356 -0.4290 StdHepPrint: 11 2 D*+ 14 15 5 5 -1.0389 0.3508 2.0135 3.0490 0.0801 0.3265 -0.3781 StdHepPrint: 12 2 D*- 24 25 5 5 0.5469 -0.1842 0.3233 2.1160 0.0801 0.3265 -0.3781 StdHepPrint: 13 2 anti-K0 28 28 5 5 0.2009 -0.3646 0.6130 0.8926 0.0801 0.3265 -0.3781 StdHepPrint: 14 2 D0 16 19 11 11 -0.9800 0.3579 1.9052 2.8626 0.0801 0.3265 -0.3781 StdHepPrint: 15 1 pi+ 0 0 11 11 -0.0589 -0.0071 0.1083 0.1864 0.0801 0.3265 -0.3781 StdHepPrint: 16 1 K- 0 0 14 14 -0.0170 -0.1239 0.8515 0.9922 0.0763 0.3278 -0.3709 StdHepPrint: 17 1 pi+ 0 0 14 14 -0.8326 0.4799 0.5321 1.1073 0.0763 0.3278 -0.3709 StdHepPrint: 18 2 pi0 20 21 14 14 0.0277 0.1919 0.1008 0.2568 0.0763 0.3278 -0.3709 StdHepPrint: 19 2 pi0 22 23 14 14 -0.1582 -0.1900 0.4207 0.5063 0.0763 0.3278 -0.3709 StdHepPrint: 20 1 gamma 0 0 18 18 0.0787 0.0866 0.0681 0.1354 0.0763 0.3278 -0.3709 StdHepPrint: 21 1 gamma 0 0 18 18 -0.0510 0.1053 0.0328 0.1215 0.0763 0.3278 -0.3709 StdHepPrint: 22 1 gamma 0 0 19 19 -0.0733 -0.0001 0.1212 0.1417 0.0763 0.3278 -0.3709 StdHepPrint: 23 1 gamma 0 0 19 19 -0.0849 -0.1899 0.2995 0.3646 0.0763 0.3278 -0.3709 StdHepPrint: 24 2 anti-D0 26 27 12 12 0.5225 -0.1649 0.3370 1.9723 0.0801 0.3265 -0.3781 StdHepPrint: 25 1 pi- 0 0 12 12 0.0244 -0.0193 -0.0136 0.1436 0.0801 0.3265 -0.3781 StdHepPrint: 26 1 K+ 0 0 24 24 -0.2080 0.6463 0.2041 0.8639 0.0880 0.3239 -0.3730 StdHepPrint: 27 1 pi- 0 0 24 24 0.7305 -0.8111 0.1328 1.1085 0.0880 0.3239 -0.3730 StdHepPrint: 28 1 K_L0 0 0 13 13 0.2009 -0.3646 0.6130 0.8926 0.0801 0.3265 -0.3781 =>=>=>=>=>=> Run 99999 Event 3 3 RNDM 2089883814 2135351473 AppAST: SumBeg | NEvt | SumEvent | AvgEvent (ms) |SumEnd | Module AppAST: ------- |-------- |---------- |--------------- |------- |------------------ AppAST: 0.00 | 0 | 0.00 | 0.00000 | 0.00 |GenBuildEnv AppAST: 0.00 | 0 | 0.00 | 0.00000 | 0.00 |HbkTupleEnv PdtInit:PdtInit end Job AppAST: 0.05 | 0 | 0.00 | 0.00000 | 0.00 |PdtInit AppAST: 0.00 | 3 | 0.02 | 5.55533 | 0.00 |RandomControl AppAST: 0.00 | 0 | 0.00 | 0.00000 | 0.00 |PepBuildEnv PepPrintEnv:PepPrintEnv: end Job AppAST: 0.60 | 0 | 0.00 | 0.00000 | 0.00 |PepPrintEnv AppAST: 0.00 | 3 | 0.00 | 0.00000 | 0.00 |RandomPickerPrimary GfiEvtGen:GfiEvtGen end Job GfiEvtGen:GfiEvtGen: Filtered out 0.00 of generated events. Largest number of rejections in a single event was 0 AppAST: 0.00 | 3 | 0.67 | 222.21333 | 0.00 |GfiEvtGen GfiDecay:GfiDecay: end Job AppAST: 0.00 | 3 | 0.00 | 0.00000 | 0.00 |GfiDecay GfiFlagLongLived:GfiFlagLongLived: end Job AppAST: 0.00 | 3 | 0.00 | 0.00000 | 0.00 |GfiFlagLongLived AppAST: 0.00 | 3 | 0.00 | 0.00000 | 0.00 |StdHepLoad AppAST: 0.00 | 3 | 0.02 | 5.55533 | 0.00 |StdHepPrint AppAST: 0.00 | 3 | 0.00 | 0.00000 | 0.00 |RandomPickerSimulation GELH_LAST: GELHAD event summary nevtot = 3 nevhad = 0 0.0000000E+00 nevout = 3 ninthad = 0 Subsystem stepping times: total PEP stepping time (sec): 0.000 stepping time/event (sec): 0.000 total SVT stepping time (sec): 0.033 stepping time/event (sec): 0.011 total DCH stepping time (sec): 1.967 stepping time/event (sec): 0.656 total DRC stepping time (sec): 0.200 stepping time/event (sec): 0.067 total EMC stepping time (sec): 2.317 stepping time/event (sec): 0.772 total IFR stepping time (sec): 0.083 stepping time/event (sec): 0.028 1 **** NUMBER OF EVENTS PROCESSED = 3 **** RANDOM NUMBER GENERATOR AFTER LAST COMPLETE EVENT 928441837 1163480504 **** TIME TO PROCESS ONE EVENT IS = 5.3125 SECONDS MZEND. Usage statistics for 3 dynamic stores. Store 0 /GCBANK/ ----------------- Division Number of times Mode Position Max-size Wiped User-GC Auto-GC Pushd Redcd 1 QDIV1 0 5203 0 0 0 0 0 0 2 QDIV2 1 2137634 108709 3 0 0 0 0 19 system 1 2138034 328 0 0 0 0 0 20 Constant 1 2999968 819397 0 0 47 112 0 Store 1 /PAWC/ ----------------- Division Number of times Mode Position Max-size Wiped User-GC Auto-GC Pushd Redcd 1 QDIV1 0 2 0 0 0 0 0 0 2 QDIV2 1 999185 50908 0 0 0 0 0 20 system 1 999585 111 0 0 0 0 0 Store 2 /HEPZEB/ ----------------- Division Number of times Mode Position Max-size Wiped User-GC Auto-GC Pushd Redcd 1 QDIV1 0 18 0 0 0 0 0 0 2 QDIV2 1 189203 0 0 0 0 0 0 3 DECAY 0 189203 0 0 0 0 0 0 4 EVENT 0 194203 0 0 0 0 0 0 20 system 1 199603 111 0 0 0 0 0 ===> Directory : //PAWC ===> Directory : //PAWC/QASIM ===> Directory : //PAWC/QASIM/GENQASIMHIST 1 (1) Total invariant mass 2 (1) gamma beta 3 (1) I.P. Vertex position(mm): x 4 (1) I.P. Vertex position(mm): y 5 (1) I.P. Vertex position(mm): z 7 (1) Particler ID. (LUND KC) 8 (1) P (charged track) 9 (1) P (photon) 10 (1) P (electron) 11 (1) P (muon) 12 (1) P (pion +/-) 13 (1) P (Kaon +/-) 14 (1) P (proton) 15 (1) P (k0) 16 (1) P (pi0) 17 (1) P (eta) 18 (1) P (D0) 19 (1) P (D+) 20 (1) P (Ds) 21 (1) P (Lamc) 22 (1) N (charged) / event 23 (1) N (photon) / event 24 (1) N (D0) / event 25 (1) N (D+) / event 26 (1) N (Ds) / event 27 (1) N (Lamc) / event 28 (1) P (photon) Source Calib. 29 (1) P (electron) Source Calib. 30 (1) theta(beta) 31 (1) phi(beta) 32 (2) I.P. Vertex position(mm): y vs. x 33 (2) I.P. Vertex position(mm): z vs. x 34 (2) I.P. Vertex position(mm): z vs. y ===> Directory : //PAWC/QASIM/BIPQASIMHIST 1 (1) Beam Energy (e-) 2 (1) Beam Energy (e+) ===> Directory : //PAWC/QASIM/SVTQASIMHIST 1 (1) Number of Ghits (SVT) / event 2 (1) r position of Ghits (SVT) 3 (1) phi position of Ghits (SVT) 4 (1) z position of Ghits (SVT) ===> Directory : //PAWC/QASIM/DCHQASIMHIST 1 (1) Number of Ghits (DCH) / event 2 (1) Layer number (DCH) 3 (1) gtime (DCH) (nsec) 4 (1) gtime (DCH) (nsec) coarse 5 (1) phi position of Ghits (DCH) 6 (1) theta position of Ghits (DCH) 7 (1) dist. of closest approach (DCH) 8 (1) path length in the cell (DCH) 9 (1) number of ion. clusters (DCH) 10 (1) nr of clusters (DCH) coarse 11 (1) charge (DCH) (arb. units) ===> Directory : //PAWC/QASIM/DRCQASIMHIST 1 (1) Number of GtrkHits (DRC) 2 (1) r GtrkHits (DRC) 3 (1) phi GtrkHits (DRC) 4 (1) z GtrkHits (DRC) 5 (1) ntime GtrkHits (DRC) in nsec 6 (1) Number of GHits (DRC) 7 (1) r GHits (DRC) 8 (1) phi GHits (DRC) 9 (1) z GHits (DRC) ===> Directory : //PAWC/QASIM/EMCQASIMHIST 1 (1) Number of GHits (EMC) 2 (1) Energy of GHits (EMC) 3 (1) Time of GHits (EMC) 4 (1) Theta index of GHits (EMC) 5 (1) Phi index of GHits (EMC) 11 (1) Energy GHits (EMC) Barrel 12 (1) Energy GHits (EMC) Barrel E<0.010 13 (1) Energy GHits (EMC) Barrel E<0.100 14 (1) Energy GHits (EMC) Barrel E>0.100 15 (1) r GHits (EMC) Barrel 16 (1) phi GHits (EMC) Barrel 17 (1) z GHits (EMC) Barrel 21 (1) Energy GHits (EMC) Endcap 22 (1) Energy GHits (EMC) Endcap E<0.010 23 (1) Energy GHits (EMC) Endcap E<0.100 24 (1) Energy GHits (EMC) Endcap E>0.100 25 (1) r GHits (EMC) Endcap 26 (1) phi GHits (EMC) Endcap 27 (1) z GHits (EMC) Endcap ===> Directory : //PAWC/QASIM/IFRQASIMHIST 1 (1) Number of GHits (IFR) 2 (1) r GHits (IFR) RPC 3 (1) phi GHits (IFR) RPC 4 (1) z GHits (IFR) RPC 5 (1) r GHits (IFR) BARREL 6 (1) phi GHits (IFR) BARREL 7 (1) z GHits (IFR) BARREL 8 (1) r GHits (IFR) ENDCAP 9 (1) phi GHits (IFR) ENDCAP 10 (1) z GHits (IFR) ENDCAP 11 (1) nplanes 12 (2) nplanes vs z GHits RZMAKE. Unit 18 Initializing with LREC= 1024, OPT= X? MZLINK. Initialize Link Area RZCL for Store 0 NL/NS= 11 0 RZEND. called for QASM McFio closeout AppAST: 21.85 | 3 | 15.85 | 5283.12200 | 0.05 |BbsModule CpuCheck:Ending job with remaining CPU = 999961.62 (secs) AppAST: 0.00 | 3 | 0.00 | 0.00000 | 0.00 |CpuCheck GqaRandCheck:GqaRandCheck: end Job AppAST: 0.00 | 0 | 0.00 | 0.00000 | 0.00 |GqaRandCheck AppAST: 0.00 | 0 | 0.00 | 0.00000 | 0.00 |DummyInput AppAST: 0.00 | 3 | 0.00 | 0.00000 | 0.00 |RacTestInput AppAST: 0.00 | 3 | 0.00 | 0.00000 | 0.00 |FileOutput leave ~HbkTupleEnv dbio: Reading 'prod.db' dbio: Reading 'prod.db'