*CMZU: 2.09/02 07/01/2000 11.48.11 by Thomas Kuhr *CMZ : 2.09/00 08/02/99 14.35.09 by Hans-Ulrich Martyn *CMZ : 2.07/12 02/07/96 09.30.05 by Hans-Ulrich Martyn *CMZU: 2.06/03 30/05/94 12.50.25 by Hans-Ulrich Martyn *-- Author : Alexander Fomenko 23/03/94 ! ! BANKname BANKtype !Comments ! TABLE LUMM B32 ! LUmi_Measurements_with_alternative ! _Methods ! (non-event bank at KEEP-environment) ! ATTributes: ! ----------- ! ! negative values of the first 220 columns means technical problems ! with rate calculations ! !COL ATT-name FMT Min Max !Comments ! 1...220 PD1RT() I -INF +INF ! Rate of Photon Arm Energy Trigger(PD1) ! in bunch 0-219, in 0.1 Hz units ! (averaged over the last 10 sec.) 221 PD1RTTOT I 0 +INF ! Total Photon Arm Energy Trigger Rate ! (PD1), in 0.1 Hz units ! (averaged over the last 10 sec.) 222 LLTLUMM I -INF +INF ! H1Lumi Local Timer value (2950Hz tick) ! at Luminosity measurement moment ! ! negative value of the next 27 variables means technical problems with ! rate calculations !-------------- VC - trigger element ---------------------------------- 223 VCRTOT I -INF +INF ! Total Water Cherenkov Counter Trigger ! Rate (VC), in 0.1 Hz units, ! as sum of all 220 VC-trigger rates, ! (averaged over the last 10 sec.) 224 VCRTOT1 I -INF +INF ! Total' Water Cherenkov Counter Trigger ! Rate (VC), in 0.1 Hz units, ! as sum of VC-trigger rates at collided ! and e-pilot bunches ! (averaged over the last 10 sec.) 225 VCRTOT2 I -INF +INF ! Total" Water Cherenkov Counter Trigger ! Rate (VC), in 0.1 Hz units, ! as sum of VC-trigger rates at all ! e-pilot bunches ! (averaged over the last 10 sec.) !-------------- PD - trigger element ---------------------------------- 226 PDRTOT I -INF +INF ! Total Photon Arm Energy Trigger ! Rate (PD), in 0.1 Hz units, ! as sum of all 220 PD-trigger rates, ! (averaged over the last 10 sec.) 227 PDRTOT1 I -INF +INF ! Total' Photon Arm Energy Trigger ! Rate (PD), in 0.1 Hz units, ! as sum of PD-trigger rates at collided ! and e-pilot bunches ! (averaged over the last 10 sec.) 228 PDRTOT2 I -INF +INF ! Total" Photon Arm Energy Trigger ! Rate (PD), in 0.1 Hz units, ! as sum of PD-trigger rates at all ! e-pilot bunches ! (averaged over the last 10 sec.) !-------------- ET - trigger element ---------------------------------- 229 ETRTOT I -INF +INF ! Total Electron Arm Energy Trigger ! Rate (ET), in 0.1 Hz units, ! as sum of all 220 ET-trigger rates, ! (averaged over the last 10 sec.) 230 ETRTOT1 I -INF +INF ! Total' Electron Arm Energy Trigger ! Rate (ET), in 0.1 Hz units, ! as sum of ET-trigger rates at collided ! and e-pilot bunches ! (averaged over the last 10 sec.) 231 ETRTOT2 I -INF +INF ! Total" Electron Arm Energy Trigger ! Rate (ET), in 0.1 Hz units, ! as sum of ET-trigger rates at all ! e-pilot bunches ! (averaged over the last 10 sec.) !------------- PD1- trigger element ----------------------------------- 232 PD1RTOT I -INF +INF ! Total Photon Arm Energy Trigger ! Rate (PD1), in 0.1 Hz units, ! as sum of all 220 PD1-trigger rates, ! (averaged over the last 10 sec.) 233 PD1RTOT1 I -INF +INF ! Total' Photon Arm Energy Trigger ! Rate (PD1), in 0.1 Hz units, ! as sum of PD1-trigger rates at ! collided and e-pilot bunches ! (averaged over the last 10 sec.) 234 PD1RTOT2 I -INF +INF ! Total" Photon Arm Energy Trigger ! Rate (PD1), in 0.1 Hz units, ! as sum of PD1-trigger rates at all ! e-pilot bunches ! (averaged over the last 10 sec.) !------------- PD2- trigger element (as default setup) ---------------- !------------- may be switched on another trigger element ------------- 235 PD2RTOT I -INF +INF ! Total Photon Arm Energy Trigger ! Rate (PD2), in 0.1 Hz units, ! as sum of all 220 PD2-trigger rates, ! (averaged over the last 10 sec.) 236 PD2RTOT1 I -INF +INF ! Total' Photon Arm Energy Trigger ! Rate (PD2), in 0.1 Hz units, ! as sum of PD2-trigger rates at ! collided and e-pilot bunches ! (averaged over the last 10 sec.) 237 PD2RTOT2 I -INF +INF ! Total" Photon Arm Energy Trigger ! Rate (PD2), in 0.1 Hz units, ! as sum of PD2-trigger rates at all ! e-pilot bunches ! (averaged over the last 10 sec.) !------------- ET&PD - trigger bit ------------------------------------ 238 RLUMTOT I -INF +INF ! Total Rough Luminosity Trigger Bit ! Rate (ET&PD), in 0.1 Hz units, ! as sum of all 220 ET&PD-trigger rates, ! (averaged over the last 10 sec.) 239 RLUMTOT1 I -INF +INF ! Total' Rough Luminosity Trigger Bit ! Rate (ET&PD), in 0.1 Hz units, ! as sum of ET&PD-trigger rates at ! collided and e-pilot bunches ! (averaged over the last 10 sec.) 240 RLUMTOT2 I -INF +INF ! Total" Rough Luminosity Trigger Bit ! Rate (ET&PD), in 0.1 Hz units, ! as sum of ET&PD-trigger rates at all ! e-pilot bunches ! (averaged over the last 10 sec.) !------------- ET&PD&nVC - trigger bit -------------------------------- 241 PLUMTOT I -INF +INF ! Total Pure Luminosity Trigger Bit ! Rate (ET&PD&nVC), in 0.1 Hz units, ! as sum of all 220 ET&PD&nVC-trigger ! rates (averaged over the last 10 sec.) 242 PLUMTOT1 I -INF +INF ! Total' Pure Luminosity Trigger Bit ! Rate (ET&PD&nVC), in 0.1 Hz units, ! as sum of ET&PD&nVC-trigger rates at ! collided and e-pilot bunches ! (averaged over the last 10 sec.) 243 PLUMTOT2 I -INF +INF ! Total" Pure Luminosity Trigger Bit ! Rate (ET&PD&nVC), in 0.1 Hz units, ! as sum of ET&PD&nVC-trigger rates at ! all e-pilot bunches ! (averaged over the last 10 sec.) !------------- PD&nVC - trigger bit ----------------------------------- 244 PHDTOT I -INF +INF ! Total Photon Detector Trigger Rate ! (PD&nVC), in 0.1 Hz units, ! as sum of all 220 PD&nVC-trigger ! rates (averaged over the last 10 sec.) 245 PHDTOT1 I -INF +INF ! Total' Photon Detector Trigger Rate ! (PD&nVC), in 0.1 Hz units, ! as sum of PD&nVC-trigger rates at ! collided and e-pilot bunches ! (averaged over the last 10 sec.) 246 PHDTOT2 I -INF +INF ! Total" Photon Detector Trigger Rate ! (PD&nVC), in 0.1 Hz units, ! as sum of PD&nVC-trigger rates at ! all e-pilot bunches ! (averaged over the last 10 sec.) !------------- ET&nPD&nVC - trigger bit (eTAG) ------------------------ 247 ETAGTOT I -INF +INF ! Total eTAG Trigger Bit Rate ! (ET&nPD&nVC), in 0.1 Hz units, ! as sum of all 220 ET&nPD&nVC-trigger ! rates (averaged over the last 10 sec.) 248 ETAGTOT1 I -INF +INF ! Total' eTAG Trigger Bit Rate ! (ET&nPD&nVC), in 0.1 Hz units, ! as sum of ET&NPD&nVC-trigger rates at ! collided and e-pilot bunches ! (averaged over the last 10 sec.) 249 ETAGTOT2 I -INF +INF ! Total" eTAG Trigger Bit Rate ! (ET&nPD&nVC), in 0.1 Hz units, ! as sum of ET&nPD&nVC-trigger rates at ! all e-pilot bunches ! (averaged over the last 10 sec.) ! next 320 values are 4 Photon Arm Energy spectra taken by PD1-trigger; ! these spectra consist of last 10000 events (time stamps of first and ! last events at spectra are presented at this data) ! each energy spectrum consists of 75 bins from 0. up to 37.5 GeV ! !----- PDrec - reconstructed energy spectrum for all bunches events --- 250 PDRECUN I 0 +INF ! underflow bin (less then 0.0 GeV) 251...325 PDREC() I 0 +INF ! 1st bin contents [ 0.0 - 0.5 GeV) ! ... 75th bin contents [37.0 - 37.5 GeV) 326 PDRECOV I 0 +INF ! overflow bin (more then 37.5 GeV) 327 PDRECBD I 0 +INF ! "bad" reconstruction counter 328 LLTFRSR I -INF +INF ! H1Lumi Local Timer value for first ! event at PDrec spectrum 329 LLTLSTR I -INF +INF ! H1Lumi Local Timer value for last ! event at PDrec spectrum !----- PDdep - deposited energy spectrum for all bunches events ------- 330 PDDEPUN I 0 +INF ! underflow bin (less then 0.0 GeV) 331...405 PDDEP() I 0 +INF ! 1st bin contents [ 0.0 - 0.5 GeV) ! ... 75th bin contents [37.0 - 37.5 GeV) 406 PDDEPOV I 0 +INF ! overflow bin (more then 37.5 GeV) 407 PDDEPBD I 0 +INF ! "bad" SW-cluster finder result counter 408 LLTFRSP I -INF +INF ! H1Lumi Local Timer value for first ! event at PDdep spectrum 409 LLTLSTP I -INF +INF ! H1Lumi Local Timer value for last ! event at PDdep spectrum !----- PDrec - reconstructed energy spectrum for e-pilot bunches events 410 PDPRECUN I 0 +INF ! underflow bin (less then 0.0 GeV) 411...485 PDPREC() I 0 +INF ! 1st bin contents [ 0.0 - 0.5 GeV) ! ... 75th bin contents [37.0 - 37.5 GeV) 486 PDPRECOV I 0 +INF ! overflow bin (more then 37.5 GeV) 487 PDRECBD1 I 0 +INF ! "bad" reconstruction counter 488 LLTFRSR1 I -INF +INF ! H1Lumi Local Timer value for first ! event at PDrec spectrum 489 LLTLSTR1 I -INF +INF ! H1Lumi Local Timer value for last ! event at PDrec spectrum !------ PDdep - deposited energy spectrum for e-pilot bunches events --- 490 PDPDEPUN I 0 +INF ! underflow bin (less then 0.0 GeV) 491...565 PDPDEP() I 0 +INF ! 1st bin contents [ 0.0 - 0.5 GeV) ! ... 75th bin contents [37.0 - 37.5 GeV) 566 PDPDEPOV I 0 +INF ! overflow bin (more then 37.5 GeV) 567 PDDEPBD1 I 0 +INF ! "bad" SW-cluster finder result counter 568 LLTFRSP1 I -INF +INF ! H1Lumi Local Timer value for first ! event at PDdep spectrum 569 LLTLSTP1 I -INF +INF ! H1Lumi Local Timer value for last ! event at PDdep spectrum ! next 160 values are 2 arrays with PD1-trigger element threshold ! behaivour (for PDrec and PDdep spectra) ! each array consists of 78 bins (unfl,1-75,ovfl,"bad") and ! two time stamp words ! each array element was calculated as int(1000.*ratio(i)) !----- PDrec(VC&PD1)/PDrec(VC) ratio array ----------------------- 570 RATIOUNR I 0 +INF ! underflow ratio (less then 0.0 GeV) 571...645 RATIOR() I 0 +INF ! 1st bin ratio ( 0.0 - 0.5 GeV] ! ... 75th bin ratio (37.0 - 37.5 GeV] 646 RATIOOVR I 0 +INF ! overflow ratio (more then 37.5 GeV) 647 RATIOBDR I 0 +INF ! "bad" reconstruction ratio 648 LLTFRSRR I -INF +INF ! H1Lumi Local Timer value for first ! event at PDrec spectrum 649 LLTLSTRR I -INF +INF ! H1Lumi Local Timer value for last ! event at PDrec spectrum !----- PDdep(VC&PD1)/PDdep(VC) ratio array ----------------------- 650 RATIOUND I 0 +INF ! underflow ratio (less then 0.0 GeV) 651...725 RATIOD() I 0 +INF ! 1st bin ratio ( 0.0 - 0.5 GeV] ! ... 75th bin ratio (37.0 - 37.5 GeV] 726 RATIOOVD I 0 +INF ! overflow ratio (more then 37.5 GeV) 727 RATIOBDD I 0 +INF ! "bad" SW-cluster finder result ratio 728 LLTFRSPD I -INF +INF ! H1Lumi Local Timer value for first ! event at PDdep spectrum 729 LLTLSTPD I -INF +INF ! H1Lumi Local Timer value for last ! event at PDdep spectrum !----- Photon Arm (PD) Rate Lumi calculation area ------------------- 730 CTLVPD I 0 +INF ! Current Total Luminosity Value ! (averaged over the last 10 sec., in ! units of 10**25 cm-2s-1) 731 RUNLUMPD I 0 +INF ! Total Integrated Luminosity from the ! beginning of the run ! (in units 10**27 cm-2 = 1.0 mb-1) 732 RH1LUMPD I 0 +INF ! H1 Integrated Luminosity from the ! beginning of the run (during H1active) ! (in units 10**27 cm-2 = 1.0 mb-1) 733 HERALUPD I 0 +INF ! HERA Produced Luminosity from the ! beginning of the current ep-collisions ! (in units 10**27 cm-2 = 1.0 mb-1) 734 ACCCPD I 0 1100 ! Acceptance correction coeff (in 0.001) ! (after analysis of the last 50 events) 735 PDDEP1 I 0 30000 ! Mean Value of Photon Arm Deposited ! Energy after analysis of the last 200 ! PDlow subsample events at VC-triggered ! OnLine sample (MeV) 736 PDDEP2 I 0 30000 ! Mean Value of Photon Arm Deposited ! Energy after analysis of the last 500 ! PDlow subsample events at VC-triggered ! OnLine sample (MeV) 737 PDREC1 I 0 30000 ! Mean Value of Photon Arm Reconstructed ! Energy after analysis of the last 200 ! PDlow subsample events at VC-triggered ! OnLine sample (MeV) 738 PDREC2 I 0 30000 ! Mean Value of Photon Arm Reconstructed ! Energy after analysis of the last 500 ! PDlow subsample events at VC-triggered ! OnLine sample (MeV) 739 PDETR1 I 0 30000 ! Mean Effective Photon Arm Energy1(MeV) 740 PDETR2 I 0 30000 ! Mean Effective Photon Arm Energy2(MeV) END TABLE