Reconstructed Data

CLIC_ILD_CDR

The GEAR file used during reconstruction is available here: http://lcd-data.web.cern.ch/lcd-data/doc/clic_ild_cdr.gear. All the following samples have overlayed events applied (steering file http://lcd-data.web.cern.ch/lcd-data/doc/clic_ild_cdr_steering_overlay.xml), except those indicated with * (steering file http://lcd-data.web.cern.ch/lcd-data/doc/clic_ild_cdr_steering.xml) where the overlay processor is activated, but no events are overlayed: timing cuts applied.

The lumonisity is not given due to a small glitch in retriving that value fron the ancestors. Will be fixed in a leter release.

channel Energy Detector ProdID tasks Evts/task StatisticsLumi (fb-1) Mother prod Comment
e- e+ -> b bbar 3tev ILD 301 1028 10 10280 0 280 Testing Reco of ee->bb, clic_ilc_cdr_steering.xml, no overlay
e- e+ -> t tbar 500gev ILD 334 4199 10 41990 0 332 Rec ee - > ttbar, 500Gev, no overlay, marlin 011Pre02P8 for katja
e- e+ -> squark squark 3tev ILD 370 3571 10 35710 0 298 Rec without overlay but with timing cuts
Z0_uds 3tev ILD 371 860 10 8600 0 366 Rec with timing cuts but no overlayed files
e- e+ -> H nue nueb, H -> b bbar 3tev ILD 375 2002 10 20020 0 372 Rec with timing cuts but no overlayed files
e- e+ -> H nue nueb, H -> c cbar 3tev ILD 376 2013 10 20130 0 373 Rec with timing cuts but no overlayed files
e- e+ -> nue nueb qq (q=udscb) (mh=12TeV) 3tev ILD 377 1005 10 10050 0 374 Rec with timing cuts but no overlayed files
e- e+ -> W- W+ 500gev ILD 380 1005 10 10050 0 347 Rec without overlay but with timing cuts
e- e+ -> Z0 Z0 500gev ILD 381 1012 10 10120 0 348 Rec without overlay but with timing cuts
e- e+ -> W- W+ Z0 500gev ILD 382 1010 10 10100 0 349 Rec without overlay but with timing cuts
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar 500gev ILD 383 16354 10 163540 0 350 Rec without overlay but with timing cuts
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar e- e+ 500gev ILD 384 1011 10 10110 0 351 Rec without overlay but with timing cuts
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar e- nueb 500gev ILD 385 1593 10 15930 0 352 Rec without overlay but with timing cuts
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar 3tev ILD 409 10773 10 107730 0 281 No overlay
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar e- e+ 3tev ILD 410 1011 10 10110 0 285 No overlay
e- e+ -> t tbar 500gev ILD 441 5550 10 55500 0 432 No overlaytiming processor enabled, Tunings of timing by M.T.
Z0Z0 500gev ILD 443 1365 50 68250 0 433 No overlaytiming processor enabled, Tunings of timing by M.T.
WW 500gev ILD 445 14712 50 735600 0 434 No overlaytiming processor enabled, Tunings of timing by M.T.
WW 3tev ILD 448 3108 50 155400 0 439 60 BX, 3.2 gghad per BX
Z0Z0 3tev ILD 450 1001 50 50050 0 438 no overlayed events, timing cuts applied
WW 3tev ILD 451 5459 50 272950 0 439 no overlayed events, timing cuts applied
e- e+ -> t tbar 3tev ILD 452 1003 50 50150 0 440 no overlayed events, timing cuts applied
e- e+ -> tau- tau+ nu nub 3tev ILD 456 83 10 830 0 454 ptGT530, no overlayed events, timing applied
e- e+ -> tau- tau+ nu nub 3tev ILD 459 84 10 840 0 455 330LTptLT530, no overlayed events, timing cuts applied
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar nu nub 3tev ILD 463 5870 10 58700 0 460 330LTptLT530, no overlayed events, timing applied
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar nu nub 3tev ILD 464 5813 10 58130 0 461 ptGT530, no overlayed events, timing applied
e- e+ -> W- W+ Z0 3tev ILD 551 203 50 10150 0 545 No overlayed events, timing applied
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar e- e+ 500gev ILD 553 4403 50 220150 0 550 No overlayed events, timing cuts applied
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar e- e+ 500gev ILD 565 121 50 6050 0 550 Overlay: 300BX, 0.3 gg->had per BX, timing for 500GeV
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar e- nueb 500gev ILD 569 11849 10 118490 0 568 No overlayed events, timing cuts for 500GeV applied
e- e+ -> qq nue e- 3tev ILD 578 10138 10 101380 0 575 No overlay, 330LTptLT530
e- e+ -> qq nue e- 3tev ILD 579 10747 10 107470 0 576 No overlay, ptGT530
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar 500gev ILD 585 4943 50 247150 0 577 No Overlay, timing for 500GeV, 5 files per job

CLIC_ILD_CDR with Overlay

channel Energy Detector ProdID tasks Evts/task StatisticsLumi (fb-1) Mother Prod Comment
e- e+ -> b bbar 3tev ILD 303 1027 10 10270 0 280 Reco of ee->bb, 10evts per job, overlay ON, marlin v011Pre02P8 TEST
e- e+ -> squark squark 3tev ILD 308 3430 10 34300 0 298 Rec ee->sq sq, with overlay, marlin 011Pre02P8
e- e+ -> W- W+ Z0 3tev ILD 310 1016 10 10160 0 287 Rec ee->wwz at 3tev, with overlay, marlin 011Pre02P8
e- e+ -> W- W+ 3tev ILD 311 10817 10 108170 0 289 Rec ee->ww at 3tev, with overlay, marlin 011Pre02P8
e- e+ -> Z0 Z0 3tev ILD 312 12126 10 121260 0 288 Rec ee->zz at 3tev, with overlay, marlin 011Pre02P8
e- e+ -> tau- tau+ nu nub 3tev ILD 313 3440 10 34400 0 307 Rec ee->tau tau nu nu, with Overlay, marlin 011Pre02P8
e- e+ -> qq nue e- 3tev ILD 314 3157 10 31570 0 306 Rec ee->qq n1 e1 at 3tev, with overlay, marlin 011Pre02P8
e- e+ -> q Q neu1 neu1 3tev ILD 315 1015 10 10150 0 300 Rec ee->qq neu1 neu1 at 3tev, with overlay, marlin 011Pre02P8
e- e+ -> q Q e-:mu-:tau- e+:mu+:tau+ 3tev ILD 316 1009 10 10090 0 299 Rec ee->qqll at 3tev, with overlay, marlin 011Pre02P8
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar e- e+ 3tev ILD 330 1011 10 10110 0 285 Rec ee->qqe1e1 at 3tev, with overlay, marlin v011pre02p8, for squark analysis
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar nu nub 3tev ILD 335 828 10 8280 0 331 Rec ee -> qq nunu, marlin 011Pre02P8, overlay ON
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar 3tev ILD 415 10782 10 107820 0 281 60BX, 3.2gg->had, destination CERN
e- e+ -> t tbar 500gev ILD 442 4191 10 41910 0 432 300BX, 0.3 gghad per BX, Tunings by M.T.
Z0Z0 500gev ILD 444 1365 50 68250 0 433 300BX, 0.3 gghad per BX, Tunings by M.T.
WW 500gev ILD 446 6301 50 315050 0 434 300BX, 0.3 gghad per BX, Tunings by M.T.
e- e+ -> t tbar 3tev ILD 447 648 50 32400 0 440 60 BX, 3.2 gghad per BX
Z0Z0 3tev ILD 449 556 50 27800 0 438 60 BX, 3.2 gghad per BX
e- e+ -> W- W+ Z0 3tev ILD 558 204 50 10200 0 545 Overlay: 60BX, 3.2 gg->had per BX, timing cuts applied
WW 3tev ILD 560 4701 50 235050 0 439 Overlay: 60BX, 3.2 gg->had per BX, timing cuts applied
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar nu nub 3tev ILD 561 4725 10 47250 0 461 Overlay: 60BX, 3.2 gg->had per BX, timing cuts applied
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar nu nub 3tev ILD 562 2017 10 20170 0 460 Overlay: 60BX, 3.2 gg->had per BX, timing cuts applied, Prod 561 has PtGT530
e- e+ -> tau- tau+ nu nub 3tev ILD 563 83 10 830 0 455 Overlay: 60BX, 3.2 gg->had per BX, timing cuts applied, 330<Pt<530
e- e+ -> tau- tau+ nu nub 3tev ILD 564 83 10 830 0 454 Overlay: 60BX, 3.2 gg->had per BX, timing cuts applied, Pt>530
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar e- nueb 500gev ILD 570 97 10 970 0 568 Overlay: 300BX, 0.3 gg->had per BX, timin cuts for 500GeV applied
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar e- nueb 500gev ILD 574 2126 50 106300 0 568 Overlay: 300BX, 0.3 gghad per BX, 5 sig files per job
e- e+ -> qq nue e- 3tev ILD 580 1509 50 75450 0 575 Overlay: 60BX, 3.2 gghad per BX, 330LTptLT530
e- e+ -> qq nue e- 3tev ILD 581 1465 50 73250 0 576 Overlay: 60BX, 3.2 gghad per BX, ptGT530
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar 500gev ILD 586 4170 50 208500 0 577 Overlay: 300 BX, 0.3 gghad per BX, timing for 500GeV, 5 files per job
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar e- e+ 500gev ILD 602 564 250 141000 0 550 Overlay: 300 BX, 0.3 gghad per BX, timing for 500GeV
e- e+ -> t tbar 500gev ILD 604 1341 20 26820 0 432 Overlay: 300BX, 0.3gghad per BX, timing for 500GeV
WW 500gev ILD 605 1605 100 160500 0 434 Overlay: 300BX, 0.3gghad per BX, timing for 500GeV
e- e+ -> b bbar b bbar 3tev ILD 608 99 50 4950 0 283 Overlay: 60BX, 3.2 gghad per BX, timing applied

CLIC_SID_CDR

channel Energy Detector ProdID tasks Evts/task StatisticsLumi (fb-1) Comment
e- e+ -> ch1+ ch1- 3tev SID 510 500 10 5000 0 363 Reconstructing ch1ch1 at 3tev without overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr
e- e+ -> neu2 neu2 3tev SID 512 4993 20 99860 0 466 Reconstructing neu2neu2 at 3tev without overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr
e- e+ -> ch2+ ch2- 3tev SID 514 501 10 5010 0 365 Reconstructing ch2ch2 at 3tev without overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr
e- e+ -> ch1+ ch2- e- e+ -> ch2+ ch1- 3tev SID 516 500 10 5000 0 364 Reconstructing ee_ch1ch2 at 3tev without overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr
e- e+ -> ch1+ ch1- nu Nubar 3tev SID 518 997 20 19940 0 472 Reconstructing ch1ch1_nunu at 3tev without overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr
e- e+ -> neu2 neu2 nu Nubar 3tev SID 520 500 20 10000 0 471 Reconstructing neu2neu2_nunu at 3tev without overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr
e- e+ -> qqqq nunu (mH=inf) 3tev SID 522 3014 10 30140 0 389 Reconstructing ee_qqqqnunu at 3tev without overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr
e- e+ -> qq H nunu (mH=118.52) 3tev SID 524 2440 20 48800 0 387 Reconstructing ee_qqHnunu at 3tev without overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr
e- e+ -> h h nu nub 3tev SID 526 500 20 10000 0 473 Reconstructing hh_nunu at 3tev without overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr
e- e+ -> H nue nueb, H -> mu+ mu- 3tev SID 528 11 1000 11000 0 354 Reconstructing ee_h_mumu at 3tev without overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr
e- e+ -> nue nueb mu+ mu- (mh=12TeV) 3tev SID 530 2636 1000 2636000 0 357 Reconstructing ee_mumunuenue_nohiggs at 3tev without overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr
e- e+ -> H nue nueb, H -> b bbar 3tev SID 532 7278 20 145560 0 467 Reconstructing ee_h_bb at 3tev without overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr
e- e+ -> H nue nueb, H -> c cbar 3tev SID 534 7280 20 145600 0 468 Reconstructing ee_h_cc at 3tev without overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr
e- e+ -> qq nue e- 3tev SID 536 5244 20 104880 0 470 Reconstructing ee_qqn1e1 at 3tev without overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar 3tev SID 539 5376 20 107520 0 502 Reconstructing qq at 3tev without overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar e- e+ 3tev SID 541 4691 20 93820 0 507 Reconstructing qq_e1e1 at 3tev without overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar nu nub 3tev SID 543 4665 40 186600 0 538 Reconstructing qq_nunu at 3tev without overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr
e- e+ -> ch1+ ch1- 3tev SID 572 4491 40 179640 0 571 Reconstructing ch1ch1 at 3tev without overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr
e- e+ -> H nue nueb, H -> mu+ mu- 3tev SID 590 991 20 19820 0 587 Reconstructing ee_h_mumu at 3tev without overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr
e- e+ -> nue nueb mu+ mu- (mh=12TeV) 3tev SID 592 999 20 19980 0 588 Reconstructing ee_mumunuenue_nohiggs at 3tev without overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr
e- e+ -> qqqqnunu 3tev SID 594 10074 20 201480 0 589 Reconstructing ee_qqqqnunu_chne at 3tev without overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr
e- e+ -> ch2+ ch2- 3tev SID 612 990 20 19800 0 609 Reconstructing ch2ch2 at 3tev without overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr

CLIC_SID_CDR with Overlay

channel Energy Detector ProdID tasks Evts/task StatisticsLumi (fb-1) Mother Prod Comment
e- e+ -> ch2+ ch2- 3tev SID 515 464 20 9280 0 365 Reconstructing ch2ch2 at 3tev with overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr
e- e+ -> ch1+ ch2- e- e+ -> ch2+ ch1- 3tev SID 517 472 20 9440 0 364 Reconstructing ee_ch1ch2 at 3tev with overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr
e- e+ -> ch1+ ch1- nu Nubar 3tev SID 519 969 40 38760 0 472 Reconstructing ch1ch1_nunu at 3tev with overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr
e- e+ -> neu2 neu2 nu Nubar 3tev SID 521 488 40 19520 0 471 Reconstructing neu2neu2_nunu at 3tev with overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr
e- e+ -> qqqq nunu (mH=inf) 3tev SID 523 2 10 20 0 389 Reconstructing ee_qqqqnunu at 3tev with overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr
e- e+ -> qq H nunu (mH=118.52) 3tev SID 525 1969 20 39380 0 387 Reconstructing ee_qqHnunu at 3tev with overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr
e- e+ -> h h nu nub 3tev SID 527 460 40 18400 0 473 Reconstructing hh_nunu at 3tev with overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr
e- e+ -> H nue nueb, H -> b bbar 3tev SID 533 6 10 60 0 467 Reconstructing ee_h_bb at 3tev with overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr
e- e+ -> H nue nueb, H -> c cbar 3tev SID 535 12 10 120 0 468 Reconstructing ee_h_cc at 3tev with overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar 3tev SID 540 24 10 240 0 502 Reconstructing qq at 3tev with overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar e- e+ 3tev SID 542 41 10 410 0 507 Reconstructing qq_e1e1 at 3tev with overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar nu nub 3tev SID 544 43 20 860 0 538 Reconstructing qq_nunu at 3tev with overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr
e- e+ -> ch1+ ch1- 3tev SID 547 500 10 5000 0 363 Reconstructing ch1ch1 at 3tev with overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr
e- e+ -> neu2 neu2 3tev SID 555 4868 20 97360 0 466 Reconstructing neu2neu2 at 3tev with overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr
e- e+ -> ch1+ ch1- 3tev SID 573 4447 40 177880 0 571 Reconstructing ch1ch1 at 3tev with overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr
e- e+ -> H nue nueb, H -> mu+ mu- 3tev SID 591 976 20 19520 0 587 Reconstructing ee_h_mumu at 3tev with overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr
e- e+ -> nue nueb mu+ mu- (mh=12TeV) 3tev SID 593 999 20 19980 0 588 Reconstructing ee_mumunuenue_nohiggs at 3tev with overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr
e- e+ -> qqqqnunu 3tev SID 595 10058 20 201160 0 589 Reconstructing ee_qqqqnunu_chne at 3tev with overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr
e- e+ -> H nue nueb, H -> b bbar 3tev SID 596 12821 10 128210 0 467 Reconstructing ee_h_bb at 3tev with overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr
e- e+ -> H nue nueb, H -> c cbar 3tev SID 597 12738 10 127380 0 468 Reconstructing ee_h_cc at 3tev with overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr
e- e+ -> qq nue e- 3tev SID 598 9543 10 95430 0 470 Reconstructing ee_qqn1e1 at 3tev with overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar 3tev SID 599 9972 10 99720 0 502 Reconstructing qq at 3tev with overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar e- e+ 3tev SID 600 8034 10 80340 0 507 Reconstructing qq_e1e1 at 3tev with overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar nu nub 3tev SID 601 8257 20 165140 0 538 Reconstructing qq_nunu at 3tev with overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr
e- e+ -> ch2+ ch2- 3tev SID 613 806 20 16120 0 609 Reconstructing ch2ch2 at 3tev with overlay, lcsim CLIC_CDR, slicPandora CLIC_CDR, clic_sid_cdr

Volume3 CLIC_ILD_CDR with Overlay

channel Energy Detector ProdID tasks Average Evts/task StatisticsLumi (fb-1) Mother Prod Comment
e- e+ -> mu- mu+ h 500gev ILD 739 119 -1 -119 0 738 CLIC_ILD_CDR_500, Overlay
e- e+ -> e- e+ h 500gev ILD 742 121 -1 -121 0 741 CLIC_ILD_CDR_500, Overlay
e- e+ -> e- e+ nu nub 500gev ILD 755 447 -1 -447 0 754 CLIC_ILD_CDR_500, Overlay
e- e+ -> mu- mu+ nu nub 500gev ILD 758 169 -1 -169 0 757 CLIC_ILD_CDR_500, Overlay
e- e+ -> mu- mu+ f F 500gev ILD 778 294 -1 -294 0 776 CLIC_ILD_CDR_500, Overlay
e- e+ -> e- e+ f F 500gev ILD 782 992 -1 -992 0 780 CLIC_ILD_CDR_500, Overlay
e- e+ -> e- e+ 500gev ILD 822 11 -1 -11 0 820 CLIC_ILD_CDR_500, Overlay
e- e+ -> mu- mu+ 500gev ILD 826 10 -1 -10 0 824 CLIC_ILD_CDR_500, Overlay
e- e+ -> tau- tau+ 500gev ILD 830 10 -1 -10 0 828 CLIC_ILD_CDR_500, Overlay
e- e+ -> stau1+ stau1- 1.4tev ILD 862 82 -1 -82 0 861 CLIC_ILD_CDR, Overlay
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar nu nub 1.4tev ILD 864 426 -1 -426 0 863 CLIC_ILD_CDR, Overlay
e- e+ -> tau- tau+ 1.4tev ILD 866 40 -1 -40 0 865 CLIC_ILD_CDR, Overlay
e- e+ -> tau- tau+ nu nub 1.4tev ILD 868 316 -1 -316 0 867 CLIC_ILD_CDR, Overlay
A A -> tau- tau+ 1.4tev ILD 869 603 -1 -603 0 795 CLIC_ILD_CDR, Overlay
A A -> e- e+ tau- tau+ 1.4tev ILD 870 21 -1 -21 0 797 CLIC_ILD_CDR, Overlay
A A -> mu- mu+ tau- tau+ 1.4tev ILD 871 40 -1 -40 0 799 CLIC_ILD_CDR, Overlay
A A -> tau- tau+ nu nub 1.4tev ILD 872 304 -1 -304 0 801 CLIC_ILD_CDR, Overlay
e- e+ -> tau- tau+ neu1 neu1 1.4tev ILD 873 12 -1 -12 0 816 CLIC_ILD_CDR, Overlay
e- e+ -> tau- tau+ neu1 neu1 nu Nubar 1.4tev ILD 875 20 -1 -20 0 874 CLIC_ILD_CDR, Overlay
e- e+ -> mu- mu+ tau- tau+ 1.4tev ILD 877 24 -1 -24 0 876 CLIC_ILD_CDR, Overlay
e- e+ -> e- e+ tau- tau+ 1.4tev ILD 887 336 -1 -336 0 886 CLIC_ILD_CDR, Overlay

Volume3 CLIC_SID_CDR with Overlay

channel Energy Detector ProdID tasks Average Evts/task StatisticsLumi (fb-1) Mother Prod Comment
e- e+ -> ch1+ ch1- 1.4tev SID 851 800 200 160000 0 848 CLIC_SID_CDR, overlay
e- e+ -> neu2 neu2 1.4tev SID 852 302 200 60400 0 846 CLIC_SID_CDR, overlay
e- e+ -> h h nu nub 1.4tev SID 856 287 200 57400 0 855 CLIC_SID_CDR, overlay
e- e+ -> ql ql ql ql nu nub 1.4tev SID 859 574 200 114800 0 858 CLIC_SID_CDR, overlay
e- e+ -> h h nu Nubar 1.4tev SID 879 47 200 9400 0 878 CLIC_SID_CDR, overlay
e- e+ -> q Q h nu Nubar 1.4tev SID 881 67 200 13400 0 880 CLIC_SID_CDR, overlay
e- e+ -> ch1+ ch1- nu Nubar 1.4tev SID 883 60 200 12000 0 882 CLIC_SID_CDR, overlay
e- e+ -> neu2 neu2 nu Nubar 1.4tev SID 885 63 200 12600 0 884 CLIC_SID_CDR, overlay
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Topic revision: r15 - 2012-03-27 - StephanePoss
 
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