Simulated Data

Here are the file links for the 2 detector models used in the simulation of the events. Also find the event types that where simulated with their corresponding prodID.

CLIC_ILD_CDR

The steering file used for simulation can be found here: http://lcd-data.web.cern.ch/lcd-data/doc/clic_ild_cdr.steer, or input in a dirac job by specifying its LFN: lfn:/ilc/prod/software/mokka/steeringfile/20101116/clic_ild_cdr.steer.

The samples have no corresponding luminosity because it is not yet propagated properly between steps. Will be in one of the next updates.

channel Energy Detector Type ProdID tasks Evts/task StatisticsLumi (fb-1) mother prod Comment
e- e+ -> b bbar 3tev ILD 280 1020 10 10200 0 268 Simulating ee -> bb, CLIC_ILD_CDR, mokka v0706p5
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar 3tev ILD 281 10782 10 107820 0 236 Simulating ee -> qq, CLIC_ILD_CDR, mokka v0706p5
e- e+ -> t tbar 3tev ILD 282 10311 10 103110 0 235 Simulating ee -> tt, CLIC_ILD_CDR, mokka v0706p5
e- e+ -> b bbar b bbar 3tev ILD 283 2661 10 26610 0 242 Simulating ee -> bbbb, CLIC_ILD_CDR, mokka v0706p5
e- e+ -> b tbar bbar t 3tev ILD 284 993 10 9930 0 243 Simulating ee -> tbtb, CLIC_ILD_CDR, mokka v0706p5
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar e- e+ 3tev ILD 285 1011 10 10110 0 244 Simulating ee -> qqe1e1, CLIC_ILD_CDR, mokka v0706p5
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar nue nueb 3tev ILD 286 1017 10 10170 0 245 Simulating ee -> qqn1n1, CLIC_ILD_CDR, mokka v0706p5
e- e+ -> W- W+ Z0 3tev ILD 287 1009 10 10090 0 266 Simulating ee -> wwz, CLIC_ILD_CDR, mokka v0706p5
e- e+ -> Z0 Z0 3tev ILD 288 11438 10 114380 0 265 Simulating ee -> zz, CLIC_ILD_CDR, mokka v0706p5
e- e+ -> W- W+ 3tev ILD 289 10405 10 104050 0 264 Simulating ee -> ww, CLIC_ILD_CDR, mokka v0706p5
e- e+ -> squark squark 3tev ILD 298 3571 10 35710 0 292 Sim ee->sqsq, CLIC_ILD_CDR, mokka 0706p5
e- e+ -> q Q e-:mu-:tau- e+:mu+:tau+ 3tev ILD 299 1003 10 10030 0 290 Sim ee->qqll, CLIC_ILD_CDR, mokka 0706p5
e- e+ -> q Q neu1 neu1 3tev ILD 300 1008 10 10080 0 291 sim ee->qqneu1neu1, CLIC_ILD_CDR, mokka 0706p5
e- e+ -> qq nue e- 3tev ILD 306 8859 10 88590 0 248 Sim ee->qqn1e1, CLIC_ILD_CDR, mokka 0706p5
e- e+ -> tau- tau+ nu nub 3tev ILD 307 10650 10 106500 0 297 Sim ee->tau tau nu nu, CLIC_ILD_CDR, mokka 0706p5
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar nu nub 3tev ILD 331 1004 10 10040 0 241 Sim ee -> qq nunu, CLIC_ILD_CDR, mokka 0706p5
e- e+ -> t tbar 500gev ILD 332 4203 10 42030 0 305 Sim ee -> ttbar at 500Gev, CLIC_ILD_CDR, with bug fix for katja, mokka v0706P6
e- e+ -> W- W+ 500gev ILD 347 1001 10 10010 0 340 Sim ee->ww at 500GeV, CLIC_ILD_CDR model used
e- e+ -> Z0 Z0 500gev ILD 348 1005 10 10050 0 341 Sim ee->zz at 500GeV, CLIC_ILD_CDR model used
e- e+ -> W- W+ Z0 500gev ILD 349 1007 10 10070 0 342 Sim ee->wwz at 500GeV, CLIC_ILD_CDR model used
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar 500gev ILD 350 16362 10 163620 0 343 Sim ee->qq at 500GeV, CLIC_ILD_CDR model used
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar e- e+ 500gev ILD 351 1005 10 10050 0 344 Sim ee->qqee at 500GeV, CLIC_ILD_CDR model used
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar e- nueb 500gev ILD 352 1589 10 15890 0 345 Sim ee->qqenue at 500GeV, CLIC_ILD_CDR model used
Z0_uds 3tev ILD 366 854 10 8540 0 3 CLIC_ILD_CDR model
e- e+ -> H nue nueb, H -> b bbar 3tev ILD 372 2002 10 20020 0 233 CLIC_ILD_CDR model
e- e+ -> H nue nueb, H -> c cbar 3tev ILD 373 2001 10 20010 0 234 CLIC_ILD_CDR model
e- e+ -> nue nueb qq (q=udscb) (mh=12TeV) 3tev ILD 374 999 10 9990 0 263 CLIC_ILD_CDR model
e- e+ -> b bbar 500gev ILD 386 1006 10 10060 0 317 Sim CLIC_ILD_CDR model
gamma gamma -> hadrons 500gev ILD 400 2977 100 297700 0 0 No crossing amgle as defined in input files
e- e+ -> t tbar 500gev ILD 432 5550 10 55500 0 429 CLIC_ILD_CDR500 model, crossing angle applied
e- e+ ->Z0Z0 500gev ILD 433 1365 50 68250 0 431 CLIC_ILD_CDR500 model, crossing angle applied
e- e+ ->WW 500gev ILD 434 14743 50 737150 0 430 CLIC_ILD_CDR500 model, crossing angle applied
e- e+ ->Z0Z0 3tev ILD 438 1001 50 50050 0 435 CLIC_ILD_CDR model
e- e+ ->WW 3tev ILD 439 5460 50 273000 0 436 CLIC_ILD_CDR model
e- e+ -> t tbar 3tev ILD 440 1001 50 50050 0 437 CLIC_ILD_CDR model
e- e+ -> tau- tau+ nu nub 3tev ILD 454 83 10 830 0 1 CLIC_ILD_CDR model, ptGT530 provided by L. Weuste
e- e+ -> tau- tau+ nu nub 3tev ILD 455 84 10 840 0 0 CLIC_ILD_CDR model, 330LTptLT530 provided by L. Weuste
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar nu nub 3tev ILD 460 5870 10 58700 0 1 CLIC_ILD_CDR model, 330LTptLT530 provided by L. Weuste
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar nu nub 3tev ILD 461 5815 10 58150 0 2 CLIC_ILD_CDR model, ptGT530 provided by L. Weuste
e- e+ -> W- W+ Z0 3tev ILD 545 200 50 10000 0 0 No Beam spectrumm, need weigting
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar e- e+ 500gev ILD 550 4298 50 214900 0 549 CLIC_ILD_CDR500 model, crossing angle applied
e- e+ -> Z0 Z0 Z0 3tev ILD 567 182 50 9100 0 0 CLIC_ILD_CDR model, crossing angle applied
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar e- nueb 500gev ILD 568 11712 10 117120 0 345 CLIC_ILD_CDR500 model, crossing angle applied
e- e+ -> qq nue e- 3tev ILD 575 9704 10 97040 0 1 CLIC_ILD_CDR model, crossing angle applied, 330LTptLT530
e- e+ -> qq nue e- 3tev ILD 576 10367 10 103670 0 2 CLIC_ILD_CDR model, crossing angle applied, ptGT530
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar 500gev ILD 577 25263 10 252630 0 343 CLIC_ILD_CDR500 model, crossing angle applied

CLIC_SID_CDR

The mac file used for simulation can be found here: http://lcd-data.web.cern.ch/lcd-data/doc/default.mac , or input in a dirac job by specifying its LFN: lfn:/ilc/prod/software/slic/default.mac. The rest of the options are set by every jobs at run time.

channel Energy Detector Type ProdID tasks Evts/task StatisticsLumi (fb-1) mother prod Comment
e- e+ -> H nue nueb, H -> mu+ mu- 3tev SID 354 21 1000 21000 0 231 Simulating ee_h_mumu at 3tev, SLIC v2r9p8, clic_sid_cdr
e- e+ -> H nue nueb, H -> b bbar 3tev SID 355 2002 10 20020 0 233 Simulating ee_h_bb at 3tev, SLIC v2r9p8, clic_sid_cdr
e- e+ -> H nue nueb, H -> c cbar 3tev SID 356 2001 10 20010 0 234 Simulating ee_h_cc at 3tev, SLIC v2r9p8, clic_sid_cdr
e- e+ -> nue nueb mu+ mu- (mh=12TeV) 3tev SID 357 5255 1000 5255000 0 269 Simulating ee_mumunuenue_nohiggs at 3tev, SLIC v2r9p8, clic_sid_cdr
e- e+ -> b bbar 3tev SID 359 976 10 9760 0 268 Simulating bb at 3tev, SLIC v2r9p8, clic_sid_cdr
e- e+ -> b bbar 500gev SID 361 1000 10 10000 0 317 Simulating bb at 500gev, SLIC v2r9p8, clic_sid_cdr
e- e+ -> nue nueb qq (q=udscb) (mh=12TeV) 3tev SID 362 998 10 9980 0 263 ee_qqnuenue_nohiggs at 3tev, SLIC v2r9p8, clic_sid_cdr
e- e+ -> ch1+ ch1- 3tev SID 363 1001 10 10010 0 249 Simulating ch1ch1 at 3tev, SLIC v2r9p8, clic_sid_cdr
e- e+ -> ch1+ ch2- e- e+ -> ch2+ ch1- 3tev SID 364 1000 10 10000 0 250 Simulating ee_ch1ch2 at 3tev, SLIC v2r9p8, clic_sid_cdr
e- e+ -> ch2+ ch2- 3tev SID 365 1002 10 10020 0 251 Simulating ch2ch2 at 3tev, SLIC v2r9p8, clic_sid_cdr
gamma gamma -> hadrons 3tev SID 368 498 100 49800 0 1 Simulating gghad at 3tev, SLIC v2r9p8, clic_sid_cdr
e- e+ -> Z0 Z0 (nue nue), Z0 -> q q 3tev SID 378 1004 10 10040 0 246 Simulating ee_zz_nunuqq at 3tev, SLIC v2r9p8, clic_sid_cdr
e- e+ -> W+ W- (nue nue), W -> qq 3tev SID 379 16206 10 162060 0 247 Simulating ee_ww_qqqq at 3tev, SLIC v2r9p8, clic_sid_cdr
e- e+ -> qq H nunu (mH=118.52) 3tev SID 387 4876 10 48760 0 277 ee_qqHnunu at 3tev, SLIC v2r9p8, clic_sid_cdr
e- e+ -> seL+ seL- 3tev SID 388 1019 10 10190 0 260 Simulating se1se1 at 3tev, SLIC v2r9p8, clic_sid_cdr
e- e+ -> qqqq nunu (mH=inf) 3tev SID 389 6028 10 60280 0 271 Simulating ee_qqqqnunu at 3tev, SLIC v2r9p8, clic_sid_cdr
e- e+ -> qq cc nunu (mH=inf) 3tev SID 390 1019 10 10190 0 272 Simulating ee_qqccnunu at 3tev, SLIC v2r9p8, clic_sid_cdr
e- e+ -> qq bb nunu (mH=inf) 3tev SID 391 5604 10 56040 0 273 Simulating ee_qqbbnunu at 3tev, SLIC v2r9p8, clic_sid_cdr
e- e+ -> cccc nunu (mH=inf) 3tev SID 392 1019 10 10190 0 274 Simulating ee_ccccnunu at 3tev, SLIC v2r9p8, clic_sid_cdr
e- e+ -> cc bb nunu (mH=inf) 3tev SID 393 1020 10 10200 0 275 Simulating ee_ccbbnunu at 3tev, SLIC v2r9p8, clic_sid_cdr
e- e+ -> bbbb nunu (mH=inf) 3tev SID 394 1026 10 10260 0 276 Simulating ee_bbbbnunu at 3tev, SLIC v2r9p8, clic_sid_cdr
e- e+ -> cc H nunu (mH=118.52) 3tev SID 395 1032 10 10320 0 278 Simulating ee_ccHnunu at 3tev, SLIC v2r9p8, clic_sid_cdr
e- e+ -> bb H nunu (mH=118.52) 3tev SID 396 1016 10 10160 0 279 Simulating ee_bbHnunu at 3tev, SLIC v2r9p8, clic_sid_cdr
e- e+ -> neu2 neu2 3tev SID 397 1200 10 12000 0 258 Simulating neu2neu2 at 3tev, SLIC v2r9p8, clic_sid_cdr
e- e+ -> neu3 neu4 3tev SID 398 1176 10 11760 0 259 Simulating neu3neu4 at 3tev, SLIC v2r9p8, clic_sid_cdr
e- e+ -> snue snue* 3tev SID 399 1185 10 11850 0 261 Simulating snuesnue at 3tev, SLIC v2r9p8, clic_sid_cdr
e- e+ -> neu2 neu2 3tev SID 466 9996 10 99960 0 403 Simulating neu2neu2 at 3tev, SLIC v2r9p8, clic_sid_cdr
e- e+ -> H nue nueb, H -> b bbar 3tev SID 467 14619 10 146190 0 411 Simulating ee_h_bb at 3tev, SLIC v2r9p8, clic_sid_cdr
e- e+ -> H nue nueb, H -> c cbar 3tev SID 468 14617 10 146170 0 412 Simulating ee_h_cc at 3tev, SLIC v2r9p8, clic_sid_cdr
e- e+ -> qq nue e- 3tev SID 470 10892 10 108920 0 414 Simulating ee_qqn1e1 at 3tev, SLIC v2r9p8, clic_sid_cdr
e- e+ -> neu2 neu2 nu Nubar 3tev SID 471 1000 20 20000 0 422 Simulating neu2neu2_nunu at 3tev, SLIC v2r9p8, clic_sid_cdr
e- e+ -> ch1+ ch1- nu Nubar 3tev SID 472 1994 20 39880 0 423 Simulating ch1ch1_nunu at 3tev, SLIC v2r9p8, clic_sid_cdr
e- e+ -> h h nu nub 3tev SID 473 1001 20 20020 0 421 Simulating hh_nunu at 3tev, SLIC v2r9p8, clic_sid_cdr
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar 3tev SID 502 10752 10 107520 0 236 Simulating qq at 3tev, SLIC v2r9p8, clic_sid_cdr
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar e- e+ 3tev SID 507 9538 10 95380 0 402 Simulating qq_e1e1 at 3tev, SLIC v2r9p8, clic_sid_cdr
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar nu nub 3tev SID 538 9454 20 189080 0 508 Simulating qq_nunu at 3tev, SLIC v2r9p8, clic_sid_cdr
e- e+ -> ch1+ ch1- 3tev SID 571 8993 20 179860 0 424 Simulating ch1ch1 at 3tev, SLIC v2r9p8, clic_sid_cdr
e- e+ -> H nue nueb, H -> mu+ mu- 3tev SID 587 991 20 19820 0 582 Simulating ee_h_mumu at 3tev, SLIC v2r9p8, clic_sid_cdr
e- e+ -> nue nueb mu+ mu- (mh=12TeV) 3tev SID 588 999 20 19980 0 583 Simulating ee_mumunuenue_nohiggs at 3tev, SLIC v2r9p8, clic_sid_cdr
e- e+ -> qqqqnunu 3tev SID 589 10074 20 201480 0 584 Simulating ee_qqqqnunu_chne at 3tev, SLIC v2r9p8, clic_sid_cdr
e- e+ -> ch2+ ch2- 3tev SID 609 998 20 19960 0 603 Simulating ch2ch2 at 3tev, SLIC v2r9p8, clic_sid_cdr
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Topic revision: r13 - 2011-07-19 - StephanePoss
 
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