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	Statistics	Lumi (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	Statistics	Lumi (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