# # "/nfs/atlas/nwarrack/user.dhirsch.AcerMC39.110069.singletop_tchan_lept_scale_115_CTEQ6L1_8TeV.evgen/AcerMC39.110069.singletop_tchan_lept_scale_115_CTEQ6L1_8TeV._00039.pool.root",
# # "/nfs/atlas/nwarrack/user.dhirsch.AcerMC39.110069.singletop_tchan_lept_scale_115_CTEQ6L1_8TeV.evgen/AcerMC39.110069.singletop_tchan_lept_scale_115_CTEQ6L1_8TeV._00040.pool.root",
# # "/nfs/atlas/nwarrack/user.dhirsch.AcerMC39.110069.singletop_tchan_lept_scale_115_CTEQ6L1_8TeV.evgen/AcerMC39.110069.singletop_tchan_lept_scale_115_CTEQ6L1_8TeV._00041.pool.root",
# # "/nfs/atlas/nwarrack/user.dhirsch.AcerMC39.110069.singletop_tchan_lept_scale_115_CTEQ6L1_8TeV.evgen/AcerMC39.110069.singletop_tchan_lept_scale_115_CTEQ6L1_8TeV._00042.pool.root",
# # "/nfs/atlas/nwarrack/user.dhirsch.AcerMC39.110069.singletop_tchan_lept_scale_115_CTEQ6L1_8TeV.evgen/AcerMC39.110069.singletop_tchan_lept_scale_115_CTEQ6L1_8TeV._00043.pool.root",
# # "/nfs/atlas/nwarrack/user.dhirsch.AcerMC39.110069.singletop_tchan_lept_scale_115_CTEQ6L1_8TeV.evgen/AcerMC39.110069.singletop_tchan_lept_scale_115_CTEQ6L1_8TeV._00044.pool.root",
# # "/nfs/atlas/nwarrack/user.dhirsch.AcerMC39.110069.singletop_tchan_lept_scale_115_CTEQ6L1_8TeV.evgen/AcerMC39.110069.singletop_tchan_lept_scale_115_CTEQ6L1_8TeV._00045.pool.root",
# # "/nfs/atlas/nwarrack/user.dhirsch.AcerMC39.110069.singletop_tchan_lept_scale_115_CTEQ6L1_8TeV.evgen/AcerMC39.110069.singletop_tchan_lept_scale_115_CTEQ6L1_8TeV._00046.pool.root",
# # "/nfs/atlas/nwarrack/user.dhirsch.AcerMC39.110069.singletop_tchan_lept_scale_115_CTEQ6L1_8TeV.evgen/AcerMC39.110069.singletop_tchan_lept_scale_115_CTEQ6L1_8TeV._00047.pool.root",
# # "/nfs/atlas/nwarrack/user.dhirsch.AcerMC39.110069.singletop_tchan_lept_scale_115_CTEQ6L1_8TeV.evgen/AcerMC39.110069.singletop_tchan_lept_scale_115_CTEQ6L1_8TeV._00048.pool.root",
# # "/nfs/atlas/nwarrack/user.dhirsch.AcerMC39.110069.singletop_tchan_lept_scale_115_CTEQ6L1_8TeV.evgen/AcerMC39.110069.singletop_tchan_lept_scale_115_CTEQ6L1_8TeV._00049.pool.root",
# # "/nfs/atlas/nwarrack/user.dhirsch.AcerMC39.110069.singletop_tchan_lept_scale_115_CTEQ6L1_8TeV.evgen/AcerMC39.110069.singletop_tchan_lept_scale_115_CTEQ6L1_8TeV._00050.pool.root",
]
from AthenaCommon.AlgSequence import AlgSequence
job = AlgSequence()
from Rivet_i.Rivet_iConf import Rivet_i
rivet = Rivet_i()
rivet.AnalysisPath = os.environ['PWD']
#rivet.Analyses += [ 'ATLAS_2017_I1512776' ]
rivet.Analyses += ['RivetMC_tchan_particle']
rivet.RunName = ""
#rivet.HistoFile = "MG5_atNLO_Herwig"
rivet.HistoFile = "Acer"
#rivet.OutputLevel = DEBUG
#rivet.CrossSection = 26.587 #<- xSec from https://twiki.cern.ch/twiki/bin/view/AtlasProtected/TopMC12SingleTopSamples#Singletop_Samples
rivet.CrossSection = 28.4348 #<- with kFactor
job += rivet
# /unix/bsmxsec2/zgrout/Samples/mc15_13TeV.364250.Sherpa_222_NNPDF30NNLO_llll.evgen.EVNT.e5894/
#svcMgr.EventSelector.InputCollections = glob.glob("/unix/bsmxsec2/zgrout/Samples/mc16_13TeV.345706.Sherpa_222_NNPDF30NNLO_ggllll_130M4l.merge.EVNT.e6213_e5984/EVNT.12842743._000027.pool.root.1")
# svcMgr.EventSelector.InputCollections = glob.glob("/home/goblirsc/Datasets/H4l/EVNT/mc15_13TeV.361603.PowhegPy8EG_CT10nloME_AZNLOCTEQ6L1_ZZllll_mll4.evgen.EVNT.e4475/*")[0:2]
from AthenaCommon.AlgSequence import AlgSequence
job = AlgSequence()
from GaudiSvc.GaudiSvcConf import THistSvc
ServiceMgr += THistSvc()
ServiceMgr.THistSvc.Output = ["Rivet DATAFILE='Rivet.root' OPT='RECREATE'"]
from Rivet_i.Rivet_iConf import Rivet_i
rivet = Rivet_i()
rivet.AnalysisPath = os.environ['PWD']
#rivet.Analyses += [ 'ATLAS_2019_VBS' ]
rivet.Analyses += ['ATLAS_2019_I00001']
#rivet.Analyses += [ 'ATLAS_2019_I1720442' ]
rivet.Analyses += ['MC_XS']
rivet.RunName = ""
#rivet.WeightName=" nnlops-nominal "
#rivet.WeightName= ' nominal '
#rivet.WeightName = ' PDF set = 90420 '
rivet.HistoFile = "myanalysis"
rivet.DoRootHistos = True
#rivet.CrossSection = 9.1185E+03
job += rivet
from AthenaCommon.AppMgr import ServiceMgr as svcMgr theApp.EvtMax = -1 import AthenaPoolCnvSvc.ReadAthenaPool svcMgr.EventSelector.InputCollections = ["EVNT.05915947._001376.pool.root.1"] from AthenaCommon.AlgSequence import AlgSequence job = AlgSequence() from Rivet_i.Rivet_iConf import Rivet_i rivet = Rivet_i() rivet.Analyses += [ 'MC_BOOSTEDVBB' ] rivet.RunName = "" rivet.HistoFile = "boostedvbb.yoda" import os rivet.AnalysisPath = os.environ['PWD'] rivet.CrossSection = 1 job += rivet from GaudiSvc.GaudiSvcConf import THistSvc svcMgr += THistSvc() svcMgr.THistSvc.Output = ["Rivet DATAFILE='boostedvbb.root' OPT='RECREATE'"] job += rivet
#sys.exit() from AthenaCommon.AppMgr import ServiceMgr as svcMgr from AthenaCommon.AlgSequence import AlgSequence job = AlgSequence() #OutputRoot="Rivet_"+fitt+".root" from GaudiSvc.GaudiSvcConf import THistSvc ServiceMgr += THistSvc() ServiceMgr.THistSvc.Output = ["Rivet DATAFILE='Rivet.root' OPT='RECREATE'"] ServiceMgr.MessageSvc.OutputLevel = 4 #INFO #DEBUG from Rivet_i.Rivet_iConf import Rivet_i import os rivet = Rivet_i() rivet.AnalysisPath = os.environ['PWD'] #rivet.Analyses +=['ttw_ttH'] rivet.Analyses +=['ttwqq'] rivet.RunName = "" # https://twiki.cern.ch/twiki/bin/view/AtlasProtected/RivetForAtlas#Use_with_Multiple_LHE_Weights #rivet.WeightName="MUR0.5_MUF0.5_PDF261000" #rivet.WeightName="MUR2_MUF2_PDF261000" #rivet.HistoFile = "ttw_ttH" rivet.HistoFile = "ttw_qq" rivet.DoRootHistos=True rivet.CrossSection = xs # xs to be read from athena or pathena commandline print "CrossSection",xs job += rivet
#M4--Best Limits #svcMgr.EventSelector.InputCollections = ["/afs/cern.ch/user/n/ngubbi/work/AnalysisFiles-aQGC-WWZ/NewObservables-samples/DownloadedSamples/user.ngubbi.aQGC-M4-bestlimits-40-10pow12.10k-3lepevents.v1_EXT0/user.ngubbi.16195971.EXT0._000001.EVNT-aQGC-01.pool-M4-bestlimits-40-10pow12.10k-3lepevents.v1.root"] #M2-Best Limits #svcMgr.EventSelector.InputCollections = ["/afs/cern.ch/user/n/ngubbi/work/AnalysisFiles-aQGC-WWZ/NewObservables-samples/DownloadedSamples/user.ngubbi.aQGC-M2-bestlimits-26-10pow12.10k-3lepevents.v1_EXT0/user.ngubbi.16192461.EXT0._000001.EVNT-aQGC-01.pool-M2-bestlimits-26-10pow12.10k-3lepevents.v1.root"] #M3 Best Limits #svcMgr.EventSelector.InputCollections = ["/afs/cern.ch/user/n/ngubbi/work/AnalysisFiles-aQGC-WWZ/NewObservables-samples/DownloadedSamples/user.ngubbi.aQGC-M3-bestlimits-43.5-10pow12.10k-3lepevents.v1_EXT0/user.ngubbi.16193004.EXT0._000001.EVNT-aQGC-01.pool-M3-bestlimits-43.5-10pow12.10k-3lepevents.v1.root"] #T5 Best Limits svcMgr.EventSelector.InputCollections = ["/afs/cern.ch/user/n/ngubbi/work/AnalysisFiles-aQGC-WWZ/NewObservables-samples/DownloadedSamples/user.ngubbi.aQGC-T5-bestlimits-3.8-10pow12.10k-3lepevents.v1_EXT0/user.ngubbi.16179036.EXT0._000001.EVNT-aQGC-01.pool-T5-bestlimits-3.8-10pow12.10k-3lepevents.v1.root"] from AthenaCommon.AlgSequence import AlgSequence job = AlgSequence() from Rivet_i.Rivet_iConf import Rivet_i rivet = Rivet_i() rivet.AnalysisPath = os.environ['PWD'] rivet.Analyses += [ 'WWZ' ]#The name of analysis here must be the same as the name of the class in thr rivet routine, else it will not know which analysis to run and also the respective rivet routine needs to be available in the same folder as this JO so that you can give PWD in the previous line for the analysis path. Else specify the path where rivet routine is located. rivet.RunName = "" #rivet.HistoFile = "aQGC_rivetAnalysis-addnlObservables.yoda" #rivet.HistoFile = OutputYoda rivet.HistoFile = "WWZ" #OutputYoda = 'WWZ-v2' #OutputRoot = 'WWZ-v2' from AthenaCommon.AppMgr import ServiceMgr as svcMgr from GaudiSvc.GaudiSvcConf import THistSvc svcMgr += THistSvc() svcMgr.THistSvc.Output = ["Rivet DATAFILE='"+OutputRoot+"' OPT='RECREATE'"] job += rivet
loc+head+'4332_00/EVNT.01404332._002820.pool.root.1',
loc+head+'4328_00/EVNT.01404328._002641.pool.root.1',
loc+head+'4328_00/EVNT.01404328._002604.pool.root.1',
loc+head+'4327_00/EVNT.01404327._002576.pool.root.1',
loc+head+'4325_00/EVNT.01404325._002476.pool.root.1',
loc+head+'4325_00/EVNT.01404325._002461.pool.root.2',
loc+head+'4325_00/EVNT.01404325._002459.pool.root.1',
loc+head+'4324_00/EVNT.01404324._002427.pool.root.1',
loc+head+'4324_00/EVNT.01404324._002419.pool.root.1',
loc+head+'4225_00/EVNT.01404225._001488.pool.root.1',
loc+head+'4225_00/EVNT.01404225._001474.pool.root.1',
loc+head+'4218_00/EVNT.01404218._001111.pool.root.1',
loc+head+'4202_00/EVNT.01404202._000337.pool.root.1',
loc+head+'4197_00/EVNT.01404197._000082.pool.root.1',
loc+head+'4197_00/EVNT.01404197._000080.pool.root.1']
from AthenaCommon.AlgSequence import AlgSequence
job = AlgSequence()
from Rivet_i.Rivet_iConf import Rivet_i
rivet = Rivet_i()
# Choose which Rivet analyses to run (just the name of the analysis)
rivet.Analyses += ['ANALYSIS_NAME'] # You can add to this list, ['analysis1','analysis2'] as necessary
# You need to include the path of your own analysis (location of RivetANALYSIS_NAME.so) here so Rivet will find it:
rivet.AnalysisPath = '/path/to/analysis' # just use '.' for thise directory or maybe '..' or '../some/other/directory' etc
rivet.HistoFile = 'Rivet.yoda'
job += rivet
theApp.EvtMax = -1
import AthenaPoolCnvSvc.ReadAthenaPool
svcMgr.EventSelector.InputCollections = [
'Samples/MoreSamples/mc15_13TeV.312484.Sh_227_NN30NNLO_Znunu_PTV100_140_MJJ0_500_KtMerging.evgen.EVNT.e7728/EVNT.18992357._000007.pool.root.1'
]
from AthenaCommon.AlgSequence import AlgSequence
job = AlgSequence()
from Rivet_i.Rivet_iConf import Rivet_i
rivet = Rivet_i()
import os
rivet.AnalysisPath = os.environ['PWD']
rivet.Analyses += ['Re_Vjj_vbf_nn_asym']
rivet.RunName = ''
rivet.HistoFile = 'File312484v2.yoda.gz'
rivet.CrossSection = 105.869824
#rivet.IgnoreBeamCheck = True
#rivet.SkipWeights=True
job += rivet
theApp.EvtMax = -1 import AthenaPoolCnvSvc.ReadAthenaPool from AthenaCommon.AlgSequence import AlgSequence job = AlgSequence() from Rivet_i.Rivet_iConf import Rivet_i rivet = Rivet_i() import os rivet.AnalysisPath = os.environ['PWD'] rivet.Analyses += ['Re_Vjj_vbf_nn_asym'] rivet.RunName = '' rivet.HistoFile = '364222.yoda.gz' rivet.CrossSection = 0.29612032 #rivet.IgnoreBeamCheck = True #rivet.SkipWeights = True job += rivet
