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boostedLong_PSOConfig.txt
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##Parameters for the Particle Swarm Optimization
##RunOn = EKPSL5 | EKPSL5 | NAFSL5 | NAFSL6
RunOn=NAFSL6
## Swarm Parameters
NParticles=20
NIterations=100
wIneratia=0.729
wMemory=1.49445
wSwarm=1.49445
##FOM = ROCIntegral | Separation | rejB_vs_effS_0.1 | rejB_vs_effS_0.3 |rejB_vs_effS_0.5 | Chi2_B_muSB
FOM=ROCIntegral
KSThreshold=0.1
MaxVariablesInCombination=12
##only add variable if new FOM > ImprovementThreshold*FOM
ImprovementThreshold=1.0005
##Following not implemented Yet->experimentally
##repeat each training n times with different random seeds, Resulting
##NOTYET FOM=HarmonicMean(FOM)????
RepeatTrainingNTimes=2
DrawNRandomAsStartingVars=9
##NOTYET SaveTrainingsToTrees=False
##TMVA Options
FactoryString=!V:Silent:Color:!DrawProgressBar:Transformations=I:AnalysisType=Classification
PreparationString=SplitMode=Random:SplitSeed=0:NormMode=EqualNumEvents:!V
##if you want to limit the number of events do it eiter PreparationString or here
nTrain_Signal=
nTrain_Background=
nTest_Signal=
nTest_Background=
##Weight expression, might need to be declared in WeightVariables furhter down
## probably same syntax as in TTree::Draw
SignalWeightExpression=Weight_CSV*Weight_XS*Weight_ElectronSFID*Weight_MuonSFID*Weight_MuonSFIso*Weight_ElectronSFGFS*Weight_MuonSFHIP*Weight_pu69p2
BackgroundWeightExpression=Weight_CSV*Weight_XS*Weight_ElectronSFID*Weight_MuonSFID*Weight_MuonSFIso*Weight_ElectronSFGFS*Weight_MuonSFHIP*Weight_pu69p2
##Method to train and test
##only tested with BDT so far
## you might want to think abount you handle NEGATIVE WEIGHTS
##Parameters in MethodParams will be overwritten if they span the search space
MethodType=TMVA::Types::kBDT
MethodParams=!H:!V:NTrees=100:BoostType=Grad:Shrinkage=0.01:UseBaggedBoost:GradBaggingFraction=0.5:nCuts=10:MaxDepth=2:NegWeightTreatment=IgnoreNegWeightsInTraining
## search space
##coord=["Name",minValue,maxValue,maxVelocity,"int|float"]
##if min and max value are the same the value is not varied
coord=["NTrees",300,1500,50,"int"]
coord=["Shrinkage",0.001,0.05,0.002,"float"]
coord=["GradBaggingFraction",0.1,0.9,0.05,"float"]
coord=["nCuts",10,80,4,"int"]
##coord=["MaxDepth",2,3,1,"int"]
##--------------------------------------------------
##Source Trees:
## if UseEvenOddSplitting=1, the input trees will be split in training/testsample with Variable "Evt_Odd"
## maybe change the variable in PSO/PrepareTrees.C
## else TMVA will use built in splitting
UseEvenOddSplitting=0
SelectionString=
SourceSignalFile=/nfs/dust/cms/user/kelmorab/SplitTrees80XplusBoosted/Category_boosted/Odd/ttHbb_*_nominal.root
SourceSignalTree=MVATree
SourceBackgroundFile=/nfs/dust/cms/user/kelmorab/SplitTrees80XplusBoosted/Category_boosted/Odd/ttbar_*_nominal.root
SourceBackgroundTree=MVATree
##------------------------------------------------
##Variables in Format ["NAME","TYPE","LENGTH","VarExpression"]
##IMPORTANT dont leave a blank line between the last variable and the end variables line
##variables the optimization starts with
InitialVariables:
["BDT_common5_input_avg_btag_disc_btags","F","","BDT_common5_input_avg_btag_disc_btags"]
["BDT_common5_input_HT","F","","BDT_common5_input_HT"]
["BDT_common5_input_sphericity","F","","BDT_common5_input_sphericity"]
["BDT_common5_input_third_highest_btag","F","","BDT_common5_input_third_highest_btag"]
["Evt_CSV_Average","F","","Evt_CSV_Average"]
["BDT_common5_input_M3","F","","BDT_common5_input_M3"]
["BDT_common5_input_all_sum_pt_with_met","F","","BDT_common5_input_all_sum_pt_with_met"]
["BDT_common5_input_h1","F","","BDT_common5_input_h1"]
["BDT_common5_input_pt_all_jets_over_E_all_jets","F","","BDT_common5_input_pt_all_jets_over_E_all_jets"]
EndVariables
##---------------------------------------------------
## variables the swarm can try
AdditionalVariables:
["BDT_common5_input_dr_between_lep_and_closest_jet","F","","BDT_common5_input_dr_between_lep_and_closest_jet"]
["BDT_common5_input_closest_tagged_dijet_mass","F","","BDT_common5_input_closest_tagged_dijet_mass"]
["Evt_blr_ETH_transformed","F","","Evt_blr_ETH_transformed"]
["BDT_common5_input_dev_from_avg_disc_btags","F","","BDT_common5_input_dev_from_avg_disc_btags"]
["BDT_common5_input_min_dr_tagged_jets","F","","BDT_common5_input_min_dr_tagged_jets"]
["BDT_common5_input_h3","F","","BDT_common5_input_h3"]
["BDT_common5_input_second_jet_pt","F","","BDT_common5_input_second_jet_pt"]
["BDT_common5_input_fourth_jet_pt","F","","BDT_common5_input_fourth_jet_pt"]
["BDT_common5_input_maxeta_tag_tag","F","","BDT_common5_input_maxeta_tag_tag"]
["BDT_common5_input_maxeta_jet_tag","F","","BDT_common5_input_maxeta_jet_tag"]
["Evt_Deta_JetsAverage","F","","Evt_Deta_JetsAverage"]
["BDT_common5_input_third_jet_pt","F","","BDT_common5_input_third_jet_pt"]
EndVariables
##---------------------------------------------------
## variables used for reweighting and stuff
WeightVariables:
["Weight_XS","F","","Weight_XS"]
["Weight_ElectronSFID","F","","Weight_ElectronSFID"]
["Weight_MuonSFID","F","","Weight_MuonSFID"]
["Weight_MuonSFIso","F","","Weight_MuonSFIso"]
["Weight_ElectronSFGFS","F","","Weight_ElectronSFGFS"]
["Weight_MuonSFHIP","F","","Weight_MuonSFHIP"]
["Weight_pu69p2","F","","Weight_pu69p2"]
["Weight_CSV","F","","Weight_CSV"]
["Evt_Odd","F","","Evt_Odd"]
EndVariables
##---------------------------------------------------