#GEN -*-*-*-*-*-*-*-*-*-*-*- general info -*-*-*-*-*-*-*-*-*-*-*- Method : MLP::H6AONN5MEMLP TMVA Release : 3.8.6 [198662] ROOT Release : 5.10/00 [330240] Creator : thompson Date : Tue Jan 22 16:08:49 2008 Host : Linux patlx3.fnal.gov 2.4.21-37.ELsmp #1 SMP Wed Sep 28 12:13:44 CDT 2005 i686 i686 i386 GNU/Linux Dir : /data/cdf04/thompson/hww_1fb/hwwcdf6.1.4v3_43/Hww/TMVAAna Training events: 10764 #OPT -*-*-*-*-*-*-*-*-*-*-*-*- options -*-*-*-*-*-*-*-*-*-*-*-*- # Set by User: V: "False" [Verbose mode] NCycles: "1000" [Number of training cycles] HiddenLayers: "N+1,N" [Specification of hidden layer architecture] # Default: D: "False" [use-decorrelated-variables flag (depreciated)] Normalise: "True" [Normalise input variables] VarTransform: "None" [Variable transformation method] VarTransformType: "Signal" [Use signal or background events for var transform] NbinsMVAPdf: "60" [Number of bins used to create MVA PDF] NsmoothMVAPdf: "2" [Number of smoothing iterations for MVA PDF] VerboseLevel: "Info" [Verbosity level] H: "False" [Print classifier-specific help message] CreateMVAPdfs: "False" [Create PDFs for classifier outputs] TxtWeightFilesOnly: "True" [if True, write all weights as text files] NeuronType: "sigmoid" [Neuron activation function type] NeuronInputType: "sum" [Neuron input function type] TrainingMethod: "BP" [Train with Back-Propagation (BP - default) or Genetic Algorithm (GA - slower and worse)] LearningRate: "0.02" [ANN learning rate parameter] DecayRate: "0.01" [Decay rate for learning parameter] TestRate: "10" [Test for overtraining performed at each #th epochs] BPMode: "sequential" [Back-propagation learning mode: sequential or batch] BatchSize: "-1" [Batch size: number of events/batch, only set if in Batch Mode, -1 for BatchSize=number_of_events] ## #VAR -*-*-*-*-*-*-*-*-*-*-*-* variables *-*-*-*-*-*-*-*-*-*-*-*- NVar 11 LRHWW LRHWW 'F' [0,0.999995052814] LRWW LRWW 'F' [2.17662395269e-15,1.0015938282] LRWg LRWg 'F' [0,0.999949336052] LRWj LRWj 'F' [-0.00159388501197,1] LRZZ LRZZ 'F' [0,0.995219707489] Met Met 'F' [15.1351919174,275.269592285] MetDelPhi MetDelPhi 'F' [0.126148730516,3.13938593864] MetSpec MetSpec 'F' [15.0015153885,147.88381958] dPhiLeptons dPhiLeptons 'F' [0.000421762466431,3.13967418671] dRLeptons dRLeptons 'F' [0.407130092382,4.52171230316] dimass dimass 'F' [16.0061912537,453.994476318] #MAT -*-*-*-*-*-*-*-*-* transformation data -*-*-*-*-*-*-*-*-*- #WGT -*-*-*-*-*-*-*-*-*-*-*-*- weights -*-*-*-*-*-*-*-*-*-*-*-*- Weights (layer0,neuron0)-(layer1,neuron0): 1.68947161687 (layer0,neuron0)-(layer1,neuron1): 2.46811847137 (layer0,neuron0)-(layer1,neuron2): -0.423152830379 (layer0,neuron0)-(layer1,neuron3): 1.69963897811 (layer0,neuron0)-(layer1,neuron4): 0.44658574639 (layer0,neuron0)-(layer1,neuron5): 2.81125094116 (layer0,neuron0)-(layer1,neuron6): 1.4128234943 (layer0,neuron0)-(layer1,neuron7): -1.05771622016 (layer0,neuron0)-(layer1,neuron8): -0.147017678974 (layer0,neuron0)-(layer1,neuron9): 1.41765000357 (layer0,neuron0)-(layer1,neuron10): 1.22595288765 (layer0,neuron0)-(layer1,neuron11): 1.01872438903 (layer0,neuron1)-(layer1,neuron0): 1.6949203932 (layer0,neuron1)-(layer1,neuron1): 1.38960340589 (layer0,neuron1)-(layer1,neuron2): 1.32069998834 (layer0,neuron1)-(layer1,neuron3): -2.01801991442 (layer0,neuron1)-(layer1,neuron4): 1.09930204618 (layer0,neuron1)-(layer1,neuron5): 0.0577161940141 (layer0,neuron1)-(layer1,neuron6): -1.45102093812 (layer0,neuron1)-(layer1,neuron7): 1.0798793145 (layer0,neuron1)-(layer1,neuron8): 1.99076231887 (layer0,neuron1)-(layer1,neuron9): 1.87492660466 (layer0,neuron1)-(layer1,neuron10): 0.515121015333 (layer0,neuron1)-(layer1,neuron11): -0.171338996869 (layer0,neuron2)-(layer1,neuron0): 0.367772800095 (layer0,neuron2)-(layer1,neuron1): 1.06070577029 (layer0,neuron2)-(layer1,neuron2): -0.415939877334 (layer0,neuron2)-(layer1,neuron3): -1.43367176359 (layer0,neuron2)-(layer1,neuron4): 2.04739248233 (layer0,neuron2)-(layer1,neuron5): 0.0278830496318 (layer0,neuron2)-(layer1,neuron6): -0.0745996992554 (layer0,neuron2)-(layer1,neuron7): -0.537697174963 (layer0,neuron2)-(layer1,neuron8): -0.602874366044 (layer0,neuron2)-(layer1,neuron9): -0.414541132316 (layer0,neuron2)-(layer1,neuron10): -1.31916752653 (layer0,neuron2)-(layer1,neuron11): 0.512091501684 (layer0,neuron3)-(layer1,neuron0): 0.493118744662 (layer0,neuron3)-(layer1,neuron1): 0.93909476047 (layer0,neuron3)-(layer1,neuron2): 1.2323456922 (layer0,neuron3)-(layer1,neuron3): 1.6345913291 (layer0,neuron3)-(layer1,neuron4): -1.23419523826 (layer0,neuron3)-(layer1,neuron5): 0.0207828084135 (layer0,neuron3)-(layer1,neuron6): -0.716466572015 (layer0,neuron3)-(layer1,neuron7): -1.60339636511 (layer0,neuron3)-(layer1,neuron8): -0.827529150523 (layer0,neuron3)-(layer1,neuron9): -1.53694140177 (layer0,neuron3)-(layer1,neuron10): -0.30531233154 (layer0,neuron3)-(layer1,neuron11): 1.01367913176 (layer0,neuron4)-(layer1,neuron0): 0.251421688772 (layer0,neuron4)-(layer1,neuron1): 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(layer0,neuron5)-(layer1,neuron9): 0.216471725832 (layer0,neuron5)-(layer1,neuron10): -0.166248770446 (layer0,neuron5)-(layer1,neuron11): -0.966267509744 (layer0,neuron6)-(layer1,neuron0): -1.14296519346 (layer0,neuron6)-(layer1,neuron1): -0.100639965261 (layer0,neuron6)-(layer1,neuron2): 1.14100397324 (layer0,neuron6)-(layer1,neuron3): -0.681796545233 (layer0,neuron6)-(layer1,neuron4): 0.0622589454018 (layer0,neuron6)-(layer1,neuron5): -0.466778592619 (layer0,neuron6)-(layer1,neuron6): -1.22068592984 (layer0,neuron6)-(layer1,neuron7): 1.65404128285 (layer0,neuron6)-(layer1,neuron8): 0.365689224369 (layer0,neuron6)-(layer1,neuron9): 1.60840462917 (layer0,neuron6)-(layer1,neuron10): 1.43284256757 (layer0,neuron6)-(layer1,neuron11): 0.670170525852 (layer0,neuron7)-(layer1,neuron0): -0.532948904736 (layer0,neuron7)-(layer1,neuron1): 0.27841373003 (layer0,neuron7)-(layer1,neuron2): 1.85759424048 (layer0,neuron7)-(layer1,neuron3): -0.828322963396 (layer0,neuron7)-(layer1,neuron4): 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(layer0,neuron9)-(layer1,neuron0): -0.18348406164 (layer0,neuron9)-(layer1,neuron1): -1.66890673007 (layer0,neuron9)-(layer1,neuron2): 1.74456096664 (layer0,neuron9)-(layer1,neuron3): -1.13193169806 (layer0,neuron9)-(layer1,neuron4): -0.123858744192 (layer0,neuron9)-(layer1,neuron5): 0.645571152923 (layer0,neuron9)-(layer1,neuron6): -1.4605785518 (layer0,neuron9)-(layer1,neuron7): 1.21035337926 (layer0,neuron9)-(layer1,neuron8): -1.30209058901 (layer0,neuron9)-(layer1,neuron9): -1.89606467655 (layer0,neuron9)-(layer1,neuron10): -0.970749837824 (layer0,neuron9)-(layer1,neuron11): 0.483657791203 (layer0,neuron10)-(layer1,neuron0): -0.629659772199 (layer0,neuron10)-(layer1,neuron1): 0.956483859624 (layer0,neuron10)-(layer1,neuron2): 1.84448494101 (layer0,neuron10)-(layer1,neuron3): -2.02560280302 (layer0,neuron10)-(layer1,neuron4): 0.871100694797 (layer0,neuron10)-(layer1,neuron5): -1.27451436415 (layer0,neuron10)-(layer1,neuron6): -2.97012618152 (layer0,neuron10)-(layer1,neuron7): 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(layer1,neuron0)-(layer2,neuron3): -0.81484387885 (layer1,neuron0)-(layer2,neuron4): -2.21779873734 (layer1,neuron0)-(layer2,neuron5): -0.213337484472 (layer1,neuron0)-(layer2,neuron6): 1.58944388957 (layer1,neuron0)-(layer2,neuron7): 1.65919707074 (layer1,neuron0)-(layer2,neuron8): 1.61085409112 (layer1,neuron0)-(layer2,neuron9): -1.94054211125 (layer1,neuron0)-(layer2,neuron10): -0.377439690829 (layer1,neuron1)-(layer2,neuron0): 0.720781463381 (layer1,neuron1)-(layer2,neuron1): -1.55250264048 (layer1,neuron1)-(layer2,neuron2): -0.944260135389 (layer1,neuron1)-(layer2,neuron3): -0.0592950762343 (layer1,neuron1)-(layer2,neuron4): 1.44529565768 (layer1,neuron1)-(layer2,neuron5): -1.91829715865 (layer1,neuron1)-(layer2,neuron6): -0.772045777534 (layer1,neuron1)-(layer2,neuron7): 0.0608678820918 (layer1,neuron1)-(layer2,neuron8): -1.37076557204 (layer1,neuron1)-(layer2,neuron9): -2.02892542289 (layer1,neuron1)-(layer2,neuron10): 1.21725204627 (layer1,neuron2)-(layer2,neuron0): 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