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  *   Version   5.32/03        9 May 2012   *
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ROOT 5.32/03 (tags/v5-32-03@44194, May 09 2012, 13:00:14 on linuxx8664gcc)

CINT/ROOT C/C++ Interpreter version 5.18.00, July 2, 2010
Type ? for help. Commands must be C++ statements.
Enclose multiple statements between { }.

Processing runSig_Factory.C+("./workspaces/leplep_mA130tb10_comb_combined_AllSyst_model.root","mA130tb10")...

[1mRooFit v3.52 -- Developed by Wouter Verkerke and David Kirkby[0m 
                Copyright (C) 2000-2012 NIKHEF, University of California & Stanford University
                All rights reserved, please read http://roofit.sourceforge.net/license.txt

  1) 0x165ca4d0 RooRealVar::                    EMUBTAG_NAQCD = 17  L(1 - 30)  "EMUBTAG_NAQCD"
  2) 0x165cd7e0 RooRealVar::                     EMUBTAG_TAUB = 0.55  L(0.1 - 2)  "EMUBTAG_TAUB"
  3) 0x16277ee0 RooRealVar::                 EMUBTAG_TauTTBAR = 1  L(0.3 - 4)  "EMUBTAG_TauTTBAR"
  4) 0x16072ad0 RooRealVar::                             Lumi = 1  L(0 - 10)  "Lumi"
  5) 0x168a9a20 RooRealVar::                          SS_Norm = 76.3  L(5 - 1000)  "SS_Norm"
  6) 0x16714d20 RooRealVar::  alpha_ATLAS_Bkg_QCDEMUBTAGSHAPE = 0  L(-5 - 5)  "alpha_ATLAS_Bkg_QCDEMUBTAGSHAPE"
  7) 0x166faaa0 RooRealVar:: alpha_ATLAS_Bkg_QCDEMUBTAGuncert = 0  L(-5 - 5)  "alpha_ATLAS_Bkg_QCDEMUBTAGuncert"
  8) 0x161c5ad0 RooRealVar::                      alpha_B_EFF = 0  L(-5 - 5)  "alpha_B_EFF"
  9) 0x161d1fc0 RooRealVar::                      alpha_C_EFF = 0  L(-5 - 5)  "alpha_C_EFF"
 10) 0x161ec0f0 RooRealVar::                    alpha_Cluster = 0  L(-5 - 5)  "alpha_Cluster"
 11) 0x161de460 RooRealVar::             alpha_EL_RES_EMUBTAG = 0  L(-5 - 5)  "alpha_EL_RES_EMUBTAG"
 12) 0x161dfac0 RooRealVar::           alpha_EL_SCALE_EMUBTAG = 0  L(-5 - 5)  "alpha_EL_SCALE_EMUBTAG"
 13) 0x161eab90 RooRealVar::            alpha_EMUBTAG_kuncert = 0  L(-5 - 5)  "alpha_EMUBTAG_kuncert"
 14) 0x160b51b0 RooRealVar::                      alpha_E_EFF = 0  L(-5 - 5)  "alpha_E_EFF"
 15) 0x162a3370 RooRealVar::                     alpha_EmbIso = 0  L(-5 - 5)  "alpha_EmbIso"
 16) 0x162aa2d0 RooRealVar::                     alpha_EmbMfs = 0  L(-5 - 5)  "alpha_EmbMfs"
 17) 0x16815490 RooRealVar::                   alpha_EmbdNorm = 0  L(-5 - 5)  "alpha_EmbdNorm"
 18) 0x161c6fd0 RooRealVar::                alpha_JER_EMUBTAG = 0  L(-5 - 5)  "alpha_JER_EMUBTAG"
 19) 0x160bb1f0 RooRealVar::                        alpha_JES = 0  L(-5 - 5)  "alpha_JES"
 20) 0x161d35c0 RooRealVar::                      alpha_L_EFF = 0  L(-5 - 5)  "alpha_L_EFF"
 21) 0x161f7210 RooRealVar::                  alpha_METPileUp = 0  L(-5 - 5)  "alpha_METPileUp"
 22) 0x161f89d0 RooRealVar::           alpha_MU_SCALE_EMUBTAG = 0  L(-5 - 5)  "alpha_MU_SCALE_EMUBTAG"
 23) 0x160bc700 RooRealVar::                      alpha_M_EFF = 0  L(-5 - 5)  "alpha_M_EFF"
 24) 0x1629c250 RooRealVar::         alpha_Q2_Ztautau_EMUBTAG = 0  L(-5 - 5)  "alpha_Q2_Ztautau_EMUBTAG"
 25) 0x1697aa80 RooRealVar::                  alpha_QCDCR1SYS = 0  L(-5 - 5)  "alpha_QCDCR1SYS"
 26) 0x16907bf0 RooRealVar::                alpha_R_OS_SS_unc = 0  L(-5 - 5)  "alpha_R_OS_SS_unc"
 27) 0x160d4800 RooRealVar::                   alpha_TRIG_EFF = 0  L(-5 - 5)  "alpha_TRIG_EFF"
 28) 0x160d5f00 RooRealVar::                       alpha_XS_W = 0  L(-5 - 5)  "alpha_XS_W"
 29) 0x161bac10 RooRealVar::                       alpha_XS_Z = 0  L(-5 - 5)  "alpha_XS_Z"
 30) 0x161ffc70 RooRealVar::                     alpha_XS_bbA = 0  L(-5 - 5)  "alpha_XS_bbA"
 31) 0x168523a0 RooRealVar::                 alpha_XS_diboson = 0  L(-5 - 5)  "alpha_XS_diboson"
 32) 0x163db300 RooRealVar::                     alpha_XS_ggF = 0  L(-5 - 5)  "alpha_XS_ggF"
 33) 0x16873240 RooRealVar::                     alpha_XS_top = 0  L(-5 - 5)  "alpha_XS_top"
 34) 0x160eda90 RooRealVar::                    alpha_q2_W_LL = 0  L(-5 - 5)  "alpha_q2_W_LL"
 35) 0x1681bc50 RooRealVar::                    alpha_q2_Z_LL = 0  L(-5 - 5)  "alpha_q2_Z_LL"
 36) 0x162072f0 RooRealVar::             alpha_q2_bbA_EMUBTAG = 0  L(-5 - 5)  "alpha_q2_bbA_EMUBTAG"
 37) 0x16a3bc70 RooRealVar::                  alpha_q2_bbA_LL = 0  L(-5 - 5)  "alpha_q2_bbA_LL"
 38) 0x16858730 RooRealVar::              alpha_q2_diboson_LL = 0  L(-5 - 5)  "alpha_q2_diboson_LL"
 39) 0x163e23c0 RooRealVar::             alpha_q2_ggA_EMUBTAG = 0  L(-5 - 5)  "alpha_q2_ggA_EMUBTAG"
 40) 0x16a49a50 RooRealVar::                  alpha_q2_ggA_LL = 0  L(-5 - 5)  "alpha_q2_ggA_LL"
 41) 0x1657e360 RooRealVar::          alpha_q2_others_EMUBTAG = 0  L(-5 - 5)  "alpha_q2_others_EMUBTAG"
 42) 0x16879e80 RooRealVar::                  alpha_q2_top_LL = 0  L(-5 - 5)  "alpha_q2_top_LL"
 43) 0x168b6520 RooRealVar::  gamma_stat_EM_0jet_ss_iso_bin_0 = 1  L(0 - 1.54959)  "gamma_stat_EM_0jet_ss_iso_bin_0"
 44) 0x16492880 RooRealVar::   gamma_stat_EM_EMUBTAG_SR_bin_1 = 1  L(0 - 1.62574)  "gamma_stat_EM_EMUBTAG_SR_bin_1"
 45) 0x1649dc30 RooRealVar::   gamma_stat_EM_EMUBTAG_SR_bin_2 = 1  L(0 - 1.40788)  "gamma_stat_EM_EMUBTAG_SR_bin_2"
 46) 0x164a91a0 RooRealVar::   gamma_stat_EM_EMUBTAG_SR_bin_3 = 1  L(0 - 1.37563)  "gamma_stat_EM_EMUBTAG_SR_bin_3"
 47) 0x164b49c0 RooRealVar::   gamma_stat_EM_EMUBTAG_SR_bin_4 = 1  L(0 - 1.40662)  "gamma_stat_EM_EMUBTAG_SR_bin_4"
 48) 0x164c08e0 RooRealVar::   gamma_stat_EM_EMUBTAG_SR_bin_5 = 1  L(0 - 1.44361)  "gamma_stat_EM_EMUBTAG_SR_bin_5"
 49) 0x164cbbc0 RooRealVar::   gamma_stat_EM_EMUBTAG_SR_bin_6 = 1  L(0 - 1.51172)  "gamma_stat_EM_EMUBTAG_SR_bin_6"
 50) 0x164d7320 RooRealVar::   gamma_stat_EM_EMUBTAG_SR_bin_7 = 1  L(0 - 1.40535)  "gamma_stat_EM_EMUBTAG_SR_bin_7"
 51) 0x164e2c40 RooRealVar::   gamma_stat_EM_EMUBTAG_SR_bin_8 = 1  L(0 - 1.43401)  "gamma_stat_EM_EMUBTAG_SR_bin_8"
 52) 0x164edf20 RooRealVar::   gamma_stat_EM_EMUBTAG_SR_bin_9 = 1  L(0 - 1.53703)  "gamma_stat_EM_EMUBTAG_SR_bin_9"
 53) 0x165d0af0 RooRealVar::                             tauC = 540  L(200 - 2000)  "tauC"
Setting max function calls
[#0] ERROR:ObjectHandling -- RooWorkspace::loadSnapshot(combined) no snapshot with name conditionalNuis_0 is available
[#1] INFO:Minization -- p.d.f. provides expected number of events, including extended term in likelihood.
[#1] INFO:Minization --  Including the following contraint terms in minimization: (lumiConstraint,alpha_E_EFFConstraint,alpha_JESConstraint,alpha_M_EFFConstraint,alpha_TRIG_EFFConstraint,alpha_XS_ggFConstraint,alpha_q2_ggA_LLConstraint,alpha_XS_bbAConstraint,alpha_q2_bbA_LLConstraint,alpha_XS_WConstraint,alpha_q2_W_LLConstraint,alpha_XS_ZConstraint,alpha_q2_Z_LLConstraint,alpha_EmbIsoConstraint,alpha_EmbMfsConstraint,alpha_EmbdNormConstraint,alpha_XS_dibosonConstraint,alpha_q2_diboson_LLConstraint,alpha_XS_topConstraint,alpha_q2_top_LLConstraint,alpha_R_OS_SS_uncConstraint,gamma_stat_EM_0jet_ss_iso_bin_0_constraint,alpha_B_EFFConstraint,alpha_JER_EMUBTAGConstraint,alpha_L_EFFConstraint,alpha_q2_bbA_EMUBTAGConstraint,alpha_C_EFFConstraint,alpha_Q2_Ztautau_EMUBTAGConstraint,alpha_ClusterConstraint,alpha_EL_SCALE_EMUBTAGConstraint,alpha_EMUBTAG_kuncertConstraint,alpha_METPileUpConstraint,alpha_MU_SCALE_EMUBTAGConstraint,alpha_q2_others_EMUBTAGConstraint,alpha_EL_RES_EMUBTAGConstraint,alpha_QCDCR1SYSConstraint,alpha_q2_ggA_EMUBTAGConstraint,alpha_ATLAS_Bkg_QCDEMUBTAGuncertConstraint,alpha_ATLAS_Bkg_QCDEMUBTAGSHAPEConstraint,gamma_stat_EM_EMUBTAG_SR_bin_1_constraint,gamma_stat_EM_EMUBTAG_SR_bin_2_constraint,gamma_stat_EM_EMUBTAG_SR_bin_3_constraint,gamma_stat_EM_EMUBTAG_SR_bin_4_constraint,gamma_stat_EM_EMUBTAG_SR_bin_5_constraint,gamma_stat_EM_EMUBTAG_SR_bin_6_constraint,gamma_stat_EM_EMUBTAG_SR_bin_7_constraint,gamma_stat_EM_EMUBTAG_SR_bin_8_constraint,gamma_stat_EM_EMUBTAG_SR_bin_9_constraint)
Asimov data doesn't exist! Please, allow me to build one for you...
Creating asimov data at mu = 1, profiling at mu = 1
[#0] ERROR:ObjectHandling -- RooWorkspace::loadSnapshot(combined) no snapshot with name nominalGlobs is available
nominalGlobs doesn't exist. Saving snapshot.
[#0] ERROR:ObjectHandling -- RooWorkspace::loadSnapshot(combined) no snapshot with name nominalNuis is available
nominalNuis doesn't exist. Saving snapshot.
[#1] INFO:Fitting -- RooAddition::defaultErrorLevel(nll_simPdf_obsData_with_constr) Summation contains a RooNLLVar, using its error level
Minuit2Minimizer: Minimize with max-calls 26500 convergence for edm < 1 strategy 2
[#1] INFO:Fitting -- RooAbsTestStatistic::initSimMode: creating slave calculator #0 for state EM_EMUBTAG_SR (10 dataset entries)
[#1] INFO:NumericIntegration -- RooRealIntegral::init(EM_EMUBTAG_SR_model_Int[obs_x_EM_EMUBTAG_SR]) using numeric integrator RooBinIntegrator to calculate Int(obs_x_EM_EMUBTAG_SR)
[#1] INFO:Fitting -- RooAbsTestStatistic::initSimMode: creating slave calculator #1 for state EM_EMUBTAG_D (1 dataset entries)
[#1] INFO:NumericIntegration -- RooRealIntegral::init(EM_EMUBTAG_D_model_Int[obs_x_EM_EMUBTAG_D]) using numeric integrator RooBinIntegrator to calculate Int(obs_x_EM_EMUBTAG_D)
[#1] INFO:Fitting -- RooAbsTestStatistic::initSimMode: creating slave calculator #2 for state EM_EMUBTAG_CR1 (1 dataset entries)
[#1] INFO:NumericIntegration -- RooRealIntegral::init(EM_EMUBTAG_CR1_model_Int[obs_x_EM_EMUBTAG_CR1]) using numeric integrator RooBinIntegrator to calculate Int(obs_x_EM_EMUBTAG_CR1)
[#1] INFO:Fitting -- RooAbsTestStatistic::initSimMode: creating slave calculator #3 for state EM_EMUBTAG_C (1 dataset entries)
[#1] INFO:NumericIntegration -- RooRealIntegral::init(EM_EMUBTAG_C_model_Int[obs_x_EM_EMUBTAG_C]) using numeric integrator RooBinIntegrator to calculate Int(obs_x_EM_EMUBTAG_C)
[#1] INFO:Fitting -- RooAbsTestStatistic::initSimMode: creating slave calculator #4 for state EM_EMUBTAG_B (1 dataset entries)
[#1] INFO:NumericIntegration -- RooRealIntegral::init(EM_EMUBTAG_B_model_Int[obs_x_EM_EMUBTAG_B]) using numeric integrator RooBinIntegrator to calculate Int(obs_x_EM_EMUBTAG_B)
[#1] INFO:Fitting -- RooAbsTestStatistic::initSimMode: creating slave calculator #5 for state EM_0jet_ss_iso (1 dataset entries)
[#1] INFO:NumericIntegration -- RooRealIntegral::init(EM_0jet_ss_iso_model_Int[obs_x_EM_0jet_ss_iso]) using numeric integrator RooBinIntegrator to calculate Int(obs_x_EM_0jet_ss_iso)
[#1] INFO:Fitting -- RooAbsTestStatistic::initSimMode: creating slave calculator #6 for state EM_0jet_signalRegion (1 dataset entries)
[#1] INFO:NumericIntegration -- RooRealIntegral::init(EM_0jet_signalRegion_model_Int[obs_x_EM_0jet_signalRegion]) using numeric integrator RooBinIntegrator to calculate Int(obs_x_EM_0jet_signalRegion)
[#1] INFO:NumericIntegration -- RooRealIntegral::init(EM_EMUBTAG_SR_model_Int[obs_x_EM_EMUBTAG_SR]) using numeric integrator RooBinIntegrator to calculate Int(obs_x_EM_EMUBTAG_SR)
[#1] INFO:NumericIntegration -- RooRealIntegral::init(EM_EMUBTAG_D_model_Int[obs_x_EM_EMUBTAG_D]) using numeric integrator RooBinIntegrator to calculate Int(obs_x_EM_EMUBTAG_D)
[#1] INFO:NumericIntegration -- RooRealIntegral::init(EM_EMUBTAG_CR1_model_Int[obs_x_EM_EMUBTAG_CR1]) using numeric integrator RooBinIntegrator to calculate Int(obs_x_EM_EMUBTAG_CR1)
[#1] INFO:NumericIntegration -- RooRealIntegral::init(EM_EMUBTAG_C_model_Int[obs_x_EM_EMUBTAG_C]) using numeric integrator RooBinIntegrator to calculate Int(obs_x_EM_EMUBTAG_C)
[#1] INFO:NumericIntegration -- RooRealIntegral::init(EM_EMUBTAG_B_model_Int[obs_x_EM_EMUBTAG_B]) using numeric integrator RooBinIntegrator to calculate Int(obs_x_EM_EMUBTAG_B)
[#1] INFO:NumericIntegration -- RooRealIntegral::init(EM_0jet_ss_iso_model_Int[obs_x_EM_0jet_ss_iso]) using numeric integrator RooBinIntegrator to calculate Int(obs_x_EM_0jet_ss_iso)
[#1] INFO:NumericIntegration -- RooRealIntegral::init(EM_0jet_signalRegion_model_Int[obs_x_EM_0jet_signalRegion]) using numeric integrator RooBinIntegrator to calculate Int(obs_x_EM_0jet_signalRegion)
[#1] INFO:NumericIntegration -- RooRealIntegral::init(gamma_stat_EM_0jet_ss_iso_bin_0_constraint_Int[gamma_stat_EM_0jet_ss_iso_bin_0]) using numeric integrator RooIntegrator1D to calculate Int(gamma_stat_EM_0jet_ss_iso_bin_0)
[#1] INFO:NumericIntegration -- RooRealIntegral::init(gamma_stat_EM_EMUBTAG_SR_bin_1_constraint_Int[gamma_stat_EM_EMUBTAG_SR_bin_1]) using numeric integrator RooIntegrator1D to calculate Int(gamma_stat_EM_EMUBTAG_SR_bin_1)
[#1] INFO:NumericIntegration -- RooRealIntegral::init(gamma_stat_EM_EMUBTAG_SR_bin_2_constraint_Int[gamma_stat_EM_EMUBTAG_SR_bin_2]) using numeric integrator RooIntegrator1D to calculate Int(gamma_stat_EM_EMUBTAG_SR_bin_2)
[#1] INFO:NumericIntegration -- RooRealIntegral::init(gamma_stat_EM_EMUBTAG_SR_bin_3_constraint_Int[gamma_stat_EM_EMUBTAG_SR_bin_3]) using numeric integrator RooIntegrator1D to calculate Int(gamma_stat_EM_EMUBTAG_SR_bin_3)
[#1] INFO:NumericIntegration -- RooRealIntegral::init(gamma_stat_EM_EMUBTAG_SR_bin_4_constraint_Int[gamma_stat_EM_EMUBTAG_SR_bin_4]) using numeric integrator RooIntegrator1D to calculate Int(gamma_stat_EM_EMUBTAG_SR_bin_4)
[#1] INFO:NumericIntegration -- RooRealIntegral::init(gamma_stat_EM_EMUBTAG_SR_bin_5_constraint_Int[gamma_stat_EM_EMUBTAG_SR_bin_5]) using numeric integrator RooIntegrator1D to calculate Int(gamma_stat_EM_EMUBTAG_SR_bin_5)
[#1] INFO:NumericIntegration -- RooRealIntegral::init(gamma_stat_EM_EMUBTAG_SR_bin_6_constraint_Int[gamma_stat_EM_EMUBTAG_SR_bin_6]) using numeric integrator RooIntegrator1D to calculate Int(gamma_stat_EM_EMUBTAG_SR_bin_6)
[#1] INFO:NumericIntegration -- RooRealIntegral::init(gamma_stat_EM_EMUBTAG_SR_bin_7_constraint_Int[gamma_stat_EM_EMUBTAG_SR_bin_7]) using numeric integrator RooIntegrator1D to calculate Int(gamma_stat_EM_EMUBTAG_SR_bin_7)
[#1] INFO:NumericIntegration -- RooRealIntegral::init(gamma_stat_EM_EMUBTAG_SR_bin_8_constraint_Int[gamma_stat_EM_EMUBTAG_SR_bin_8]) using numeric integrator RooIntegrator1D to calculate Int(gamma_stat_EM_EMUBTAG_SR_bin_8)
[#1] INFO:NumericIntegration -- RooRealIntegral::init(gamma_stat_EM_EMUBTAG_SR_bin_9_constraint_Int[gamma_stat_EM_EMUBTAG_SR_bin_9]) using numeric integrator RooIntegrator1D to calculate Int(gamma_stat_EM_EMUBTAG_SR_bin_9)
MnSeedGenerator: for initial parameters FCN = -94833.5
MnSeedGenerator: Initial state:   - FCN =  -94833.45527294 Edm =      362.522 NCalls =    195
MnSeedGenerator: Negative G2 found - new state:   - FCN =  -94836.39324209 Edm =      359.124 NCalls =    787
Info in <Minuit2>: matrix forced pos-def by adding to diagonal : padd = 0.124635
Info in <Minuit2>: MnHesse: matrix was forced pos. def. 
MnSeedGenerator: run Hesse - new state:   - FCN =  -94836.39324209 Edm =      178.785 NCalls =   2398
VariableMetric: start iterating until Edm is < 0.001
VariableMetric: Initial state   - FCN =  -94836.39324209 Edm =      178.785 NCalls =   2398
Info in <Minuit2>: DavidonErrorUpdator: delgam < 0 : first derivatives increasing along search line
VariableMetric: Iteration #   1 - FCN =  -94863.19769418 Edm =      330.305 NCalls =   2508
VariableMetric: Iteration #   2 - FCN =  -94980.55579183 Edm =     0.180634 NCalls =   2633
VariableMetric: Iteration #   3 - FCN =  -94980.78818319 Edm =    0.0168529 NCalls =   2747
VariableMetric: Iteration #   4 - FCN =  -94980.80792214 Edm =   0.00534808 NCalls =   2858
VariableMetric: Iteration #   5 - FCN =  -94980.81606259 Edm =  0.000124033 NCalls =   2966
Info in <Minuit2>: matrix forced pos-def by adding to diagonal : padd = 0.00604585
Info in <Minuit2>: MnHesse: matrix was forced pos. def. 
VariableMetric: After Hessian   - FCN =  -94980.81606259 Edm =    0.0154166 NCalls =   4683
Info in <Minuit2>: VariableMetricBuilder: Tolerance is not sufficient, continue the minimization
Info in <Minuit2>: Current  Edm is : edm = 0.0154166
Info in <Minuit2>: Required Edm is : edmval = 0.001
VariableMetric: Iteration #   7 - FCN =  -94980.84801352 Edm =    0.0279987 NCalls =   4808
VariableMetric: Iteration #   8 - FCN =  -94980.88209448 Edm =    0.0207836 NCalls =   4923
VariableMetric: Iteration #   9 - FCN =  -94980.89815981 Edm =    0.0177474 NCalls =   5034
VariableMetric: Iteration #  10 - FCN =  -94980.91944898 Edm =    0.0176067 NCalls =   5145
VariableMetric: Iteration #  11 - FCN =  -94980.95022436 Edm =    0.0229968 NCalls =   5262
VariableMetric: Iteration #  12 - FCN =  -94980.96880627 Edm =    0.0148961 NCalls =   5380
VariableMetric: Iteration #  13 - FCN =  -94981.00444109 Edm =    0.0170599 NCalls =   5497
VariableMetric: Iteration #  14 - FCN =    -94981.008389 Edm =    0.0114948 NCalls =   5605
VariableMetric: Iteration #  15 - FCN =   -94981.0095116 Edm =   0.00497469 NCalls =   5716
VariableMetric: Iteration #  16 - FCN =  -94981.00963015 Edm =   0.00743052 NCalls =   5826
VariableMetric: Iteration #  17 - FCN =  -94981.01182385 Edm =   0.00338149 NCalls =   5934
VariableMetric: Iteration #  18 - FCN =  -94981.01197096 Edm =   0.00403471 NCalls =   6043
VariableMetric: Iteration #  19 - FCN =  -94981.01200896 Edm =   0.00688864 NCalls =   6154
VariableMetric: Iteration #  20 - FCN =  -94981.01922563 Edm =    0.0145231 NCalls =   6267
VariableMetric: Iteration #  21 - FCN =  -94981.02261129 Edm =   0.00157737 NCalls =   6383
VariableMetric: Iteration #  22 - FCN =  -94981.02384616 Edm =   0.00121216 NCalls =   6492
VariableMetric: Iteration #  23 - FCN =   -94981.0433942 Edm =   0.00974708 NCalls =   6608
VariableMetric: Iteration #  24 - FCN =  -94981.04356976 Edm =    0.0036904 NCalls =   6718
Info in <Minuit2>: VariableMetricBuilder: no improvement in line search
Info in <Minuit2>: VariableMetricBuilder: machine accuracy limits further improvement.
Info in <Minuit2>: matrix forced pos-def by adding to diagonal : padd = 0.00582878
Info in <Minuit2>: MnHesse: matrix was forced pos. def. 
VariableMetric: After Hessian   - FCN =  -94981.04356976 Edm =    0.0132748 NCalls =   8452
Info in <Minuit2>: VariableMetricBuilder: Tolerance is not sufficient, continue the minimization
Info in <Minuit2>: Current  Edm is : edm = 0.0132748
Info in <Minuit2>: Required Edm is : edmval = 0.001
VariableMetric: Iteration #  27 - FCN =  -94981.04932767 Edm =    0.0087405 NCalls =   8564
VariableMetric: Iteration #  28 - FCN =  -94981.05055781 Edm =   0.00404661 NCalls =   8683
VariableMetric: Iteration #  29 - FCN =  -94981.05055862 Edm =   0.00379792 NCalls =   8797
Info in <Minuit2>: VariableMetricBuilder: no improvement in line search
Info in <Minuit2>: matrix forced pos-def by adding to diagonal : padd = 0.00614032
Info in <Minuit2>: MnHesse: matrix was forced pos. def. 
VariableMetric: After Hessian   - FCN =  -94981.05055862 Edm =  0.000441512 NCalls =  10569
Info in <Minuit2>: Minuit2Minimizer::Minimize : Covar was made pos def
Minuit2Minimizer : Valid minimum - status = 1
FVAL  = -94981.0505586193176
Edm   = 0.000441512373960122495
Nfcn  = 10569
EMUBTAG_NAQCD	  = 13.5589	 +/-  1.1449	(limited)
EMUBTAG_TAUB	  = 0.546674	 +/-  0.0102734	(limited)
EMUBTAG_TauTTBAR	  = 1.24094	 +/-  0.217006	(limited)
Lumi	  = 0.996972	 +/-  0.0334907	(limited)
SS_Norm	  = 63.5537	 +/-  14.7184	(limited)
alpha_ATLAS_Bkg_QCDEMUBTAGSHAPE	  = 0.127161	 +/-  1.42274	(limited)
alpha_ATLAS_Bkg_QCDEMUBTAGuncert	  = -0.215409	 +/-  0.939668	(limited)
alpha_B_EFF	  = 0.202413	 +/-  0.944606	(limited)
alpha_C_EFF	  = 0.0183529	 +/-  0.982801	(limited)
alpha_Cluster	  = 0.0350135	 +/-  1.00523	(limited)
alpha_EL_RES_EMUBTAG	  = 0.0217861	 +/-  1.05182	(limited)
alpha_EL_SCALE_EMUBTAG	  = 0.0205288	 +/-  1.20943	(limited)
alpha_EMUBTAG_kuncert	  = -0.0225791	 +/-  0.990575	(limited)
alpha_E_EFF	  = -0.106381	 +/-  0.937628	(limited)
alpha_EmbIso	  = 1.0518	 +/-  0.836804	(limited)
alpha_EmbMfs	  = -0.601529	 +/-  0.746603	(limited)
alpha_EmbdNorm	  = 0.113061	 +/-  0.930017	(limited)
alpha_JER_EMUBTAG	  = 0.534915	 +/-  0.901907	(limited)
alpha_JES	  = 0.439709	 +/-  0.849961	(limited)
alpha_L_EFF	  = 0.00155928	 +/-  0.974519	(limited)
alpha_METPileUp	  = 0.0421716	 +/-  1.04607	(limited)
alpha_MU_SCALE_EMUBTAG	  = 0.0991774	 +/-  1.18527	(limited)
alpha_M_EFF	  = -0.118535	 +/-  0.975969	(limited)
alpha_Q2_Ztautau_EMUBTAG	  = -0.227845	 +/-  0.947172	(limited)
alpha_QCDCR1SYS	  = 0.0279069	 +/-  0.83291	(limited)
alpha_R_OS_SS_unc	  = 0.0130771	 +/-  0.986402	(limited)
alpha_TRIG_EFF	  = 0.00269301	 +/-  0.97967	(limited)
alpha_XS_W	  = 0.00272216	 +/-  0.990334	(limited)
alpha_XS_Z	  = -0.0487659	 +/-  0.798435	(limited)
alpha_XS_bbA	  = -0.113922	 +/-  1.03152	(limited)
alpha_XS_diboson	  = 0.0262447	 +/-  0.980205	(limited)
alpha_XS_ggF	  = -0.00780005	 +/-  0.992428	(limited)
alpha_XS_top	  = 0.00350772	 +/-  0.989813	(limited)
alpha_q2_W_LL	  = 0.00163824	 +/-  0.990538	(limited)
alpha_q2_Z_LL	  = 0.142989	 +/-  0.892369	(limited)
alpha_q2_bbA_EMUBTAG	  = -0.123211	 +/-  1.00697	(limited)
alpha_q2_bbA_LL	  = 0.00206283	 +/-  0.990463	(limited)
alpha_q2_diboson_LL	  = 0.0114141	 +/-  0.989039	(limited)
alpha_q2_ggA_EMUBTAG	  = -0.022487	 +/-  0.996927	(limited)
alpha_q2_ggA_LL	  = 0.00145181	 +/-  0.990525	(limited)
alpha_q2_others_EMUBTAG	  = -0.12168	 +/-  0.970604	(limited)
alpha_q2_top_LL	  = 0.00182685	 +/-  0.990452	(limited)
gamma_stat_EM_0jet_ss_iso_bin_0	  = 0.997821	 +/-  0.107354	(limited)
gamma_stat_EM_EMUBTAG_SR_bin_1	  = 0.97607	 +/-  0.114734	(limited)
gamma_stat_EM_EMUBTAG_SR_bin_2	  = 1.00686	 +/-  0.0757567	(limited)
gamma_stat_EM_EMUBTAG_SR_bin_3	  = 1.00395	 +/-  0.0701597	(limited)
gamma_stat_EM_EMUBTAG_SR_bin_4	  = 0.971226	 +/-  0.074856	(limited)
gamma_stat_EM_EMUBTAG_SR_bin_5	  = 0.936425	 +/-  0.0816765	(limited)
gamma_stat_EM_EMUBTAG_SR_bin_6	  = 1.04655	 +/-  0.0993192	(limited)
gamma_stat_EM_EMUBTAG_SR_bin_7	  = 0.993237	 +/-  0.0780373	(limited)
gamma_stat_EM_EMUBTAG_SR_bin_8	  = 0.98969	 +/-  0.0830717	(limited)
gamma_stat_EM_EMUBTAG_SR_bin_9	  = 1.0192	 +/-  0.104975	(limited)
tauC	  = 585.141	 +/-  49.4293	(limited)
[#1] INFO:NumericIntegration -- RooRealIntegral::init(EM_EMUBTAG_SR_model_Int[obs_x_EM_EMUBTAG_SR]) using numeric integrator RooBinIntegrator to calculate Int(obs_x_EM_EMUBTAG_SR)
[#1] INFO:NumericIntegration -- RooRealIntegral::init(EM_EMUBTAG_D_model_Int[obs_x_EM_EMUBTAG_D]) using numeric integrator RooBinIntegrator to calculate Int(obs_x_EM_EMUBTAG_D)
[#1] INFO:NumericIntegration -- RooRealIntegral::init(EM_EMUBTAG_CR1_model_Int[obs_x_EM_EMUBTAG_CR1]) using numeric integrator RooBinIntegrator to calculate Int(obs_x_EM_EMUBTAG_CR1)
[#1] INFO:NumericIntegration -- RooRealIntegral::init(EM_EMUBTAG_C_model_Int[obs_x_EM_EMUBTAG_C]) using numeric integrator RooBinIntegrator to calculate Int(obs_x_EM_EMUBTAG_C)
[#1] INFO:NumericIntegration -- RooRealIntegral::init(EM_EMUBTAG_B_model_Int[obs_x_EM_EMUBTAG_B]) using numeric integrator RooBinIntegrator to calculate Int(obs_x_EM_EMUBTAG_B)
[#1] INFO:NumericIntegration -- RooRealIntegral::init(EM_0jet_ss_iso_model_Int[obs_x_EM_0jet_ss_iso]) using numeric integrator RooBinIntegrator to calculate Int(obs_x_EM_0jet_ss_iso)
[#1] INFO:NumericIntegration -- RooRealIntegral::init(EM_0jet_signalRegion_model_Int[obs_x_EM_0jet_signalRegion]) using numeric integrator RooBinIntegrator to calculate Int(obs_x_EM_0jet_signalRegion)
[#1] INFO:ObjectHandling -- RooWorkspace::import(combined) importing dataset asimovData_1
[#1] INFO:Minization -- p.d.f. provides expected number of events, including extended term in likelihood.
[#1] INFO:Minization --  Including the following contraint terms in minimization: (lumiConstraint,alpha_E_EFFConstraint,alpha_JESConstraint,alpha_M_EFFConstraint,alpha_TRIG_EFFConstraint,alpha_XS_ggFConstraint,alpha_q2_ggA_LLConstraint,alpha_XS_bbAConstraint,alpha_q2_bbA_LLConstraint,alpha_XS_WConstraint,alpha_q2_W_LLConstraint,alpha_XS_ZConstraint,alpha_q2_Z_LLConstraint,alpha_EmbIsoConstraint,alpha_EmbMfsConstraint,alpha_EmbdNormConstraint,alpha_XS_dibosonConstraint,alpha_q2_diboson_LLConstraint,alpha_XS_topConstraint,alpha_q2_top_LLConstraint,alpha_R_OS_SS_uncConstraint,gamma_stat_EM_0jet_ss_iso_bin_0_constraint,alpha_B_EFFConstraint,alpha_JER_EMUBTAGConstraint,alpha_L_EFFConstraint,alpha_q2_bbA_EMUBTAGConstraint,alpha_C_EFFConstraint,alpha_Q2_Ztautau_EMUBTAGConstraint,alpha_ClusterConstraint,alpha_EL_SCALE_EMUBTAGConstraint,alpha_EMUBTAG_kuncertConstraint,alpha_METPileUpConstraint,alpha_MU_SCALE_EMUBTAGConstraint,alpha_q2_others_EMUBTAGConstraint,alpha_EL_RES_EMUBTAGConstraint,alpha_QCDCR1SYSConstraint,alpha_q2_ggA_EMUBTAGConstraint,alpha_ATLAS_Bkg_QCDEMUBTAGuncertConstraint,alpha_ATLAS_Bkg_QCDEMUBTAGSHAPEConstraint,gamma_stat_EM_EMUBTAG_SR_bin_1_constraint,gamma_stat_EM_EMUBTAG_SR_bin_2_constraint,gamma_stat_EM_EMUBTAG_SR_bin_3_constraint,gamma_stat_EM_EMUBTAG_SR_bin_4_constraint,gamma_stat_EM_EMUBTAG_SR_bin_5_constraint,gamma_stat_EM_EMUBTAG_SR_bin_6_constraint,gamma_stat_EM_EMUBTAG_SR_bin_7_constraint,gamma_stat_EM_EMUBTAG_SR_bin_8_constraint,gamma_stat_EM_EMUBTAG_SR_bin_9_constraint)
[#0] ERROR:ObjectHandling -- RooWorkspace::loadSnapshot(combined) no snapshot with name  is available
[#1] INFO:Fitting -- RooAddition::defaultErrorLevel(nll_simPdf_asimovData_1_with_constr) Summation contains a RooNLLVar, using its error level
Minuit2Minimizer: Minimize with max-calls 26500 convergence for edm < 1 strategy 2
[#1] INFO:Fitting -- RooAbsTestStatistic::initSimMode: creating slave calculator #0 for state EM_EMUBTAG_SR (10 dataset entries)
[#1] INFO:NumericIntegration -- RooRealIntegral::init(EM_EMUBTAG_SR_model_Int[obs_x_EM_EMUBTAG_SR]) using numeric integrator RooBinIntegrator to calculate Int(obs_x_EM_EMUBTAG_SR)
[#1] INFO:Fitting -- RooAbsTestStatistic::initSimMode: creating slave calculator #1 for state EM_EMUBTAG_D (1 dataset entries)
[#1] INFO:NumericIntegration -- RooRealIntegral::init(EM_EMUBTAG_D_model_Int[obs_x_EM_EMUBTAG_D]) using numeric integrator RooBinIntegrator to calculate Int(obs_x_EM_EMUBTAG_D)
[#1] INFO:Fitting -- RooAbsTestStatistic::initSimMode: creating slave calculator #2 for state EM_EMUBTAG_CR1 (1 dataset entries)
[#1] INFO:NumericIntegration -- RooRealIntegral::init(EM_EMUBTAG_CR1_model_Int[obs_x_EM_EMUBTAG_CR1]) using numeric integrator RooBinIntegrator to calculate Int(obs_x_EM_EMUBTAG_CR1)
[#1] INFO:Fitting -- RooAbsTestStatistic::initSimMode: creating slave calculator #3 for state EM_EMUBTAG_C (1 dataset entries)
[#1] INFO:NumericIntegration -- RooRealIntegral::init(EM_EMUBTAG_C_model_Int[obs_x_EM_EMUBTAG_C]) using numeric integrator RooBinIntegrator to calculate Int(obs_x_EM_EMUBTAG_C)
[#1] INFO:Fitting -- RooAbsTestStatistic::initSimMode: creating slave calculator #4 for state EM_EMUBTAG_B (1 dataset entries)
[#1] INFO:NumericIntegration -- RooRealIntegral::init(EM_EMUBTAG_B_model_Int[obs_x_EM_EMUBTAG_B]) using numeric integrator RooBinIntegrator to calculate Int(obs_x_EM_EMUBTAG_B)
[#1] INFO:Fitting -- RooAbsTestStatistic::initSimMode: creating slave calculator #5 for state EM_0jet_ss_iso (1 dataset entries)
[#1] INFO:NumericIntegration -- RooRealIntegral::init(EM_0jet_ss_iso_model_Int[obs_x_EM_0jet_ss_iso]) using numeric integrator RooBinIntegrator to calculate Int(obs_x_EM_0jet_ss_iso)
[#1] INFO:Fitting -- RooAbsTestStatistic::initSimMode: creating slave calculator #6 for state EM_0jet_signalRegion (1 dataset entries)
[#1] INFO:NumericIntegration -- RooRealIntegral::init(EM_0jet_signalRegion_model_Int[obs_x_EM_0jet_signalRegion]) using numeric integrator RooBinIntegrator to calculate Int(obs_x_EM_0jet_signalRegion)
[#1] INFO:NumericIntegration -- RooRealIntegral::init(EM_EMUBTAG_SR_model_Int[obs_x_EM_EMUBTAG_SR]) using numeric integrator RooBinIntegrator to calculate Int(obs_x_EM_EMUBTAG_SR)
[#1] INFO:NumericIntegration -- RooRealIntegral::init(EM_EMUBTAG_D_model_Int[obs_x_EM_EMUBTAG_D]) using numeric integrator RooBinIntegrator to calculate Int(obs_x_EM_EMUBTAG_D)
[#1] INFO:NumericIntegration -- RooRealIntegral::init(EM_EMUBTAG_CR1_model_Int[obs_x_EM_EMUBTAG_CR1]) using numeric integrator RooBinIntegrator to calculate Int(obs_x_EM_EMUBTAG_CR1)
[#1] INFO:NumericIntegration -- RooRealIntegral::init(EM_EMUBTAG_C_model_Int[obs_x_EM_EMUBTAG_C]) using numeric integrator RooBinIntegrator to calculate Int(obs_x_EM_EMUBTAG_C)
[#1] INFO:NumericIntegration -- RooRealIntegral::init(EM_EMUBTAG_B_model_Int[obs_x_EM_EMUBTAG_B]) using numeric integrator RooBinIntegrator to calculate Int(obs_x_EM_EMUBTAG_B)
[#1] INFO:NumericIntegration -- RooRealIntegral::init(EM_0jet_ss_iso_model_Int[obs_x_EM_0jet_ss_iso]) using numeric integrator RooBinIntegrator to calculate Int(obs_x_EM_0jet_ss_iso)
[#1] INFO:NumericIntegration -- RooRealIntegral::init(EM_0jet_signalRegion_model_Int[obs_x_EM_0jet_signalRegion]) using numeric integrator RooBinIntegrator to calculate Int(obs_x_EM_0jet_signalRegion)
MnSeedGenerator: for initial parameters FCN = -94947.2
MnSeedGenerator: Initial state:   - FCN =  -94947.17167651 Edm =      5.45981 NCalls =    155
Info in <Minuit2>: matrix forced pos-def by adding to diagonal : padd = 0.0060371
Info in <Minuit2>: MnHesse: matrix was forced pos. def. 
MnSeedGenerator: run Hesse - new state:   - FCN =  -94947.17167651 Edm =      1.99607 NCalls =   1774
VariableMetric: start iterating until Edm is < 0.001
VariableMetric: Initial state   - FCN =  -94947.17167651 Edm =      1.99607 NCalls =   1774
VariableMetric: Iteration #   1 - FCN =  -94949.15837159 Edm =   0.00759552 NCalls =   1899
VariableMetric: Iteration #   2 - FCN =  -94949.16649594 Edm =   0.00140883 NCalls =   2008
VariableMetric: Iteration #   3 - FCN =  -94949.16883022 Edm =   0.00358724 NCalls =   2118
VariableMetric: Iteration #   4 - FCN =  -94949.17068946 Edm =   0.00132277 NCalls =   2229
VariableMetric: Iteration #   5 - FCN =  -94949.17522042 Edm =   0.00270038 NCalls =   2339
VariableMetric: Iteration #   6 - FCN =  -94949.18130065 Edm =   0.00496881 NCalls =   2448
VariableMetric: Iteration #   7 - FCN =  -94949.18323582 Edm =   0.00129456 NCalls =   2556
VariableMetric: Iteration #   8 - FCN =  -94949.18575627 Edm =  0.000532058 NCalls =   2667
Info in <Minuit2>: matrix forced pos-def by adding to diagonal : padd = 0.00592966
Info in <Minuit2>: MnHesse: matrix was forced pos. def. 
VariableMetric: After Hessian   - FCN =  -94949.18575627 Edm =   0.00102077 NCalls =   4374
Info in <Minuit2>: VariableMetricBuilder: Stop the minimization - reached machine accuracy limit
Info in <Minuit2>: Edm is smaller than machine accuracy : machineLimit = 0.00565941
Info in <Minuit2>: Current  Edm is : edm = 0.00102077
Info in <Minuit2>: Required Edm is : edmval = 0.001
Info in <Minuit2>: Minuit2Minimizer::Minimize : Covar was made pos def
Minuit2Minimizer : Valid minimum - status = 1
FVAL  = -94949.185756268751
Edm   = 0.00102077050448865772
Nfcn  = 4374
EMUBTAG_NAQCD	  = 12.5196	 +/-  1.07036	(limited)
EMUBTAG_TAUB	  = 0.546688	 +/-  0.0102763	(limited)
EMUBTAG_TauTTBAR	  = 1.21564	 +/-  0.202405	(limited)
Lumi	  = 1.00765	 +/-  0.0335442	(limited)
SS_Norm	  = 61.7216	 +/-  14.9297	(limited)
alpha_ATLAS_Bkg_QCDEMUBTAGSHAPE	  = 0.00903036	 +/-  0.973871	(limited)
alpha_ATLAS_Bkg_QCDEMUBTAGuncert	  = -0.0438746	 +/-  0.973836	(limited)
alpha_B_EFF	  = 0.0569758	 +/-  0.913537	(limited)
alpha_C_EFF	  = 0.00310128	 +/-  0.986079	(limited)
alpha_Cluster	  = -0.000106799	 +/-  1.005	(limited)
alpha_EL_RES_EMUBTAG	  = 0.00143625	 +/-  1.0183	(limited)
alpha_EL_SCALE_EMUBTAG	  = -0.0183008	 +/-  1.09373	(limited)
alpha_EMUBTAG_kuncert	  = -0.00506517	 +/-  0.990371	(limited)
alpha_E_EFF	  = 0.0671033	 +/-  0.906335	(limited)
alpha_EmbIso	  = 0.493455	 +/-  0.720429	(limited)
alpha_EmbMfs	  = -0.427579	 +/-  0.730022	(limited)
alpha_EmbdNorm	  = 0.196064	 +/-  0.926709	(limited)
alpha_JER_EMUBTAG	  = 0.196112	 +/-  0.889951	(limited)
alpha_JES	  = 0.161035	 +/-  0.839009	(limited)
alpha_L_EFF	  = -0.00026861	 +/-  0.976911	(limited)
alpha_METPileUp	  = 0.00260268	 +/-  1.00531	(limited)
alpha_MU_SCALE_EMUBTAG	  = -0.00378046	 +/-  1.08746	(limited)
alpha_M_EFF	  = -0.0260976	 +/-  0.961815	(limited)
alpha_Q2_Ztautau_EMUBTAG	  = -0.0811951	 +/-  0.948046	(limited)
alpha_QCDCR1SYS	  = 0.0236703	 +/-  0.935265	(limited)
alpha_R_OS_SS_unc	  = 0.0225841	 +/-  0.98552	(limited)
alpha_TRIG_EFF	  = 0.00371567	 +/-  0.972517	(limited)
alpha_XS_W	  = 0.00455462	 +/-  0.990238	(limited)
alpha_XS_Z	  = 0.208014	 +/-  0.828498	(limited)
alpha_XS_bbA	  = -7.09183e-05	 +/-  0.990749	(limited)
alpha_XS_diboson	  = 0.0469883	 +/-  0.978917	(limited)
alpha_XS_ggF	  = -3.81502e-06	 +/-  0.990749	(limited)
alpha_XS_top	  = 0.00586632	 +/-  0.989386	(limited)
alpha_q2_W_LL	  = 0.00277436	 +/-  0.990568	(limited)
alpha_q2_Z_LL	  = 0.248597	 +/-  0.886842	(limited)
alpha_q2_bbA_EMUBTAG	  = -7.87116e-05	 +/-  0.990749	(limited)
alpha_q2_bbA_LL	  = 1.00707e-06	 +/-  0.990749	(limited)
alpha_q2_diboson_LL	  = 0.0195722	 +/-  0.988691	(limited)
alpha_q2_ggA_EMUBTAG	  = -1.11161e-05	 +/-  0.990749	(limited)
alpha_q2_ggA_LL	  = 7.08841e-07	 +/-  0.990749	(limited)
alpha_q2_others_EMUBTAG	  = -0.0310304	 +/-  0.967774	(limited)
alpha_q2_top_LL	  = 0.00306137	 +/-  0.990419	(limited)
gamma_stat_EM_0jet_ss_iso_bin_0	  = 0.99641	 +/-  0.107154	(limited)
gamma_stat_EM_EMUBTAG_SR_bin_1	  = 0.993363	 +/-  0.115126	(limited)
gamma_stat_EM_EMUBTAG_SR_bin_2	  = 0.9944	 +/-  0.0747327	(limited)
gamma_stat_EM_EMUBTAG_SR_bin_3	  = 1.00202	 +/-  0.0698392	(limited)
gamma_stat_EM_EMUBTAG_SR_bin_4	  = 0.997245	 +/-  0.0754204	(limited)
gamma_stat_EM_EMUBTAG_SR_bin_5	  = 0.986295	 +/-  0.0829908	(limited)
gamma_stat_EM_EMUBTAG_SR_bin_6	  = 1.01583	 +/-  0.0974223	(limited)
gamma_stat_EM_EMUBTAG_SR_bin_7	  = 0.996239	 +/-  0.0780168	(limited)
gamma_stat_EM_EMUBTAG_SR_bin_8	  = 1.00038	 +/-  0.0835243	(limited)
gamma_stat_EM_EMUBTAG_SR_bin_9	  = 0.999403	 +/-  0.103809	(limited)
tauC	  = 633.558	 +/-  54.1763	(limited)
[#1] INFO:Fitting -- RooAddition::defaultErrorLevel(nll_simPdf_asimovData_1_with_constr) Summation contains a RooNLLVar, using its error level
Minuit2Minimizer: Minimize with max-calls 26500 convergence for edm < 1 strategy 2
MnSeedGenerator: for initial parameters FCN = -94948.2
MnSeedGenerator: Initial state:   - FCN =  -94948.22060928 Edm =     0.931747 NCalls =    145
Info in <Minuit2>: matrix forced pos-def by adding to diagonal : padd = 0.00618164
Info in <Minuit2>: MnHesse: matrix was forced pos. def. 
MnSeedGenerator: run Hesse - new state:   - FCN =  -94948.22060928 Edm =     0.899661 NCalls =   1780
VariableMetric: start iterating until Edm is < 0.001
VariableMetric: Initial state   - FCN =  -94948.22060928 Edm =     0.899661 NCalls =   1780
VariableMetric: Iteration #   1 - FCN =  -94949.10926303 Edm =     0.005459 NCalls =   1899
VariableMetric: Iteration #   2 - FCN =  -94949.11298903 Edm =   0.00154725 NCalls =   2010
VariableMetric: Iteration #   3 - FCN =  -94949.11339594 Edm =  0.000770721 NCalls =   2120
VariableMetric: Iteration #   4 - FCN =  -94949.11449268 Edm =   0.00069792 NCalls =   2227
VariableMetric: Iteration #   5 - FCN =  -94949.11657776 Edm =  0.000766231 NCalls =   2334
Info in <Minuit2>: matrix forced pos-def by adding to diagonal : padd = 0.00590632
Info in <Minuit2>: MnHesse: matrix was forced pos. def. 
VariableMetric: After Hessian   - FCN =  -94949.11657776 Edm =   0.00543293 NCalls =   4053
Info in <Minuit2>: VariableMetricBuilder: Stop the minimization - reached machine accuracy limit
Info in <Minuit2>: Edm is smaller than machine accuracy : machineLimit = 0.00565941
Info in <Minuit2>: Current  Edm is : edm = 0.00543293
Info in <Minuit2>: Required Edm is : edmval = 0.001
Info in <Minuit2>: Minuit2Minimizer::Minimize : Covar was made pos def
Minuit2Minimizer : Valid minimum - status = 1
FVAL  = -94949.1165777643619
Edm   = 0.00543293321313479023
Nfcn  = 4053
EMUBTAG_NAQCD	  = 13.1894	 +/-  1.12474	(limited)
EMUBTAG_TAUB	  = 0.546684	 +/-  0.0102759	(limited)
EMUBTAG_TauTTBAR	  = 1.20511	 +/-  0.202078	(limited)
Lumi	  = 1.00066	 +/-  0.0332845	(limited)
SS_Norm	  = 62.7393	 +/-  14.8091	(limited)
alpha_ATLAS_Bkg_QCDEMUBTAGSHAPE	  = 0.00261535	 +/-  0.886199	(limited)
alpha_ATLAS_Bkg_QCDEMUBTAGuncert	  = -0.0764809	 +/-  0.974277	(limited)
alpha_B_EFF	  = 0.125032	 +/-  0.946594	(limited)
alpha_C_EFF	  = -0.00520945	 +/-  0.987453	(limited)
alpha_Cluster	  = 0.0133747	 +/-  1.01285	(limited)
alpha_EL_RES_EMUBTAG	  = -0.00144279	 +/-  1.0431	(limited)
alpha_EL_SCALE_EMUBTAG	  = -0.0511064	 +/-  1.09728	(limited)
alpha_EMUBTAG_kuncert	  = -0.0134301	 +/-  0.990542	(limited)
alpha_E_EFF	  = -0.033914	 +/-  0.896733	(limited)
alpha_EmbIso	  = 0.566364	 +/-  0.74236	(limited)
alpha_EmbMfs	  = -0.386131	 +/-  0.739864	(limited)
alpha_EmbdNorm	  = 0.131046	 +/-  0.927496	(limited)
alpha_JER_EMUBTAG	  = 0.214078	 +/-  0.891839	(limited)
alpha_JES	  = 0.226117	 +/-  0.847775	(limited)
alpha_L_EFF	  = -0.0259468	 +/-  0.98236	(limited)
alpha_METPileUp	  = 0.0100426	 +/-  1.0181	(limited)
alpha_MU_SCALE_EMUBTAG	  = -0.0129958	 +/-  1.19427	(limited)
alpha_M_EFF	  = -0.081931	 +/-  0.972328	(limited)
alpha_Q2_Ztautau_EMUBTAG	  = -0.171432	 +/-  0.946877	(limited)
alpha_QCDCR1SYS	  = 0.0541114	 +/-  0.900137	(limited)
alpha_R_OS_SS_unc	  = 0.0157021	 +/-  0.986328	(limited)
alpha_TRIG_EFF	  = 0.00616873	 +/-  0.978818	(limited)
alpha_XS_W	  = 0.00331406	 +/-  0.9904	(limited)
alpha_XS_Z	  = 0.0500596	 +/-  0.800186	(limited)
alpha_XS_bbA	  = -0.032933	 +/-  1.02026	(limited)
alpha_XS_diboson	  = 0.0335207	 +/-  0.979854	(limited)
alpha_XS_ggF	  = -0.000395555	 +/-  0.990819	(limited)
alpha_XS_top	  = 0.00455456	 +/-  0.989805	(limited)
alpha_q2_W_LL	  = 0.0019711	 +/-  0.990634	(limited)
alpha_q2_Z_LL	  = 0.16603	 +/-  0.887957	(limited)
alpha_q2_bbA_EMUBTAG	  = -0.0466417	 +/-  1.00788	(limited)
alpha_q2_bbA_LL	  = 0.00251578	 +/-  0.990548	(limited)
alpha_q2_diboson_LL	  = 0.0138055	 +/-  0.989015	(limited)
alpha_q2_ggA_EMUBTAG	  = -0.0102313	 +/-  0.99397	(limited)
alpha_q2_ggA_LL	  = 0.00172968	 +/-  0.99062	(limited)
alpha_q2_others_EMUBTAG	  = -0.0878347	 +/-  0.972527	(limited)
alpha_q2_top_LL	  = 0.00222547	 +/-  0.990534	(limited)
gamma_stat_EM_0jet_ss_iso_bin_0	  = 0.998268	 +/-  0.107398	(limited)
gamma_stat_EM_EMUBTAG_SR_bin_1	  = 0.993022	 +/-  0.115454	(limited)
gamma_stat_EM_EMUBTAG_SR_bin_2	  = 0.994214	 +/-  0.0750061	(limited)
gamma_stat_EM_EMUBTAG_SR_bin_3	  = 0.997806	 +/-  0.0698943	(limited)
gamma_stat_EM_EMUBTAG_SR_bin_4	  = 0.992604	 +/-  0.0756664	(limited)
gamma_stat_EM_EMUBTAG_SR_bin_5	  = 0.983042	 +/-  0.0833093	(limited)
gamma_stat_EM_EMUBTAG_SR_bin_6	  = 1.01073	 +/-  0.0977369	(limited)
gamma_stat_EM_EMUBTAG_SR_bin_7	  = 0.995291	 +/-  0.0780684	(limited)
gamma_stat_EM_EMUBTAG_SR_bin_8	  = 1.00113	 +/-  0.0836437	(limited)
gamma_stat_EM_EMUBTAG_SR_bin_9	  = 1.00106	 +/-  0.104	(limited)
tauC	  = 601.356	 +/-  51.2997	(limited)
[#0] ERROR:ObjectHandling -- RooWorkspace::loadSnapshot(combined) no snapshot with name conditionalNuis_0 is available
[#1] INFO:Fitting -- RooAddition::defaultErrorLevel(nll_simPdf_obsData_with_constr) Summation contains a RooNLLVar, using its error level
Minuit2Minimizer: Minimize with max-calls 26500 convergence for edm < 1 strategy 2
MnSeedGenerator: for initial parameters FCN = -94979.8
MnSeedGenerator: Initial state:   - FCN =  -94979.76979318 Edm =      6.18701 NCalls =    149
MnSeedGenerator: Negative G2 found - new state:   - FCN =  -94979.79429098 Edm =      6.17148 NCalls =    258
Info in <Minuit2>: matrix forced pos-def by adding to diagonal : padd = 0.00562199
Info in <Minuit2>: MnHesse: matrix was forced pos. def. 
MnSeedGenerator: run Hesse - new state:   - FCN =  -94979.79429098 Edm =       1.7224 NCalls =   1883
VariableMetric: start iterating until Edm is < 0.001
VariableMetric: Initial state   - FCN =  -94979.79429098 Edm =       1.7224 NCalls =   1883
VariableMetric: Iteration #   1 - FCN =  -94981.47010239 Edm =    0.0879773 NCalls =   2008
VariableMetric: Iteration #   2 - FCN =  -94981.49634962 Edm =   0.00910205 NCalls =   2122
VariableMetric: Iteration #   3 - FCN =  -94981.49870683 Edm =   0.00284246 NCalls =   2233
Info in <Minuit2>: VariableMetricBuilder: no improvement in line search
Info in <Minuit2>: VariableMetricBuilder: machine accuracy limits further improvement.
Info in <Minuit2>: matrix forced pos-def by adding to diagonal : padd = 0.00612853
Info in <Minuit2>: MnHesse: matrix was forced pos. def. 
VariableMetric: After Hessian   - FCN =  -94981.49870683 Edm =   0.00453933 NCalls =   3947
Info in <Minuit2>: VariableMetricBuilder: Stop the minimization - reached machine accuracy limit
Info in <Minuit2>: Edm is smaller than machine accuracy : machineLimit = 0.00566134
Info in <Minuit2>: Current  Edm is : edm = 0.00453933
Info in <Minuit2>: Required Edm is : edmval = 0.001
Info in <Minuit2>: Minuit2Minimizer::Minimize : Covar was made pos def
Minuit2Minimizer : Valid minimum - status = 1
FVAL  = -94981.4987068300688
Edm   = 0.00453932814198795744
Nfcn  = 3947
EMUBTAG_NAQCD	  = 13.1823	 +/-  1.12208	(limited)
EMUBTAG_TAUB	  = 0.546658	 +/-  0.0102736	(limited)
EMUBTAG_TauTTBAR	  = 1.24287	 +/-  0.216743	(limited)
Lumi	  = 1.00331	 +/-  0.0335729	(limited)
SS_Norm	  = 62.4234	 +/-  14.8238	(limited)
alpha_ATLAS_Bkg_QCDEMUBTAGSHAPE	  = 0.127159	 +/-  1.56425	(limited)
alpha_ATLAS_Bkg_QCDEMUBTAGuncert	  = -0.185923	 +/-  0.952847	(limited)
alpha_B_EFF	  = 0.145178	 +/-  0.942898	(limited)
alpha_C_EFF	  = 0.0264651	 +/-  0.982242	(limited)
alpha_Cluster	  = 0.0106439	 +/-  0.981247	(limited)
alpha_EL_RES_EMUBTAG	  = 0.00426802	 +/-  1.03679	(limited)
alpha_EL_SCALE_EMUBTAG	  = 0.00880356	 +/-  1.23957	(limited)
alpha_EMUBTAG_kuncert	  = -0.0146563	 +/-  0.990455	(limited)
alpha_E_EFF	  = 0.0207828	 +/-  0.887093	(limited)
alpha_EmbIso	  = 1.02268	 +/-  0.826141	(limited)
alpha_EmbMfs	  = -0.659456	 +/-  0.737617	(limited)
alpha_EmbdNorm	  = 0.170368	 +/-  0.928073	(limited)
alpha_JER_EMUBTAG	  = 0.511265	 +/-  0.901	(limited)
alpha_JES	  = 0.385018	 +/-  0.842323	(limited)
alpha_L_EFF	  = 0.0276946	 +/-  0.970713	(limited)
alpha_METPileUp	  = 0.0188686	 +/-  1.025	(limited)
alpha_MU_SCALE_EMUBTAG	  = 0.019793	 +/-  1.16902	(limited)
alpha_M_EFF	  = -0.0550158	 +/-  0.969525	(limited)
alpha_Q2_Ztautau_EMUBTAG	  = -0.159192	 +/-  0.94873	(limited)
alpha_QCDCR1SYS	  = 0.0364545	 +/-  0.867435	(limited)
alpha_R_OS_SS_unc	  = 0.0198596	 +/-  0.986156	(limited)
alpha_TRIG_EFF	  = 0.00252506	 +/-  0.976023	(limited)
alpha_XS_W	  = 0.00394139	 +/-  0.990269	(limited)
alpha_XS_Z	  = 0.0943296	 +/-  0.828765	(limited)
alpha_XS_bbA	  = 0.000219028	 +/-  0.990652	(limited)
alpha_XS_diboson	  = 0.0366416	 +/-  0.9798	(limited)
alpha_XS_ggF	  = 2.62674e-06	 +/-  0.990652	(limited)
alpha_XS_top	  = 0.00550054	 +/-  0.989639	(limited)
alpha_q2_W_LL	  = 0.00232355	 +/-  0.990518	(limited)
alpha_q2_Z_LL	  = 0.215446	 +/-  0.88928	(limited)
alpha_q2_bbA_EMUBTAG	  = 0.000310673	 +/-  0.990652	(limited)
alpha_q2_bbA_LL	  = -1.67066e-05	 +/-  0.990652	(limited)
alpha_q2_diboson_LL	  = 0.0165355	 +/-  0.988897	(limited)
alpha_q2_ggA_EMUBTAG	  = 6.79526e-05	 +/-  0.990652	(limited)
alpha_q2_ggA_LL	  = -1.14863e-05	 +/-  0.990652	(limited)
alpha_q2_others_EMUBTAG	  = -0.0770269	 +/-  0.971339	(limited)
alpha_q2_top_LL	  = 0.00262932	 +/-  0.99041	(limited)
gamma_stat_EM_0jet_ss_iso_bin_0	  = 0.997213	 +/-  0.107252	(limited)
gamma_stat_EM_EMUBTAG_SR_bin_1	  = 0.975219	 +/-  0.114501	(limited)
gamma_stat_EM_EMUBTAG_SR_bin_2	  = 1.00758	 +/-  0.0755587	(limited)
gamma_stat_EM_EMUBTAG_SR_bin_3	  = 1.00823	 +/-  0.0701322	(limited)
gamma_stat_EM_EMUBTAG_SR_bin_4	  = 0.97498	 +/-  0.0746666	(limited)
gamma_stat_EM_EMUBTAG_SR_bin_5	  = 0.938965	 +/-  0.0816124	(limited)
gamma_stat_EM_EMUBTAG_SR_bin_6	  = 1.05542	 +/-  0.0992744	(limited)
gamma_stat_EM_EMUBTAG_SR_bin_7	  = 0.994187	 +/-  0.0779988	(limited)
gamma_stat_EM_EMUBTAG_SR_bin_8	  = 0.989378	 +/-  0.0830185	(limited)
gamma_stat_EM_EMUBTAG_SR_bin_9	  = 1.01846	 +/-  0.104901	(limited)
tauC	  = 601.917	 +/-  51.2509	(limited)
[#1] INFO:Fitting -- RooAddition::defaultErrorLevel(nll_simPdf_obsData_with_constr) Summation contains a RooNLLVar, using its error level
Minuit2Minimizer: Minimize with max-calls 27000 convergence for edm < 1 strategy 2
MnSeedGenerator: for initial parameters FCN = -94981.5
MnSeedGenerator: Initial state:   - FCN =  -94981.49870683 Edm =    0.0379036 NCalls =    147
Info in <Minuit2>: matrix forced pos-def by adding to diagonal : padd = 0.00697059
Info in <Minuit2>: MnHesse: matrix was forced pos. def. 
MnSeedGenerator: run Hesse - new state:   - FCN =  -94981.49870683 Edm =     0.247097 NCalls =   1909
VariableMetric: start iterating until Edm is < 0.001
VariableMetric: Initial state   - FCN =  -94981.49870683 Edm =     0.247097 NCalls =   1909
VariableMetric: Iteration #   1 - FCN =  -94981.73436707 Edm =    0.0362996 NCalls =   2035
VariableMetric: Iteration #   2 - FCN =  -94981.75082753 Edm =   0.00344356 NCalls =   2149
VariableMetric: Iteration #   3 - FCN =  -94981.75369539 Edm =  0.000340737 NCalls =   2259
Info in <Minuit2>: matrix forced pos-def by adding to diagonal : padd = 0.0070037
Info in <Minuit2>: MnHesse: matrix was forced pos. def. 
VariableMetric: After Hessian   - FCN =  -94981.75369539 Edm =  0.000831746 NCalls =   4049
Info in <Minuit2>: Minuit2Minimizer::Minimize : Covar was made pos def
Minuit2Minimizer : Valid minimum - status = 1
FVAL  = -94981.753695385647
Edm   = 0.000831746406034049768
Nfcn  = 4049
EMUBTAG_NAQCD	  = 13.1902	 +/-  1.04523	(limited)
EMUBTAG_TAUB	  = 0.546628	 +/-  0.0102654	(limited)
EMUBTAG_TauTTBAR	  = 1.27096	 +/-  0.21026	(limited)
Lumi	  = 1.01186	 +/-  0.0355339	(limited)
SS_Norm	  = 60.9895	 +/-  15.059	(limited)
SigXsecOverSM	  = -1.40562	 +/-  1.85152	(limited)
alpha_ATLAS_Bkg_QCDEMUBTAGSHAPE	  = 0.213547	 +/-  0.960421	(limited)
alpha_ATLAS_Bkg_QCDEMUBTAGuncert	  = -0.133911	 +/-  0.973053	(limited)
alpha_B_EFF	  = 0.0268924	 +/-  0.912902	(limited)
alpha_C_EFF	  = 0.0246705	 +/-  0.982052	(limited)
alpha_Cluster	  = -0.00891704	 +/-  0.995339	(limited)
alpha_EL_RES_EMUBTAG	  = 0.000441631	 +/-  1.00622	(limited)
alpha_EL_SCALE_EMUBTAG	  = -0.0256291	 +/-  1.01934	(limited)
alpha_EMUBTAG_kuncert	  = -0.00210077	 +/-  0.989934	(limited)
alpha_E_EFF	  = 0.119082	 +/-  0.95613	(limited)
alpha_EmbIso	  = 0.964095	 +/-  0.813367	(limited)
alpha_EmbMfs	  = -0.741529	 +/-  0.731961	(limited)
alpha_EmbdNorm	  = 0.257194	 +/-  0.930211	(limited)
alpha_JER_EMUBTAG	  = 0.49149	 +/-  0.897558	(limited)
alpha_JES	  = 0.318129	 +/-  0.834193	(limited)
alpha_L_EFF	  = 0.0362716	 +/-  0.967954	(limited)
alpha_METPileUp	  = 0.00201717	 +/-  1.02165	(limited)
alpha_MU_SCALE_EMUBTAG	  = -0.00218739	 +/-  1.06494	(limited)
alpha_M_EFF	  = 0.00433711	 +/-  0.95881	(limited)
alpha_Q2_Ztautau_EMUBTAG	  = -0.0479803	 +/-  0.957705	(limited)
alpha_QCDCR1SYS	  = 0.0114795	 +/-  0.954963	(limited)
alpha_R_OS_SS_unc	  = 0.0279969	 +/-  0.98485	(limited)
alpha_TRIG_EFF	  = 0.0050006	 +/-  0.966368	(limited)
alpha_XS_W	  = 0.00611981	 +/-  0.989661	(limited)
alpha_XS_Z	  = 0.337995	 +/-  0.86989	(limited)
alpha_XS_bbA	  = 0.02457	 +/-  0.949715	(limited)
alpha_XS_diboson	  = 0.0593425	 +/-  0.979069	(limited)
alpha_XS_ggF	  = -0.0108367	 +/-  0.989457	(limited)
alpha_XS_top	  = 0.00806232	 +/-  0.988705	(limited)
alpha_q2_W_LL	  = 0.00366986	 +/-  0.990026	(limited)
alpha_q2_Z_LL	  = 0.325451	 +/-  0.893515	(limited)
alpha_q2_bbA_EMUBTAG	  = 0.049966	 +/-  0.961224	(limited)
alpha_q2_bbA_LL	  = -0.00627548	 +/-  0.990581	(limited)
alpha_q2_diboson_LL	  = 0.0255748	 +/-  0.988162	(limited)
alpha_q2_ggA_EMUBTAG	  = 0.00691515	 +/-  0.987537	(limited)
alpha_q2_ggA_LL	  = -0.00431422	 +/-  0.99049	(limited)
alpha_q2_others_EMUBTAG	  = -0.0189511	 +/-  0.968487	(limited)
alpha_q2_top_LL	  = 0.00410658	 +/-  0.989858	(limited)
gamma_stat_EM_0jet_ss_iso_bin_0	  = 0.995313	 +/-  0.106949	(limited)
gamma_stat_EM_EMUBTAG_SR_bin_1	  = 0.973869	 +/-  0.113502	(limited)
gamma_stat_EM_EMUBTAG_SR_bin_2	  = 1.00817	 +/-  0.075201	(limited)
gamma_stat_EM_EMUBTAG_SR_bin_3	  = 1.01518	 +/-  0.070713	(limited)
gamma_stat_EM_EMUBTAG_SR_bin_4	  = 0.981954	 +/-  0.0748991	(limited)
gamma_stat_EM_EMUBTAG_SR_bin_5	  = 0.944599	 +/-  0.0818667	(limited)
gamma_stat_EM_EMUBTAG_SR_bin_6	  = 1.07077	 +/-  0.101017	(limited)
gamma_stat_EM_EMUBTAG_SR_bin_7	  = 0.995694	 +/-  0.0779251	(limited)
gamma_stat_EM_EMUBTAG_SR_bin_8	  = 0.988444	 +/-  0.0828542	(limited)
gamma_stat_EM_EMUBTAG_SR_bin_9	  = 1.01643	 +/-  0.104659	(limited)
tauC	  = 601.557	 +/-  47.682	(limited)
mA130tb10 obs: -0.714127
mA130tb10 Median test stat val: -0.138357
mA130tb10 med:   -0.371964
Real time 0:00:11, CP time 11.800
