User : tiejiunh Hostname : b048 version : v06a_2018.1214 Time : 2019.0113.0655.-0600.Sun.CST appl::grid() reading grid from file ../ApplGridtables/245_1.root version 1.4.70 appl::grid() read grid, size 1 MB in 522.017 ms trim in 0.674 ms readgrid: 0 appl::grid() reading grid from file ../ApplGridtables/245_2.root version 1.4.70 grid::grid() read ckm matrices appl::grid::addpdf() creating new lumi_pdf mcfmwp.config lumi_pdf::lumi_pdf() setting W+ cmk matrix lumi_pdf::lumi_pdf() mcfmwp.config combinations 6 appl::grid() read grid, size 0 MB in 93.551 ms trim in 0.211 ms readgrid: 1 appl::grid() reading grid from file ../ApplGridtables/245_3.root version 1.4.70 grid::grid() read ckm matrices appl::grid::addpdf() creating new lumi_pdf mcfmwm.config lumi_pdf::lumi_pdf() setting W- cmk matrix lumi_pdf::lumi_pdf() mcfmwm.config combinations 6 appl::grid() read grid, size 0 MB in 94.387 ms trim in 0.226 ms readgrid: 2 appl::grid() reading grid from file ../ApplGridtables/246_1_KP_2018.1010.root version 1.4.70 appl::grid() read grid, size 1 MB in 388.803 ms trim in 0.679 ms readgrid: 3 appl::grid() reading grid from file ../ApplGridtables/248_40-6-15-3-Z0_zypeak_cc_xfitter_2018.0618.root version 1.4.69(transformed to 1.4.70) appl::grid() read grid, size 1 MB in 785.816 ms trim in 0.789 ms readgrid: 4 appl::grid() reading grid from file ../ApplGridtables/248_40-6-15-3-Wplus_wyl_xfitter_2018.0618.root version 1.4.69(transformed to 1.4.70) grid::grid() read ckm matrices appl::grid() read grid, size 0 MB in 82.055 ms trim in 0.179 ms readgrid: 5 appl::grid() reading grid from file ../ApplGridtables/248_40-6-15-3-Wminus_wyl_xfitter_2018.0618.root version 1.4.69(transformed to 1.4.70) grid::grid() read ckm matrices appl::grid() read grid, size 0 MB in 82.615 ms trim in 0.177 ms readgrid: 6 appl::grid() reading grid from file ../ApplGridtables/249_Wplus_applgrid_Pt25_xfitter_2018.0618.root version 1.4.56(transformed to 1.4.70) grid::grid() read ckm matrices appl::grid() read grid, size 0 MB in 82.209 ms trim in 0.117 ms readgrid: 7 appl::grid() reading grid from file ../ApplGridtables/249_Wminus_applgrid_Pt25_xfitter_2018.0618.root version 1.4.56(transformed to 1.4.70) grid::grid() read ckm matrices appl::grid() read grid, size 0 MB in 82.274 ms trim in 0.086 ms readgrid: 8 appl::grid() reading grid from file ../ApplGridtables/250_1.root version 1.4.69(transformed to 1.4.70) ******************************************************************************* * * * This grid has been generated with: * * * * a M C f a s t * * * * version 2.0.0 * * * * Authors: V. Bertone, R. Frederix, S. Frixione, J. Rojo, and M. Sutton * * Web page: http://amcfast.hepforge.org * * * * If you use it in a scientific work, please cite the following three papers: * * - aMCfast: V. Bertone et al., [arXiv:1406.7693] * * - MadGraph5_aMC@NLO: J. Alwall et al., [arXiv:1405.0301] * * - APPLgrid: T. Carli et al., [arXiv:0911.2985] * * * ******************************************************************************* appl::grid::addpdf() creating new lumi_pdf amcatnlo_obs_0_20170205003744.config lumi_pdf::lumi_pdf() amcatnlo_obs_0_20170205003744.config combinations 6 appl::grid() read grid, size 11 MB in 7623.35 ms trim in 29.067 ms readgrid: 9 ******************************************************************************* * * * This grid has been generated with: * * * * a M C f a s t * * * * version 2.0.0 * * * * Authors: V. Bertone, R. Frederix, S. Frixione, J. Rojo, and M. Sutton * * Web page: http://amcfast.hepforge.org * * * * If you use it in a scientific work, please cite the following three papers: * * - aMCfast: V. Bertone et al., [arXiv:1406.7693] * * - MadGraph5_aMC@NLO: J. Alwall et al., [arXiv:1405.0301] * * - APPLgrid: T. Carli et al., [arXiv:0911.2985] * * * ******************************************************************************* appl::grid() reading grid from file ../ApplGridtables/250_2.root version 1.4.69(transformed to 1.4.70) ******************************************************************************* * * * This grid has been generated with: * * * * a M C f a s t * * * * version 2.0.0 * * * * Authors: V. Bertone, R. Frederix, S. Frixione, J. Rojo, and M. Sutton * * Web page: http://amcfast.hepforge.org * * * * If you use it in a scientific work, please cite the following three papers: * * - aMCfast: V. Bertone et al., [arXiv:1406.7693] * * - MadGraph5_aMC@NLO: J. Alwall et al., [arXiv:1405.0301] * * - APPLgrid: T. Carli et al., [arXiv:0911.2985] * * * ******************************************************************************* appl::grid::addpdf() creating new lumi_pdf amcatnlo_obs_0_20170206043521.config lumi_pdf::lumi_pdf() amcatnlo_obs_0_20170206043521.config combinations 6 appl::grid() read grid, size 12 MB in 7400.83 ms trim in 10.612 ms readgrid: 10 ******************************************************************************* * * * This grid has been generated with: * * * * a M C f a s t * * * * version 2.0.0 * * * * Authors: V. Bertone, R. Frederix, S. Frixione, J. Rojo, and M. Sutton * * Web page: http://amcfast.hepforge.org * * * * If you use it in a scientific work, please cite the following three papers: * * - aMCfast: V. Bertone et al., [arXiv:1406.7693] * * - MadGraph5_aMC@NLO: J. Alwall et al., [arXiv:1405.0301] * * - APPLgrid: T. Carli et al., [arXiv:0911.2985] * * * ******************************************************************************* appl::grid() reading grid from file ../ApplGridtables/250_3.root version 1.4.70 ******************************************************************************* * * * This grid has been generated with: * * * * a M C f a s t * * * * version 2.0.0 * * * * Authors: V. Bertone, R. Frederix, S. Frixione, J. Rojo, and M. Sutton * * Web page: http://amcfast.hepforge.org * * * * If you use it in a scientific work, please cite the following three papers: * * - aMCfast: V. Bertone et al., [arXiv:1406.7693] * * - MadGraph5_aMC@NLO: J. Alwall et al., [arXiv:1405.0301] * * - APPLgrid: T. Carli et al., [arXiv:0911.2985] * * * ******************************************************************************* appl::grid::addpdf() creating new lumi_pdf amcatnlo_obs_0_20170205222303.config lumi_pdf::lumi_pdf() amcatnlo_obs_0_20170205222303.config combinations 12 appl::grid() read grid, size 22 MB in 30001.4 ms trim in 35.232 ms readgrid: 11 ******************************************************************************* * * * This grid has been generated with: * * * * a M C f a s t * * * * version 2.0.0 * * * * Authors: V. Bertone, R. Frederix, S. Frixione, J. Rojo, and M. Sutton * * Web page: http://amcfast.hepforge.org * * * * If you use it in a scientific work, please cite the following three papers: * * - aMCfast: V. Bertone et al., [arXiv:1406.7693] * * - MadGraph5_aMC@NLO: J. Alwall et al., [arXiv:1405.0301] * * - APPLgrid: T. Carli et al., [arXiv:0911.2985] * * * ******************************************************************************* appl::grid() reading grid from file ../ApplGridtables/253_4.root version 1.4.69(transformed to 1.4.70) appl::grid::addpdf() creating new lumi_pdf basic.config lumi_pdf::lumi_pdf() basic.config combinations 121 appl::grid() read grid, size 13 MB in 9894.09 ms trim in 14.501 ms readgrid: 12 appl::grid() reading grid from file ../ApplGridtables/253_5.root version 1.4.69(transformed to 1.4.70) appl::grid() read grid, size 28 MB in 21459.3 ms trim in 32.716 ms readgrid: 13 appl::grid() reading grid from file ../ApplGridtables/253_6.root version 1.4.69(transformed to 1.4.70) appl::grid() read grid, size 13 MB in 9880.23 ms trim in 16.395 ms readgrid: 14 ################################################################################## # # fastNLO_toolkit # Version 2.3.1pre_2411 # # C++ program and toolkit to read and create fastNLO v2 tables and # derive QCD cross sections using PDFs, e.g. from LHAPDF # #--------------------------------------------------------------------------------- # # Copyright © 2005-2018 fastNLO Collaboration # D. Britzger, T. Kluge, K. Rabbertz, F. Stober, G. Sieber, M. Wobisch # # This program is free software: you can redistribute it and/or modify # it under the terms of the GNU General Public License as published by # the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program. If not, see . # #--------------------------------------------------------------------------------- # # The projects web page can be found at: # http://projects.hepforge.org/fastnlo # # If you use this code, please cite: # T. Kluge, K. Rabbertz, M. Wobisch, hep-ph/0609285 # D. Britzger, T. Kluge, K. Rabbertz, F. Stober, M. Wobisch, arXiv:1109.1310 # ################################################################################## # INFO. [fastNLOTable::OpenFileRead] Opened file ../fastNLOtables/fnl2332e_v23_fix_I1298810.tab successfully. # INFO. [OrderCoefficients] Could not find any NNLO calculation. # INFO. [fastNLOReader::SetScaleVariation] Selecting MuF table according to a multiplicative scale factor of the factorization scale of 1 times the nominal scale. # INFO. [fastNLOReader::SetContributionON] Deactivating contribution Fixed order calculation with Id = 2 # WARNING! [fastNLOReader::SetContributionON] Contribution Fixed order calculation has not been filled, cannot switch it On/Off! Ignoring call. # INFO. [fastNLOReader::SetScaleVariation] Selecting MuF table according to a multiplicative scale factor of the factorization scale of 1 times the nominal scale. appl::grid() reading grid from file ../ApplGridtables/510_1.root version 1.4.72(transformed to 1.4.70) +-----------------------------------------------+ | Atlas inclusive jets | | 2011 data: integrated luminosity = 4.5 fb-1 | | arXiv: 1410.8857: table 9 | | 0.0<|y|<0.5, R=0.6 | +-----------------------------------------------+ appl::grid() read grid, size 2 MB in 1027 ms trim in 2.557 ms readgrid: 15 +-----------------------------------------------+ | Atlas inclusive jets | | 2011 data: integrated luminosity = 4.5 fb-1 | | arXiv: 1410.8857: table 9 | | 0.0<|y|<0.5, R=0.6 | +-----------------------------------------------+ appl::grid() reading grid from file ../ApplGridtables/510_2.root version 1.4.72(transformed to 1.4.70) +-----------------------------------------------+ | Atlas inclusive jets | | 2011 data: integrated luminosity = 4.5 fb-1 | | arXiv: 1410.8857: table 10 | | 0.5<|y|<1.0, R=0.6 | +-----------------------------------------------+ appl::grid() read grid, size 2 MB in 1027.83 ms trim in 2.451 ms readgrid: 16 +-----------------------------------------------+ | Atlas inclusive jets | | 2011 data: integrated luminosity = 4.5 fb-1 | | arXiv: 1410.8857: table 10 | | 0.5<|y|<1.0, R=0.6 | +-----------------------------------------------+ appl::grid() reading grid from file ../ApplGridtables/510_3.root version 1.4.72(transformed to 1.4.70) +-----------------------------------------------+ | Atlas inclusive jets | | 2011 data: integrated luminosity = 4.5 fb-1 | | arXiv: 1410.8857: table 11 | | 1.0<|y|<1.5, R=0.6 | +-----------------------------------------------+ appl::grid() read grid, size 2 MB in 1019.04 ms trim in 2.299 ms readgrid: 17 +-----------------------------------------------+ | Atlas inclusive jets | | 2011 data: integrated luminosity = 4.5 fb-1 | | arXiv: 1410.8857: table 11 | | 1.0<|y|<1.5, R=0.6 | +-----------------------------------------------+ appl::grid() reading grid from file ../ApplGridtables/510_4.root version 1.4.72(transformed to 1.4.70) +-----------------------------------------------+ | Atlas inclusive jets | | 2011 data: integrated luminosity = 4.5 fb-1 | | arXiv: 1410.8857: table 12 | | 1.5<|y|<2.0, R=0.6 | +-----------------------------------------------+ appl::grid() read grid, size 2 MB in 995.172 ms trim in 1.655 ms readgrid: 18 +-----------------------------------------------+ | Atlas inclusive jets | | 2011 data: integrated luminosity = 4.5 fb-1 | | arXiv: 1410.8857: table 12 | | 1.5<|y|<2.0, R=0.6 | +-----------------------------------------------+ appl::grid() reading grid from file ../ApplGridtables/510_5.root version 1.4.72(transformed to 1.4.70) +-----------------------------------------------+ | Atlas inclusive jets | | 2011 data: integrated luminosity = 4.5 fb-1 | | arXiv: 1410.8857: table 13 | | 2.0<|y|<2.5, R=0.6 | +-----------------------------------------------+ appl::grid() read grid, size 1 MB in 568.063 ms trim in 0.99 ms readgrid: 19 +-----------------------------------------------+ | Atlas inclusive jets | | 2011 data: integrated luminosity = 4.5 fb-1 | | arXiv: 1410.8857: table 13 | | 2.0<|y|<2.5, R=0.6 | +-----------------------------------------------+ appl::grid() reading grid from file ../ApplGridtables/510_6.root version 1.4.72(transformed to 1.4.70) +-----------------------------------------------+ | Atlas inclusive jets | | 2011 data: integrated luminosity = 4.5 fb-1 | | arXiv: 1410.8857: table 14 | | 2.5<|y|<3.0, R=0.6 | +-----------------------------------------------+ appl::grid() read grid, size 1 MB in 355.206 ms trim in 0.638 ms readgrid: 20 +-----------------------------------------------+ | Atlas inclusive jets | | 2011 data: integrated luminosity = 4.5 fb-1 | | arXiv: 1410.8857: table 14 | | 2.5<|y|<3.0, R=0.6 | +-----------------------------------------------+ # INFO. [fastNLOTable::OpenFileRead] Opened file ../fastNLOtables/fnl3332_I1487277.tab successfully. # INFO. [OrderCoefficients] Could not find any NNLO calculation. # INFO. [fastNLOReader::SetScaleVariation] Selecting MuF table according to a multiplicative scale factor of the factorization scale of 1 times the nominal scale. # INFO. [fastNLOReader::SetContributionON] Deactivating contribution Fixed order calculation with Id = 2 # WARNING! [fastNLOReader::SetContributionON] Contribution Fixed order calculation has not been filled, cannot switch it On/Off! Ignoring call. # INFO. [fastNLOReader::SetScaleVariation] Selecting MuF table according to a multiplicative scale factor of the factorization scale of 1 times the nominal scale. # INFO. [fastNLOTable::OpenFileRead] Opened file ../fastNLOtables/LHC8-173.3-PTavt_Yavt-0.00-0.35-nnlo.tab successfully. # INFO. [fastNLOReader::SetScaleVariation] Selecting MuF table according to a multiplicative scale factor of the factorization scale of 1 times the nominal scale. # INFO. [fastNLOReader::SetContributionON] Deactivating contribution Fixed order calculation with Id = 2 # INFO. [fastNLOReader::SetScaleVariation] Selecting MuF table according to a multiplicative scale factor of the factorization scale of 1 times the nominal scale. # INFO. [fastNLOReader::SetContributionON] Activating contribution Fixed order calculation with Id = 2 # INFO. [fastNLOTable::OpenFileRead] Opened file ../fastNLOtables/LHC8-173.3-PTavt_Yavt-0.35-0.85-nnlo.tab successfully. # INFO. [fastNLOReader::SetScaleVariation] Selecting MuF table according to a multiplicative scale factor of the factorization scale of 1 times the nominal scale. # INFO. [fastNLOReader::SetContributionON] Deactivating contribution Fixed order calculation with Id = 2 # INFO. [fastNLOReader::SetScaleVariation] Selecting MuF table according to a multiplicative scale factor of the factorization scale of 1 times the nominal scale. # INFO. [fastNLOReader::SetContributionON] Activating contribution Fixed order calculation with Id = 2 # INFO. [fastNLOTable::OpenFileRead] Opened file ../fastNLOtables/LHC8-173.3-PTavt_Yavt-0.85-1.45-nnlo.tab successfully. # INFO. [fastNLOReader::SetScaleVariation] Selecting MuF table according to a multiplicative scale factor of the factorization scale of 1 times the nominal scale. # INFO. [fastNLOReader::SetContributionON] Deactivating contribution Fixed order calculation with Id = 2 # INFO. [fastNLOReader::SetScaleVariation] Selecting MuF table according to a multiplicative scale factor of the factorization scale of 1 times the nominal scale. # INFO. [fastNLOReader::SetContributionON] Activating contribution Fixed order calculation with Id = 2 # INFO. [fastNLOTable::OpenFileRead] Opened file ../fastNLOtables/LHC8-173.3-PTavt_Yavt-1.45-2.50-nnlo.tab successfully. # INFO. [fastNLOReader::SetScaleVariation] Selecting MuF table according to a multiplicative scale factor of the factorization scale of 1 times the nominal scale. # INFO. [fastNLOReader::SetContributionON] Deactivating contribution Fixed order calculation with Id = 2 # INFO. [fastNLOReader::SetScaleVariation] Selecting MuF table according to a multiplicative scale factor of the factorization scale of 1 times the nominal scale. # INFO. [fastNLOReader::SetContributionON] Activating contribution Fixed order calculation with Id = 2 # INFO. [fastNLOTable::OpenFileRead] Opened file ../fastNLOtables/LHC8-PTavt-MT2-173_3-bin1.tab successfully. # INFO. [fastNLOReader::SetScaleVariation] Selecting MuF table according to a multiplicative scale factor of the factorization scale of 1 times the nominal scale. # INFO. [fastNLOReader::SetContributionON] Deactivating contribution Fixed order calculation with Id = 2 # INFO. [fastNLOReader::SetScaleVariation] Selecting MuF table according to a multiplicative scale factor of the factorization scale of 1 times the nominal scale. # INFO. [fastNLOReader::SetContributionON] Activating contribution Fixed order calculation with Id = 2 # INFO. [fastNLOTable::OpenFileRead] Opened file ../fastNLOtables/LHC8-Mtt-HT4-173_3-bin1.tab successfully. # INFO. [fastNLOReader::SetScaleVariation] Selecting MuF table according to a multiplicative scale factor of the factorization scale of 1 times the nominal scale. # INFO. [fastNLOReader::SetContributionON] Deactivating contribution Fixed order calculation with Id = 2 # INFO. [fastNLOReader::SetScaleVariation] Selecting MuF table according to a multiplicative scale factor of the factorization scale of 1 times the nominal scale. # INFO. [fastNLOReader::SetContributionON] Activating contribution Fixed order calculation with Id = 2 Ini memory: 37416 Reading Inputs from file f-hh420Z RUN ID:hh420Z read QCD evolution parameters read Control switches read Theoretical parameters read Experimental cuts on data read Experimental data sets read Initial parton distribution parameters read Other parameters read Lagrange Multiplier inputs read Processing Parameters ... Initializing our own QCD parameters and alpha_s ... Initializing x- and Q- grid parameters ... Setting up Hoppet ... Splitting functions initialised! Opening Output files ... Counting and checking validity of fitting parameters ... Number of QCD Parameters = 3 Number of Expt Norm Parameters = 2 Number of twist-2 PDF fitting Parameters = 34 Number of CP fitting Parameters = 0 Number of Scale variation Parameters = 0 Total Number of PDF & alpha_s fitting Parameters = 35 Total Number of fitting Parameters = 39 List of fitting parameters 31 32 33 71 73 21 22 24 25 26 27 11 12 14 15 16 17 10 1 2 4 5 6 7 41 42 51 52 44 45 46 47 54 55 56 60 64 65 66 Copying FitInp Lines to Sum & Min Files, and count the number OF MINUIT Parameter CARDS ... Total Number of MINUIT data cards = 39 Setting up PDF and Application Packages ...(D)... Setting up Minuit ....(E) ... MaxFit= 30 DelChi= 0.0000000000000000 minuit no longer sets nfsub=0 ... Start initiation of data arrays ... Data set: * LHCb 7 TeV (1.0fb^-1) Inclusive Xsec for Z(Table1)/W+/W-(T # OF POINTS Read: 33 Data set: *LHCb 8 TeV (2.0fb^-1) forward Z → e+e− production; http # OF POINTS Read: 17 Data set: * Produced by S.Dulat on March 25, 2017, based ARXIV:1612.03 # OF POINTS Read: 34 Data set: * CMS 8TeV, 18.8 fb^-1, pp → W^± + X →μ^±ν + X, DSIG # OF POINTS Read: 11 Data set: * LHCb (8TeV) forward W and Z boson production, 2.0fb-1, 2. # OF POINTS Read: 34 Data set: * ATLAS (8TeV) Distributions of transverse momentum pllT of # OF POINTS Read: 27 Data set: * CMS (7TeV) inc. jet xsecs; 5 fb^-1; PR D90,072006 ARXIV:1 # OF POINTS Read: 158 Data set: * ATLAS (7TeV ; 4.5 fb^-1) inc. jet xsecs (R=0.6), pT,j >= 1 # OF POINTS Read: 140 Data set: * CMS (8TeV) inc. jet xsecs; 19.7 fb^-1; 1609.05331, R= 0.7, # OF POINTS Read: 185 Data set: * CMS (8TeV) The normalized tt double-differential cross sec # OF POINTS Read: 16 Data set: * ATLAS (8TeV) 20.3fb^-1, Full phase-space absolute differen # OF POINTS Read: 15 Data set: * Combined HERA1+2 NC and CC e+- p reduced Xsec, Arxiv:150 Warning: WCUT= 3.5524900000000001 in fitinp is treated as W > 3.5355380354480705 # OF POINTS Read: 1120 Data set: BCDMS F2 proton (CERN-EP 89-06) # OF POINTS Read: 337 Data set: BCDMS F2 deuteron (CERN-EP 89-170) # OF POINTS Read: 250 Data set: NMC F2d/F2p (Nucl Phys B483, 3, (1997) # OF POINTS Read: 123 Data set: CCFR F2 (PMI): # OF POINTS Read: 69 Data set: CCFR xF3: Phys. Rev. Lett. 79: 1213 (1997) # OF POINTS Read: 86 Data set: * NuTeV Neutrino Dimuon Cross Section: Dave Mason DIS2006: P # OF POINTS Read: 38 Data set: * NuTeV anti-Neutrino Dimuon Cross Section: Dave Mason DIS20 # OF POINTS Read: 33 Data set: * CCFR Neutrino Dimuon Cross Section (NLO): (M. Goncharov et # OF POINTS Read: 40 Data set: * CCFR anti-Neutrino Dimuon Cross Section (NLO): (M. Gonchar # OF POINTS Read: 38 Data set: * H1 99/00 NC rsigmab for b-bbar, e+p; hep-ex/0507081,041104 # OF POINTS Read: 10 Data set: * Charm production reduced cross section extracted from D* m # OF POINTS Read: 47 Data set: *Measurement of the inclusive e^\pm p scattering cross secti # OF POINTS Read: 9 Data set: E605 dimuon yield PRD, s*dsig/d(rtau)/dy (nbarnGeV**2/nucleo # OF POINTS Read: 119 Data set: E866 final: hep-ex/0103030 # OF POINTS Read: 15 Data set: * E866 pp : Q^3 d2sigma / dQ dxF (pp, measured) in units of # OF POINTS Read: 184 Data set: Lepton-asym data from CDF 1996 PRL, updated with the latest # OF POINTS Read: 11 Data set: * lepton asymmetry data from CDF Run 2; stat+syst added in q # OF POINTS Read: 11 Data set: # Combined Run IIa and Run IIb CP folded asymmetry for muon # OF POINTS Read: 9 Data set: * Z (dsig/dy, in pb unit) for the rapidity of gamma*/Z produ # OF POINTS Read: 28 Data set: * Z (dsig/dy, in pb unit) for the rapidity of gamma*/Z produ # OF POINTS Read: 29 Data set: *PN14: CMS, muon charge asymmetry, 4.7 [fb]^(-1), pT>35 GeV, # OF POINTS Read: 11 Data set: *MG13: CMS, electron charge asymmetry, 840[pb]^(-1), arXiv:1 # OF POINTS Read: 11 Data set: DRS15 electron charge asymmetry from W decays from D0 Run-2 # OF POINTS Read: 13 Data set: * Run 2 1960 GEV jet xsecs to be used with the CDF corr. sys # OF POINTS Read: 72 Data set: * Run 2 1960 GEV jet xsecs to be used with the D0 corr. sys. # OF POINTS Read: 110 37 SETS OF DATA TOTALING 3493 POINTS Read. irun= 0 IFL= 0 Amom= 0.376241000000000 remaining= 0.173497473787278 AMOM( -5)= 0.000000000000000 AMOM( -4)= 0.000000000000000 AMOM( -3)= 0.043023088111642 AMOM( -2)= 0.130474385675636 AMOM( -1)= 0.000000000000000 AMOM( 0)= 0.376241000000000 AMOM( 1)= 0.317190001284963 AMOM( 2)= 0.133071524927759 AMOM( 3)= 0.000000000000000 AMOM( 4)= 0.000000000000000 AMOM( 5)= 0.000000000000000 ID= 245 N= 33 chai( 1 )= 1.240047 temchi= 40.921548 chinor= 0.000000 Wt= 1.00 S= 0.986843 took 0.83 sec mem 29440 ID= 246 N= 17 chai( 2 )= 1.077796 temchi= 18.322528 chinor= 0.000000 Wt= 1.00 S= 0.334423 took 0.48 sec mem 16036 ID= 248 N= 34 chai( 3 )= 2.411369 temchi= 81.986554 chinor= 0.000000 Wt= 1.00 S= 4.326831 took 1.31 sec mem 27568 ID= 249 N= 11 chai( 4 )= 0.781838 temchi= 8.600222 chinor= 0.000000 Wt= 1.00 S= -0.410225 took 0.20 sec mem 5772 ID= 250 N= 34 chai( 5 )= 1.740766 temchi= 59.186035 chinor= 0.000000 Wt= 1.00 S= 2.594796 took 50.03 sec mem 788060 ID= 253 N= 27 chai( 6 )= 1.109544 temchi= 29.957698 chinor= 0.000000 Wt= 1.00 S= 0.478406 took 43.54 sec mem 655472 ID= 542 N= 158 chai( 7 )= 1.236894 temchi= 195.429240 chinor= 0.000000 Wt= 1.00 S= 1.995879 took 1.77 sec mem 81164 ID= 544 N= 140 chai( 8 )= 1.466520 temchi= 205.312774 chinor= 0.000000 Wt= 1.00 S= 3.460341 took 6.60 sec mem 170292 ID= 545 N= 185 chai( 9 )= 1.238183 temchi= 229.063803 chinor= 0.000000 Wt= 1.00 S= 2.164644 took 3.01 sec mem 167456 ID= 573 N= 16 chai( 10 )= 1.653585 temchi= 26.457362 chinor= 0.000000 Wt= 1.00 S= 1.664770 took 3.06 sec mem 375972 ID= 580 N= 15 chai( 11 )= 1.374051 temchi= 20.610771 chinor= 0.000000 Wt= 1.00 S= 1.036773 took 2.44 sec mem 281456 ID= 160 N= 1120 chai( 12 )= 1.219175 temchi= 1365.476314 chinor= 0.000000 Wt= 1.00 S= 4.863699 took 113.63 sec mem 4740 ID= 101 N= 337 chai( 13 )= 1.165937 temchi= 392.920801 chinor= 2.078018 Wt= 1.00 S= 2.070542 took 18.34 sec mem 2048 ID= 102 N= 250 chai( 14 )= 1.053580 temchi= 263.394918 chinor= 1.392400 Wt= 1.00 S= 0.618339 took 19.70 sec mem 4096 ID= 104 N= 123 chai( 15 )= 0.942810 temchi= 115.965596 chinor= 0.000000 Wt= 1.00 S= -0.414652 took 13.54 sec mem 2048 ID= 110 N= 69 chai( 16 )= 1.063701 temchi= 73.395373 chinor= 2.723956 Wt= 1.00 S= 0.422907 took 7.93 sec mem 4096 ID= 111 N= 86 chai( 17 )= 0.362932 temchi= 31.212134 chinor= 1.601198 Wt= 1.00 S= -5.631299 took 9.98 sec mem 0 ID= 124 N= 38 chai( 18 )= 0.843261 temchi= 32.043903 chinor= 0.000000 Wt= 1.00 S= -0.645156 took 1.65 sec mem 2048 ID= 125 N= 33 chai( 19 )= 1.663178 temchi= 54.884869 chinor= 0.000000 Wt= 1.00 S= 2.336045 took 1.46 sec mem 2048 ID= 126 N= 40 chai( 20 )= 0.829484 temchi= 33.179341 chinor= 0.000000 Wt= 1.00 S= -0.735254 took 1.78 sec mem 2048 ID= 127 N= 38 chai( 21 )= 0.557903 temchi= 21.200317 chinor= 0.000000 Wt= 1.00 S= -2.238502 took 1.71 sec mem 2048 ID= 145 N= 10 chai( 22 )= 0.716228 temchi= 7.162276 chinor= 0.000000 Wt= 1.00 S= -0.554824 took 0.63 sec mem 2048 ID= 147 N= 47 chai( 23 )= 1.148891 temchi= 53.997854 chinor= 0.000000 Wt= 1.00 S= 0.756642 took 3.04 sec mem 2088 ID= 169 N= 9 chai( 24 )= 1.699043 temchi= 15.291386 chinor= 0.000000 Wt= 1.00 S= 1.382006 took 0.60 sec mem 2048 ID= 201 N= 119 chai( 25 )= 0.856050 temchi= 101.869973 chinor= 0.000000 Wt= 1.00 S= -1.124889 took 52.56 sec mem 2072 ID= 203 N= 15 chai( 26 )= 0.788442 temchi= 11.826624 chinor= 0.000000 Wt= 1.00 S= -0.502577 took 11.14 sec mem 0 ID= 204 N= 184 chai( 27 )= 1.280972 temchi= 235.698803 chinor= 0.000000 Wt= 1.00 S= 2.511310 took 64.98 sec mem 2048 ID= 225 N= 11 chai( 28 )= 0.861819 temchi= 9.480004 chinor= 0.000000 Wt= 1.00 S= -0.197192 took 0.03 sec mem 0 ID= 227 N= 11 chai( 29 )= 1.202860 temchi= 13.231459 chinor= 0.000000 Wt= 1.00 S= 0.586096 took 0.03 sec mem 0 ID= 234 N= 9 chai( 30 )= 1.051541 temchi= 9.463866 chinor= 0.000000 Wt= 1.00 S= 0.263022 took 0.03 sec mem 0 ID= 260 N= 28 chai( 31 )= 0.666046 temchi= 18.649286 chinor= 0.000000 Wt= 1.00 S= -1.332406 took 9.96 sec mem 2048 ID= 261 N= 29 chai( 32 )= 2.123416 temchi= 61.579078 chinor= 0.000000 Wt= 1.00 S= 3.360064 took 10.32 sec mem 2048 ID= 266 N= 11 chai( 33 )= 1.411790 temchi= 15.529688 chinor= 0.000000 Wt= 1.00 S= 0.995191 took 0.03 sec mem 2048 ID= 267 N= 11 chai( 34 )= 1.496073 temchi= 16.456802 chinor= 0.000000 Wt= 1.00 S= 1.149079 took 0.03 sec mem 0 ID= 281 N= 13 chai( 35 )= 1.644224 temchi= 21.374914 chinor= 0.000000 Wt= 1.00 S= 1.506664 took 0.05 sec mem 2048 ID= 504 N= 72 chai( 36 )= 1.473092 temchi= 106.062618 chinor= 0.000000 Wt= 1.00 S= 2.538185 took 0.25 sec mem 10248 ID= 514 N= 110 chai( 37 )= 1.033106 temchi= 113.641655 chinor= 0.000000 Wt= 1.00 S= 0.287663 took 0.35 sec mem 8192 tier 2 penalty= 0.000000 (ichpar= 0 itier2= 1) sum of squares of shape parameters= 886.50091072560019 LmPar( 1)= 20 LM penalty= 8.865009 ID= 504 Shift( 25)= 0.924 penalty= 0.36430 ID= 514 Shift( 23)= 1.373 penalty= 1.77457 Total shift penalty= 2.13887 LmPar( 2)= 22 LM penalty= 1.069435 Total LM penalty= 9.934445 CalChiSq (all expts) took 457.042 sec Total memory used : 2718608 0 3493 Chi2R 4110.8384 Chi2F0 4110.8384 new best Chi2f 4128.568404 Chi2RX 4110.8384 momentum sums: u_v= 0.317190001 d_v= 0.133071525 g= 0.376241000 u_sea= 0.057834932 d_sea= 0.072639453 momentum sums (ctd) s= 0.021511544 sbar= 0.021511544 c= 0.000000000 cbar= 0.000000000 total= 1.000000000 Quark numbers: u-ubar= 2.000000 d-dbar= 1.000000 s-sbar= 0.000000 c-cbar= 0.000000 Quark numbers: (ctd): up= 6.116856 ubar= 4.116856 (these are allowed to be infinite) Quark numbers: (ctd): down= 21.959300 dbar= 20.959300 (these are allowed to be infinite) Quark numbers: (ctd): strange= 8.514537 sbar= 8.514537 (these are allowed to be infinite) Quark numbers: (ctd): charm= 0.000000 cbar= 0.000000 (these are allowed to be infinite) momentum ratio (s+sbar)/(dbar+ubar)= 0.6594871153 at Q0 momentum ratio s/sbar= 1.0000000000 at Q0 Number of zero-crossings of s(x)-sbar(x) = 0: approx momenta: u_v=0.317190 d_v=0.133072 u_sea=0.057837 d_sea=0.072635 s_sea=0.043028 g=0.376244 total=1.000006 Irun= 0 Chi2F= 4128.568404 fsub= 0.000000 nfsub= 0 svec( 1)= 0.986843 chisq= 40.922 Npt= 33 ID= 245 svec( 2)= 0.334423 chisq= 18.323 Npt= 17 ID= 246 svec( 3)= 4.326831 chisq= 81.987 Npt= 34 ID= 248 svec( 4)= -0.410225 chisq= 8.600 Npt= 11 ID= 249 svec( 5)= 2.594796 chisq= 59.186 Npt= 34 ID= 250 svec( 6)= 0.478406 chisq= 29.958 Npt= 27 ID= 253 svec( 7)= 1.995879 chisq= 195.429 Npt= 158 ID= 542 svec( 8)= 3.460341 chisq= 205.313 Npt= 140 ID= 544 svec( 9)= 2.164644 chisq= 229.064 Npt= 185 ID= 545 svec( 10)= 1.664770 chisq= 26.457 Npt= 16 ID= 573 svec( 11)= 1.036773 chisq= 20.611 Npt= 15 ID= 580 svec( 12)= 4.863699 chisq= 1365.476 Npt=1120 ID= 160 svec( 13)= 2.070542 chisq= 392.921 Npt= 337 ID= 101 svec( 14)= 0.618339 chisq= 263.395 Npt= 250 ID= 102 svec( 15)= -0.414652 chisq= 115.966 Npt= 123 ID= 104 svec( 16)= 0.422907 chisq= 73.395 Npt= 69 ID= 110 svec( 17)= -5.631299 chisq= 31.212 Npt= 86 ID= 111 svec( 18)= -0.645156 chisq= 32.044 Npt= 38 ID= 124 svec( 19)= 2.336045 chisq= 54.885 Npt= 33 ID= 125 svec( 20)= -0.735254 chisq= 33.179 Npt= 40 ID= 126 svec( 21)= -2.238502 chisq= 21.200 Npt= 38 ID= 127 svec( 22)= -0.554824 chisq= 7.162 Npt= 10 ID= 145 svec( 23)= 0.756642 chisq= 53.998 Npt= 47 ID= 147 svec( 24)= 1.382006 chisq= 15.291 Npt= 9 ID= 169 svec( 25)= -1.124889 chisq= 101.870 Npt= 119 ID= 201 svec( 26)= -0.502577 chisq= 11.827 Npt= 15 ID= 203 svec( 27)= 2.511310 chisq= 235.699 Npt= 184 ID= 204 svec( 28)= -0.197192 chisq= 9.480 Npt= 11 ID= 225 svec( 29)= 0.586096 chisq= 13.231 Npt= 11 ID= 227 svec( 30)= 0.263022 chisq= 9.464 Npt= 9 ID= 234 svec( 31)= -1.332406 chisq= 18.649 Npt= 28 ID= 260 svec( 32)= 3.360064 chisq= 61.579 Npt= 29 ID= 261 svec( 33)= 0.995191 chisq= 15.530 Npt= 11 ID= 266 svec( 34)= 1.149079 chisq= 16.457 Npt= 11 ID= 267 svec( 35)= 1.506664 chisq= 21.375 Npt= 13 ID= 281 svec( 36)= 2.538185 chisq= 106.063 Npt= 72 ID= 504 svec( 37)= 0.287663 chisq= 113.642 Npt= 110 ID= 514 chaix= 1.242523 1.077868 2.412024 .7802147 1.739769 1.109606 1.236894 1.466369 1.238183 1.653585 1.374051 1.219280 1.165694 1.054116 .9431388 1.063434 .3627578 .8416633 1.662322 .8290727 .5579091 .7166047 1.147092 1.694082 .8558674 .7943945 1.281239 .8623256 1.202003 1.051796 .6661167 2.122995 1.412882 1.497824 1.643849 1.472699 1.033077 chaix= 1.242523 1.077868 2.412024 .7802147 1.739769 1.109606 1.236894 1.466369 1.238183 1.653585 1.374051 1.219280 1.165694 1.054116 .9431388 1.063434 .3627578 .8416633 1.662322 .8290727 .5579091 .7166047 1.147092 1.694082 .8558674 .7943945 1.281239 .8623256 1.202003 1.051796 .6661167 2.122995 1.412882 1.497824 1.643849 1.472699 1.033077 Fitting completed! Time : 2019.0113.0910.-0600.Sun.CST looking for file=hh420Z.aux (No hh420Z.aux file is present) Making new Minuit cards .... FIRST LINE OF MINUIT CARDS 1 'A1glu' 0.00000 0.1 2 'A2glu' 0.00000 0.1 4 'A4glu' 0.00000 0.1 5 'A5glu' 0.00000 0.1 6 'A6glu' 0.00000 0.1 7 'A7glu' 0.00000 0.1 10 'gluM' 0.00000 0.1 11 'A1uvl' 0.00000 0.1 12 'A2uvl' 0.00000 0.1 14 'A4uvl' 0.00000 0.1 15 'A5uvl' 0.00000 0.1 16 'A6uvl' 0.00000 0.1 17 'A7uvl' 0.00000 0.1 21 'A1dvl' 0.00000 0.1 22 'A2dvl' 0.00000 0.1 24 'A4dvl' 0.00000 0.1 25 'A5dvl' 0.00000 0.1 26 'A6dvl' 0.00000 0.1 27 'A7dvl' 0.00000 0.1 31 'alpha' 0.00000 0.1 32 'mc' 0.00000 0.1 33 'mb' 0.00000 0.1 41 'A1dou' 0.00000 0.1 42 'A2dou' 0.00000 0.1 44 'A4dou' 0.00000 0.1 45 'A5dou' 0.00000 0.1 46 'A6dou' 0.00000 0.1 47 'A7dou' 0.00000 0.1 51 'A1dpu' 0.00000 0.1 52 'A2dpu' 0.00000 0.1 54 'A4dpu' 0.00000 0.1 55 'A5dpu' 0.00000 0.1 56 'A6dpu' 0.00000 0.1 60 'strM' 0.00000 0.1 64 'A4str' 0.00000 0.1 65 'A5str' 0.00000 0.1 66 'A6str' 0.00000 0.1 71 'N71' 0.00000 0.1 73 'N73' 0.00000 0.1 set print 2 set errdef 0.05 fix 31 32 33 migrad 3000 return |ChiStart-ChiEnd|=| 4128.5684040744036 - 4128.5684040744036 |= 0.0000000000000000 DelChi= 0.0000000000000000 Time : 2019.0113.0910.-0600.Sun.CST Minuit finished .....(F)...