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NUMBER OF ITER,Chi2 = 1060 506.496838 0 X/N CCEP = 1.05824015 34 X/N CCEM = 0.658257011 34

Default settings for Glazov averaging job (norms rel and y=0.6 NC). Default settings for Glazov averaging job, but ALSO H1 MB lumi is fixed. NUMBER OF ITER,Chi2 = 1060 506.496838 0 X/N CCEP = 1.05824015 34 X/N CCEM = 0.658257011 34 X/N NCEP= 0.950083742 349 X/N NCEM= 0.803839368 145

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NUMBER OF ITER,Chi2 = 1060 506.496838 0 X/N CCEP = 1.05824015 34 X/N CCEM = 0.658257011 34

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  1. Default settings for Glazov averaging job (norms rel and y=0.6 NC) Default settings for Glazov averaging job, but ALSO H1 MB lumi is fixed NUMBER OF ITER,Chi2 = 1060 506.496838 0 X/N CCEP = 1.05824015 34 X/N CCEM = 0.658257011 34 X/N NCEP= 0.950083742 349 X/N NCEM= 0.803839368 145 PARAM, VAL, ERR = 1 0.678864769 0.0172003149 PARAM, VAL, ERR = 2 4.06372672 0.0930775627 PARAM, VAL, ERR = 3 0. 0. PARAM, VAL, ERR = 4 1.48187476 0.334377182 PARAM, VAL, ERR = 5 0.629999995 0. PARAM, VAL, ERR = 6 5.0199048 0.494432675 PARAM, VAL, ERR = 7 0. 0. PARAM, VAL, ERR = 8 1.71907962 1.14346811 PARAM, VAL, ERR = 9 0.725970704 0.00924147493 PARAM, VAL, ERR = 10 -0.206211094 0.00159844091 PARAM, VAL, ERR = 11 7.91533326 0.339427426 PARAM, VAL, ERR = 12 0. 0. PARAM, VAL, ERR = 13 -0.160132843 0.00830328707 PARAM, VAL, ERR = 14 5.85438588 0.538787181 PARAM, VAL, ERR = 15 -0.514886651 0.552139662 NUMBER OF ITER,Chi2 = 1650 505.803517 0 X/N CCEP = 1.07772805 34 X/N CCEM = 0.665554593 34 X/N NCEP= 0.954345177 349 X/N NCEM= 0.782519621 145 PARAM, VAL, ERR = 1 0.67868777 0.0345648221 PARAM, VAL, ERR = 2 4.07269914 0.13046712 PARAM, VAL, ERR = 3 0. 0. PARAM, VAL, ERR = 4 1.51829886 0.642659992 PARAM, VAL, ERR = 5 0.629999995 0. PARAM, VAL, ERR = 6 5.00309072 0.733579097 PARAM, VAL, ERR = 7 0. 0. PARAM, VAL, ERR = 8 1.70139791 1.66976498 PARAM, VAL, ERR = 9 0.737110307 0.0170726964 PARAM, VAL, ERR = 10 -0.205673543 0.00283624721 PARAM, VAL, ERR = 11 7.85994213 0.617938365 PARAM, VAL, ERR = 12 0. 0. PARAM, VAL, ERR = 13 -0.163541352 0.00908023748 PARAM, VAL, ERR = 14 5.33985653 0.270649903 PARAM, VAL, ERR = 15 -0.999975248 1.46212905

  2. Default settings for Glazov averaging job (norms rel and y=0.6 NC) Default settings for Glazov averaging job, but ALSO H1 MB lumi is fixed 2 h2_Ee_Spacal 0.6311 0.3341 3 h3_Ee_Lar_00 -0.7261 0.4457 4 h4_ThetaE_spacal -0.7725 0.6638 5 h5_ThetaE_94-97 -0.1275 0.7808 6 h6_ThetaE_00 -0.3028 0.5309 7 h7_H_Scale_Spacal 0.3665 0.4775 8 h8_H_Scale_Lar -0.9955 0.5330 9 h9_Noise_Hcal -0.4254 0.3654 10 h10_GP_BG_Spacal -0.2988 0.8750 11 h11_GP_BG_LAr 1.4451 0.8765 12 h12_BG_CC_94-97 0.3935 0.7904 13 h13_BG_CC_98-00 -0.9069 0.8628 14 h14_ChargeAsym 0.0379 0.9994 15 hllumi1_SPACAL_bulk 0.9617 0.5595 16 hllumi2_SPACAL_MB 2.1160 0.6158 17 h1lumi3_LAr_94-97_e+p -1.2712 0.6259 18 h1lumi4_LAr_e-p 0.0524 0.7786 19 h1lumi5_LAr_2000 -1.0923 0.6013 2 h2_Ee_Spacal 0.6179 0.3326 3 h3_Ee_Lar_00 -0.7144 0.4457 4 h4_ThetaE_spacal -0.5594 0.6610 5 h5_ThetaE_94-97 -0.1366 0.7809 6 h6_ThetaE_00 -0.3297 0.5310 7 h7_H_Scale_Spacal 0.3452 0.4774 8 h8_H_Scale_Lar -0.9800 0.5331 9 h9_Noise_Hcal -0.4002 0.3654 10 h10_GP_BG_Spacal -0.2217 0.8702 11 h11_GP_BG_LAr 1.4029 0.8766 12 h12_BG_CC_94-97 0.3928 0.7904 13 h13_BG_CC_98-00 -0.9133 0.8628 14 h14_ChargeAsym 0.0378 0.9994 15 hllumi1_SPACAL_bulk 1.4003 0.5618 16 hllumi2_SPACAL_MB 0.8550 0.5991 17 h1lumi3_LAr_94-97_e+p -1.0374 0.6261 18 h1lumi4_LAr_e-p 0.0472 0.7786 19 h1lumi5_LAr_2000 -0.8372 0.6018

  3. 16 hllumi2_SPACAL_MB 2.1160 0.6158 16 hllumi2_SPACAL_MB 0.8550 0.5991

  4. ALL rel settings for Glazov averaging job, but ALSO H1 MB lumi is fixed Norms rel settings for Glazov averaging job, but ALSO H1 MB lumi is fixed NUMBER OF ITER,Chi2 = 1480 497.102942 0 X/N CCEP = 0.849094485 34 X/N CCEM = 0.629278407 34 X/N NCEP= 0.947832536 349 X/N NCEM= 0.800307841 145 PARAM, VAL, ERR = 1 0.656530896 0.0352735348 PARAM, VAL, ERR = 2 3.92068751 0.133790666 PARAM, VAL, ERR = 3 0. 0. PARAM, VAL, ERR = 4 1.47812114 0.621089767 PARAM, VAL, ERR = 5 0.629999995 0. PARAM, VAL, ERR = 6 4.2315022 0.773147823 PARAM, VAL, ERR = 7 0. 0. PARAM, VAL, ERR = 8 1.02555717 1.46167741 PARAM, VAL, ERR = 9 0.72442259 0.0171931808 PARAM, VAL, ERR = 10 -0.207529193 0.00287054248 PARAM, VAL, ERR = 11 6.60784097 0.601785863 PARAM, VAL, ERR = 12 0. 0. PARAM, VAL, ERR = 13 -0.153251257 0.00944262329 PARAM, VAL, ERR = 14 6.30060158 0.326135541 PARAM, VAL, ERR = 15 -0.999928367 1.59890242 NUMBER OF ITER,Chi2 = 1650 505.803517 0 X/N CCEP = 1.07772805 34 X/N CCEM = 0.665554593 34 X/N NCEP= 0.954345177 349 X/N NCEM= 0.782519621 145 PARAM, VAL, ERR = 1 0.67868777 0.0345648221 PARAM, VAL, ERR = 2 4.07269914 0.13046712 PARAM, VAL, ERR = 3 0. 0. PARAM, VAL, ERR = 4 1.51829886 0.642659992 PARAM, VAL, ERR = 5 0.629999995 0. PARAM, VAL, ERR = 6 5.00309072 0.733579097 PARAM, VAL, ERR = 7 0. 0. PARAM, VAL, ERR = 8 1.70139791 1.66976498 PARAM, VAL, ERR = 9 0.737110307 0.0170726964 PARAM, VAL, ERR = 10 -0.205673543 0.00283624721 PARAM, VAL, ERR = 11 7.85994213 0.617938365 PARAM, VAL, ERR = 12 0. 0. PARAM, VAL, ERR = 13 -0.163541352 0.00908023748 PARAM, VAL, ERR = 14 5.33985653 0.270649903 PARAM, VAL, ERR = 15 -0.999975248 1.46212905

  5. Just norms treated as relative compared to all sources of error treated as relative Chisq of all rel is better, detailed differences in systematics hard to asses (norms similar to norms rel case)

  6. ALL abs settings for Glazov averaging job, but ALSO H1 MB lumi is fixed ALL rel settings for Glazov averaging job, but ALSO H1 MB lumi is fixed NUMBER OF ITER,Chi2 = 1520 490.263476 0 X/N CCEP = 1.00317828 34 X/N CCEM = 0.648282009 34 X/N NCEP= 0.923851346 349 X/N NCEM= 0.770272524 145 PARAM, VAL, ERR = 1 0.683144403 0.0373291315 PARAM, VAL, ERR = 2 4.09446429 0.141078412 PARAM, VAL, ERR = 3 0. 0. PARAM, VAL, ERR = 4 1.48509985 0.704690439 PARAM, VAL, ERR = 5 0.629999995 0. PARAM, VAL, ERR = 6 5.39592367 0.66305024 PARAM, VAL, ERR = 7 0. 0. PARAM, VAL, ERR = 8 3.13549772 2.10000444 PARAM, VAL, ERR = 9 0.711349069 0.0179078451 PARAM, VAL, ERR = 10 -0.209209302 0.0033181012 PARAM, VAL, ERR = 11 9.10761083 0.739062334 PARAM, VAL, ERR = 12 0. 0. PARAM, VAL, ERR = 13 -0.194571035 0.0163042384 PARAM, VAL, ERR = 14 8.4430955 1.2584699 PARAM, VAL, ERR = 15 5.87343755 3.75603311 NUMBER OF ITER,Chi2 = 1480 497.102942 0 X/N CCEP = 0.849094485 34 X/N CCEM = 0.629278407 34 X/N NCEP= 0.947832536 349 X/N NCEM= 0.800307841 145 PARAM, VAL, ERR = 1 0.656530896 0.0352735348 PARAM, VAL, ERR = 2 3.92068751 0.133790666 PARAM, VAL, ERR = 3 0. 0. PARAM, VAL, ERR = 4 1.47812114 0.621089767 PARAM, VAL, ERR = 5 0.629999995 0. PARAM, VAL, ERR = 6 4.2315022 0.773147823 PARAM, VAL, ERR = 7 0. 0. PARAM, VAL, ERR = 8 1.02555717 1.46167741 PARAM, VAL, ERR = 9 0.72442259 0.0171931808 PARAM, VAL, ERR = 10 -0.207529193 0.00287054248 PARAM, VAL, ERR = 11 6.60784097 0.601785863 PARAM, VAL, ERR = 12 0. 0. PARAM, VAL, ERR = 13 -0.153251257 0.00944262329 PARAM, VAL, ERR = 14 6.30060158 0.326135541 PARAM, VAL, ERR = 15 -0.999928367 1.59890242

  7. 15 hllumi1_SPACAL_bulk 1.5377 0.5628 16 hllumi2_SPACAL_MB 0.8464 0.6001 17 h1lumi3_LAr_94-97_e+p -1.0869 0.6227 18 h1lumi4_LAr_e-p -0.0808 0.7780 19 h1lumi5_LAr_2000 -0.7334 0.6002 1 zlumi1_zncepl 0.0277 0.5919 39 zlumi2_zccem 0.0809 0.7779 43 zluminc00 -0.5196 0.3859 30 zd11 -0.3856 0.6204 15 hllumi1_SPACAL_bulk 0.4054 0.5700 16 hllumi2_SPACAL_MB -0.0838 0.6035 17 h1lumi3_LAr_94-97_e+p -2.3520 0.6139 18 h1lumi4_LAr_e-p -0.6815 0.7738 19 h1lumi5_LAr_2000 -2.1614 0.5915 1 zlumi1_zncepl -0.9276 0.5901 39 zlumi2_zccem -0.7298 0.7740 43 zluminc00 -1.5020 0.3798 30 zd11 -0.1974 0.6159

  8. Default abs/rel settings for Glazov averaging job, but ALSO H1 MB lumi is fixed And y< 1.0 NC or y<0.6 NC NUMBER OF ITER,Chi2 = 1580 487.227966 0 X/N CCEP = 1.10838884 34 X/N CCEM = 0.661012125 34 X/N NCEP= 0.949276004 329 X/N NCEM= 0.791423018 145 PARAM, VAL, ERR = 1 0.663968533 0.0352629022 PARAM, VAL, ERR = 2 4.0792928 0.123910666 PARAM, VAL, ERR = 3 0. 0. PARAM, VAL, ERR = 4 1.6924047 0.659434863 PARAM, VAL, ERR = 5 0.629999995 0. PARAM, VAL, ERR = 6 4.87594566 0.755967418 PARAM, VAL, ERR = 7 0. 0. PARAM, VAL, ERR = 8 1.47470561 1.61460122 PARAM, VAL, ERR = 9 0.722757226 0.0169465798 PARAM, VAL, ERR = 10 -0.208715292 0.00286409964 PARAM, VAL, ERR = 11 7.48612154 0.624917138 PARAM, VAL, ERR = 12 0. 0. PARAM, VAL, ERR = 13 -0.17037988 0.00887874216 PARAM, VAL, ERR = 14 5.29228413 0.270439521 PARAM, VAL, ERR = 15 -0.99991054 1.81414995 NUMBER OF ITER,Chi2 = 1650 505.803517 0 X/N CCEP = 1.07772805 34 X/N CCEM = 0.665554593 34 X/N NCEP= 0.954345177 349 X/N NCEM= 0.782519621 145 PARAM, VAL, ERR = 1 0.67868777 0.0345648221 PARAM, VAL, ERR = 2 4.07269914 0.13046712 PARAM, VAL, ERR = 3 0. 0. PARAM, VAL, ERR = 4 1.51829886 0.642659992 PARAM, VAL, ERR = 5 0.629999995 0. PARAM, VAL, ERR = 6 5.00309072 0.733579097 PARAM, VAL, ERR = 7 0. 0. PARAM, VAL, ERR = 8 1.70139791 1.66976498 PARAM, VAL, ERR = 9 0.737110307 0.0170726964 PARAM, VAL, ERR = 10 -0.205673543 0.00283624721 PARAM, VAL, ERR = 11 7.85994213 0.617938365 PARAM, VAL, ERR = 12 0. 0. PARAM, VAL, ERR = 13 -0.163541352 0.00908023748 PARAM, VAL, ERR = 14 5.33985653 0.270649903 PARAM, VAL, ERR = 15 -0.999975248 1.46212905

  9. Norms rel, y <0.6 for NC Norms rel, y <1.0 for NC Not a lot of difference in systematic shifts

  10. Default abs/rel settings for Glazov averaging job, but ALSO H1 MB lumi is fixed And y < 0.35 NC or y < 0.6 NC NUMBER OF ITER,Chi2 = 1070 519.829507 0 X/N CCEP = 1.06472612 34 X/N CCEM = 0.668066882 34 X/N NCEP= 0.9329 371 X/N NCEM= 0.791781008 145 PARAM, VAL, ERR = 1 0.682064496 0.01719649 PARAM, VAL, ERR = 2 4.07037467 0.0926628538 PARAM, VAL, ERR = 3 0. 0. PARAM, VAL, ERR = 4 1.48405099 0.33287698 PARAM, VAL, ERR = 5 0.629999995 0. PARAM, VAL, ERR = 6 5.03195824 0.485621708 PARAM, VAL, ERR = 7 0. 0. PARAM, VAL, ERR = 8 1.78945373 1.14559412 PARAM, VAL, ERR = 9 0.742700264 0.00947432327 PARAM, VAL, ERR = 10 -0.203834158 0.00159750591 PARAM, VAL, ERR = 11 7.94742421 0.334624335 PARAM, VAL, ERR = 12 0. 0. PARAM, VAL, ERR = 13 -0.155364124 0.00848707004 PARAM, VAL, ERR = 14 5.88678211 0.551499123 PARAM, VAL, ERR = 15 -0.603689931 0.548967546 NUMBER OF ITER,Chi2 = 1650 505.803517 0 X/N CCEP = 1.07772805 34 X/N CCEM = 0.665554593 34 X/N NCEP= 0.954345177 349 X/N NCEM= 0.782519621 145 PARAM, VAL, ERR = 1 0.67868777 0.0345648221 PARAM, VAL, ERR = 2 4.07269914 0.13046712 PARAM, VAL, ERR = 3 0. 0. PARAM, VAL, ERR = 4 1.51829886 0.642659992 PARAM, VAL, ERR = 5 0.629999995 0. PARAM, VAL, ERR = 6 5.00309072 0.733579097 PARAM, VAL, ERR = 7 0. 0. PARAM, VAL, ERR = 8 1.70139791 1.66976498 PARAM, VAL, ERR = 9 0.737110307 0.0170726964 PARAM, VAL, ERR = 10 -0.205673543 0.00283624721 PARAM, VAL, ERR = 11 7.85994213 0.617938365 PARAM, VAL, ERR = 12 0. 0. PARAM, VAL, ERR = 13 -0.163541352 0.00908023748 PARAM, VAL, ERR = 14 5.33985653 0.270649903 PARAM, VAL, ERR = 15 -0.999975248 1.46212905

  11. Norms rel, y <0.35 for NC Norms rel, y <0.6 for NC Not a lot of difference in systematic shifts

  12. Extras

  13. Default settings for Glazov averaging job 1 zlumi1_zncepl 0.2147 0.5908 20 zd1_e_eff -0.4168 0.7624 21 zd2_e_theta_a 0.0666 0.6814 22 zd3_e_theta_b -0.2981 0.7842 23 zd4_e_escale 1.0501 0.5265 24 zd5_had1 0.1945 0.5881 25 zd6_had2 0.0162 0.6506 26 zd7_had3 -0.7320 0.7573 27 zd8_had_flow 0.4684 0.6692 28 zd9_bg -0.2064 0.4633 29 zd10_had_flow_b 0.0245 0.2332 30 zd11 -0.5625 0.6175 31 z1nce-_e_scale 0.1750 0.9428 32 z2nce-_bg -0.2127 0.9492 33 z3nce-_eff1 0.0365 0.9467 34 z4nce-_eff2 0.6422 0.5834 35 z5nce-_vtx -0.6521 0.9275 36 z6nce- 0.1650 0.4166 37 z1cce- 0.5614 0.8360 38 z2cce- -0.1395 0.8663 39 zlumi2_zccem -0.0524 0.7786 40 zd5nc00 0.1711 0.9840 41 zd7nc00 0.1825 0.2122 42 zd8nc00 0.2933 0.9278 43 zluminc00 -0.8732 0.3884 2 h2_Ee_Spacal 0.6311 0.3341 3 h3_Ee_Lar_00 -0.7261 0.4457 4 h4_ThetaE_spacal -0.7725 0.6638 5 h5_ThetaE_94-97 -0.1275 0.7808 6 h6_ThetaE_00 -0.3028 0.5309 7 h7_H_Scale_Spacal 0.3665 0.4775 8 h8_H_Scale_Lar -0.9955 0.5330 9 h9_Noise_Hcal -0.4254 0.3654 10 h10_GP_BG_Spacal -0.2988 0.8750 11 h11_GP_BG_LAr 1.4451 0.8765 12 h12_BG_CC_94-97 0.3935 0.7904 13 h13_BG_CC_98-00 -0.9069 0.8628 14 h14_ChargeAsym 0.0379 0.9994 15 hllumi1_SPACAL_bulk 0.9617 0.5595 16 hllumi2_SPACAL_MB 2.1160 0.6158 17 h1lumi3_LAr_94-97_e+p -1.2712 0.6259 18 h1lumi4_LAr_e-p 0.0524 0.7786 19 h1lumi5_LAr_2000 -1.0923 0.6013

  14. Default settings (norms rel and y <0.6 NC) for Glazov averaging job, but ALSO H1 MB lumi is fixed 1 zlumi1_zncepl 0.4471 0.5903 20 zd1_e_eff -0.3294 0.7636 21 zd2_e_theta_a 0.0245 0.6842 22 zd3_e_theta_b -0.3788 0.7843 23 zd4_e_escale 1.0852 0.5274 24 zd5_had1 0.2155 0.5886 25 zd6_had2 0.0345 0.6509 26 zd7_had3 -0.7800 0.7586 27 zd8_had_flow 0.5787 0.6727 28 zd9_bg -0.2436 0.4652 29 zd10_had_flow_b 0.0402 0.2340 30 zd11 -0.2680 0.6168 31 z1nce-_e_scale 0.1665 0.9428 32 z2nce-_bg -0.2135 0.9492 33 z3nce-_eff1 0.0353 0.9467 34 z4nce-_eff2 0.6216 0.5835 35 z5nce-_vtx -0.6538 0.9275 36 z6nce- 0.1702 0.4166 37 z1cce- 0.5579 0.8360 38 z2cce- -0.1393 0.8663 39 zlumi2_zccem -0.0472 0.7786 40 zd5nc00 0.1521 0.9841 41 zd7nc00 0.1902 0.2123 42 zd8nc00 0.2792 0.9278 43 zluminc00 -0.7105 0.3884 2 h2_Ee_Spacal 0.6179 0.3326 3 h3_Ee_Lar_00 -0.7144 0.4457 4 h4_ThetaE_spacal -0.5594 0.6610 5 h5_ThetaE_94-97 -0.1366 0.7809 6 h6_ThetaE_00 -0.3297 0.5310 7 h7_H_Scale_Spacal 0.3452 0.4774 8 h8_H_Scale_Lar -0.9800 0.5331 9 h9_Noise_Hcal -0.4002 0.3654 10 h10_GP_BG_Spacal -0.2217 0.8702 11 h11_GP_BG_LAr 1.4029 0.8766 12 h12_BG_CC_94-97 0.3928 0.7904 13 h13_BG_CC_98-00 -0.9133 0.8628 14 h14_ChargeAsym 0.0378 0.9994 15 hllumi1_SPACAL_bulk 1.4003 0.5618 16 hllumi2_SPACAL_MB 0.8550 0.5991 17 h1lumi3_LAr_94-97_e+p -1.0374 0.6261 18 h1lumi4_LAr_e-p 0.0472 0.7786 19 h1lumi5_LAr_2000 -0.8372 0.6018

  15. ALL rel settings for Glazov averaging job, but ALSO H1 MB lumi is fixed 1 zlumi1_zncepl 0.0277 0.5919 20 zd1_e_eff 0.4337 0.7635 21 zd2_e_theta_a 0.1094 0.6872 22 zd3_e_theta_b -0.3180 0.7846 23 zd4_e_escale 0.7803 0.5323 24 zd5_had1 0.3565 0.5936 25 zd6_had2 0.0539 0.6522 26 zd7_had3 -0.7960 0.7595 27 zd8_had_flow 0.5991 0.6760 28 zd9_bg -0.2492 0.4750 29 zd10_had_flow_b 0.0675 0.2379 30 zd11 -0.3856 0.6204 31 z1nce-_e_scale 0.1532 0.9427 32 z2nce-_bg -0.2697 0.9455 33 z3nce-_eff1 -0.1224 0.9238 34 z4nce-_eff2 0.7208 0.5845 35 z5nce-_vtx -0.5216 0.9263 36 z6nce- 0.2426 0.4165 37 z1cce- 0.4232 0.8405 38 z2cce- 0.1089 0.8717 39 zlumi2_zccem 0.0809 0.7779 40 zd5nc00 0.0386 0.9845 41 zd7nc00 0.1413 0.2119 42 zd8nc00 0.5122 0.9287 43 zluminc00 -0.5196 0.3859 2 h2_Ee_Spacal 0.5634 0.3297 3 h3_Ee_Lar_00 -0.3316 0.4474 4 h4_ThetaE_spacal -0.7196 0.6560 5 h5_ThetaE_94-97 -0.0970 0.7810 6 h6_ThetaE_00 -0.3591 0.5307 7 h7_H_Scale_Spacal 0.3982 0.4747 8 h8_H_Scale_Lar -0.9216 0.5361 9 h9_Noise_Hcal -0.4819 0.3659 10 h10_GP_BG_Spacal -0.3455 0.8714 11 h11_GP_BG_LAr 1.0806 0.8842 12 h12_BG_CC_94-97 0.3990 0.7866 13 h13_BG_CC_98-00 -0.6134 0.8839 14 h14_ChargeAsym 0.0364 0.9994 15 hllumi1_SPACAL_bulk 1.5377 0.5628 16 hllumi2_SPACAL_MB 0.8464 0.6001 17 h1lumi3_LAr_94-97_e+p -1.0869 0.6227 18 h1lumi4_LAr_e-p -0.0808 0.7780 19 h1lumi5_LAr_2000 -0.7334 0.6002

  16. ALL abs settings for Glazov averaging job, but ALSO H1 MB lumi is fixed 1 zlumi1_zncepl -0.9276 0.5901 20 zd1_e_eff 0.2137 0.7647 21 zd2_e_theta_a 0.1491 0.6835 22 zd3_e_theta_b -0.3861 0.7842 23 zd4_e_escale 1.0194 0.5289 24 zd5_had1 0.2677 0.5884 25 zd6_had2 -0.0014 0.6508 26 zd7_had3 -0.8658 0.7581 27 zd8_had_flow 0.6238 0.6725 28 zd9_bg -0.2716 0.4654 29 zd10_had_flow_b 0.0550 0.2339 30 zd11 -0.1974 0.6159 31 z1nce-_e_scale 0.1392 0.9429 32 z2nce-_bg -0.2104 0.9492 33 z3nce-_eff1 0.0311 0.9467 34 z4nce-_eff2 0.5594 0.5841 35 z5nce-_vtx -0.6724 0.9274 36 z6nce- 0.1817 0.4168 37 z1cce- 0.5376 0.8360 38 z2cce- -0.1252 0.8663 39 zlumi2_zccem -0.7298 0.7740 40 zd5nc00 0.0928 0.9843 41 zd7nc00 0.1765 0.2122 42 zd8nc00 0.2619 0.9279 43 zluminc00 -1.5020 0.3798 2 h2_Ee_Spacal 0.5465 0.3321 3 h3_Ee_Lar_00 -0.7264 0.4463 4 h4_ThetaE_spacal -0.3672 0.6605 5 h5_ThetaE_94-97 -0.1481 0.7813 6 h6_ThetaE_00 -0.3342 0.5305 7 h7_H_Scale_Spacal 0.3882 0.4773 8 h8_H_Scale_Lar -0.9164 0.5333 9 h9_Noise_Hcal -0.4326 0.3652 10 h10_GP_BG_Spacal -0.1742 0.8703 11 h11_GP_BG_LAr 1.3221 0.8769 12 h12_BG_CC_94-97 0.3738 0.7903 13 h13_BG_CC_98-00 -0.9004 0.8629 14 h14_ChargeAsym 0.0369 0.9994 15 hllumi1_SPACAL_bulk 0.4054 0.5700 16 hllumi2_SPACAL_MB -0.0838 0.6035 17 h1lumi3_LAr_94-97_e+p -2.3520 0.6139 18 h1lumi4_LAr_e-p -0.6815 0.7738 19 h1lumi5_LAr_2000 -2.1614 0.5915

  17. Default abs/rel settings for Glazov averaging job, but ALSO H1 MB lumi is fixed And y< 1.0 NC 1 zlumi1_zncepl 0.4804 0.5869 20 zd1_e_eff -0.3907 0.7481 21 zd2_e_theta_a 0.1273 0.6763 22 zd3_e_theta_b -0.4629 0.7751 23 zd4_e_escale 1.0510 0.5033 24 zd5_had1 0.2291 0.5854 25 zd6_had2 0.1347 0.6469 26 zd7_had3 -0.8689 0.7407 27 zd8_had_flow 0.5387 0.6579 28 zd9_bg -0.1612 0.4075 29 zd10_had_flow_b 0.0504 0.2336 30 zd11 -0.2583 0.6139 31 z1nce-_e_scale 0.1843 0.9383 32 z2nce-_bg -0.3056 0.9215 33 z3nce-_eff1 0.0138 0.9310 34 z4nce-_eff2 0.4504 0.5539 35 z5nce-_vtx -0.6552 0.9275 36 z6nce- 0.1622 0.4155 37 z1cce- 0.5474 0.8359 38 z2cce- -0.1410 0.8663 39 zlumi2_zccem -0.0604 0.7783 40 zd5nc00 0.1805 0.9840 41 zd7nc00 0.1956 0.2097 42 zd8nc00 0.2322 0.9269 43 zluminc00 -0.7715 0.3871 2 h2_Ee_Spacal 0.5943 0.3268 3 h3_Ee_Lar_00 -0.7230 0.4430 4 h4_ThetaE_spacal -0.5735 0.6598 5 h5_ThetaE_94-97 -0.0971 0.7798 6 h6_ThetaE_00 -0.3318 0.5292 7 h7_H_Scale_Spacal 0.3330 0.4753 8 h8_H_Scale_Lar -0.9617 0.5310 9 h9_Noise_Hcal -0.3980 0.3638 10 h10_GP_BG_Spacal -0.3999 0.8210 11 h11_GP_BG_LAr 1.2642 0.8437 12 h12_BG_CC_94-97 0.3810 0.7903 13 h13_BG_CC_98-00 -0.9293 0.8623 14 h14_ChargeAsym 0.0256 0.9993 15 hllumi1_SPACAL_bulk 1.4448 0.5585 16 hllumi2_SPACAL_MB 0.8942 0.5973 17 h1lumi3_LAr_94-97_e+p -1.0561 0.6247 18 h1lumi4_LAr_e-p 0.0604 0.7784 19 h1lumi5_LAr_2000 -0.9033 0.6000

  18. Default abs/rel settings for Glazov averaging job, but ALSO H1 MB lumi is fixed And y< 0.35 NC 1 zlumi1_zncepl 0.4473 0.5952 20 zd1_e_eff -0.5098 0.7858 21 zd2_e_theta_a 0.1099 0.6845 22 zd3_e_theta_b -0.1824 0.7963 23 zd4_e_escale 1.0303 0.5302 24 zd5_had1 0.2343 0.5881 25 zd6_had2 -0.0202 0.6627 26 zd7_had3 -0.7011 0.7671 27 zd8_had_flow 0.3307 0.6712 28 zd9_bg -0.1923 0.4161 29 zd10_had_flow_b 0.0169 0.2356 30 zd11 -0.2391 0.6226 31 z1nce-_e_scale 0.1207 0.9459 32 z2nce-_bg -0.2053 0.9496 33 z3nce-_eff1 0.0420 0.9480 34 z4nce-_eff2 0.4128 0.6061 35 z5nce-_vtx -0.6691 0.9276 36 z6nce- 0.1672 0.4189 37 z1cce- 0.5316 0.8362 38 z2cce- -0.1274 0.8663 39 zlumi2_zccem -0.0478 0.7787 40 zd5nc00 0.1137 0.9848 41 zd7nc00 0.1544 0.2144 42 zd8nc00 0.2527 0.9286 43 zluminc00 -0.6916 0.3903 2 h2_Ee_Spacal 0.6645 0.3313 3 h3_Ee_Lar_00 -0.8016 0.4513 4 h4_ThetaE_spacal -0.4906 0.6633 5 h5_ThetaE_94-97 -0.1791 0.7850 6 h6_ThetaE_00 -0.4262 0.5377 7 h7_H_Scale_Spacal 0.3881 0.4773 8 h8_H_Scale_Lar -0.7481 0.5516 9 h9_Noise_Hcal -0.5281 0.3684 10 h10_GP_BG_Spacal -0.3263 0.8201 11 h11_GP_BG_LAr 1.0520 0.9088 12 h12_BG_CC_94-97 0.3986 0.7906 13 h13_BG_CC_98-00 -0.9523 0.8631 14 h14_ChargeAsym 0.0374 0.9994 15 hllumi1_SPACAL_bulk 1.3147 0.5694 16 hllumi2_SPACAL_MB 0.7542 0.6058 17 h1lumi3_LAr_94-97_e+p -1.0811 0.6295 18 h1lumi4_LAr_e-p 0.0478 0.7788 19 h1lumi5_LAr_2000 -0.6362 0.6106

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