Correlation between 12 free parameters: ======================================= PARAMETER CORRELATION COEFFICIENTS NO. GLOBAL 1 2 3 4 5 6 7 8 9 10 11 12 1 0.98873 1.000 0.894-0.953-0.780 0.308 0.464 0.034-0.687-0.006 0.043-0.559-0.558 2 0.97832 0.894 1.000-0.781-0.689 0.456 0.570 0.163-0.623 0.013 0.043-0.712-0.682 3 0.97962 -0.953-0.781 1.000 0.809-0.236-0.410 0.030 0.690 0.003-0.054 0.494 0.504 4 0.98603 -0.780-0.689 0.809 1.000-0.440-0.630-0.103 0.960-0.072-0.150 0.650 0.565 5 0.99697 0.308 0.456-0.236-0.440 1.000 0.938 0.665-0.511 0.299 0.336-0.609-0.439 6 0.99678 0.464 0.570-0.410-0.630 0.938 1.000 0.408-0.675 0.200 0.225-0.701-0.520 7 0.97134 0.034 0.163 0.030-0.103 0.665 0.408 1.000-0.187 0.460 0.527-0.308-0.161 8 0.97978 -0.687-0.623 0.690 0.960-0.511-0.675-0.187 1.000-0.079-0.160 0.629 0.566 9 0.98699 -0.006 0.013 0.003-0.072 0.299 0.200 0.460-0.079 1.000 0.977-0.193 0.019 10 0.98821 0.043 0.043-0.054-0.150 0.336 0.225 0.527-0.160 0.977 1.000-0.219 0.000 11 0.92052 -0.559-0.712 0.494 0.650-0.609-0.701-0.308 0.629-0.193-0.219 1.000 0.344 12 0.86473 -0.558-0.682 0.504 0.565-0.439-0.520-0.161 0.566 0.019 0.000 0.344 1.000 Chi2 value: =========== FCN= 883.2320 Fitted values and errors of the 12 free parameters: =================================================== EXT PARAMETER NO. NAME VALUE ERROR 1 B_g -0.82917 0.55675E-01 2 C_g 9.8898 0.95397 3 D_g 2523.3 1233.2 4 B_U -0.22751 0.76853E-02 5 C_U 4.0892 0.17515 6 F_U 174.14 33.182 7 G_U -103.39 21.304 8 A_D 0.14255 0.78485E-02 9 C_D 6.5779 0.31810 10 G_D 221.67 63.152 11 C_Ub 7.3611 0.90008 12 C_Db 3.9218 0.65318 Derived parameters: =================== 1 'A_g ' 0.299323263881E-02 11 'A_U ' 0.111803951757 A_U = A_D*(1-fs)/(1-fc) 15 'D_U ' 44.1371800658 22 'B_D ' -0.227513168160 B_D = B_U 25 'D_D ' 27.1541548818 31 'A_Ub ' 0.111803951757 A_Ub = A_D*(1-fs)/(1-fc) 32 'B_Ub ' -0.227513168160 B_Ub = B_U 41 'A_Db ' 0.142550038490 A_Db = A_D 42 'B_Db ' -0.227513168160 B_Db = B_U fs and fc are the strange and charm fractions of the sea, see the paper. A_g, D_U and D_D are defined from the conventional momentum sum rule and the valence quark counting rules. Abbreviations for the data sets used in the fit (see Tables 1, 2): ================================================================= CPMB: H1 minimum bias 97 e+p NC data CPMA: H1 low Q2 96-97 e+p NC data cnep: H1 high Q2 94-97 e+p NC data ccep: H1 high Q2 94-97 e+p CC data cnem: H1 high Q2 98-99 e-p NC data cnemfl: H1 high Q2 98-99 e-p NC data high y data ccem: H1 high Q2 99-00 e-p CC data cnep00: H1 high Q2 99-00 e+p NC data incl. high y data ccep00: H1 high Q2 99-00 e+p CC data BCDP_100: BCDMS proton data at 100 GeV BCDP_120: BCDMS proton data at 120 GeV BCDP_200: BCDMS proton data at 200 GeV BCDP_280: BCDMS proton data at 280 GeV BCDD_120: BCDMS deuteron data at 120 GeV BCDD_200: BCDMS deuteron data at 200 GeV BCDD_280: BCDMS deuteron data at 280 GeV Fitted normalization and systematic shifts: =========================================== 110 'CPMB L1' 2.32150475978 111 'CPMA L2' 0.321108939109 112 'cnep L3' -1.37291245260 113 'ccep L3' -1.37291245260 114 'cnem L4' -0.525805332705 115 'cnemfl L4' -0.525805332705 116 'ccem L4' -0.525805332705 117 'cnep00 L5' -1.16742776976 118 'ccep00 L5' -1.16742776976 124 'BCDP_100 ' 0.420538607893 125 'BCDP_120 ' 0.607802991529 126 'BCDP_200 ' -0.177842023026 127 'BCDP_280 ' -0.459348711684 128 'BCDD_120 ' -0.198170126512E-01 129 'BCDD_200 ' -0.437693763075 130 'BCDD_280 ' -0.390675329919 170 'H1_norm ' -0.237224394366 171 'H1_eel1 E1' 0.534128761061 172 'H1_eel2 E2' 0.124183337075E-01 173 'H1_eth1 T1' -0.737547624919 174 'H1_eth2 T2' -0.104072859922E-01 175 'H1_eth3 T3' -0.281403728130 176 'H1_had1 h1' -0.115142035740 177 'H1_had2 h2' -1.62821456334 178 'H1_noiseN1' -0.205801011987 179 'H1_bg1 B1' -0.770241481096 180 'H1_bg2 B2' 0.225236673820 181 'H1_vap1 V1' 0.223508758789 182 'H1_vap2 V2' 0.998038040066 183 'H1_sym S1' -1.01041927472 207 'BCDMS_norm' -1.37110572280 208 'BCDMS_fb ' 0.395827866772 209 'BCDMS_fs ' -0.579622098417E-01 210 'BCDMS_fr ' -0.689534166533 211 'BCDMS_fn ' -0.336133542090 'H1_norm' is a parameter corresponding to the correlated part of 0.5% for all H1 luminosity measurements. The luminosity uncertainty parameters Lx correspond (in %) to sqrt((norm_unc.)**2-0.5**2). See text and Table 2 of the paper for a more detailed explanation of Lx,Ex,Tx,hx,Nx,Bx,Vx,Sx. 'BCDMS_norm' corresponds to the common 3% to all BCDMS datasets. 'BCDP_xx ' correspond to normalisation uncertainties for the BCDMS datasets (1% each) 'BCDMS_fb' related to uncertaunty due to beam momentum calibartion 'BCDMS_fs' related to spectrometer magnetic field calibartion 'BCDMS_fr' related to spectrometer resolution 'BCDMS_fn' related to uncertainty in the relative normalisation of data from external and internal targets Partial chi2 values: ==================== data_sets data_points chi2(unc.) CPMB 45.00000 34.28199 CPMA 80.00000 75.50958 cnep 130.00000 94.48356 ccep 25.00000 18.19803 cnem 126.00000 113.24907 cnemfl 13.00000 4.75980 ccem 27.00000 20.22681 cnep00 147.00000 147.89305 ccep00 28.00000 33.12447 BCDP_100 55.00000 50.32097 BCDP_120 61.00000 40.10409 BCDP_200 56.00000 62.43027 BCDP_280 52.00000 55.15910 BCDD_120 61.00000 34.76813 BCDD_200 56.00000 47.83013 BCDD_280 52.00000 31.73166