Table 4.

Goodness-of-fit values for the fits to the HERA DIS data alone, and together with the CMS dijet measurements, including all rapidity regions. The table shows the partial ${\chi }^2$ values divided by the number of data points for the HERA DIS datasets and each of the dijet rapidity regions. The total ${\chi }^2$ value, divided by the number of degrees of freedom, is given at the bottom of the table

		Partial ${\chi }^2$ / $n_{\mathrm{data}}$
		HERA DIS + CMS 13$\mathrm{Te}\mathrm{V}$ dijets
Data set		2D	3D
CMS dijet 2D
${|y|}_{\max }<0.5$		24 / 22
${0.5<|y|}_{\max }<1$		14 / 22
${1<|y|}_{\max }<1.5$		22 / 23
${1.5<|y|}_{\max }<2$		15 / 12
${2<|y|}_{\max }<2.5$		30 / 12
CMS dijet 3D
$y_{\mathrm{b}}<0.5$,	$y^{\ast }<0.5$		32 / 21
$y_{\mathrm{b}}<0.5$,	$0.5<y^{\ast }<1$		23 / 19
$0.5<y_{\mathrm{b}}<1$,	$y^{\ast }<0.5$		40 / 19
$y_{\mathrm{b}}<0.5$,	$1<y^{\ast }<1.5$		45 / 17
$0.5<y_{\mathrm{b}}<1$,	$0.5<y^{\ast }<1$		18 / 17
$1<y_{\mathrm{b}}<1.5$,	$y^{\ast }<0.5$		44 / 17
$y_{\mathrm{b}}<0.5$,	$1.5<y^{\ast }<2$		15 / 7
$0.5<y_{\mathrm{b}}<1$,	$1<y^{\ast }<1.5$		7 / 7
$1<y_{\mathrm{b}}<1.5$,	$0.5<y^{\ast }<1$		9 / 7
$1.5<y_{\mathrm{b}}<2$,	$y^{\ast }<0.5$		20 / 6
$y_{\mathrm{b}}<0.5$,	$2<y^{\ast }<2.5$		19 / 6
$0.5<y_{\mathrm{b}}<1$,	$1.5<y^{\ast }<2$		16 / 6
$1<y_{\mathrm{b}}<1.5$,	$1<y^{\ast }<1.5$		6 / 6
$1.5<y_{\mathrm{b}}<2$,	$0.5<y^{\ast }<1$		1 / 5
$2<y_{\mathrm{b}}<2.5$,	$y^{\ast }<0.5$		15 / 4
HERA1+2
CC ${\mathrm{e}}^{-}\mathrm{p}$, $E_{\mathrm{p}}=920\mathrm{Ge}\mathrm{V}$		50 / 42	48 / 42
CC ${\mathrm{e}}^{+}\mathrm{p}$, $E_{\mathrm{p}}=920\mathrm{Ge}\mathrm{V}$		37 / 39	41 / 39
NC ${\mathrm{e}}^{-}\mathrm{p}$, $E_{\mathrm{p}}=920\mathrm{Ge}\mathrm{V}$		222 / 159	227 / 159
NC ${\mathrm{e}}^{+}\mathrm{p}$, $E_{\mathrm{p}}=460\mathrm{Ge}\mathrm{V}$		197 / 177	201 / 177
NC ${\mathrm{e}}^{+}\mathrm{p}$, $E_{\mathrm{p}}=575\mathrm{Ge}\mathrm{V}$		186 / 221	187 / 221
NC ${\mathrm{e}}^{+}\mathrm{p}$, $E_{\mathrm{p}}=820\mathrm{Ge}\mathrm{V}$		55 / 61	55 / 61
NC ${\mathrm{e}}^{+}\mathrm{p}$, $E_{\mathrm{p}}=920\mathrm{Ge}\mathrm{V}$		368 / 317	365 / 317
Total ${\chi }^2/n_{\mathrm{dof}}$		1283 / 1094	1557 / 1167