use of jets with $\pt>20$that have been clustered with AK4 algorithm in a simulated +jets sample before application of data-to-simulation reshaping scale factors.[]{data-label="fig:CTagEfficiency"}](Figure_001.pdf){width="65.00000%"}

The probability ratios $\textit{CvsL}$ and $\textit{CvsB}$ are used to discriminate candidates that are consistent with the jet hypothesis from jets originating from light-flavour quarks or gluons, and quarks, respectively. The two jets with the highest score of $\textit{CvsL}$ in the event are chosen to build the candidate four-vector. Events are required to have the leading jet in $\textit{CvsL}$ score passing the tagger working point requirements $(\textit{CvsL}>0.4,~\textit{CvsB}>0.2)$. This working point has been chosen such that the efficiency to identify a jet is approximately 28%, while the misidentification rate is 4% for light-flavour quark or gluon jets and 15% for jets. To account for jets originating from final-state radiation (FSR), additional jets with $\pt > 30\GeV$ and $\abs{\eta}<3.0$ are included in the calculation of the components of the candidate four-vector if they lie in a cone of $\Delta R<0.8$ centred on the direction of one of the two leading jets.

Signal extraction {#sec:ResoStrategy}
-----------------

In addition to the selections reported in Sections \[sec:selection\] and \[sec:HrecoResolved\], in the 1L and 0L channels of the resolved-jet topology analysis, where larger backgrounds 