"52. Scouting resolution vs pt" of "Strategy and performance of the CMS long-lived particle trigger program in proton-proton collisions at $\sqrt{s}$ = 13.6 TeV"

The $p_{T}$ resolution of scouting muons with respect to offline muons, as a function of the scouting muon $p_{T}$, for 2024 data events. The root mean square (RMS) of the difference of the scouting muon $p_{T}$ and the offline muon $p_{T}$, divided by the offline muon $p_{T}$, is plotted. The dimuon $\Delta R$ is required to be greater than 0.2, and the scouting muon $p_{T}$ is required to be greater than 3 GeV. The resolution is shown for muons in the barrel (blue filled points) and the endcaps (purple filled triangles) that are reconstructed with both the vertex-unconstrained reconstruction algorithm, as well as for muons in the barrel (red filled squares) and the endcaps (orange unfilled squares) that are reconstructed with the vertex-constrained reconstruction algorithm. A special monitoring data set is used that collects events triggered by a mixture of HLT paths (both scouting and standard triggers) with a very high prescale, in which all information about the muon objects is stored from the offline and scouting reconstruction.