particle jets as well as  observables, leading to a separate output-format based on <span style="font-variant:small-caps;">Root</span>-tree objects. The typical event size of one simulated top-quark pair event in the <span style="font-variant:small-caps;">Bacon</span>-output format amounts to 5 kB. For this work, we used an additional software package, which reduces the output files of <span style="font-variant:small-caps;">Bacon</span> further and transforms them into a plain <span style="font-variant:small-caps;">Root</span>-NTuple, denoted as <span style="font-variant:small-caps;">ODNTuple</span> in the following with an average event size of 0.8 kB. Our analysis is based on these <span style="font-variant:small-caps;">ODNTuple</span> data. The full software, which has been used for this work, was previously used and validated for [@Apyan:2019ybx].

Selected Open Data and Simulated Monte Carlo Samples
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The data acquisition system of CMS records only the event information of collisions with dedicated signatures due to the high-collision rate and the limited bandwidth for data-processing. The data used in this analysis has been collected when significant hadronic activity was present in the event, in particular if the `HLT_PFJet320` trigger had fired, targeted to select events with at least one reconstructed jet with a transverse energy of 320 GeV. In total, files corresponding to 289  from the CMS Open Data [@CMS:QCDData] have been processed, of which 166  fired 