The results shown on this page use Jas4pp data-analysis package.
You can study this the geometry of the FCChh-v7 detector using sifcch7 description. This geometry corresponds to rfull009 tag SLCIO files.
Download Z'(10 TeV) to XX final state as:
hs-get tev10mumu_pythia6_zprime10tev_qqbar%rfull009 # qqbar hs-get tev10mumu_pythia6_zprime10tev_ttbar%rfull009 # ttbar hs-get tev10mumu_pythia6_zprime10tev_ww%rfull009 # W+W-
An example code which creates jet masses of anti-kT jets (R=0.8) is jetmass.py. It fills 3 histograms with jet masses for leading in pT antiKT jets for Z(10 TeV) to W+W- sample (truth, PFO, Clusters). Run it as:
fpad jetmass.py tev10mumu_pythia6_zprime10tev_ww%rfull009
The created image is shown below
You can write a C++ code which calls the FastJet (with jet substructure variables) using the packages posted to intro.