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 This is simply for historical reasons since Delphes was developed originally as a tool for LHC physics. To plot ee-like variables, one needs to write the translation (or make use of the very useful TLorentzVector of ROOT, see part III).
+) Interactively Draw the "leading" muon pt and energy, the muon multiplicity and the jet multiplicity. Do you understand these distributions?
+ex:
+{{{
+Delphes->Draw("Muon[0].PT")
+}}}
+Hint: To calculate the energy approximate the muon as a massless particle and express the energy as function of pT and Eta.
+) Interactively draw the muon multiplicity and the jet multiplicity. Do you understand these distributions?
 == Write a simple analysis macro ==