Changes between Version 5 and Version 6 of WorkBook/Tutorials/Prefit

Timestamp:

Mar 5, 2020, 6:21:10 PM (5 years ago)

Author:

Michele Selvaggi

Comment:

--

WorkBook/Tutorials/Prefit

@@ -9 +9 @@
 https://twiki.cern.ch/twiki/bin/view/VBSCan/PREFIT20
 
-If you have successfully produced Pythia8 event files in the MadGraph and Parton Shower lecture (Admir Greljo, Ilaria Brivio), copy (or move) the pp->ll (SM and BSM) into the Delphes directory Delphes-3.4.2
+If you have successfully produced Pythia8 event files in the !MadGraph and Parton Shower lecture (Admir Greljo, Ilaria Brivio), copy (or move) the pp->ll (SM and BSM) into the Delphes directory Delphes-3.4.2
 
 FIXME: find out how these files where named during tutorial
@@ -41 +41 @@
 
 1) Open the ({{{pp_ll_sm.root}}} Delphes ROOT tree and explore the branches, plot the electrons transverse momentum.
+
 2) Draw the muon and electron multiplicity via the ROOT command line.Do you understand these distributions?
+
 3) Compare the leading muon transverse momentum and pseudo-rapidity in the SM and the BSM sample.
 
@@ -62 +64 @@
 
 
-You have now produced a Delphes simulated event with the hypothetical CEPC default detector configuration.
+We will now focus solely on the BSM sample {{{pp_ll_bsm.root}}} in the mu mu final state.
 
-1) Can you think of 2 detector parameters that determine and drive the sensitivity of the Higgs recoil measurement in this particular final state?
+1) Can you think of 2 detector parameters that determine and drive the sensitivity of the Z' -> mu mu search?
 
-2) Identify where they are configured in the delphes detector card.
+2) Identify where they are configured in the delphes detector card {{{cards/delphes_card_CMS.tcl}}}.
 
 3) Create two new detector configurations by degrading these two parameters by a sizable factor.
 
-4) Reproduce a Delphes sample with these new configurations and observe the impact on the recoil mass distribution.
+4) Reproduce a Delphes sample with these new configurations and observe the impact on the reconstructed Z' invariant mass distribution.