=== Code Changes ===

* ~~add references to gen particles (added TRef to Particle for Track, Electron and Muon)~~
* ~~fix isolation~~
* ~~change default CMS config file: produce PF objects (electrons, muons, charged hadrons ..)~~
* ~~sort leptons in pt (all objects written to ROOT tree are now sorted)~~
* ~~set by default PF met calculation (instead of of CaloMET) in CMS card~~
* ~~protect input file from overwrite if wrong command was given~~
* ~~inefficient tracks should deposit energy in the CALOs~~
* ~~add frog visualization (replaced frog by ROOT based event display)~~
* ~~include Ht in variables~~
* ~~remove muons from calorimeter (be aware of met)~~
* ~~treat equally taus and bs (collection or flag?)~~
* ~~include jet constituents in the outputs~~
* fill code and config file with comments
* add to candidates a variable (double) for isolation + flag.
* ~~nevents to process specified by the user~~
* ~~define treatement for charged particle orginating from pile-up for eta>2.5~~
* ~~add information about selected events in the output~~
* ~~add neutralinos in calorimeter (should not deposit)~~
* ~~change input array in pileup card for jet pileup subtraction (btagging)~~
* ~~write jet energy scale module (in pt,eta)~~
* add genmet calculation by default.
* ~~correct bug in LHEF readers (look for "<events>" string rather)~~
* ~~apply logN smearing everywhere~~ ?
* ~~add python code from Christophe~~
* ~~commit tuned cards~~
* change tau tagging module (add bits like b-tagging)
* comment code about b and taus
* ~~possibility to compute rho and subtract in different rapidity regions (done bad in my own release)
* ~~add muons isolated in the UniqueObjecFinder and change muons in tree writer~~
* think about where apply CHS in presence of PU
* ~~make Calorimeter module compatible with what is in the paper~~
* decide whether to apply changes in the isolation with pile-up (cf Jim Hirshauer mail)
* make study of jes
* think about b-jet matching (cf. SWGuideBTagMCTools)
* ~~add on Delphes website a MinBias.pileup file.~~
* think about muons in PFalgorithm? why are they out?
* ~~in EFlowMerger add TrackPileUpSubtractor/muons instead of MuonMomentumSmearing/muons
* ~~add flag for pile up distribution (gauss,poisson,flat)~~
* ~~add flag for isolation (relative/absolute)~~
* correct for efficiency/isolation at high pt (for e/mu/gamma)
* particle-flow optimisation (start from Calorimeter.cc.bk.4)
* look for discrepancies in taus.
* add charged particles from pu in the eflow met calculation. 
* modify high pt reso for muons
* check also efficiencies e/mu plus reso high e for lee
* compute jet energy scale for ATLAS
* remove pile-up subtraction from the missing ET calculations
* understand what is the correct ECAL resolution for CMS {{{sqrt(energy^2*0.007^2 + energy*0.07^2 + 0.35^2)}}} or {{{sqrt(energy^2*0.005^2 + energy*0.05^2 + 0.25^2)}}}

* write module that vetoes events based on some selection
* ~~independent calos ECAL HCAL
* tracking à la SGV (mc truth)
* write TF calculator
* ~~add {{{set RandomSeed 0}}} to all the example cards and close ticket #229
* write pf for independent calls with separate photons NH
* calculate dynamically cutoff sigmatrk ~sigmacalo for pf
* develop FHC card based on May CERN WS
* include HepTopTagger
* explore gridMedianEstimator 
* isolation for lambdas -> photons
* update b-tagging module including tuning parameter for correlation between IP and sigmaIP
* implement CHS based on comparison between zIP smeared and vertex resolution, for more realistic high eta performance. 
* add AngularSmearing module from /storage/Delphes_dev/Delphes-3.1.2/modules
* include Pythia8 fix ticket 288
* think about how to properly define genets (remove neutrinos, see what CMS does)
* Cms  PileUp card, remove pileup subtraction from MET calculation
* think about how to implement track merging (more complicated than just smearing angles) in high density, as a function of track pt, eta
* write library example for fast jet
* write list of hepmc particles post detector simulation before fast jet clustering…
* add a zero bias suppression for the calos and check that everything works fine. 
* remove muon from jet constituent loop in Example3.C
* develop and finalise FCC detector card. 
* store isolation variable in output 


=== Testing and validation ===

* ~~test against CMS (with or without pile-up?)~~
* ~~find resolution for high level objects (gsf electrons, global muons)~~
* ~~identify validation quantities (JER, Met res.) and reproduce with Delphes~~ 
* ~~identify and reproduce template analysis with Delphes (down to exclusion plots, Higgs/BSM)~~
* write mass plot production macro for testing new releases

=== Misc. ===

* ~~define structure of the paper~~
* ~~complete documentation~~
* identify workshop and conferences for presenting Delphes3 (for pheno: Fabio)
* ~~think about case studies to show in tutorials~~
* ~~find a logo~~

=== Site ===

* help guide in toolbar
* Screen-shot
* validation plots? 
* paper use cases 
* Contacts?

=== Long term ===

* ~~pile-up merger (done)~~
* pile-up parameterisation (rho calculated only on a fraction of events)
* fake-track producer (can be done easily like pile-up producer)
* conversion producer
* ~~high lumi card~~
* ~~integrate Delphes in MG5~~
* ~~address calorimeter segmentation issue~~

=== Paper ===

* add correct citation for the anti-kt algo JHEP 0804 (2008) 063 [arXiv:0802.1189]