No positron branch in tag_1_delphes_events.root

Hi,

Sorry we do not have any experience with Delphes.
My suggestion is to ask the Delphes author.

Cheers,

Olivier

> On 2 Dec 2023, at 18:30, Nivedaa Dhandapani <email address hidden> wrote:
>
> New question #708605 on MadGraph5_aMC@NLO:
> https://answers.launchpad.net/mg5amcnlo/+question/708605
>
> I made the process e+ e- > x1+ x2-, x1+ > n1 e+ ve, x2- > n2 e- ve~ and I got a tag_1_delphes_events.root output out of it after running generate_events through a cluster but the only branches in this root file for the tree "Delphes" are :
>
> Branch 0: Event
> Branch 1: Event_size
> Branch 2: Weight
> Branch 3: Weight_size
> Branch 4: Particle
> Branch 5: Particle_size
> Branch 6: Track
> Branch 7: Track_size
> Branch 8: Tower
> Branch 9: Tower_size
> Branch 10: EFlowTrack
> Branch 11: EFlowTrack_size
> Branch 12: EFlowPhoton
> Branch 13: EFlowPhoton_size
> Branch 14: EFlowNeutralHadron
> Branch 15: EFlowNeutralHadron_size
> Branch 16: GenJet
> Branch 17: GenJet_size
> Branch 18: GenMissingET
> Branch 19: GenMissingET_size
> Branch 20: Jet
> Branch 21: Jet_size
> Branch 22: Electron
> Branch 23: Electron_size
> Branch 24: Photon
> Branch 25: Photon_size
> Branch 26: Muon
> Branch 27: Muon_size
> Branch 28: FatJet
> Branch 29: FatJet_size
> Branch 30: MissingET
> Branch 31: MissingET_size
> Branch 32: ScalarHT
> Branch 33: ScalarHT_size
>
>
> I want to find the kinematic distribution for the angle between e+ and e- and missing Et for e+. In which branch is it present? Kindly please help. Thank you!
>
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