Stephane Willocq

• mkdir n010; cd n010
• kinit
• git clone ssh://git@gitlab.cern.ch:7999/atlas_hllhc_muon_trigger/muTrigNt_read.git
• cd muTrigNt_read
• bash
• source scripts/install.sh –tag n010 |& tee install.log
• source scripts/setup_area.sh –clean |& tee setup_area.log

• git clone ssh://git@gitlab.cern.ch:7999/atlas_hllhc_muon_trigger/PhaseIIMounTriggerNtuple.git
• git clone ssh://git@gitlab.cern.ch:7999/atlas_hllhc_muon_trigger/MuTrigNtExampleAna.git
• git clone ssh://git@gitlab.cern.ch:7999/atlas_hllhc_muon_trigger/MuTrigNtAnaCommon.git
• git clone ssh://git@gitlab.cern.ch:7999/atlas_hllhc_muon_trigger/RpcRoi.git
• git clone ssh://git@gitlab.cern.ch:7999/atlas_hllhc_muon_trigger/TgcRoi.git
• rc find_packages
• rc compile

Find list of ntuples at https://gitlab.cern.ch/atlas_hllhc_muon_trigger/PhaseIIMuonTriggerNtuple/wikis/home#productions

Download Zmumu ntuples:

• rucio get user.alarmstr:user.alarmstr.muTrigNt.n010f.147807.PowhegPythia8_AU2CT10_Zmumu.recon.ESD.e1564_s2988_s3000_r10370_EXT0

Running instructions at https://gitlab.cern.ch/atlas_hllhc_muon_trigger/MuTrigNtExampleAna

• run_example_looper -i ~/work/data/n010/user.alarmstr.muTrigNt.n010f.147807.PowhegPythia8_AU2CT10_Zmumu.recon.ESD.e1564_s2988_s3000_r10370_EXT0/user.alarmstr.13598734.EXT0._000001.muTrigNt.root > run1.log
• run_SingleMuonAnalysis -i ~/work/data/n010/user.asoffa.muTrigNt.n010b.422070.ParticleGun_single_mu_Pt1000.recon.ESD.e5865_s2988_s3000_r8974_EXT0/user.asoffa.12477721.EXT0._000010.muTrigNt.root

Code repository at https://gitlab.cern.ch/atlas_hllhc_muon_trigger/

Below are a set of links that provide a basic introduction to particle physics:

• Physics for the 21st century (web course)
• Introduction to particle physics (Cornell Outreach)
• Standard Model (Cornell Outreach)
• Particle physics overview (Cambridge U. video)
• Standard Model (Fermilab video)

More advanced documents about particle physics:

• Collider phenomenology by Tao Han
• CERN summer school lectures (incl. video)

Information about the Northeast Tier 3 center is available at https://twiki.cern.ch/twiki/bin/view/Main/UMassNET3.

To request a new account do as follows:

1. Ask your supervisor to be invited to join the Slack workspace, see http://northeasttier3.slack.com/.
2. You will receive an email from Slack asking you to “Join Now”, click on that link to create a Slack account.
3. Generate a public SSH key following https://git-scm.com/book/en/v2/Git-on-the-Server-Generating-Your-SSH-Public-Key.
4. Post your public SSH key on the accounts channel in Slack and request an account, see this example. You should suggest a username (see login in the picture) and also request the zsh Unix shell (not shown in the picture).
5. Once your SSH key is installed on NET3 you can log in with ssh -Y username@um3.net3.mghpcc.org
6. For ease of use of NET3, you may want to install the x2goclient which allows you to create a remote desktop, see https://wiki.x2go.org/doku.php.

Once you are able to login to NET3, you need to set up your account to work on ATLAS. Follow these steps:

1. Copy a basic zsh setup file to have access to ATLAS software:
   cp ~willocq/example.zshrc ~/.zshrc
2. If you want to run vanilla ROOT, type:
   lsetup root
3. To run root, type:
   root

Here is basic information on how to generate multijet events with MadGraph + Pythia at the Northeast Tier 3 center.

Initial setup

• Create a directory for event generation:
  cd
  mkdir -p evgen/MG5
• Copy job options files and run script:
  cd evgen/MG5
  cp ~willocq/evgen/MG5/MC15.33344*.py .
  cp ~willocq/evgen/MG5/run_evgen.sh .

To run

• Do the following in each new terminal session:
  setupATLAS
  cd evgen/MG5
  asetup AtlasProduction,19.2.5.34,here
• Create a new subdirectory for each run and execute run script (e.g. for pp > 4b):
  mkdir 4b-test
  cp MC15.333444.MadGraphPythia8EvtGen_A14NNPDF23LO_4b.py 4b-test/.
  cd 4b-test
  ../run_evgen.sh