Some links

SUSY

• SUSY Link to twiki of CMS SUSY Physics Analysis Group (SUS PAG)
• SUSY indico Link to indico page of SUSY PAG
• SUSY hn Link to hypernews for SUSY PAG. Use also email link
• SUSY Photon hn Link to hypernews for SUSY Photon subgroup. Use also email link
• SUSYMCAndXPAGRun2 Link to SUSY MC and Cross-PAG coordination twiki
• SUSYMC Link to SUSY MC twiki (some info could be outdated)
• RA3Analyses2012 Link to RA3 analysis twiki for photon + MET + jet analyses for 2012 data.
• MuonPOG Link to Muon Physics Object Group
• EgammaPOG Link to E/gamma Physics Object Group
• ECALWikiHome Link to CMS ECAL Twiki page collection

Data and Code

• CMS SW Guide Link to CMS Offline Software Guide
• SWGuideSusyNtuplesRA3 Link to using RA3 Susy Ntuples
• RA3NtupleTagCms538v0p1 Link to latest Susy Ntuples based on tag cms538_v0_p1
• RA3Analyses2012OfficialMC Link to RA3 Official MC Samples for 2012 analyses
• CMUDataList List of datasets available in the private storage
• CMU Analysis Code Link to cvs area for CMU analysis code
• MiniNtuple Link to creation and content of private MiniNtuples
• GetLumiList Tool to retrieve lumi sections used in a SusyNtuple GetLumiList
• official CMS Luminosity Calculation Tools Starting from Sept2013, it's recommended to use pixelLumiCalc.py script instead of the HF based one(= lumiCalc2.py)

Stealth SUSY

• InclusiveLowMETSearch Link to Stealth SUSY twiki
• CMUStealthSusy Internal CMU Stealth SUSY twiki

B Physics

• B Physics Link to twiki of CMS B Physics Analysis Group (BPH PAG)
• UpsilonXS2011

B-Jet Trigger

• BJetTriggerInfo

CMS publications

• CMS uses an official toolkit to compile CMS publications. See: link
• Here is a set of guidelines to follow while authoring a paper. Here is a set of guidelines to use for all plots.
• If you need to make Feynman diagrams, the SUSY PAG has created many templates, available here. Here is an example from the Stealth analysis with detailed comments.
• Getting the references in the expected format can be time-consuming. If it helps, the online INSPIRE-HEP database generates "almost-correct" BibTeX for a given reference. In fact, there exists a very useful REST API to access records identified by doi or arxiv id etc. Here is a sample script that takes a list of doi values in a json file as input, runs each doi through the API to get the record, properly formats a few problem characters (with an umlaut/accent etc), and produces a bib-formatted file as output.