Basic Description of main classes and use cases

• PROlog : Fairly simple logging/verbosity wrapper class. This is the only way PROfit should print. Usage as:

  •   log<LOG_DEBUG>(L"%1% || Using a total of %2% individual files") % __func__  % num_files;
    

  • LOG CRITICAL = 0
  • LOG ERROR = 1
  • LOG WARNING = 2
  • LOG INFO = 3 : This should be level of standard physics output that someone would plausibly use, but not create giant log files!
  • LOG DEBUG = 4
• PROconfig : Primary bookkeeping and XML loading class. Stores ALL information of mode-detector-channel-subchannel information. Must be created once and only once per PROfit executable and passed by reference to more complex functions when it is needed.
  • Contains helper functions channel<-> subchannel mapping..etc..
  • As well as functions for how to collapse subchannels to channels
• PROspec : Class for storing final spectra and errors. Barebones class as all binning,collapsing handeld by PRoconfig/
  • Essentially two Eigen::VectorXD ! Simple with helper functions
• PROpeller : The PROpeller, which moves the analysis forward. A class to keep all MC events for oscllation event-by-event.
  • Saved as a set of six std::vector floats or ints.
  • Currently only truth (energy), reco (energy) baseline, pdg, addedweight and precalculated bin incicies indicating where the reco variable fits in a given PROconfig defined binning.
• PROtocall : Currently a bit of a rogue set of functions that, given a PROconfig, dictate how to get binning and collapse Covariance matricies
• PROcess : The master weighting function that combines everything to give one final output spectra (PROspec) event-by-event.
  • FillRecoSpectra (PROconfig,PROpeller,PROsyst,PROosc, shifts, phys param)
• PROcreate : Workhorse classes for loading the set of root ntuples and systematics into PROspec CV class and a vector of SystStructs for systematics.
  • Needs a PROconfig to tell it exactly what to load and where (channel and subchannel info) to assign the variables. Also which systeatics to load.
  • The class SystStruct is also defined in here (for some reason), which stores the weights and spline information for systematics
• PROsyst : Class that groups all systematics (each with a SystStruct) and manages their formation and effect on PROspecs
  • i.e generates covariance matricies, fills splines, gets spline shifted spectrum.. etc..
  • Currently has Spline (CAFana style), Covariance (SBNfit style) and MFA (2D spline to-be-implemented) options
• PROsc : The model class (not the lack of second 'o'). Currently is a very simple hardcoded 3+1 SBL approximation. -- End goal to implement custom classes, NuSquids..etc..
• PROchi : Class that gathers the MC (PROpeller), Systematics (PROsyst) and model (PROsc) and forms a function calculating a chi^2 that can be minimized over

Some Possible PRO class names abailable

PROtest PROfessional PROspect PROton PROpane PROcrastiation PRO.file PROtect PROcreate PROduce PROgress PROfane PROfanity PROlapse PROtocoll

Junk notes below here. Put somewhere better

rec.slc.truth.wgt..length = 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 130, 0, 0
rec.slc.truth.wgt..totarraysize = 130
rec.slc.truth.wgt.univ..length = 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, rec.slc.truth.wgt.univ..length[rec.slc.truth.wgt..totarraysize rec.slc.truth.wgt.univ..totarraysize = 17559 rec.slc.truth.wgt.univ = 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 0.861389, 1.15461 .. of length [rec.slc.truth.wgt.univ..totarraysize - 17559 Float] rec.slc.truth.wgt.univ..idx = 0, 6, 12, 18, 24, 30, 36, 42, 48, 54, 60, 66, 72, 78, 84, 90, 96, 102, 108, 114 .. of lngth [rec.slc.truth.wgt..totarraysize INT] rec.slc.truth.wgt..idx = 0, of length [ rec.slc..length ]

(rec.slc[si].truth.wgt[wi].univ[take next N]) [NUM] rec.slc.truth.wgh.univ[rec.slc.truth.wgt..idx[SLC]+I]+6