Scripts collection to create plots from alp_analysis and hh2bbbb_limit output

It has to be cloned inside usual alp working area ('CMSSW_BASE/src/Analysis'). Python based. Use 'python scriptname' to execute each script.

• utils -> default functions to create plots (stack, 2d, etc.)
• script -> various script to create histos needed for analysis

General idea: compare two binned histograms with defined normalization. Input are always histograms. - the two histograms can be made by stack of multiple histograms. - colors, legends, binning can be costumized - default weights (PU, BTag, ...) must have been applied already to input histograms. - get residuals, pulls, ratio

Scripts:

• drawcomp_afterBDT -> to plot ditributions from classifier report output, e.g.

  • get sig vs MC bkg (pangea not reweighted after alp_analysis!
  • trigger efficiency plots
  • selection of mva input variables

• drawcomp_preBDT -> to plot ditributions from alp_analysis

  • get sig vs MC bkg (only single signal sample)
  • compare MC bkgs
  • compare signals
  • plot single sample distributions
  • N.B. if weights vector is null, weights are taken from h_w_oneInvFb histogram (to normalized to 1Fb-1) CMD: python scripts/drawcomp_preBDT.py -w 2 -o test (-c --res -1)

• drawcomp_trgEff -> to plot ditributions for trigger efficiency study (not maintained)

• drawcomp_tktdr -> to plot ditributions for phase2 tracker TDR (not maintained)

Plot option structure:

• if which == NN:
  • samples = [['aa','bb'], ['cc']] -> two vector of samples. Stack TH1 if more than 1. Data always in the second argument.
  • fractions = ['','test'] -> specify if train, test or appl
  • regions = ['',''] -> specify which CR (btag, ms, ttbdt, ... ). see https://gitlab.cern.ch/cms-hh-pd/hh2bbbb_limit/blob/master/python/data_manager.py#L444
  • weights = [[1.,4.],[2.]] -> usually to normalize to a L_int=1fb-1
  • sf = [[],[]] -> additional weight
  • legList = [['aa','qcd HT>200'], ["cc"]] -> legend (if QCD, one is autmatically taken)
  • colorList = [[604,300]], [430]] -> specify color if you do not want to use the default from https://github.com/cms-hh-pd/alp_analysis/blob/master/python/alpSamplesOptions.py
  • dofill = [True,True] -> to fill the histos
  • isMC = True -> just to change canvas header
  • oname = 'comp_qcdttBkg_afterBDT' -> out file name
  • headerOpt = " aaaaa " -> additional text printed close to 'CMS'

Conventions:

• sample name: aa-fix-00 -> aa mixed with fixed library taking 0-0 neighbours (for MC samples)