bookConverter Namespace Reference

Classes
class	OptionParser

Functions
def	ccopy (a)
def	cexists (s, c)
def	compute (min, max)
def	create_declaration (cid)
def	create_xsd ()
def	kpermutation (vfrom, vto, min, max)
def	priorities ()
def	read_data ()

Variables
	args
	comb
	elements
	histograms
	keys
	len_max
	len_min
	max
	min
	optManager
	opts
	prior
	resdoc
	results
	srcdoc

Function Documentation

ccopy()

def bookConverter.ccopy

(

a

)

Definition at line 90 of file bookConverter.py.

Referenced by compute().

def ccopy(a):
  r = []
  for v in a:
    r.append(v)
  return r

cexists()

def bookConverter.cexists	(		s,
			c
	)

Definition at line 82 of file bookConverter.py.

Referenced by compute().

def cexists(s, c):
  d = len(c)
  for v1 in s:
    for v2 in c:
      if v1 == v2:
        d = d - 1
  return (d == 0)

compute()

def bookConverter.compute	(		min,
			max
	)

Definition at line 106 of file bookConverter.py.

References mps_setup.append, ccopy(), cexists(), kpermutation(), and print().

Referenced by ClosestApproachInRPhi.calculate(), Basic2DGenericPFlowPositionCalc.calculateAndSetPositionActual(), DTParametrizedDriftAlgo.compute(), TrackCountingTagPlotter.finalize(), IPTagPlotter< Container, Base >.finalize(), TrackProbabilityTagPlotter.finalize(), and GsfMaterialEffectsUpdator.updateState().

def compute(min, max):
  print("Computing permutations")
  for v in kpermutation(0, len(keys), min, max):
    ci = -1
    for h in histograms:
      if cexists(h, v):
        if ci == -1:
          ci = len(comb)
          comb[ci] = ccopy(v)
          results[ci] = [h]
        else:
          results[ci].append(h) 

create_declaration()

def bookConverter.create_declaration

(

cid

)

Definition at line 76 of file bookConverter.py.

References print().

def create_declaration(cid):
  co = comb[cid]
  print("Declaration to apply:", co)
  for k in comb[cid]:
    print(keys[k]['name'], '=', keys[k]['value'])

create_xsd()

def bookConverter.create_xsd

(

)

Definition at line 58 of file bookConverter.py.

def create_xsd():
  for k in keys.keys():
    name = keys[k]['name']

  root = resdoc.createElement("xs:complexType")
  root.setAttribute("name", "HistogramType")
  resdoc.appendChild(root)
  seq = resdoc.createElement("xs:all")
  root.appendChild(seq)
  for e in sorted(elements.keys()):
    el = resdoc.createElement("xs:element")
    el.setAttribute("name", e)
    el.setAttribute("type", elements[e]['type'])
    if elements[e]['count'] < len(histograms):
      el.setAttribute("minOccurs", '0')
      el.setAttribute("maxOccurs", '1')
    seq.appendChild(el)

kpermutation()

def bookConverter.kpermutation	(		vfrom,
			vto,
			min,
			max
	)

Definition at line 96 of file bookConverter.py.

References FastTimerService_cff.range.

Referenced by compute().

def kpermutation(vfrom, vto, min, max):
  vto = vto + 1
  queue = []
  for i in range(vfrom, vto):
    for j in range(i, vto):
      queue.append(j)
      if len(queue) >= min and len(queue) <= max:
        yield queue
    queue = []

priorities()

def bookConverter.priorities

(

)

Definition at line 119 of file bookConverter.py.

References mps_setup.append.

Referenced by TrackAlgoPriorityOrder.TrackAlgoPriorityOrder().

def priorities():
  for ci in comb.keys():
    l = len(results[ci])
    if l == 1: 
      continue
    if l not in prior:
      prior[l] = [ci]
    else:
      prior[l].append(ci)

read_data()

def bookConverter.read_data

(

)

Definition at line 17 of file bookConverter.py.

References nano_mu_digi_cff.float, createfilelist.int, and print().

def read_data():
  print("Reading histogram file")
  n = 0
  histos = srcdoc.getElementsByTagName("Histogram")
  for histo in histos:
    h = []
    for key in histo.childNodes:
      if key.nodeType == key.ELEMENT_NODE:
        name = key.localName
        value = key.childNodes[0].nodeValue
        found = 0

        if name not in elements:
          elements[name] = {'type': '', 'count': 0}
        elements[name]['count'] = elements[name]['count'] + 1

        try:
          i = int(value)
          if elements[name]['type'] == '':
            elements[name]['type'] = 'xs:integer'
        except ValueError:
          try:
            i = float(value)  
            if elements[name]['type'] in ('', 'xs:integer'):
              elements[name]['type'] = 'xs:double'
          except ValueError:
            elements[name]['type'] = 'xs:string'

        for k in keys.keys():
          if keys[k]['name'] == name and keys[k]['value'] == value:
            keys[k]['count'] = keys[k]['count'] + 1
            h.append(k)
            found = 1
            break
        if found == 0:
          keys[n] = {'name': name, 'value': value, 'count': 1}
          h.append(n)
          n += 1
    h.sort()
    histograms.append(h)

Variable Documentation

args

bookConverter.args

Definition at line 132 of file bookConverter.py.

comb

bookConverter.comb

Definition at line 145 of file bookConverter.py.

Referenced by L1GtAnalyzer.analyzeObjectMap(), JetPartonMatching.calculate(), CombinationGenerator< T >.combinations(), L1RCTORCAMap.combVec(), JetPartonMatching.getDistanceForParton(), JetPartonMatching.getMatchesForPartons(), JetPartonMatching.getMatchForParton(), JetPartonMatching.getNumberOfUnmatchedPartons(), JetPartonMatching.getSumDeltaE(), JetPartonMatching.getSumDeltaPt(), JetPartonMatching.getSumDeltaR(), JetPartonMatching.getSumDistances(), JetPartonMatching.print(), CombinationGenerator< T >.separateOneElement(), and CombinationGenerator< T >.splitInTwoCollections().

elements

bookConverter.elements

Definition at line 147 of file bookConverter.py.

Referenced by DQMPFCandidateAnalyzer.analyze(), PFAlgo.associatePSClusters(), FWPFBlockProxyBuilder.buildViewType(), calo_filter(), PFAlgo.checkAndReconstructSecondaryInteraction(), cms::alpakatools::detail::UniformElementsAlong< TAcc, Dim, typename >::const_iterator.const_iterator(), cms::alpakatools::detail::IndependentGroupElementsAlong< TAcc, Dim, typename >::const_iterator.const_iterator(), PFAlgo.conversionAlgo(), PFAlgo.createCandidatesECAL(), PFAlgo.createCandidatesHCAL(), PFAlgo.createCandidatesHCALUnlinked(), PFAlgo.createCandidatesHF(), dd4hep.createPlacement(), PFAlgo.decideType(), BrilClient.dqmEndLuminosityBlock(), reco::PFDisplacedVertexCandidate.Dump(), dumpObject_(), PFAlgo.elementLoop(), PFEGammaAlgo.evaluateSingleLegMVA(), edm::eventsetup::EventSetupsController.getESProducerAndRegisterProcess(), edm::eventsetup::EventSetupsController.getESProducerPSet(), edm::eventsetup::EventSetupsController.getESSourceAndRegisterProcess(), l1t::Parameter.getVector(), init_filter(), edm::eventsetup::EventSetupsController.isFirstMatch(), edm::eventsetup::EventSetupsController.isLastMatch(), edm::eventsetup::EventSetupsController.isMatchingESProducer(), edm::eventsetup::EventSetupsController.isMatchingESSource(), PFEGammaAlgo.isMuon(), edm::eventsetup::EventSetupsController.lookForMatches(), cms::alpakatools.make_workdiv(), reco::modules::HICaloCompatibleTrackSelector.matchPFCandToTrack(), PtIsolationAlgo< reco::Candidate, reco::CandidateCollection >.operator()(), TrkCalIsolationAlgo< T1, C2 >.operator()(), reco::tau::RecoTauElectronRejectionPlugin.operator()(), CalIsolationAlgo< T1, C2 >.operator()(), DTTPGParamsWriter.pharseLine(), cms::cuda::PortableDeviceCollection< PixelVertexWSSoALayout<> >.PortableDeviceCollection(), PortableDeviceCollection< TrackingRecHitLayout< TrackerTraits >, TDev >.PortableDeviceCollection(), PortableDeviceMultiCollection< TDev, T0, Args >.PortableDeviceMultiCollection(), cms::cuda::PortableHostCollection< PixelVertexWSSoALayout<> >.PortableHostCollection(), PortableHostCollection< TestSoA >.PortableHostCollection(), PortableHostMultiCollection< TestSoA, TestSoA2 >.PortableHostMultiCollection(), PFAlgo.processBlock(), ChargedHadronPFTrackIsolationProducer.produce(), PFElectronTranslator.produce(), PFEGammaProducer.produce(), IsolationProducer< C1, C2, Alg, OutputCollection, Setup >.produce(), reco::modulesNew::IsolationProducer< C1, C2, Alg, OutputCollection, Setup >.produce(), SimPFProducer.produce(), PFAlgo.reconstructParticles(), PFAlgo.recoTracksNotHCAL(), and ElectronEnergyCalibrator.splitString().

histograms

bookConverter.histograms

Definition at line 142 of file bookConverter.py.

keys

bookConverter.keys

Definition at line 143 of file bookConverter.py.

len_max

bookConverter.len_max

Definition at line 149 of file bookConverter.py.

len_min

bookConverter.len_min

Definition at line 148 of file bookConverter.py.

max

bookConverter.max

Definition at line 167 of file bookConverter.py.

min

bookConverter.min

Definition at line 165 of file bookConverter.py.

optManager

bookConverter.optManager

Definition at line 131 of file bookConverter.py.

opts

bookConverter.opts

Definition at line 132 of file bookConverter.py.

prior

bookConverter.prior

Definition at line 146 of file bookConverter.py.

Referenced by fftjetcms.fftjet_BgFunctor_parser(), reco::SequentialGhostTrackFitter.fit(), reco::GhostTrackFitter.fit(), reco::PositiveSideGhostTrackFitter.fit(), npstat::ArrayND< Numeric >.marginalize(), npstat::ArrayND< Numeric >.marginalizeInnerLoop(), and npstat::ArrayND< Numeric >.marginalizeLoop().

resdoc

bookConverter.resdoc

Definition at line 139 of file bookConverter.py.

results

bookConverter.results

Definition at line 144 of file bookConverter.py.

srcdoc

bookConverter.srcdoc

Definition at line 140 of file bookConverter.py.