splitConstr['sf_sigma_slope']['2012'] = ( 0.271, 0. )
splitConstr['sf_sigma_quad']['2012'] = ( 3.136, 0. )
for par, vals in splitConstr.iteritems() :
from P2VV.Parameterizations.FullPDFs import SimulCatSettings
constr = SimulCatSettings( '%sConstr' % par )
constr.addSettings( [ 'runPeriod' ], [ [ 'p2011' ] ], vals['2011'] )
constr.addSettings( [ 'runPeriod' ], [ [ 'p2012' ] ], vals['2012'] )
pdfConfig['externalConstr'][par] = constr
if fixUpAcc :
for it, sett in enumerate( pdfConfig['externalConstr']['betaTimeEff'] ) :
per = sett[0]['runPeriod']
assert per in [ [ 'p2011' ], [ 'p2012' ] ]
betaVal = pdfConfig.parameters().pop( 'betaTimeEff_%s' % per[0] )[0]
pdfConfig['externalConstr']['betaTimeEff'][it] = ( sett[0], ( betaVal, 0. ) )
if fixTagging :
pdfConfig['externalConstr']['wTagP0OS'] = ( pdfConfig.parameters().pop('wTagP0OS')[0], 0. )
pdfConfig['externalConstr']['wTagP1OS'] = ( pdfConfig.parameters().pop('wTagP1OS')[0], 0. )
pdfConfig['externalConstr']['wTagP0SS'] = ( pdfConfig.parameters().pop('wTagP0SS')[0], 0. )
pdfConfig['externalConstr']['wTagP1SS'] = ( pdfConfig.parameters().pop('wTagP1SS')[0], 0. )
if fixTagAsym :
pdfConfig['externalConstr']['wTagDelP0OS'] = ( pdfConfig.parameters().pop('wTagDelP0OS')[0], 0. )
pdfConfig['externalConstr']['wTagDelP1OS'] = ( pdfConfig.parameters().pop('wTagDelP1OS')[0], 0. )
pdfConfig['externalConstr']['wTagDelP0SS'] = ( pdfConfig.parameters().pop('wTagDelP0SS')[0], 0. )
pdfConfig['externalConstr']['wTagDelP1SS'] = ( pdfConfig.parameters().pop('wTagDelP1SS')[0], 0. )
if constrDelM :
pdfConfig['externalConstr']['dM'] = ( 17.768, 0.024 )
ws['lambdaCP'].setConstant(False)
###########################################################################################################################################
## fit data ##
##############
# fit
fitResult = pdf.fitTo( fitData, SumW2Error = False, Save = True, NumCPU = options.NumCpu, Optimize = 2, Timer = True,
Minimizer = 'Minuit2', Strategy = 1, Offset = True
)
# save
from P2VV.Imports import parNames, parValues
fitResult.PrintSpecial( text = True, ParNames = parNames, ParValues = parValues )
fitResult.SetName( parFileOut.replace('.par','') )
from ROOT import TFile
resultFile = TFile.Open( parFileOut.replace('.par','.root'), 'recreate')
resultFile.cd()
fitResult.Write()
resultFile.Close()
if parFileOut:
pdfConfig.getParametersFromPdf( pdf, fitData )
pdfConfig.writeParametersToFile( filePath = parFileOut, Floating = True )
if 'True' in options.writeUnBlPar:
for parName in ['phiCP', 'dGamma']:
par = pdfConfig.parameters().pop('__%s__'%parName)
pdfConfig.parameters()[parName] = (ws[parName].getVal(), ) + par[1:]
pdfConfig.writeParametersToFile( filePath = parFileOut.replace('.par','_unbl.par'), Floating = True )
