pdfConfig['CSPValues'] = [ 0.498 ] # [ 0.959, 0.770, 0.824, 0.968 ] # [ 0.966, 0.956, 0.926, 0.926, 0.956, 0.966 ] # [ 0.959, 0.770, 0.824, 0.968 ] # [ 0.498 ] # [ 0.326 ] # [ 0.966, 0.956, 0.926, 0.926, 0.956, 0.966 ] # [ 0.959, 0.770, 0.824, 0.968 ] # [ 0.959, 0.498, 0.968 ]
KKMassPars = pdfConfig['obsDict']['KKMass']
pdfConfig['obsDict']['KKMass'] = ( KKMassPars[0], KKMassPars[1], KKMassPars[2]
, 1020., pdfConfig['KKMassBinBounds'][0], pdfConfig['KKMassBinBounds'][-1] )
pdfConfig['lambdaCPParam'] = 'lambPhi'
pdfConfig['splitParams'] = dict(# KKMassCat = [ 'f_S', 'ASOddPhase' ]
#, runPeriod = [ 'Gamma' ] # [ 'betaTimeEff' ] # [ 'tagCatCoef0_1' ]
hlt1_excl_biased_dec = [ 'tagCatCoef0_1' ]
)
pdfConfig['externalConstr'] = { }
from P2VV.Imports import extConstraintValues
extConstraintValues.setVal( 'DM', ( 17.768, 0.024 ) )
extConstraintValues.setVal( 'P0OS', ( 0.380, 0.011, 0.380 ) )
extConstraintValues.setVal( 'P1OS', ( 1.000, 0.062 ) )
extConstraintValues.setVal( 'DelP0OS', ( 0.010, 0.001 ) )
extConstraintValues.setVal( 'DelP1OS', ( 0.070, 0.010 ) )
extConstraintValues.setVal( 'P0SS', ( 0.437, 0.008, 0.437 ) )
extConstraintValues.setVal( 'P1SS', ( 1.00, 0.12 ) )
extConstraintValues.setVal( 'DelP0SS', ( -0.016, 0.002 ) )
extConstraintValues.setVal( 'DelP1SS', ( 0.015, 0.019 ) )
dGammaVal = 0.108
dMVal = 17.647
A0Mag2Val = 0.5214
APerpMag2Val = 0.2532
f_SVal = 0.0266
pdfConfig['SSTagging'] = True
pdfConfig['condTagging'] = True
pdfConfig['contEstWTag'] = True
pdfConfig['constrainTagging'] = 'constrain'
pdfConfig['paramKKMass'] = 'simultaneous'
pdfConfig['KKMassBinBounds'] = [ 990., 1020. - 12., 1020. - 4., 1020., 1020. + 4., 1020. + 12., 1050. ]
pdfConfig['CSPValues'] = [ 0.966, 0.956, 0.926, 0.926, 0.956, 0.966 ]
KKMassPars = pdfConfig['obsDict']['KKMass']
pdfConfig['obsDict']['KKMass'] = ( KKMassPars[0], KKMassPars[1], KKMassPars[2]
, 1020., pdfConfig['KKMassBinBounds'][0], pdfConfig['KKMassBinBounds'][-1] )
pdfConfig['lambdaCPParam'] = 'lambPhi'
from P2VV.Imports import extConstraintValues
extConstraintValues.setVal( 'DM', ( 17.63, 0.11 ) )
extConstraintValues.setVal( 'P0OS', ( 0.392, 0.008, 0.392 ) )
extConstraintValues.setVal( 'DelP0OS', ( 0.0110, 0.0034 ) )
extConstraintValues.setVal( 'P1OS', ( 1.000, 0.023 ) )
extConstraintValues.setVal( 'DelP1OS', ( 0.000, 0.001 ) )
extConstraintValues.setVal( 'P0SS', ( 0.350, 0.017, 0.350 ) )
extConstraintValues.setVal( 'DelP0SS', ( -0.019, 0.005 ) )
extConstraintValues.setVal( 'P1SS', ( 1.00, 0.16 ) )
extConstraintValues.setVal( 'DelP1SS', ( 0.00, 0.01 ) )
# plot options
numBins = ( 60, 30, 30, 30 )
angleNames = ( ( 'helcosthetaK', 'cos#kern[0.1]{#theta_{K}}' )
, ( 'helcosthetaL', 'cos#kern[0.1]{#theta_{#mu}}' )
, ( 'helphi', '#varphi_{h} [rad]' )
)
pdfConfig['numTimeResBins'] = 40 pdfConfig['constrainTimeResScale'] = 'constrain' # 'fixed' # 'constrain' pdfConfig['numEvents'] = 54755 pdfConfig['signalFraction'] = 0.504 pdfConfig['amplitudeParam'] = 'phasesSWaveFrac' # 'bank' # 'phasesSWaveFrac' pdfConfig['ASParam'] = 'deltaPerp' # 'deltaPerp' pdfConfig['AparParam'] = 'phase' # 'Mag2ReIm' # 'phase' pdfConfig['constrainDeltaM'] = 'constrain' # 'constrain' # fixed pdfConfig['lambdaCPParam'] = 'lambPhi' # 'lambPhi_CPVDecay_PSWaves' # 'lambPhi' from P2VV.Imports import extConstraintValues extConstraintValues.setVal( 'DM', ( 17.63, 0.11 ) ) fastFit = False manualTagCatBins = False constTagCatCoefs = True constAvgCEvenOdd = True constWTagAsyms = 'P1' constCSP = True constAmplitudes = False constLambdaCP = '' # 'lamb' equalAbsLambdaCPs = False dGammaVal = 0.108 dMVal = 17.647 A0Mag2Val = 0.5214
