// ----------------------------------------------------------
// 
// The following section lists the global fit configuration 
// 
// ----------------------------------------------------------
[FitConfiguration]
// specify the variables and components to use in the fit
variables = bMes,bDeltaE
components = signal,continuum,Bbg0
fitOptions = etrmh

bMes =  5.2700 +/- 0 L(5.25 - 5.29) B(30)
bDeltaE =  0.0000 +/- 0 L(-0.3 - 0.3) B(30)

signal = default
continuum = default
Bbg0 = default

signalYield =  500.00 +/- 10.000 L(-100 - 10000) 
continuumYield =  2000.00 +/- 10.000 L(-100 - 10000) 
Bbg0Yield =  250.000 +/- 10.000 L(-100 - 10000) 


// ----------------------------------------------------------
// 
// The following section lists the configuration of the PDFs 
// 
// ----------------------------------------------------------
[signal]
signal_bMes_type = gaussian
signal_bDeltaE_type = landau


[continuum]
continuum_bMes_type = argus
continuum_bDeltaE_type = poly2


[Bbg0]
Bbg0_bMes_type = argus
Bbg0_bDeltaE_type = poly2


// ----------------------------------------------------------
// 
// The following section lists pdf parameters for all shapes 
// 
// ----------------------------------------------------------
// - this is an AFitProdPdf signal
// AFitComponentFactory object print out has been commented out
// AFitProdPdf PDF name, title = AFitGaussian, signal_bMes, Gaussian Function Pdf builder
[signal_bMes]
signal_bMesmean =  5.28 +/- 0.01 C L(5.25 - 5.29) 
signal_bMeswidth =  0.003 C L(0 - 0.04) 
signal_bMeswidthL =  1.0000 L(0 - 0.04) 
signal_bMeswidthR =  1.0000 L(0 - 0.04) 
signal_bMesasymmetricWidth = false


// AFitProdPdf PDF name, title = AFitLandau, signal_bDeltaE, Gaussian Function Pdf builder
[signal_bDeltaE]
signal_bDeltaEmean =  0.0000 C L(-0.3 - 0.3) 
signal_bDeltaEsigma =  0.01 C L(0 - 0.6) 




// ---- here ---- // 
// - this is an AFitProdPdf continuum
// AFitComponentFactory object print out has been commented out
// AFitProdPdf PDF name, title = AFitArgus, continuum_bMes, Argus Function mass Pdf builder
[continuum_bMes]
continuum_bMesendpt =  5.2900 C L(-INF - +INF) // [GeV/c2]
continuum_bMesxi = -20.0000 C L(-200 - 0) 
continuum_bMespower =  0.50000 C L(-INF - +INF) 
continuum_bMesmodelNNcorr = no
continuum_bMesMNNoffset =  0.0000 L(-100 - 100) 
continuum_bMesMNNslope =  0.0000 L(-100 - 100) 


// AFitProdPdf PDF name, title = AFitPoly, continuum_bDeltaE, Gaussian Function Pdf builder
[continuum_bDeltaE]
continuum_bDeltaE_p0 =  0.1000 C L(-1 - 1) 
continuum_bDeltaE_p1 =  0.2000 C L(-1 - 1) 




// ---- here ---- // 
// - this is an AFitProdPdf Bbg0
// AFitComponentFactory object print out has been commented out
// AFitProdPdf PDF name, title = AFitArgus, Bbg0_bMes, Argus Function mass Pdf builder
[Bbg0_bMes]
Bbg0_bMesendpt =  5.2900 C L(-INF - +INF) // [GeV/c2]
Bbg0_bMesxi = -30.0000 C L(-200 - 0) 
Bbg0_bMespower =  0.50000 C L(-INF - +INF) 
Bbg0_bMesmodelNNcorr = no
Bbg0_bMesMNNoffset =  0.0000 L(-100 - 100) 
Bbg0_bMesMNNslope =  0.0000 L(-100 - 100) 


// AFitProdPdf PDF name, title = AFitPoly, Bbg0_bDeltaE, Gaussian Function Pdf builder
[Bbg0_bDeltaE]
Bbg0_bDeltaE_p0 =  1.0000 C L(-1 - 1) 
Bbg0_bDeltaE_p1 =  0.1000 C L(-1 - 1) 




// ---- here ---- // 
// ---- done ---- //