Hi, I did changes in the fit. The main points are (the ones that actually affect the final number): 1) the efficiency for the signal is now calculated on the generic MC and the value is 13% lower than the one on the cocktail. 2) the ratio factor eps_u^l/eps_sl^l is now calculated directly in the fit and not fixed (as before). This is more coherent when you perform stability check and breakdowns. The value now is ~3% up then before => shift up in the reult of ~3%. For the remaining important (but not crucial) changes I just append to the mail the message of my commit. Tomorrow I will redo all the fits already in the BAD and I will post them. Cheers, Daniele > Distribution: CVSNEWS > > I've just committed some changes in my source files. The log message was: > > Name: daniele ********************************** > Update of /afs/slac.stanford.edu/g/babar/repo/IslBrecoilUser > In directory shire02:/afs/slac.stanford.edu/u/ec/daniele/devel/Ibutestnew/Is$ > > Modified Files: > b0cuts.dat envfit.csh fitNtp.cc inputfiles.dat > recoilAnalysis.cc settingfit.dat > Log Message: > > > Many changes and lot of work > > Effect on the measure > > fitNtp: > > 1) insert missing reweighting (B and D decays) in the > "other" component NEGLIGIBLE EFFECT > > 2) final error does not contain MC statistics anymore ERR DOWN 5% > > 3) in *results*.dat all interesting numbers now, > including the MC errors. THey are very useful to check > the fit results and to calculate error due to MC stat NO EFFECT > > 4) beautiful plots for the result now. Two bkg components > shown instead of signal and other comp NO EFFECT > > 5) Vub cocktail + Vub generic for the signal shape > and Vub generic only for the signal. Since eff for > Vub generic only is 13% lower the final number will > be ~11% up RESULT 11% UP > > 6) factor eps_u^l/eps_sl^l now calculated directly in the > fit (a fixed number before). This is more coherent when > you do cut variation and breakdowns. On the new > chains the value is ~3% up => result will be ~3% up RESULT ~3% UP > > Daniele