to the LCFIVertex/CMakeLists.txt file, sourced the root environment, then ran cmake and make install.
Changed:
< <
Once the AIDA Plots processors are run via Marlin, a RAIDA root file is produced. We customised the MakePurityVsEfficiencyRootPlot.C macro and ran it to use this RAIDA file as input to produce the purity vs. efficiency plots:
> >
Once the AIDA Plots processors are run via Marlin, a text file PurityEfficiencyOutput.txt and a RAIDA root file are produced. We customised the MakePurityVsEfficiencyRootPlot.C macro and ran it to use the RAIDA file as input to produce the purity vs. efficiency plots:
root -l bbPurityVsEfficiencyRootPlotGla.C
Changed:
< <
Here's a plot of our flavour tagging purity vs. efficiencies (using cca. 22k events):
> >
Here's a plot of our flavour tagging purity vs. efficiencies (using cca. 25k events):
Added:
> >
The cut values and corresponding purity and efficiencies are tabulated in the file PurityEfficiencyOutput.txt. From these values, one can calculate and optimum b-cut.