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#######################  2D likelihood database ####################
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Likelihood scan in 2D plane for xs(gluon-gluon fusion)*BR(phi->tautau) versus
xs(b-associated production)*BR(phi->tautau) at mass m_phi

Up to 40000 points in the plane are scanned for:
- observation vs background (2DL_BG_data_$MASS.out)
- asimov (sum of backgrounds) vs background (2DL_BG_asimov_$MASS.out)
- observation vs background + SM Higgs (125 GeV) (2DL_SM_data_$MASS.out)
- asimov (sum of backgrounds + SM Higgs (125 GeV) vs background + SM Higgs (125 GeV) (2DL_SM_asimov_$MASS.out)

Mass points scanned:
125 GeV (NOTE: interpolated based on nearby masses)

90-140 GeV in steps of 10 GeV
140-200 GeV in steps of 20 GeV
200,250 GeV
350-500 GeV in steps of 50 GeV
700-1000 GeV in steps of 100 GeV
1000-2000 GeV in steps of 200 GeV
2300-3200 GeV in steps of 300 GeV

The files contain the information for each point in three columns as:
xs(ggphi)*br(phi->tautau)    xs(bbphi)*br(phi->tautau)     chi^2/2

Additional information:
- The likelihood is restricted to positive values for ggphi/bbphi
- best-fit is found at chi^2 = 0.00
- 68% CL contour found at chi^2 = 2.30
- 95% CL contour found at chi^2 = 5.99