When running ScannerS with this file the program will be loaded with the xSM2 potential.
This model has two main possible phases. Either the imaginary component of S (va) has a 0 VeV and the model has a dark matter candidate, or there are 3 non-zero VeV's that mix (see arxiv:1301.2599 for more details). If va=0 all three non-goldstone masses and the one of the coupling (by default a1) are independent and will be randomly generated. If vs!=0 the only independent parameter is Higgs' mass.
Fill the variables bellow in order to specify the ranges you wish to confine the potential parameters.
These are the following:
-Higgs VeV vh
-Re[S] VeV vs
-Im[S] VeV va
-Higgs mass mh
-First new scalar mass ms1
-Second new scalar mass ms2
-Cubic coupling to S a1
Besides the independent parameters above you can also chose to restrict the other the values for the other couplings. You can do this by adding their min and max values below. These are msq, lambda, delta2, b2, d2 and b1 (don't forget to add the '>' when declaring them).
If you declare any of these parameters range it will be checked by CheckBounds() and points outside this range will be rejected.
Note: Since in the mix_all phase ms1, ms2 and a1 are not independent, if you do not wish to restrict them you can comment or delete their range entry. In the dark matter case, if you wish to have different ranges for the new particles, note that the decoupled one is ms2.