Functions
id	DMh ()

id	fsModelParameters ()

id	steps ()

Variables
HSSUSYCalcMh[MS_, TB_, Xtt_]	__pad0__

LinearRange[start_, stop_, steps_]	__pad1__

MhMin[{MS_, Mh_, DMh_}]	__pad2__

MhMax[{MS_, Mh_, DMh_}]	__pad3__

MhBest[{MS_, Mh_, DMh_}]	__pad4__

	data

	dataMhBest = MhBest /@ data

	dataMhMax = MhMax /@ data

	dataMhMin = MhMin /@ data

	Export ["HSSUSY_Mh_MS.png", plot, ImageSize -> 600]

	Get ["models/HSSUSY/HSSUSY_librarylink.m"]

MhBest[{MS_, Mh_, DMh_}]	Mh

	plot

	plot1

	plot2

	settings

	smpars

LinearRange[start_, stop_, steps_]	stop

	TB = 20

	Xtt = Sqrt[6]

Function Documentation

◆ DMh()

id DMh ( )

virtual

Definition at line 65 of file scan_FlexibleEFTHiggs_uncertainty.m.

◆ fsModelParameters()

id fsModelParameters ( )

virtual

Definition at line 48 of file HSSUSY_uncertainty_estimate.m.

◆ steps()

id steps ( )

virtual

Variable Documentation

◆ pad0

HSSUSYCalcMh [MS_, TB_, Xtt_] __pad0__

Definition at line 45 of file HSSUSY_uncertainty_estimate.m.

◆ pad1

LinearRange [start_, stop_, steps_] __pad1__

Definition at line 76 of file HSSUSY_uncertainty_estimate.m.

◆ pad2

MhMin [{MS_, Mh_, DMh_}] __pad2__

Definition at line 87 of file HSSUSY_uncertainty_estimate.m.

◆ pad3

MhMax [{MS_, Mh_, DMh_}] __pad3__

Definition at line 88 of file HSSUSY_uncertainty_estimate.m.

◆ pad4

MhBest [{MS_, Mh_, DMh_}] __pad4__

Definition at line 89 of file HSSUSY_uncertainty_estimate.m.

◆ data

data

Initial value:

= ParallelMap[
    { N[#], Sequence @@ HSSUSYCalcMh[#, TB, Xtt] }&,
    LinearRange[500, 10^4, 100]
]

Definition at line 82 of file HSSUSY_uncertainty_estimate.m.

◆ dataMhBest

dataMhBest = MhBest /@ data

Definition at line 93 of file HSSUSY_uncertainty_estimate.m.

◆ dataMhMax

dataMhMax = MhMax /@ data

Definition at line 92 of file HSSUSY_uncertainty_estimate.m.

◆ dataMhMin

dataMhMin = MhMin /@ data

Definition at line 91 of file HSSUSY_uncertainty_estimate.m.

◆ Export

Export["HSSUSY_Mh_MS.png", plot, ImageSize -> 600]

Definition at line 111 of file HSSUSY_uncertainty_estimate.m.

◆ Get

Get["model_files/HSSUSY/HSSUSY_uncertainty_estimate.m"]

Definition at line 1 of file HSSUSY_uncertainty_estimate.m.

◆ Mh

MhBest [{MS_, Mh_, DMh_}] Mh

Definition at line 89 of file HSSUSY_uncertainty_estimate.m.

◆ plot

plot

Initial value:

= Show[{plot1, plot2},
            BaseStyle -> {FontSize -> 16, FontFamily -> "Helvetica"},
            PlotLabel -> Style["\*SubscriptBox[X, t] = 2.44949 \*SubscriptBox[M, S], tan\[Beta] = 20"],
            PlotRange -> Automatic,
            Axes -> False, Frame -> True,
            FrameLabel -> {Style["\*SubscriptBox[M, S] / GeV"],
                           Style["\*SubscriptBox[M, h] / GeV"]}]

Definition at line 103 of file HSSUSY_uncertainty_estimate.m.

◆ plot1

plot1

Initial value:

= ListLinePlot[{dataMhMax, dataMhMin},
                     PlotStyle -> LightGray,
                     Filling -> {1 -> {{2}, LightGray}},
                     PlotRange -> All]

Definition at line 98 of file HSSUSY_uncertainty_estimate.m.

◆ plot2

plot2

Initial value:

= ListLinePlot[dataMhBest,

PlotStyle -> {Red, Thick}]

Definition at line 95 of file HSSUSY_uncertainty_estimate.m.

◆ settings

settings

Initial value:

= {
    precisionGoal -> 1.*^-5,
    poleMassLoopOrder -> 4,
    ewsbLoopOrder -> 4,
    betaFunctionLoopOrder -> 5,
    thresholdCorrectionsLoopOrder -> 3,
    thresholdCorrections -> 124111421
}

Definition at line 4 of file HSSUSY_uncertainty_estimate.m.

Referenced by flexiblesusy::calc_Deltaqq(), flexiblesusy::SLHA_io::fill(), flexiblesusy::SLHA_io::fill(), flexiblesusy::SLHA_io::fill(), flexiblesusy::anonymous_namespace{slha_io.cpp}::process_flexibledecay_tuple(), flexiblesusy::anonymous_namespace{slha_io.cpp}::process_flexiblesusy_tuple(), flexiblesusy::anonymous_namespace{slha_io.cpp}::process_ltolconversion_tuple(), flexiblesusy::SLHA_io::set_FlexibleDecay_settings(), flexiblesusy::SLHA_io::set_LToLConversion_settings(), and flexiblesusy::SLHA_io::set_settings().