<?xml version="1.0"?>
<lilithinput>
<!-- reduced couplings to the Higgs boson as input -->
<reducedcouplings part="h1">
<mass>125</mass>
<!-- optionnal:
if not given, Higgs mass of 125 GeV is assumed
valid Higgs masses are in the [123,128] GeV range
-->
<C to="tt">1.0</C> <!-- top quarks -->
<C to="cc">1.0</C> <!-- charm quarks -->
<C to="bb">1.0</C> <!-- bottom quarks -->
<C to="tautau">1.0</C> <!-- tau leptons -->
<C to="mumu">1.0</C> <!-- muon leptons -->
<!--
also possible to specify common couplings:
- "dd" instead of "bb", "tautau" and "mumu"
- "ff" instead of "tt", "bb", "cc", "tautau" and "mumu"
- "uu" instead of "tt" and "cc"
-->
<C to="VV">1.0</C> <!-- vector bosons -->
<!--
also possible to specify "WW" and "ZZ" instead of a common coupling to "VV"
-->
<!--
the following reduced couplings are optionnal.
if not provided, they are calculated from
the above couplings, assuming negligible effect from
BSM particles in the loop
-->
<C to="gammagamma">1.0</C>
<C to="Zgamma">1.0</C>
<C to="gg">1.0</C>
<!--
it is possible to specify for="prod|decay|all" for <C to="gg">
if not given, for="all" is assumed
when <C to="gg" for="prod">
-->
<!--
"VBF" reduced coupling: if not provided, it is calculated from
the couplings "WW" and "ZZ" given above
-->
<C to="VBF">1.0</C>
<!--
precision of the calculation of gg->H, H->gg, H->gamma gamma and H->Zgamma
"LO" or "BEST-QCD"
precision for VBF: "LO" or NLO-QCD identified by "BEST-QCD" as well
-->
<precision>BEST-QCD</precision>
</reducedcouplings>
<reducedcouplings part="h2">
<C to="bb">0.2</C>
<C to="tautau">0.0</C>
<C to="mumu">0.0</C>
<C to="cc">0.0</C>
<C to="tt">0.2</C>
<C to="VV">0.6</C>
<!--
the following is optionnal: if not given, no decay into new particles
only types allowed: "invisible" and "undetected"
-->
<extraBR>
<BR to="invisible">0.0</BR>
<BR to="undetected">0.0</BR>
</extraBR>
</reducedcouplings>
</lilithinput>
