subroutine FHSetSMPara(error, & invAlfaMZ_, AlfasMZ_, GF_, & ME_, MU_, MD_, MM_, MC_, MS_, ML_, MB_, & MW_, MZ_, & CKMlambda_, CKMA_, CKMrhobar_, CKMetabar_)It should be noticed in particular that the last two CKM parameters are the bar-parameters.
subroutine FHReadRecord(error, record, slhadata, inputfile)FHReadRecord now reads native files as well as SLHA files.
subroutine FHFlavour(error, bsgammaMSSM, bsgammaSM, deltaMsMSSM, deltaMsSM, bsmumuMSSM, bsmumuSM)The last two variables concerning BR(Bs → μ μ) are so far dummies and will be part of future extensions of FeynHiggs.
call FHSetFlagsString(error, "400202113")The retrieve function, FHRetrieveFlagsString, is also included.
FeynHiggs nativeformat.in#SLHA (flags)The SLHA format normally creates a new SLHA file, but now can also create screen output, example:
FeynHiggs slha.in#FH (flags)
fast = 0 : all Higgs to fermion decays are evaluated fast = 1 : only the diagonal Higgs to fermion decays are evaluated.
#9 = tlCplxApprox, complex parameters in the 2-loop corrections 0: all corrections evaluated in the rMSSM 1: a_s a_t in cMSSM only 2: a_s a_t in cMSSM, rest in rMSSM 3: a_s a_t in cMSSM, rest interpolated in At,Ab,M_3,MUE (default) 4: a_s a_t in cMSSM, rest interpolated in At,Xb,M_3,MUE 5: a_s a_t in cMSSM, rest interpolated in Xt,Ab,M_3,MUE 6: a_s a_t in cMSSM, rest interpolated in Xt,Xb,M_3,MUEIf phase interpolation is wanted, the user has to specify what his input variables are. The interpolation is then performed in exactly these variables.
#7 = runningMT: determines which top mass shall be used in the corrections: 0: MTpole directly and in the stop masses 1: MTrun directly and in the stop massesMore information can be found in the change-log from Dec. 20. 2008.
subroutine FHSetNMFV(error, & deltaLL12_, deltaLL23_, deltaLL13_, & deltaLRuc_, deltaLRct_, deltaLRut_, & deltaRLuc_, deltaRLct_, deltaRLut_, & deltaRRuc_, deltaRRct_, deltaRRut_, & deltaLRds_, deltaLRsb_, deltaLRdb_, & deltaRLds_, deltaRLsb_, deltaRLdb_, & deltaRRds_, deltaRRsb_, deltaRRdb_)It is now taken into account automatically that the LL entries have to be equal for top- and bottom-type squarks (modulo CKM rotation that is also taken into account).