Errors in generating SPheno Module in Mathematica

[iamraaz27]

The following erros are occuring while I am trying to generate SPheno module in mathematica

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Writing SPheno two loop diagrammatic Higgs mass

by Mark Goodsell (goodsell@lpthe.jussieu.fr), arxiv:1503.03098

Generating tadpole diagrams

Tadpole diagrams complete: -1 diagrams written to file.

Generating mass diagrams for HiggsBoson states

Complete: -1 diagrams written to file.

Writing 1L Gaugeless tadpoles:  completed 

Either the Higgs has no tadpole, or more than one!!


Part::partw: Part 1 of {} does not exist.

Part::pkspec1: The expression {}[[1,1]] cannot be used as a part specification.

Part::pkspec1: The expression {}[[1,1]] cannot be used as a part specification.

Part::partw: Part 4 of {{{Ah,Ah,C[Ah,Ah,hh],SSS,1,1/4},{bar[Fc],Fc,C[hh,bar[Fc[{gI1}]],Fc[{gI2}]],FFS,1,1/2},{bar[Fd],Fd,C[hh,bar[Fd[{gI1}]],Fd[{gI2}]],FFS,3,1/2},<<7>>,{conj[Hp],Hp,C[hh,Hp,conj[Hp]],SSS,1,1/2},{conj[VWp],VWp,C[hh,VWp,conj[VWp]],SVV,1,1/2},{VZ,VZ,C[hh,VZ,VZ],SVV,1,1/4}}} does not exist.

Part::partw: Part 4 of {}[[1,1]] does not exist.

General::stop: Further output of Part::partw will be suppressed during this calculation.

and few many others like

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Write 'Boundaries and Running'

  Write 'BoundarySM'

Extract::psl1: Position specification {}[[1,1]] in Extract[{{MVWp,MVWp2,MAh,MAh2,MFg,MFg2,MFc,MFc2,MFd,MFd2,MFu,MFu2,MFv,MFv2,MHp,MHp2,Mhh,Mhh2,MVZ,MVZ2},{Mhh,Mhh2,MAh,MAh2,MFc,MFc2,MFd,MFd2,MFg,MFg2,MFu,MFu2,MFv,MFv2,MVZ,MVZ2,MVWp,MVWp2,MHp,MHp2},<<4>>,{MHp,MHp2,MAh,MAh2,MFg,MFg2,MFc,MFc2,MFd,MFd2,MFu,MFu2,MFv,MFv2,Mhh,Mhh2,MVWp,MVWp2,MVZ,MVZ2}},<<1>>] is not applicable.

Extract::psl1: Position specification {}[[1,1]] in Extract[{<<1>>},{}[[1,1]]] is not applicable.

  Write 'BoundaryBSM'

Part::pkspec1: The expression {}[[1,1]] cannot be used as a part specification.

General::stop: Further output of Part::pkspec1 will be suppressed during this calculation.

StringJoin::string: String expected at position 2 in Calculate<>{<<1>>}[[{}[[1,1]],1]].

StringJoin::string: String expected at position 2 in Call Calculate<>{{MFd,{ZDL,ZDR},{{Power[<<2>>] v Yd[<<2>>],Power[<<2>>] v Yd[<<2>>],Power[<<2>>] v Yd[<<2>>]},{Power[<<2>>] v Yd[<<2>>],Power[<<2>>] v Yd[<<2>>],Power[<<2>>] v Yd[<<2>>]},{Power[<<2>>] v Yd[<<2>>],Power[<<2>>] v Yd[<<2>>],Power[<<2>>] v Yd[<<2>>]}},FermionMassNonSymm,{Yd,v},MFd,MFd2},<<3>>,{MFv,Vv,<<3>>,MFv,MFv2}}[[<<1>>]]<>(.

StringJoin::string: String expected at position 2 in Call Calculate<><<1>><>(Part(List(List("MFd",List(ZDL,ZDR),List(List((vvSM*Yd(1,1))/sqrt(2._dp),(vvSM*Yd(2,1))/sqrt(2._dp),(vvSM*Yd(3,1))/sqrt(2._dp)),List((vvSM*Yd\[Ellipsis] vSM*Y45)/2._dp,(vvSM*Conjg(Y45b))/2._dp,2._dp*(M5))),FermionMassSymm,List(M3,M4,M5,Ynu,Y34,Y34b,Y45b,Y45,vvSM),MFv,MFv2)),Part(List(),1,1),5).

General::stop: Further output of StringJoin::string will be suppressed during this calculation.

StringDrop::strse: String or list of strings expected at position 1 in StringDrop[Call Calculate<><<1>><>(Part(List(List("MFd",List(ZDL,ZDR),List(List((vvSM*Yd(1,1))/sqrt(2._dp),(vvSM*Yd(2,1))/sqrt(2._dp),(vvSM*Yd(3,1))/sqrt(2._dp)),List(\[Ellipsis] p,(vvSM*Conjg(Y45b))/2._dp,2._dp*(M5))),FermionMassSymm,List(M3,M4,M5,Ynu,Y34,Y34b,Y45b,Y45,vvSM),MFv,MFv2)),Part(List(),1,1),6),kont,,<<1>>].

StringLength::string: String expected at position 1 in StringLength[<<1>>].

StringLength::string: String expected at position 1 in StringLength[<<1>>].

StringTake::strse: String or list of strings expected at position 1 in StringTake[<<1>>].

StringCount::strse: String or list of strings expected at position 1 in StringCount[StringTake[<<1>>],(].

StringCount::strse: String or list of strings expected at position 1 in StringCount[StringTake[<<1>>],)].

StringLength::string: String expected at position 1 in StringLength[<<1>>].

General::stop: Further output of StringLength::string will be suppressed during this calculation.

StringDrop::strse: String or list of strings expected at position 1 in StringDrop[Call Calculate<><<1>><>(Part(List(List("MFd",List(ZDL,ZDR),List(List((vvSM*Yd(1,1))/sqrt(2._dp),(vvSM*Yd(2,1))/sqrt(2._dp),(vvSM*Yd(3,1))/sqrt(2._dp)),List(\[Ellipsis] p,(vvSM*Conjg(Y45b))/2._dp,2._dp*(M5))),FermionMassSymm,List(M3,M4,M5,Ynu,Y34,Y34b,Y45b,Y45,vvSM),MFv,MFv2)),Part(List(),1,1),6),kont,,<<1>>].

StringTake::strse: String or list of strings expected at position 1 in StringTake[<<1>>].

StringCount::strse: String or list of strings expected at position 1 in StringCount[StringTake[<<1>>],(].

General::stop: Further output of StringCount::strse will be suppressed during this calculation.

  Write 'Match_and_Run'

Particle::unknown: Unknown particle HiggsBoson

Particle::unknown: Unknown particle HiggsBoson

Particle::unknown: Unknown particle HiggsBoson

General::stop: Further output of Particle::unknown will be suppressed during this calculation.

I am attaching the mathematica notebook file, if you have time, please have a look.
Thanks.

[FStaub]

Hi,

that's most likely a problem with the mode implementation. According to the model name it seems that you are using a 9-plet. Did you try without it? That might help to pin down the problem. I can't say much more about that right now...

Cheers,
Florian