Dear Florian,
Your solution works fine, at least for my model.
Thank You.

Antonio

Dear Florian,
thank You for the effort. I'll see if it works and I'll feedback You of course.
With regards

Antonio

Dear Florian, I have another question regarding the contractions but for a different case. I've implemented a model with left-right symmetry with the following fileds Gauge[[1]]={B, U[1], bminl, gBL,False}; Gauge[[2]]={WL, SU[2], left, g2,True}; Gauge[[3]]={WR, SU[2], right, gR,True}; Gauge[[4]]={G,...

Dear Florian, thanks for the answer. However I am still a bit confused. Concerning the model (SM+Triplet, Complex) I don't understand why the contraction of the term KHT conj[H].trip.H is conj[H[{lef1}][{gen1}]] Delta[lef1, lef2] Delta[lef2b,lef3] H[{lef3}][{gen3}] trip[{lef2, lef2b}][{gen2}] There ...

Dear Florian,
there is a way to check what kind of contractions are needed for a generic interaction term, e.g. Phi.Eta.Xi, if they belong to unusual representations of SU(2) and/or SU(3)?

Thanks


Antonio

Can this create a problem when I ask for the UFO output?

Best

Antonio

Dear Staub, still having some problems with the parameters.m file. CheckModelFile Checking model files: Found problems. Main file: ok. Particle file: ok. Parameter file: buggy ModelFile::UnknownKeywordParameter: Unknown keyword Symmetry in parameter file. Symmetry::obsolete: Note, the Definition of ...

Dear Staub,
thanks for the suggestion, I've solved the problem. I don't need the RGs at the moment but I'll keep in mind the issue.
Thanks again

Antonio

Dear Staub, I'm trying to implement all the possible interaction terms in the minimal 331 model, including the sextet ones. Gauge[[1]]={B, U[1], xcharge, g1,False, 0, 1}; Gauge[[2]]={WB, SU[3], left, g2,True, 0, 1}; Gauge[[3]]={G, SU[3], color, g3,False, 0, 1}; ScalarFields[[1]] = {rho, 1, {rhopp, r...

Thanks a lot for the clarifications.
But what about the rotation matrices for the other scalars that I have, i.e. pseudoscalars, charged Higgses and squarks?
They are treated as rotated fields so their mass matrices are not the identity, right?

Best