file src/MSSMspec.cpp
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Namespaces
| Name |
|---|
| Gambit TODO: see if we can use this one: |
| Gambit::SpecBit |
Detailed Description
Author: Ben Farmer (benjamin.farmer@fysik.su.se)
Date: Aug 2016
Source file definable quantities for MSSMSpec class
Authors:
Source code
// GAMBIT: Global and Modular BSM Inference Tool
// *********************************************
/// \file
///
/// Source file definable quantities for
/// MSSMSpec class
///
/// *********************************************
///
/// Authors:
/// <!-- add name and date if you modify -->
///
/// \author Ben Farmer
/// (benjamin.farmer@fysik.su.se)
/// \date Aug 2016
///
/// *********************************************
#include "gambit/SpecBit/MSSMSpec_head.hpp"
namespace Gambit
{
namespace SpecBit
{
MSSM_strs::MSSM_strs() {} // Constructor needed to silence certain compiler warnings
/// Const strings for use in MSSMspec class
/// some strings are used in multiple mass
/// comments indicate first map they appear
/// dimension 2, no index
const str MSSM_strs::BMu = "BMu";
const str MSSM_strs::mHd2 = "mHd2";
const str MSSM_strs::mHu2 = "mHu2";
/// dimension 2, 2 indices
const str MSSM_strs::mq2 = "mq2";
const str MSSM_strs::ml2 = "ml2";
const str MSSM_strs::md2 = "md2";
const str MSSM_strs::mu2 = "mu2";
const str MSSM_strs::me2 = "me2";
/// dimension 1, no index
const str MSSM_strs::M1 = "M1";
const str MSSM_strs::M2 = "M2";
const str MSSM_strs::M3 = "M3";
const str MSSM_strs::Mu = "Mu";
const str MSSM_strs::vu = "vu";
const str MSSM_strs::vd = "vd";
/// dimension 1, 2 indices
const str MSSM_strs::TYd = "TYd";
const str MSSM_strs::TYe = "TYe";
const str MSSM_strs::TYu = "TYu";
const str MSSM_strs::ad = "ad";
const str MSSM_strs::ae = "ae";
const str MSSM_strs::au = "au";
/// dimension 0, no index
const str MSSM_strs::g1 = "g1";
const str MSSM_strs::g2 = "g2";
const str MSSM_strs::g3 = "g3";
/// dimension 0, no index, special map
const str MSSM_strs::tanbeta = "tanbeta";
const str MSSM_strs::sinW2 = "sinW2";
/// dimension 1, no index, special map
const str MSSM_strs::mA2 = "mA2";
/// dimension 0, 2 indices
const str MSSM_strs::Yd = "Yd";
const str MSSM_strs::Yu = "Yu";
const str MSSM_strs::Ye = "Ye";
///Pole mass
/// dimension 1, no index , special for setters
const str MSSM_strs::gluino = "~g";
const str MSSM_strs::A0 = "A0";
const str MSSM_strs::Hplus= "H+";
const str MSSM_strs::Hminus ="H-";
const str MSSM_strs::Goldstone0 ="Goldstone0";
const str MSSM_strs::Goldstoneplus ="Goldstone+";
const str MSSM_strs::Goldstoneminus ="Goldstone-";
const str MSSM_strs::Wplus = "W+";
const str MSSM_strs::Wminus = "W-";
const str MSSM_strs::Z0 = "Z0";
/// dimension 1, 1 index , special for setters
const str MSSM_strs::su = "~u";
const str MSSM_strs::sd = "~d";
const str MSSM_strs::se = "~e-";
const str MSSM_strs::snu = "~nu";
const str MSSM_strs::chiplus = "~chi+";
const str MSSM_strs::chi0 = "~chi0";
const str MSSM_strs::h0 = "h0";
const str MSSM_strs::subar = "~ubar";
const str MSSM_strs::sdbar = "~dbar";
const str MSSM_strs::seplus = "~e+";
const str MSSM_strs::snubar = "~nubar";
const str MSSM_strs::chiminus = "~chi-";
/// @{ "Metadata" vectors
// TODO: replace with a more integrated system
/// @{ Pole_Mass tagged entries
// pole mass strings with no index
const std::vector<str> MSSM_strs::pole_mass_strs = initVector( gluino, A0, Hplus,
Hminus, Goldstone0,
Goldstoneplus,
Goldstoneminus,
Wplus, Wminus, Z0 );
// as above but without Z0 since we do not predict that mass
const std::vector<str> MSSM_strs::pole_mass_pred = initVector( gluino, A0, Hplus,
Hminus, Goldstone0,
Goldstoneplus,
Goldstoneminus,
Wplus, Wminus );
/// pole mass strings with 1 index
const std::vector<str> MSSM_strs::pole_mass_strs_1 = initVector( su, sd, se,
subar, sdbar, seplus,
chiplus, chiminus, chi0, h0,
snu, snubar );
/// pole mass strings with 1 index and six entries
const std::vector<str> MSSM_strs::pole_mass_strs_1_6 = initVector( su, sd, se,
subar, sdbar, seplus );
/// pole mass strings with 1 index and four entries
const std::vector<str> MSSM_strs::pole_mass_strs_1_4 = initVector( chi0 );
/// pole mass strings with 1 index and three entries
const std::vector<str> MSSM_strs::pole_mass_strs_1_3 = initVector( snu, snubar );
/// pole mass strings with 1 index and two entries
const std::vector<str> MSSM_strs::pole_mass_strs_1_2 = initVector( chiplus, chiminus, h0 );
/// @}
/// @{ Pole_Mixing tagged entries
/// 2 index, 6x6 entries
const std::vector<str> MSSM_strs::pole_mixing_strs_2_6x6 = initVector( sd, su, se );
/// 2 index, 4x4 entries
const std::vector<str> MSSM_strs::pole_mixing_strs_2_4x4 = initVector( chi0 );
/// 2 index, 3x3 entries
const std::vector<str> MSSM_strs::pole_mixing_strs_2_3x3 = initVector( snu );
/// 2 index, 2x2 entries
const std::vector<str> MSSM_strs::pole_mixing_strs_2_2x2 = initVector( h0, A0, Hplus, chiminus, chiplus );
/// @}
/// @{ mass2 tagged entries
// no index
const std::vector<str> MSSM_strs::mass2_strs = initVector( BMu, mHd2, mHu2, mA2 );
// two-index, 3x3 entries
const std::vector<str> MSSM_strs::mass2_strs_2_3x3= initVector( mq2, ml2, md2, mu2, me2 );
/// @}
/// @{ mass1 tagged entries
// no index
const std::vector<str> MSSM_strs::mass1_strs = initVector( M1, M2, M3, Mu, vu, vd );
// two-index, 3x3 entries
const std::vector<str> MSSM_strs::mass1_strs_2_3x3 = initVector( TYd, TYe, TYu, ad, ae, au );
/// @}
/// @{ dimensionless tagged entries
// no index
const std::vector<str> MSSM_strs::dimensionless_strs = initVector( g1, g2, g3, tanbeta, sinW2 );
// two-index, 3x3 entries
const std::vector<str> MSSM_strs::dimensionless_strs_2_3x3 = initVector( Yd, Yu, Ye );
/// @}
/// TODO: left out mass_eigenstate entries for now
}
}
Updated on 2024-07-18 at 13:53:32 +0000