file models/MSSMatQ_mA_mG.hpp

[No description available]

Namespaces

Name
Gambit
TODO: see if we can use this one:

Functions

Name
START_MODELDEFINEPARS(mq2_11 , mq2_12 , mq2_13 , mq2_22 , mq2_23 , mq2_33 )
Can translate this model into MSSM63atQ_mG.
START_MODEL ml2_33DEFINEPARS(md2_11 , md2_12 , md2_13 , md2_22 , md2_23 , md2_33 )
START_MODEL ml2_33 mu2_33DEFINEPARS(me2_11 , me2_12 , me2_13 , me2_22 , me2_23 , me2_33 )
START_MODEL ml2_33 mu2_33 Ae_33DEFINEPARS(Ad_11 , Ad_12 , Ad_13 , Ad_21 , Ad_22 , Ad_23 , Ad_31 , Ad_32 , Ad_33 )

Attributes

Name
START_MODELml2_12
START_MODELml2_13
START_MODELml2_22
START_MODELml2_23
START_MODEL ml2_33mu2_12
START_MODEL ml2_33mu2_13
START_MODEL ml2_33mu2_22
START_MODEL ml2_33mu2_23
START_MODEL ml2_33 mu2_33Ae_12
START_MODEL ml2_33 mu2_33Ae_13
START_MODEL ml2_33 mu2_33Ae_21
START_MODEL ml2_33 mu2_33Ae_22
START_MODEL ml2_33 mu2_33Ae_23
START_MODEL ml2_33 mu2_33Ae_31
START_MODEL ml2_33 mu2_33Ae_32
START_MODEL ml2_33 mu2_33 Ae_33Au_12
START_MODEL ml2_33 mu2_33 Ae_33Au_13
START_MODEL ml2_33 mu2_33 Ae_33Au_21
START_MODEL ml2_33 mu2_33 Ae_33Au_22
START_MODEL ml2_33 mu2_33 Ae_33Au_23
START_MODEL ml2_33 mu2_33 Ae_33Au_31
START_MODEL ml2_33 mu2_33 Ae_33Au_32

Defines

Name
MODEL
pMSSM
PARENT
MODEL
pMSSM
PARENT
MODEL
pMSSM
PARENT
MODEL
pMSSM
PARENT
MODEL
pMSSM
PARENT
MODEL
pMSSM
PARENT
MODEL
pMSSM
PARENT
MODEL
pMSSM
PARENT
MODEL
pMSSM
PARENT
MODEL
pMSSM
PARENT
MODEL
pMSSM
PARENT
MODEL
pMSSM
PARENT
MODEL
pMSSM
PARENT
MODEL
pMSSM
PARENT
MODEL
pMSSM
PARENT

Functions Documentation

function DEFINEPARS 

START_MODEL DEFINEPARS(
    mq2_11 ,
    mq2_12 ,
    mq2_13 ,
    mq2_22 ,
    mq2_23 ,
    mq2_33 
)

Can translate this model into MSSM63atQ_mG.

Depends on an MSSM spectrum, since RGEs must run in order to determine MGUT Mass matrices are symmetric (Hermitian, and we are restricted to real entries at the moment) so only one ’triangle’ needed.

function DEFINEPARS 

START_MODEL ml2_33 DEFINEPARS(
    md2_11 ,
    md2_12 ,
    md2_13 ,
    md2_22 ,
    md2_23 ,
    md2_33 
)

function DEFINEPARS 

START_MODEL ml2_33 mu2_33 DEFINEPARS(
    me2_11 ,
    me2_12 ,
    me2_13 ,
    me2_22 ,
    me2_23 ,
    me2_33 
)

function DEFINEPARS 

START_MODEL ml2_33 mu2_33 Ae_33 DEFINEPARS(
    Ad_11 ,
    Ad_12 ,
    Ad_13 ,
    Ad_21 ,
    Ad_22 ,
    Ad_23 ,
    Ad_31 ,
    Ad_32 ,
    Ad_33 
)

Attributes Documentation

variable ml2_12 

START_MODEL ml2_12;

variable ml2_13 

START_MODEL ml2_13;

variable ml2_22 

START_MODEL ml2_22;

variable ml2_23 

START_MODEL ml2_23;

variable mu2_12 

START_MODEL ml2_33 mu2_12;

variable mu2_13 

START_MODEL ml2_33 mu2_13;

variable mu2_22 

START_MODEL ml2_33 mu2_22;

variable mu2_23 

START_MODEL ml2_33 mu2_23;

variable Ae_12 

START_MODEL ml2_33 mu2_33 Ae_12;

variable Ae_13 

START_MODEL ml2_33 mu2_33 Ae_13;

variable Ae_21 

START_MODEL ml2_33 mu2_33 Ae_21;

variable Ae_22 

START_MODEL ml2_33 mu2_33 Ae_22;

variable Ae_23 

START_MODEL ml2_33 mu2_33 Ae_23;

variable Ae_31 

START_MODEL ml2_33 mu2_33 Ae_31;

variable Ae_32 

START_MODEL ml2_33 mu2_33 Ae_32;

variable Au_12 

START_MODEL ml2_33 mu2_33 Ae_33 Au_12;

variable Au_13 

START_MODEL ml2_33 mu2_33 Ae_33 Au_13;

variable Au_21 

START_MODEL ml2_33 mu2_33 Ae_33 Au_21;

variable Au_22 

START_MODEL ml2_33 mu2_33 Ae_33 Au_22;

variable Au_23 

START_MODEL ml2_33 mu2_33 Ae_33 Au_23;

variable Au_31 

START_MODEL ml2_33 mu2_33 Ae_33 Au_31;

variable Au_32 

START_MODEL ml2_33 mu2_33 Ae_33 Au_32;

Macros Documentation

define MODEL 

#define MODEL MSSM63atQ_mA_mG

pMSSM

This model matches the one explored in arXiv:1504.03260 and referred to as ‘pMSSM10’.

define PARENT 

#define PARENT MSSM63atQ_mG

define MODEL 

#define MODEL MSSM63atQ_mA_mG

pMSSM

This model matches the one explored in arXiv:1504.03260 and referred to as ‘pMSSM10’.

define PARENT 

#define PARENT MSSM63atQ_mG

define MODEL 

#define MODEL MSSM63atQ_mA_mG

pMSSM

This model matches the one explored in arXiv:1504.03260 and referred to as ‘pMSSM10’.

define PARENT 

#define PARENT MSSM63atQ_mG

define MODEL 

#define MODEL MSSM63atQ_mA_mG

pMSSM

This model matches the one explored in arXiv:1504.03260 and referred to as ‘pMSSM10’.

define PARENT 

#define PARENT MSSM63atQ_mG

define MODEL 

#define MODEL MSSM63atQ_mA_mG

pMSSM

This model matches the one explored in arXiv:1504.03260 and referred to as ‘pMSSM10’.

define PARENT 

#define PARENT MSSM63atQ_mG

define MODEL 

#define MODEL MSSM63atQ_mA_mG

pMSSM

This model matches the one explored in arXiv:1504.03260 and referred to as ‘pMSSM10’.

define PARENT 

#define PARENT MSSM63atQ_mG

define MODEL 

#define MODEL MSSM63atQ_mA_mG

pMSSM

This model matches the one explored in arXiv:1504.03260 and referred to as ‘pMSSM10’.

define PARENT 

#define PARENT MSSM63atQ_mG

define MODEL 

#define MODEL MSSM63atQ_mA_mG

pMSSM

This model matches the one explored in arXiv:1504.03260 and referred to as ‘pMSSM10’.

define PARENT 

#define PARENT MSSM63atQ_mG

define MODEL 

#define MODEL MSSM63atQ_mA_mG

pMSSM

This model matches the one explored in arXiv:1504.03260 and referred to as ‘pMSSM10’.

define PARENT 

#define PARENT MSSM63atQ_mG

define MODEL 

#define MODEL MSSM63atQ_mA_mG

pMSSM

This model matches the one explored in arXiv:1504.03260 and referred to as ‘pMSSM10’.

define PARENT 

#define PARENT MSSM63atQ_mG

define MODEL 

#define MODEL MSSM63atQ_mA_mG

pMSSM

This model matches the one explored in arXiv:1504.03260 and referred to as ‘pMSSM10’.

define PARENT 

#define PARENT MSSM63atQ_mG

define MODEL 

#define MODEL MSSM63atQ_mA_mG

pMSSM

This model matches the one explored in arXiv:1504.03260 and referred to as ‘pMSSM10’.

define PARENT 

#define PARENT MSSM63atQ_mG

define MODEL 

#define MODEL MSSM63atQ_mA_mG

pMSSM

This model matches the one explored in arXiv:1504.03260 and referred to as ‘pMSSM10’.

define PARENT 

#define PARENT MSSM63atQ_mG

define MODEL 

#define MODEL MSSM63atQ_mA_mG

pMSSM

This model matches the one explored in arXiv:1504.03260 and referred to as ‘pMSSM10’.

define PARENT 

#define PARENT MSSM63atQ_mG

define MODEL 

#define MODEL MSSM63atQ_mA_mG

pMSSM

This model matches the one explored in arXiv:1504.03260 and referred to as ‘pMSSM10’.

define PARENT 

#define PARENT MSSM63atQ_mG

Source code 

//   GAMBIT: Global and Modular BSM Inference Tool
//   *********************************************
///
///  MSSM models with boundary conditions at generic scale Q
///  with A pole mass and mu as explicit input parameters
///  instead of mHu2 and mHd2 and with a light gravitino.
///
///  Models included:
///    MSSM63atQ_mA_mG
///    MSSM30atQ_mA_mG
///    MSSM24atQ_mA_mG
///    MSSM25atQ_mA_mG
///    MSSM20atQ_mA_mG
///    MSSM19atQ_mA_mG
///    MSSM16atQ_mA_mG
///    MSSM15atQ_mA_mG
///    MSSM11atQ_mA_mG
///    MSSM10atQ_mA_mG
///    MSSM10batQ_mA_mG
///    MSSM10catQ_mA_mG
///    MSSM9atQ_mA_mG
///    MSSM9batQ_mA_mG
///    MSSM7atQ_mA_mG
///
///  Translation functions defined in MSSMatQ_mA_mG.cpp
///
///  *********************************************
///
///  Authors
///  =======
///
///  (add name and date if you modify)
///
///  \author Pat Scott
///          (p.scott@imperial.ac.uk)
///  \date 2018 Sept
///
///  \author Tomas Gonzalo
///          (tomas.gonzalo@kit.edu)
///  \date 2022 Sept
///
///  *********************************************

#ifndef __MSSMatQ_mA_mG_hpp__
#define __MSSMatQ_mA_mG_hpp__

#include "gambit/Models/models/MSSMatQ_mG.hpp" // Must include models which are targets of translation functions

// Forward declaration of needed types
// Also declare a helper function for translating 'mA' MSSM parameterisations into the primary parameterisations,
// and another for translating from scales MGUT and MSUSY to arbitrary scale Q
// (function definition in MSSM63atX_mA_mG.cpp and MSSM63atX.cpp respectively)

namespace Gambit
{
   class Spectrum;
   class SubSpectrum;

   // Translation function for mA,mu parameterisation to mHu2,mHd2 parameterisation
   void MSSM_mA_mG_to_MSSM_mhud(const ModelParameters &myP, ModelParameters &targetP, const SubSpectrum& HE);

   // Translation function for MSSM defined at RGE-determined scale (e.g. GUT, SUSY) to arbitrary scale Q
   void MSSMatX_to_MSSMatQ(const ModelParameters &myP, ModelParameters &targetP, const SubSpectrum& HE);
}

#define MODEL MSSM63atQ_mA_mG
#define PARENT MSSM63atQ_mG
  START_MODEL

  /// Can translate this model into MSSM63atQ_mG
  INTERPRET_AS_PARENT_FUNCTION(MSSM63atQ_mA_mG_to_MSSM63atQ_mG)
  /// Depends on an MSSM spectrum, since RGEs must run in order to determine MGUT
  INTERPRET_AS_PARENT_DEPENDENCY(unimproved_MSSM_spectrum, Spectrum)

  DEFINEPARS(Qin,TanBeta,mA,mu,M1,M2,M3,mG)

  /// Mass matrices are symmetric (Hermitian, and we are restricted to real entries at the moment)
  /// so only one 'triangle' needed.
  DEFINEPARS(mq2_11, mq2_12, mq2_13,
                     mq2_22, mq2_23,
                             mq2_33)

  DEFINEPARS(ml2_11, ml2_12, ml2_13,
                     ml2_22, ml2_23,
                             ml2_33)

  DEFINEPARS(md2_11, md2_12, md2_13,
                     md2_22, md2_23,
                             md2_33)

  DEFINEPARS(mu2_11, mu2_12, mu2_13,
                     mu2_22, mu2_23,
                             mu2_33)

  DEFINEPARS(me2_11, me2_12, me2_13,
                     me2_22, me2_23,
                             me2_33)

  DEFINEPARS(Ae_11, Ae_12, Ae_13,
             Ae_21, Ae_22, Ae_23,
             Ae_31, Ae_32, Ae_33)

  DEFINEPARS(Ad_11, Ad_12, Ad_13,
             Ad_21, Ad_22, Ad_23,
             Ad_31, Ad_32, Ad_33)

  DEFINEPARS(Au_11, Au_12, Au_13,
             Au_21, Au_22, Au_23,
             Au_31, Au_32, Au_33)
#undef PARENT
#undef MODEL

// Specialisation of MSSM63atQ_mA_mG with all off-diagonal m and A terms set to zero.
#define MODEL MSSM30atQ_mA_mG
#define PARENT MSSM63atQ_mA_mG
  START_MODEL

  DEFINEPARS(Qin,TanBeta,mA,mu,M1,M2,M3,mG)

  DEFINEPARS(mq2_1, mq2_2, mq2_3)

  DEFINEPARS(ml2_1, ml2_2, ml2_3)

  DEFINEPARS(md2_1, md2_2, md2_3)

  DEFINEPARS(mu2_1, mu2_2, mu2_3)

  DEFINEPARS(me2_1, me2_2, me2_3)

  DEFINEPARS(Ae_1, Ae_2, Ae_3)

  DEFINEPARS(Ad_1, Ad_2, Ad_3)

  DEFINEPARS(Au_1, Au_2, Au_3)

  INTERPRET_AS_PARENT_FUNCTION(MSSM30atQ_mA_mG_to_MSSM63atQ_mA_mG)
  INTERPRET_AS_X_FUNCTION(MSSM30atQ_mG, MSSM30atQ_mA_mG_to_MSSM30atQ_mG)
  INTERPRET_AS_X_DEPENDENCY(MSSM30atQ_mG, unimproved_MSSM_spectrum, Spectrum)
#undef PARENT
#undef MODEL

#define MODEL MSSM25atQ_mA_mG
#define PARENT MSSM30atQ_mA_mG
  START_MODEL

  DEFINEPARS(Qin,TanBeta,mA,mu,M1,M2,M3,mG)

  DEFINEPARS(mq2_1, mq2_2, mq2_3)

  DEFINEPARS(ml2_1, ml2_2, ml2_3)

  DEFINEPARS(md2_1, md2_2, md2_3)

  DEFINEPARS(mu2_1, mu2_2, mu2_3)

  DEFINEPARS(me2_1, me2_2, me2_3)

  DEFINEPARS(Ae_12, Ae_3)

  DEFINEPARS(Ad_3)

  DEFINEPARS(Au_3)

  INTERPRET_AS_PARENT_FUNCTION(MSSM25atQ_mA_mG_to_MSSM30atQ_mA_mG)
#undef PARENT
#undef MODEL

#define MODEL MSSM24atQ_mA_mG
#define PARENT MSSM25atQ_mA_mG
  START_MODEL

  DEFINEPARS(Qin,TanBeta,mA,mu,M1,M2,M3,mG)

  DEFINEPARS(mq2_1, mq2_2, mq2_3)

  DEFINEPARS(ml2_1, ml2_2, ml2_3)

  DEFINEPARS(md2_1, md2_2, md2_3)

  DEFINEPARS(mu2_1, mu2_2, mu2_3)

  DEFINEPARS(me2_1, me2_2, me2_3)

  DEFINEPARS(Ae_3)

  DEFINEPARS(Ad_3)

  DEFINEPARS(Au_3)

  INTERPRET_AS_PARENT_FUNCTION(MSSM24atQ_mA_mG_to_MSSM25atQ_mA_mG)
#undef PARENT
#undef MODEL

#define MODEL MSSM20atQ_mA_mG
#define PARENT MSSM25atQ_mA_mG
  START_MODEL

  DEFINEPARS(Qin,TanBeta,mA,mu,M1,M2,M3,mG)

  DEFINEPARS(mq2_12, mq2_3)

  DEFINEPARS(ml2_12, ml2_3)

  DEFINEPARS(md2_12, md2_3)

  DEFINEPARS(mu2_12, mu2_3)

  DEFINEPARS(me2_12, me2_3)

  DEFINEPARS(Ae_12, Ae_3)

  DEFINEPARS(Ad_3)

  DEFINEPARS(Au_3)

  INTERPRET_AS_PARENT_FUNCTION(MSSM20atQ_mA_mG_to_MSSM25atQ_mA_mG)
  INTERPRET_AS_X_FUNCTION(MSSM20atQ_mG, MSSM20atQ_mA_mG_to_MSSM20atQ_mG)
  INTERPRET_AS_X_DEPENDENCY(MSSM20atQ_mG, unimproved_MSSM_spectrum, Spectrum)
#undef PARENT
#undef MODEL

/// pMSSM
#define MODEL MSSM19atQ_mA_mG
#define PARENT MSSM24atQ_mA_mG
  START_MODEL

  DEFINEPARS(Qin,TanBeta,mA,mu,M1,M2,M3,mG)

  DEFINEPARS(mq2_12, mq2_3)

  DEFINEPARS(ml2_12, ml2_3)

  DEFINEPARS(md2_12, md2_3)

  DEFINEPARS(mu2_12, mu2_3)

  DEFINEPARS(me2_12, me2_3)

  DEFINEPARS(Ae_3)

  DEFINEPARS(Ad_3)

  DEFINEPARS(Au_3)

  INTERPRET_AS_PARENT_FUNCTION(MSSM19atQ_mA_mG_to_MSSM24atQ_mA_mG)
  INTERPRET_AS_X_FUNCTION(MSSM20atQ_mA_mG, MSSM19atQ_mA_mG_to_MSSM20atQ_mA_mG)
#undef PARENT
#undef MODEL

#define MODEL MSSM16atQ_mA_mG
#define PARENT MSSM19atQ_mA_mG
  START_MODEL

  DEFINEPARS(Qin,TanBeta,mA,mu,M1,M2,M3,mG)

  DEFINEPARS(mq2_12, mq2_3, mu2_3, md2_3)

  DEFINEPARS(ml2_12, ml2_3, me2_3)

  DEFINEPARS(Ae_3)

  DEFINEPARS(Ad_3)

  DEFINEPARS(Au_3)

  INTERPRET_AS_PARENT_FUNCTION(MSSM16atQ_mA_mG_to_MSSM19atQ_mA_mG)

#undef PARENT
#undef MODEL

// This model matches the one explored in arXiv:1405.0622.
#define MODEL MSSM15atQ_mA_mG
#define PARENT MSSM16atQ_mA_mG
  START_MODEL

  DEFINEPARS(Qin,TanBeta,mA,mu,M1,M2,M3,mG)

  DEFINEPARS(mq2_12, mq2_3, mu2_3, md2_3)

  DEFINEPARS(ml2_12, ml2_3, me2_3)

  DEFINEPARS(A0, Au_3)

  INTERPRET_AS_PARENT_FUNCTION(MSSM15atQ_mA_mG_to_MSSM16atQ_mA_mG)
#undef PARENT
#undef MODEL

#define MODEL MSSM11atQ_mA_mG
#define PARENT MSSM16atQ_mA_mG
  START_MODEL

  DEFINEPARS(Qin,TanBeta,mA,mu,M1,M2,M3,mG)

  DEFINEPARS(mq2)

  DEFINEPARS(ml2)

  DEFINEPARS(Ae_3)

  DEFINEPARS(Ad_3)

  DEFINEPARS(Au_3)

  INTERPRET_AS_PARENT_FUNCTION(MSSM11atQ_mA_mG_to_MSSM16atQ_mA_mG)
#undef PARENT
#undef MODEL

#define MODEL MSSM10atQ_mA_mG
#define PARENT MSSM11atQ_mA_mG
  START_MODEL

  DEFINEPARS(Qin,TanBeta,mA,mu,M1,M2,M3,mG)

  DEFINEPARS(mq2)

  DEFINEPARS(ml2)

  DEFINEPARS(Ad_3)

  DEFINEPARS(Au_3)

  INTERPRET_AS_PARENT_FUNCTION(MSSM10atQ_mA_mG_to_MSSM11atQ_mA_mG)
#undef PARENT
#undef MODEL

#define MODEL MSSM10batQ_mA_mG
#define PARENT MSSM11atQ_mA_mG
  START_MODEL

  DEFINEPARS(Qin,TanBeta,mA,mu,M1,M2,M3,mG)

  DEFINEPARS(mf2)

  DEFINEPARS(Ae_3)

  DEFINEPARS(Ad_3)

  DEFINEPARS(Au_3)

  INTERPRET_AS_PARENT_FUNCTION(MSSM10batQ_mA_mG_to_MSSM11atQ_mA_mG)
#undef PARENT
#undef MODEL

///  This model matches the one explored in arXiv:1504.03260 and referred to as 'pMSSM10'.
#define MODEL MSSM10catQ_mA_mG
#define PARENT MSSM15atQ_mA_mG
  START_MODEL

  DEFINEPARS(Qin,TanBeta,mA,mu,M1,M2,M3,mG)

  DEFINEPARS(mq2_12, mq2_3)

  DEFINEPARS(ml2)

  DEFINEPARS(A0)

  INTERPRET_AS_PARENT_FUNCTION(MSSM10catQ_mA_mG_to_MSSM15atQ_mA_mG)
#undef PARENT
#undef MODEL

#define MODEL MSSM9atQ_mA_mG
#define PARENT MSSM10atQ_mA_mG
  START_MODEL

  DEFINEPARS(Qin,TanBeta,mA,mu,M1,M2,M3,mG)

  DEFINEPARS(mf2)

  DEFINEPARS(Ad_3)

  DEFINEPARS(Au_3)

  INTERPRET_AS_PARENT_FUNCTION(MSSM9atQ_mA_mG_to_MSSM10atQ_mA_mG)
  INTERPRET_AS_X_FUNCTION(MSSM10batQ_mA_mG, MSSM9atQ_mA_mG_to_MSSM10batQ_mA_mG)
#undef PARENT
#undef MODEL

#define MODEL MSSM9batQ_mA_mG
#define PARENT MSSM15atQ_mA_mG
  START_MODEL

  DEFINEPARS(Qin,TanBeta,mA,mu,M1,M2,M3,mG)

  DEFINEPARS(mq2_3)

  DEFINEPARS(msf2)

  DEFINEPARS(Au_3)

  INTERPRET_AS_PARENT_FUNCTION(MSSM9batQ_mA_mG_to_MSSM15atQ_mA_mG)
#undef PARENT
#undef MODEL

// Forward declaration of needed types
namespace Gambit
{
  struct SMInputs;
}

#define MODEL MSSM7atQ_mA_mG
#define PARENT MSSM9atQ_mA_mG
  START_MODEL

  DEFINEPARS(Qin,TanBeta,mA,mu,M2,mG)

  DEFINEPARS(mf2)

  DEFINEPARS(Ad_3)

  DEFINEPARS(Au_3)

  INTERPRET_AS_PARENT_FUNCTION(MSSM7atQ_mA_mG_to_MSSM9atQ_mA_mG)
  INTERPRET_AS_PARENT_DEPENDENCY(SMINPUTS, SMInputs)
#undef PARENT
#undef MODEL

#endif

Updated on 2023-06-26 at 21:36:54 +0000