file hdf5printer/hdf5printer/retrieve_overloads.cpp
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Namespaces
| Name |
|---|
| Gambit TODO: see if we can use this one: |
| Gambit::Printers Forward declaration. |
Classes
| Name | |
|---|---|
| struct | Gambit::Printers::SLHAcombo |
Defines
| Name | |
|---|---|
| RETRIEVE(TYPE) Retrieve functions. | |
| RETRIEVEFROM(INTYPE, OUTTYPE) | |
| LABELNXN(N, baseentry, tag, block) | |
| LABEL3X3DIAG(baseentry, tag, block) | |
| GETPAR(OUT, NAME, TAG, TEMP_INDEX) |
Detailed Description
Author:
- Ben Farmer (benjamin.farmer@monash.edu.au)
- Pat Scott (p.scott@imperial.ac.uk)
Date:
- 2017 Jan
- 2017 March
HDF5 interface reaader class retrieve function overloads. Add a new overload of the _retrieve function in this file if you want to be able to read a new type for postprocessing.
Authors (add name and date if you modify):
Macros Documentation
define RETRIEVE
#define RETRIEVE(
TYPE
)
_retrieve(TYPE& out, const std::string& l, const uint r, const ulong p) \
{ return _retrieve_template(out,l,0,r,p); }
Retrieve functions.
Templatable retrieve functions
define RETRIEVEFROM
#define RETRIEVEFROM(
INTYPE,
OUTTYPE
)
_retrieve(INTYPE& out, const std::string& l, const uint r, const ulong p) \
{ \
OUTTYPE outtmp; \
bool valid = _retrieve_template(outtmp,l,0,r,p); \
out = (INTYPE)outtmp; \
return valid; \
}
define LABELNXN
#define LABELNXN(
N,
baseentry,
tag,
block
)
for(int i=1; i<=N; i++){ for(int j=1; j<=N; j++) { \
std::stringstream entry; \
entry<<baseentry<<"_("<<i<<","<<j<<")"; \
labels_to_SLHA[entry.str()] = SLHAcombo(tag, block, i, j); \
}}
define LABEL3X3DIAG
#define LABEL3X3DIAG(
baseentry,
tag,
block
)
for(int i=1; i<=3; i++){ \
std::stringstream entry; \
entry<<baseentry<<"_("<<i<<","<<i<<")"; \
labels_to_SLHA[entry.str()] = SLHAcombo(tag, block, i, i); \
}
define GETPAR
#define GETPAR(
OUT,
NAME,
TAG,
TEMP_INDEX
)
{ \
bool found_tmp; \
retrieve_and_add_to_SLHAea(out, found_tmp, spec_type, NAME, SLHAcombo(TAG, "TEMP", TEMP_INDEX), all_dataset_labels, rank, pointID); \
if(not found_tmp) \
{ \
std::ostringstream err; \
err<<"Failed to find "<<NAME<<" ("<<TAG<<") needed to compute SLHA spectrum information!"; \
printer_error().raise(LOCAL_INFO,err.str()); \
} \
OUT = SLHAea_get(out,"TEMP",TEMP_INDEX); \
}
Source code
// GAMBIT: Global and Modular BSM Inference Tool
// *********************************************
/// \file
///
/// HDF5 interface reaader class retrieve function
/// overloads. Add a new overload of the _retrieve
/// function in this file if you want to be able
/// to read a new type for postprocessing.
///
/// *********************************************
///
/// Authors (add name and date if you modify):
///
/// \author Ben Farmer
/// (benjamin.farmer@monash.edu.au)
/// \date 2017 Jan
///
/// \author Pat Scott
/// (p.scott@imperial.ac.uk)
/// \date 2017 March
///
/// *********************************************
#include "gambit/Printers/printers/hdf5reader.hpp"
#include "gambit/Printers/printers/hdf5printer.hpp"
namespace Gambit
{
namespace Printers
{
/// @{ Retrieve functions
/// Templatable retrieve functions
#define RETRIEVE(TYPE) _retrieve(TYPE& out, const std::string& l, const uint r, const ulong p) \
{ return _retrieve_template(out,l,0,r,p); }
bool HDF5Reader::RETRIEVE(int )
bool HDF5Reader::RETRIEVE(uint )
bool HDF5Reader::RETRIEVE(long )
bool HDF5Reader::RETRIEVE(ulong )
bool HDF5Reader::RETRIEVE(float )
bool HDF5Reader::RETRIEVE(double )
#undef RETRIEVE
#define RETRIEVEFROM(INTYPE,OUTTYPE) _retrieve(INTYPE& out, const std::string& l, const uint r, const ulong p) \
{ \
OUTTYPE outtmp; \
bool valid = _retrieve_template(outtmp,l,0,r,p); \
out = (INTYPE)outtmp; \
return valid; \
}
bool HDF5Reader::RETRIEVEFROM(longlong, long)
bool HDF5Reader::RETRIEVEFROM(ulonglong, ulong)
#undef RETRIEVEFROM
// Bools can't quite use the template function directly, since there
// are some issues with bools and MPI/HDF5 types. Easier to just convert
// the bool to an int first (this is how they are printed in the first place anyway).
bool HDF5Reader::_retrieve(bool& out, const std::string& l, const uint rank, const ulong pID)
{
uint tmp_out;
bool tmp_ret;
tmp_ret = _retrieve_template(tmp_out,l,0,rank,pID);
out = tmp_out;
return tmp_ret;
}
bool HDF5Reader::_retrieve(ModelParameters& out, const std::string& modelname, const uint rank, const ulong pointID)
{
bool is_valid = true;
/// Work out all the output labels which correspond to the input modelname
bool found_at_least_one(false);
//std::cout << "Searching for ModelParameters of model '"<<modelname<<"'"<<std::endl;
// Iterate through names in HDF5 group
for(std::vector<std::string>::const_iterator
it = all_datasets.begin();
it!= all_datasets.end(); ++it)
{
//std::cout << "Candidate: " <<*it<<std::endl;
std::string param_name; // *output* of parsing function, parameter name
std::string label_root; // *output* of parsing function, label minus parameter name
if(parse_label_for_ModelParameters(*it, modelname, param_name, label_root))
{
// Add the found parameter name to the ModelParameters object
out._definePar(param_name);
if(found_at_least_one)
{
if(out.getOutputName()!=label_root)
{
std::ostringstream err;
err << "Error! HDF5Reader could not retrieve ModelParameters matching the model name '"
<<modelname<<"' in the HDF5 file:group "<<file<<":"<<group
<<"' (while calling 'retrieve'). Candidate parameters WERE found, however their dataset "
<<"labels indicate the presence of an inconsistency or ambiguity in the output. For "
<<"example, we just tried to retrive a model parameter from the dataset:\n "<<*it
<<"\nand successfully found the parameter "<<param_name
<<", however the root of the label, that is,\n "<<label_root
<<"\ndoes not match the root expected based upon previous parameter retrievals for this "
<<"model, which was\n "<<out.getOutputName()<<"\nThis may indicate that multiple sets "
<<"of model parameters are present in the output file for the same model! This is not "
<<"allowed, please report this bug against whatever master YAML file (or external code?) "
<<"produced the output file you are trying to read.";
printer_error().raise(LOCAL_INFO,err.str());
}
}
else
{
out.setOutputName(label_root);
}
// Get the corresponding value out of the data file
double value; // *output* of retrieve function
bool tmp_is_valid;
tmp_is_valid = _retrieve(value, *it, rank, pointID);
found_at_least_one = true;
if(tmp_is_valid)
{
out.setValue(param_name, value);
}
else
{
// If one parameter value is 'invalid' then we cannot reconstruct
// the ModelParameters object, so we mark the whole thing invalid.
out.setValue(param_name, 0);
is_valid = false;
}
}
}
if(not found_at_least_one)
{
// Didn't find any matches!
std::ostringstream err;
err << "Error! HDF5Reader failed to find any ModelParameters matching the model name '"<<modelname<<"' in the HDF5 file:group "<<file<<":"<<group<<"' (while calling 'retrieve'). Please check that model name and input file/group are correct.";
printer_error().raise(LOCAL_INFO,err.str());
}
/// done!
return is_valid;
}
struct SLHAcombo
{
SLHAcombo(const std::string& t, const std::string& b, int i)
: tag(t)
, block(b)
, indices{i}
{}
SLHAcombo(const std::string& t, const std::string& b, int i, int j)
: tag(t)
, block(b)
, indices{i,j}
{}
SLHAcombo() : tag(), block(), indices() {}
std::string tag;
std::string block;
std::vector<int> indices;
};
bool HDF5Reader::retrieve_and_add_to_SLHAea(SLHAstruct& out, bool& found, const std::string& spec_type, const std::string& entry, const SLHAcombo& item, const std::set<std::string>& all_dataset_labels, const uint rank, const ulong pointID)
{
std::string tag = item.tag;
std::string block = item.block;
std::vector<int> indices = item.indices;
// Create full dataset label
std::stringstream dataset_label;
dataset_label<<"#"<<spec_type<<" @SpecBit::get_MSSM_spectrum_as_map::"<<entry;
if(tag!="") dataset_label<<" "<<tag;
//std::cout<<dataset_label.str()<<std::endl;
auto jt = all_dataset_labels.find(dataset_label.str());
if(jt==all_dataset_labels.end())
{
found = false; // No entry with this name!
return false;
}
else
{
found = true;
}
// Ok, found! Now retrieve the data
double value = -999; // *output* of retrieve function
bool tmp_is_valid = false;
tmp_is_valid = _retrieve(value, dataset_label.str(), rank, pointID);
//std::cout<<"Spectrum entry found! entry:"<<entry<<", tag:"<<tag<<", valid:"<<tmp_is_valid<<", value:"<<value<<std::endl;
if(tmp_is_valid)
{
// Stick entry into the SLHAea object
SLHAea_check_block(out, block); // Make sure block exists first
if(indices.size()==1)
{
SLHAea_add(out, block, indices.at(0), value, entry+" ("+tag+")");
}
else if(indices.size()==2)
{
SLHAea_add(out, block, indices.at(0), indices.at(1), value, entry+" ("+tag+")");
}
else
{
std::ostringstream err;
err<<"Received invalid number of target SLHA indices for dataset: "<<dataset_label.str()<<std::endl<<"Indices were: "<<indices;
printer_error().raise(LOCAL_INFO,err.str());
}
}
return tmp_is_valid;
}
/// Retrieve (SLHA-only) SM spectrum information as an SLHAea object
bool HDF5Reader::_retrieve(SMslha_SLHAstruct& out_main, const std::string& spec_type, const uint rank, const ulong pointID)
{
SLHAstruct& out(out_main); // Interpret as ordinary SLHAea base class to get operator[] etc
bool is_valid = true;
std::map<std::string,SLHAcombo> labels_to_SLHA;
// Read all dataset labels into a structure that we can search quickly
std::set<std::string> all_dataset_labels = get_all_labels();
// MASS
labels_to_SLHA["Z0" ] = SLHAcombo("Pole_Mass", "SMINPUTS", 4);
labels_to_SLHA["W+" ] = SLHAcombo("Pole_Mass", "MASS", 24);
labels_to_SLHA["e-" ] = SLHAcombo("Pole_Mass", "SMINPUTS", 11);
labels_to_SLHA["mu-" ] = SLHAcombo("Pole_Mass", "SMINPUTS", 13);
labels_to_SLHA["tau-" ] = SLHAcombo("Pole_Mass", "SMINPUTS", 7);
labels_to_SLHA["t" ] = SLHAcombo("Pole_Mass", "SMINPUTS", 6);
labels_to_SLHA["b" ] = SLHAcombo("Pole_Mass", "SMINPUTS", 5);
labels_to_SLHA["nu_1" ] = SLHAcombo("Pole_Mass", "SMINPUTS", 12);
labels_to_SLHA["nu_2" ] = SLHAcombo("Pole_Mass", "SMINPUTS", 14);
labels_to_SLHA["nu_3" ] = SLHAcombo("Pole_Mass", "SMINPUTS", 8);
// Light quark running masses (always at 2 GeV, I think it is. Whatever SLHA standard says.)
labels_to_SLHA["u_1" ] = SLHAcombo("mass1", "SMINPUTS", 22);
labels_to_SLHA["d_1" ] = SLHAcombo("mass1", "SMINPUTS", 21);
labels_to_SLHA["d_2" ] = SLHAcombo("mass1", "SMINPUTS", 23);
// Automatically extract and add the rest of the entries
for(auto it=labels_to_SLHA.begin(); it!=labels_to_SLHA.end(); ++it)
{
bool found(true);
bool tmp_is_valid = retrieve_and_add_to_SLHAea(out, found, spec_type, it->first, it->second, all_dataset_labels, rank, pointID);
if(not found)
{
std::ostringstream err;
err << "Error! HDF5Reader encountered an error while attempting to read a spectrum of type '"<<spec_type<<"' from the HDF5 file:group "<<file<<":"<<group<<"' (while calling 'retrieve'). A required dataset could not be found ("<<it->first<<")";
printer_error().raise(LOCAL_INFO,err.str());
}
else if(not tmp_is_valid)
{
// No need to read any more if some required spectrum entries are invalid. Whole spectrum is invalid.
is_valid = false;
break;
}
}
return is_valid;
}
/// Retrieve MSSM spectrum information as an SLHAea object
bool HDF5Reader::_retrieve(MSSM_SLHAstruct& out_main, const std::string& spec_type, const uint rank, const ulong pointID)
{
SLHAstruct& out(out_main); // Interpret as ordinary SLHAea base class to get operator[] etc
bool is_valid = true;
// Rather than iterate through the datasets, we know what entries we need to find, so we will just
// directly look for them.
// TODO: We can automate this after the SpecBit redesign, and probably
// just use the spectrum "setter" functions to insert this data directly into Spectrum objects.
// Unfortunately those don't exist in the current SimpleSpectrum objects, but they will exist after
// the redesign.
std::map<std::string,SLHAcombo> labels_to_SLHA;
// MASS
labels_to_SLHA["A0" ] = SLHAcombo("Pole_Mass", "MASS", 36);
labels_to_SLHA["H+" ] = SLHAcombo("Pole_Mass", "MASS", 37);
labels_to_SLHA["W+" ] = SLHAcombo("Pole_Mass", "MASS", 24);
labels_to_SLHA["h0_1" ] = SLHAcombo("Pole_Mass", "MASS", 25);
labels_to_SLHA["h0_2" ] = SLHAcombo("Pole_Mass", "MASS", 35);
labels_to_SLHA["~g" ] = SLHAcombo("Pole_Mass", "MASS", 1000021);
labels_to_SLHA["~chi+_1"] = SLHAcombo("Pole_Mass", "MASS", 1000024);
labels_to_SLHA["~chi+_2"] = SLHAcombo("Pole_Mass", "MASS", 1000037);
labels_to_SLHA["~chi0_1"] = SLHAcombo("Pole_Mass", "MASS", 1000022);
labels_to_SLHA["~chi0_2"] = SLHAcombo("Pole_Mass", "MASS", 1000023);
labels_to_SLHA["~chi0_3"] = SLHAcombo("Pole_Mass", "MASS", 1000025);
labels_to_SLHA["~chi0_4"] = SLHAcombo("Pole_Mass", "MASS", 1000035);
labels_to_SLHA["~d_1" ] = SLHAcombo("Pole_Mass", "MASS", 1000001);
labels_to_SLHA["~d_2" ] = SLHAcombo("Pole_Mass", "MASS", 1000003);
labels_to_SLHA["~d_3" ] = SLHAcombo("Pole_Mass", "MASS", 1000005);
labels_to_SLHA["~d_4" ] = SLHAcombo("Pole_Mass", "MASS", 2000001);
labels_to_SLHA["~d_5" ] = SLHAcombo("Pole_Mass", "MASS", 2000003);
labels_to_SLHA["~d_6" ] = SLHAcombo("Pole_Mass", "MASS", 2000005);
labels_to_SLHA["~u_1" ] = SLHAcombo("Pole_Mass", "MASS", 1000002);
labels_to_SLHA["~u_2" ] = SLHAcombo("Pole_Mass", "MASS", 1000004);
labels_to_SLHA["~u_3" ] = SLHAcombo("Pole_Mass", "MASS", 1000006);
labels_to_SLHA["~u_4" ] = SLHAcombo("Pole_Mass", "MASS", 2000002);
labels_to_SLHA["~u_5" ] = SLHAcombo("Pole_Mass", "MASS", 2000004);
labels_to_SLHA["~u_6" ] = SLHAcombo("Pole_Mass", "MASS", 2000006);
labels_to_SLHA["~e-_1" ] = SLHAcombo("Pole_Mass", "MASS", 1000011);
labels_to_SLHA["~e-_2" ] = SLHAcombo("Pole_Mass", "MASS", 1000013);
labels_to_SLHA["~e-_3" ] = SLHAcombo("Pole_Mass", "MASS", 1000015);
labels_to_SLHA["~e-_4" ] = SLHAcombo("Pole_Mass", "MASS", 2000011);
labels_to_SLHA["~e-_5" ] = SLHAcombo("Pole_Mass", "MASS", 2000013);
labels_to_SLHA["~e-_6" ] = SLHAcombo("Pole_Mass", "MASS", 2000015);
labels_to_SLHA["~nu_1" ] = SLHAcombo("Pole_Mass", "MASS", 1000012);
labels_to_SLHA["~nu_2" ] = SLHAcombo("Pole_Mass", "MASS", 1000014);
labels_to_SLHA["~nu_3" ] = SLHAcombo("Pole_Mass", "MASS", 1000016);
// Standard Model masses. Turns out we do need to retrieve these, since
// they might have shifted from SMINPUTS in the spectrum generation process.
// MSOFT
labels_to_SLHA["M1" ] = SLHAcombo("mass1", "MSOFT", 1);
labels_to_SLHA["M2" ] = SLHAcombo("mass1", "MSOFT", 2);
labels_to_SLHA["M3" ] = SLHAcombo("mass1", "MSOFT", 3);
labels_to_SLHA["mHd2"] = SLHAcombo("mass2", "MSOFT", 21);
labels_to_SLHA["mHu2"] = SLHAcombo("mass2", "MSOFT", 22);
// HMIX
labels_to_SLHA["Mu"] = SLHAcombo("mass1", "HMIX", 1);
// Need these two for Higgs vev and tanbeta. Not SLHA, so store in TEMP block temporarily.
//labels_to_SLHA["vd"] = SLHAcombo("mass1", "TEMP", 1);
//labels_to_SLHA["vu"] = SLHAcombo("mass1", "TEMP", 2);
//labels_to_SLHA["mA2"] = SLHAcombo("mass2", "HMIX", 4);
// TD, TU, TE
#define LABELNXN(N,baseentry,tag,block) \
for(int i=1; i<=N; i++){ for(int j=1; j<=N; j++) { \
std::stringstream entry; \
entry<<baseentry<<"_("<<i<<","<<j<<")"; \
labels_to_SLHA[entry.str()] = SLHAcombo(tag, block, i, j); \
}}
LABELNXN(3,"TYd","mass1","TD")
LABELNXN(3,"TYu","mass1","TU")
LABELNXN(3,"TYe","mass1","TE")
// MSQ2, MSL2, MSD2, MSU2, MSE2
LABELNXN(3,"mq2","mass2","MSQ2")
LABELNXN(3,"ml2","mass2","MSL2")
LABELNXN(3,"md2","mass2","MSD2")
LABELNXN(3,"mu2","mass2","MSU2")
LABELNXN(3,"me2","mass2","MSE2")
// NMIX, UMIX, VMIX
LABELNXN(4,"~chi0","Pole_Mixing","NMIX")
LABELNXN(2,"~chi-","Pole_Mixing","UMIX")
LABELNXN(2,"~chi+","Pole_Mixing","VMIX")
// USQMIX, DSQMIX, SELMIX, SNUMIX
LABELNXN(6,"~u","Pole_Mixing","USQMIX")
LABELNXN(6,"~d","Pole_Mixing","DSQMIX")
LABELNXN(6,"~e-","Pole_Mixing","SELMIX")
LABELNXN(3,"~nu","Pole_Mixing","SNUMIX")
// SCALARMIX, PSEUDOSCALARMIX, CHARGEMIX
// TODO: These are not SLHA! Will be
// changed after SpecBit redesign
LABELNXN(2,"h0","Pole_Mixing","SCALARMIX")
LABELNXN(2,"A0","Pole_Mixing","PSEUDOSCALARMIX")
LABELNXN(2,"H+","Pole_Mixing","CHARGEMIX")
#undef LABELNXN
// YD, YU, YE
#define LABEL3X3DIAG(baseentry,tag,block) \
for(int i=1; i<=3; i++){ \
std::stringstream entry; \
entry<<baseentry<<"_("<<i<<","<<i<<")"; \
labels_to_SLHA[entry.str()] = SLHAcombo(tag, block, i, i); \
}
LABEL3X3DIAG("Yd","dimensionless","YD")
LABEL3X3DIAG("Yu","dimensionless","YU")
LABEL3X3DIAG("Ye","dimensionless","YE")
#undef LABEL3X3DIAG
// GAUGE
labels_to_SLHA["g2"] = SLHAcombo("dimensionless", "GAUGE", 2);
labels_to_SLHA["g3"] = SLHAcombo("dimensionless", "GAUGE", 3);
// Read all dataset labels into a structure that we can search quickly
std::set<std::string> all_dataset_labels = get_all_labels();
// Macro to help retrive parameters for custom calculations
#define GETPAR(OUT,NAME,TAG,TEMP_INDEX) \
{ \
bool found_tmp; \
retrieve_and_add_to_SLHAea(out, found_tmp, spec_type, NAME, SLHAcombo(TAG, "TEMP", TEMP_INDEX), all_dataset_labels, rank, pointID); \
if(not found_tmp) \
{ \
std::ostringstream err; \
err<<"Failed to find "<<NAME<<" ("<<TAG<<") needed to compute SLHA spectrum information!"; \
printer_error().raise(LOCAL_INFO,err.str()); \
} \
OUT = SLHAea_get(out,"TEMP",TEMP_INDEX); \
}
// Manually compute tanb and mA2
double vd,vu,BMu;
GETPAR(vd,"vd","mass1",1)
GETPAR(vu,"vu","mass1",2)
GETPAR(BMu,"BMu","mass2",4)
const double tb = vu/vd;
const double cb = cos(atan(tb));
const double c2b = cos(2*atan(tb));
const double sb = sin(atan(tb));
const double vev = sqrt(vu*vu + vd*vd);
const double mA2 = BMu / (cb*sb);
double g1,g2,gprime;
GETPAR(g1,"g1","dimensionless",31)
GETPAR(g2,"g2","dimensionless",32)
gprime = g1*sqrt(3./5.);
const double sin2thetaW = (gprime*gprime) / (gprime*gprime + g2*g2);
double TYu3,yt; // 3rd gen trilinear and Yukawa
GETPAR(TYu3,"TYu_(3,3)","mass1",41)
GETPAR(yt,"Yu_(3,3)","dimensionless",42)
const double At = TYu3 / yt;
// Tree level Z and top masses, needed for MSUSY reconstruction
// for old data sets where the scale was not saved in output
const double MZ = (1/2.)*sqrt(gprime*gprime + g2*g2)*vev;
const double Mt = yt*vu/sqrt(2.);
double Mu;
GETPAR(Mu,"Mu","mass1",51)
// stop mixing parameter
const double Xt = At - Mu / tb;
double mq2_3, mu2_3;
GETPAR(mq2_3,"mq2_(3,3)","mass2",20)
GETPAR(mu2_3,"mu2_(3,3)","mass2",21)
// reconstruct stop masses
const double A = mq2_3 + mu2_3 + 0.5*MZ*MZ*c2b + 2*Mt*Mt;
const double B = mq2_3 - mu2_3 + (0.5-(4./3.)*sin2thetaW)*MZ*MZ*c2b;
const double m2st1 = 0.5*(A - sqrt(B*B + 4*Mt*Mt*Xt*Xt));
const double m2st2 = 0.5*(A + sqrt(B*B + 4*Mt*Mt*Xt*Xt));
// assuming no family mixing
const double MSUSY = sqrt(sqrt(m2st1)*sqrt(m2st2));
#undef GETPAR
// Read the "scale" entry, since we need to add this info to the block
// top rows.
double scale;
bool found(true);
retrieve_and_add_to_SLHAea(out, found, spec_type, "scale(Q)", SLHAcombo("", "TEMP", 0), all_dataset_labels, rank, pointID);
if(not found)
{
// In some older datasets we forgot to add the scale to the output.
// For now we will assume the spectrum was output by FlexibleSUSY, in which case
// the running parameters will be defined at the SUSY scale (geometric mean of
// DRbar stop masses). TODO: Set this behaviour with an option, maybe? Not sure how though.
// Proper calculation of DRbar stop masses, from https://arxiv.org/pdf/0904.2169.pdf Eq. 29 (with non-MSSM bits removed)
// We assume that there is no flavour/family mixing, which is true for all our scans so far.
// TODO: Make sure that scale is output if we do have this mixing in the future!
// Retrieve extra needed values first
scale = MSUSY;
}
else
{
scale = SLHAea_get(out,"TEMP",0);
}
// Add blocks that require scale info
SLHAea_add_block(out, "GAUGE", scale);
SLHAea_add_block(out, "YU", scale);
SLHAea_add_block(out, "YD", scale);
SLHAea_add_block(out, "YE", scale);
SLHAea_add_block(out, "TU", scale);
SLHAea_add_block(out, "TD", scale);
SLHAea_add_block(out, "TE", scale);
SLHAea_add_block(out, "HMIX", scale);
SLHAea_add_block(out, "MSQ2", scale);
SLHAea_add_block(out, "MSL2", scale);
SLHAea_add_block(out, "MSD2", scale);
SLHAea_add_block(out, "MSU2", scale);
SLHAea_add_block(out, "MSE2", scale);
SLHAea_add_block(out, "MSOFT", scale);
// Automatically extract and add the rest of the entries
for(auto it=labels_to_SLHA.begin(); it!=labels_to_SLHA.end(); ++it)
{
bool found(true);
bool tmp_is_valid = retrieve_and_add_to_SLHAea(out, found, spec_type, it->first, it->second, all_dataset_labels, rank, pointID);
if(not found)
{
std::ostringstream err;
err << "Error! HDF5Reader encountered an error while attempting to read a spectrum of type '"<<spec_type<<"' from the HDF5 file:group "<<file<<":"<<group<<"' (while calling 'retrieve'). A required dataset could not be found ("<<it->first<<")";
printer_error().raise(LOCAL_INFO,err.str());
}
else if(not tmp_is_valid)
{
// No need to read any more if some required spectrum entries are invalid. Whole spectrum is invalid.
is_valid = false;
break;
}
}
// Need to manually fix up a few entries where we didn't store the spectrum info directly
// in SLHA format.
if(is_valid)
{
SLHAea_add(out, "HMIX", 2, tb, "tan beta (Q)");
SLHAea_add(out, "HMIX", 3, vev, "Higgs vev (Q)");
SLHAea_add(out, "HMIX", 4, mA2, "m_A^2 = BMu/(cb*sb) (Q)");
// Normalisation of g1
SLHAea_add(out, "GAUGE", 1, gprime, "g' (Q)", true);
// Add off-diagonal Yukawa terms (all zero due to SLHA conventions, but
// we require them internally due to automated handling of matrices
// We do this here rather than read the zeros from the output in case we
// don't bother to output them in the future.
std::vector<std::string> blocks = {"Yu","Yd","Ye"};
for(auto it=blocks.begin(); it!=blocks.end(); ++it)
{
for(int i=1; i<=3; i++){ for(int j=1; j<=3; j++) {
std::stringstream label;
label<<(*it)<<"_("<<i<<","<<j<<")";
if(i!=j) SLHAea_add(out, (*it), i, j, 0, label.str());
}}
}
}
return is_valid;
}
bool HDF5Reader::_retrieve(std::vector<double>& /*out*/, const std::string& /*label*/, const uint /*rank*/, const ulong /*pointID*/)
{ printer_error().raise(LOCAL_INFO,"NOT YET IMPLEMENTED"); return false; }
bool HDF5Reader::_retrieve(map_str_dbl& /*out*/, const std::string& /*label*/, const uint /*rank*/, const ulong /*pointID*/)
{ printer_error().raise(LOCAL_INFO,"NOT YET IMPLEMENTED"); return false; }
bool HDF5Reader::_retrieve(map_str_str& /*out*/, const std::string& /*label*/, const uint /*rank*/, const ulong /*pointID*/)
{ printer_error().raise(LOCAL_INFO,"NOT YET IMPLEMENTED"); return false; }
bool HDF5Reader::_retrieve(map_const_str_dbl& /*out*/, const std::string& /*label*/, const uint /*rank*/, const ulong /*pointID*/)
{ printer_error().raise(LOCAL_INFO,"NOT YET IMPLEMENTED"); return false; }
bool HDF5Reader::_retrieve(map_str_map_str_dbl& /*out*/, const std::string& /*label*/, const uint /*rank*/, const ulong /*pointID*/)
{ printer_error().raise(LOCAL_INFO,"NOT YET IMPLEMENTED"); return false; }
bool HDF5Reader::_retrieve(map_const_str_map_const_str_dbl& /*out*/, const std::string& /*label*/, const uint /*rank*/, const ulong /*pointID*/)
{ printer_error().raise(LOCAL_INFO,"NOT YET IMPLEMENTED"); return false; }
bool HDF5Reader::_retrieve(triplet<double>& /*out*/, const std::string& /*label*/, const uint /*rank*/, const ulong /*pointID*/)
{ printer_error().raise(LOCAL_INFO,"NOT YET IMPLEMENTED"); return false; }
bool HDF5Reader::_retrieve(map_intpair_dbl& /*out*/, const std::string& /*label*/, const uint /*rank*/, const ulong /*pointID*/)
{ printer_error().raise(LOCAL_INFO,"NOT YET IMPLEMENTED"); return false; }
bool HDF5Reader::_retrieve(flav_prediction& /*out*/, const std::string& /*label*/, const uint /*rank*/, const ulong /*pointID*/)
{ printer_error().raise(LOCAL_INFO,"NOT YET IMPLEMENTED"); return false; }
#ifndef SCANNER_STANDALONE // All the types inside HDF5_BACKEND_TYPES need to go inside this def guard.
bool HDF5Reader::_retrieve(DM_nucleon_couplings& /*out*/, const std::string& /*label*/, const uint /*rank*/, const ulong /*pointID*/)
{ printer_error().raise(LOCAL_INFO,"NOT YET IMPLEMENTED"); return false; }
bool HDF5Reader::_retrieve(BBN_container& /*out*/, const std::string& /*label*/, const uint /*rank*/, const ulong /*pointID*/)
{ printer_error().raise(LOCAL_INFO,"NOT YET IMPLEMENTED"); return false; }
#endif
/// Helper function to parse a capability name to a dataset name
void HDF5Reader::parse_capability_label(const std::string& capability_label, std::string& dataset_label)
{
// Set the dataset label to default to the given label
dataset_label = capability_label;
// Do the rest only if the label does not have the form of a dataset name
if(capability_label[0] == '#')
return ;
std::stringstream ss;
ss << "#" << capability_label;
for(auto dataset : all_datasets)
{
// Find the capability name from the dataset and compare
std::string cap = Utils::delimiterSplit(dataset," ")[0];
if(ss.str() == cap)
dataset_label = dataset;
}
}
/// @}
}
}
Updated on 2023-06-26 at 21:36:54 +0000