file src/getxsec.cpp
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Namespaces
| Name |
|---|
| Gambit TODO: see if we can use this one: |
| Gambit::ColliderBit |
Defines
| Name | |
|---|---|
| DEBUG_PREFIX |
Detailed Description
Author:
- Pat Scott (p.scott@imperial.ac.uk)
- Anders Kvellestad (a.kvellestad@imperial.ac.uk)
Date:
- 2019 Feb, May
- 2019 Sep, Oct, Nov
Module functions for computing cross-sections
Authors (add name and date if you modify):
Macros Documentation
define DEBUG_PREFIX
#define DEBUG_PREFIX "DEBUG: OMP thread " << omp_get_thread_num() << ": " << __FILE__ << ":" << __LINE__ << ": "
Source code
// GAMBIT: Global and Modular BSM Inference Tool
// *********************************************
/// \file
///
/// Module functions for computing cross-sections
///
/// *********************************************
///
/// Authors (add name and date if you modify):
///
/// \author Pat Scott
/// (p.scott@imperial.ac.uk)
/// \date 2019 Feb, May
///
/// \author Anders Kvellestad
/// (a.kvellestad@imperial.ac.uk)
/// \date 2019 Sep, Oct, Nov
///
/// *********************************************
#include "gambit/ColliderBit/ColliderBit_eventloop.hpp"
#include "gambit/ColliderBit/complete_process_PID_pair_multimaps.hpp"
// #define COLLIDERBIT_DEBUG
#define DEBUG_PREFIX "DEBUG: OMP thread " << omp_get_thread_num() << ": " << __FILE__ << ":" << __LINE__ << ": "
namespace Gambit
{
namespace ColliderBit
{
// ======= Utility functions =======
/// Helper function that takes a cross-section value in fb or pb,
/// along with an absolute or relative uncertainty, and returns the
/// xsec and absolute uncertainty in fb.
std::pair<double,double> convert_xsecs_to_fb(double input_xsec, double input_xsec_uncert, str input_unit, bool input_fractional_uncert)
{
double xsec_fb;
double xsec_uncert_fb;
if (input_unit == "fb" && !input_fractional_uncert)
{
xsec_fb = input_xsec;
xsec_uncert_fb = input_xsec_uncert;
}
else if (input_unit == "fb" && input_fractional_uncert)
{
xsec_fb = input_xsec;
xsec_uncert_fb = input_xsec_uncert * xsec_fb;
}
else if (input_unit == "pb" && !input_fractional_uncert)
{
xsec_fb = input_xsec * 1000.;
xsec_uncert_fb = input_xsec_uncert * 1000.;
}
else if (input_unit == "pb" && input_fractional_uncert)
{
xsec_fb = input_xsec * 1000.;
xsec_uncert_fb = input_xsec_uncert * xsec_fb;
}
else
{
ColliderBit_error().raise(LOCAL_INFO, "Unknown combination of options for function convert_xsecs_to_fb.");
}
return std::make_pair(xsec_fb, xsec_uncert_fb);
}
// ======= Module functions =======
#ifdef HAVE_PYBIND11
/// Get a cross-section from the simple xs backend
void getPIDPairCrossSectionsMap_simplexs(map_PID_pair_PID_pair_xsec& result)
{
using namespace Pipes::getPIDPairCrossSectionsMap_simplexs;
thread_local bool first = true;
// We will fill this dictionary with options from the yaml file
thread_local pybind11::dict simplexs_init_pars;
if(*Loop::iteration == COLLIDER_INIT)
{
result.clear();
// Only read the YAML options the first time this is run
if (first)
{
const Options yaml_options = *runOptions;
// Retrieve all the names of all entries in the yaml options node.
std::vector<str> vec = yaml_options.getNames();
// Step though the entry names, and accept only those
// with a "use_for_PID_pairs" sub-entry as new data table entries.
for (str& name : vec)
{
YAML::Node node = yaml_options.getNode(name);
if (not node.IsScalar() and node["use_for_PID_pairs"])
{
// Now create a sub-dictionary with all the info for this particular data table
pybind11::dict data_table_options;
Options data_table_yaml_options(yaml_options.getValue<YAML::Node>(name));
data_table_options["energy_TeV"] = data_table_yaml_options.getValue<int>("energy_TeV");
data_table_options["degeneracy_factor"] = data_table_yaml_options.getValue<double>("degeneracy_factor");
// Construct a semicolon-separated string of PID pairs, which will e.g. look like this:
// "1000022_1000022;1000022_1000023;-1000024_1000022;1000024_1000022;"
std::vector<str> PID_pair_str_vec = data_table_yaml_options.getValue< std::vector<str> >("use_for_PID_pairs");
std::string all_PID_pairs_str;
for (const str& ppstr : PID_pair_str_vec)
{
all_PID_pairs_str += ppstr;
all_PID_pairs_str += ";";
}
data_table_options["use_for_PID_pairs"] = all_PID_pairs_str;
simplexs_init_pars[name.c_str()] = data_table_options;
}
}
// Never run this block of code again
first = false;
}
// Call init function
BEreq::simplexs_init(simplexs_init_pars);
}
if(*Loop::iteration == XSEC_CALCULATION)
{
// Create dict to hold all the masses
pybind11::dict masses_GeV;
// Get the SLHA1 spectrum
const SLHAstruct& slha_spec = *Dep::SLHA1Spectrum;
// Iterate through the SLHA MASS block and fill the masses_GeV dict
const SLHAea::Block& mass_block = slha_spec.at("MASS");
for (const SLHAea::Line& line : mass_block)
{
if (!line.is_data_line()) continue;
// Here we take the absolute values of the SLHA mass entries.
// This is because the EWino masses can appear with negative sign,
// due to the SLHA convention for storing information about
// phases from the EWino mass matrices. We won't need that info
// for the simplified cross-sections in simple_xs.
str pid = line.at(0);
double mass = abs(SLHAea::to<double>(line.at(1)));
// Store PID code and mass value in the masses_GeV dict
masses_GeV[pid.c_str()] = mass;
}
// Create dict to pass parameters and flags to the backend
pybind11::dict simplexs_pars;
// Then set the neceassary parameters and spectrum info:
// @todo We will eventually get the collider energy from the future ColliderOptions cabability
double comenergy = 13.0;
simplexs_pars["energy_TeV"] = comenergy;
// Now get the cross-sections for all the requested PID pairs. Save the results
// in the result map (type map<PID_pair,PID_pair_xsec_container>)
for (const PID_pair& pid_pair : *Dep::ActivePIDPairs)
{
// Create PID_pair_xsec_container instance
// and set the PIDs
PID_pair_xsec_container pp_xs;
pp_xs.set_pid_pair(pid_pair);
// Get the PIDs as an iipair (= std::pair<int,int>)
iipair proc = pid_pair.PIDs();
// Get dictionary with cross-section results from backend
simplexs_pars["proc"] = proc;
pybind11::dict xs_pb_dict = BEreq::simplexs_get_xsection(simplexs_pars, masses_GeV);
double xs_pb = xs_pb_dict["central"].cast<double>();
double xs_symm_err_pb = std::max(xs_pb_dict["tot_err_down"].cast<double>(), xs_pb_dict["tot_err_up"].cast<double>());
// Update the PID_pair_xsec_container instance
pp_xs.set_xsec(xs_pb, xs_symm_err_pb);
pp_xs.set_info_string("simplexs_NLO");
// Add it to the result map
result[pid_pair] = pp_xs;
}
} // end iteration
}
#endif
#ifdef HAVE_PYBIND11
/// WORK IN PROGRESS
/// Get a cross-section from the xsecBE backend
void getPIDPairCrossSectionsMap_xsecBE(map_PID_pair_PID_pair_xsec& result)
{
using namespace Pipes::getPIDPairCrossSectionsMap_xsecBE;
if(*Loop::iteration == COLLIDER_INIT)
{
result.clear();
}
if(*Loop::iteration == XSEC_CALCULATION)
{
// Create dicts to pass parameters and flags to the backend
PyDict xsecBE_pars;
// PyDict xsecBE_flags;
// // First set the flags
// xsecBE_flags["alphas_err"] = true;
// xsecBE_flags["scale_err"] = true;
// xsecBE_flags["pdf_err"] = true;
// xsecBE_flags["regression_err"] = true;
// BEreq::xsecBE_set_flags(xsecBE_flags);
// Then set the neceassary parameters and spectrum info:
// - Energy
// @todo This can't be hard-coded... Need to match it to collider energy!
xsecBE_pars["energy"] = 13000;
BEreq::xsecBE_set_parameters(xsecBE_pars);
// - Import the SLHA1 spectrum
const SLHAstruct& slha_spec = *Dep::SLHA1Spectrum;
str slha_string = slha_spec.str();
BEreq::xsecBE_import_slha_string(slha_string);
// Now get the cross-sections for all the requested PID pairs. Save the results
// in the result map (type map<PID_pair,PID_pair_xsec_container>)
for (const PID_pair& pid_pair : *Dep::ActivePIDPairs)
{
// Create PID_pair_xsec_container instance
// and set the PIDs
PID_pair_xsec_container pp_xs;
pp_xs.set_pid_pair(pid_pair);
// Get the PIDs as an iipair (= std::pair<int,int>)
iipair proc = pid_pair.PIDs();
// Get dictionary with cross-section results from backend
PyDict xs_fb_dict = BEreq::xsecBE_get_xsection(proc);
// The xsec_container classes don't have asymmetric errors yet,
// so let's take the max error for now
double xs_fb = xs_fb_dict["central"].cast<double>();
double xs_symm_err_fb = std::max(xs_fb_dict["tot_err_down"].cast<double>(), xs_fb_dict["tot_err_up"].cast<double>());
// double xs_fb = xs_fb_dict["central"];
// double xs_symm_err_fb = std::max(xs_fb_dict["tot_err_down"], xs_fb_dict["tot_err_up"]);
// Update the PID_pair_xsec_container instance
pp_xs.set_xsec(xs_fb, xs_symm_err_fb);
pp_xs.set_info_string("xsecBE_NLO");
// Add it to the result map
result[pid_pair] = pp_xs;
}
} // end iteration
}
#endif
#ifdef HAVE_PYBIND11
/// WORK IN PROGRESS
/// Get a cross-section from the salami backend (using Prospino for LO)
void getPIDPairCrossSectionsMap_salami(map_PID_pair_PID_pair_xsec& result)
{
using namespace Pipes::getPIDPairCrossSectionsMap_salami;
// Read options from yaml file
const static double fixed_xs_rel_err = runOptions->getValueOrDef<double>(-1.0, "fixed_relative_cross_section_uncertainty");
// Collider energy
// @todo Need to get this from the collider options
double energy = 13000.;
if(*Loop::iteration == COLLIDER_INIT)
{
result.clear();
}
if(*Loop::iteration == XSEC_CALCULATION)
{
// Get a copy of the SLHA1 spectrum that we can modify
SLHAstruct slha(*Dep::SLHA1Spectrum);
// Contstruct EXTPAR block from the GAMBIT model parameters
// @todo Put this in a separate utils function 'contruct_extpar_block'.
SLHAea_add_block(slha, "EXTPAR");
slha["EXTPAR"][""] << 0 << *Param.at("Qin") << "# scale Q where the parameters below are defined";
slha["EXTPAR"][""] << 1 << *Param.at("M1") << "# M_1";
slha["EXTPAR"][""] << 2 << *Param.at("M2") << "# M_2";
slha["EXTPAR"][""] << 3 << *Param.at("M3") << "# M_3";
slha["EXTPAR"][""] << 11 << *Param.at("Au_33") << "# A_t";
slha["EXTPAR"][""] << 12 << *Param.at("Ad_33") << "# A_b";
slha["EXTPAR"][""] << 13 << *Param.at("Ae_33") << "# A_l";
if(Param.find("mu") != Param.end() && Param.find("mA") != Param.end())
{
slha["EXTPAR"][""] << 23 << *Param.at("mu") << "# mu";
slha["EXTPAR"][""] << 24 << pow(*Param.at("mA"),2) << "# m_A^2";
}
else if(Param.find("mHd2") != Param.end() && Param.find("mHd2") != Param.end())
{
slha["EXTPAR"][""] << 21 << *Param.at("mHd2") << "# m_Hd^2";
slha["EXTPAR"][""] << 22 << *Param.at("mHu2") << "# m_Hu^2";
}
else
{
ColliderBit_error().raise(LOCAL_INFO, "Got an unknown combination of Higgs sector parameters when trying to fill an SLHA EXTPAR block.");
}
slha["EXTPAR"][""] << 31 << sqrt(*Param.at("ml2_11")) << "# M_(L,11)";
slha["EXTPAR"][""] << 32 << sqrt(*Param.at("ml2_22")) << "# M_(L,22)";
slha["EXTPAR"][""] << 33 << sqrt(*Param.at("ml2_33")) << "# M_(L,33)";
slha["EXTPAR"][""] << 34 << sqrt(*Param.at("me2_11")) << "# M_(E,11)";
slha["EXTPAR"][""] << 35 << sqrt(*Param.at("me2_22")) << "# M_(E,22)";
slha["EXTPAR"][""] << 36 << sqrt(*Param.at("me2_33")) << "# M_(E,33)";
slha["EXTPAR"][""] << 41 << sqrt(*Param.at("mq2_11")) << "# M_(Q,11)";
slha["EXTPAR"][""] << 42 << sqrt(*Param.at("mq2_22")) << "# M_(Q,22)";
slha["EXTPAR"][""] << 43 << sqrt(*Param.at("mq2_33")) << "# M_(Q,33)";
slha["EXTPAR"][""] << 44 << sqrt(*Param.at("mu2_11")) << "# M_(U,11)";
slha["EXTPAR"][""] << 45 << sqrt(*Param.at("mu2_22")) << "# M_(U,22)";
slha["EXTPAR"][""] << 46 << sqrt(*Param.at("mu2_33")) << "# M_(U,33)";
slha["EXTPAR"][""] << 47 << sqrt(*Param.at("md2_11")) << "# M_(D,11)";
slha["EXTPAR"][""] << 48 << sqrt(*Param.at("md2_22")) << "# M_(D,22)";
slha["EXTPAR"][""] << 49 << sqrt(*Param.at("md2_33")) << "# M_(D,33)";
// Create a SLHA string
str slha_string = slha.str();
//
// Init Prospino
//
// We only want the LO cross-section from Prospino
const static int inlo = 0;
const static int isq_ng_in = 1; // specify degenerate [0] or free [1] squark masses
const static int icoll_in = 1; // collider : tevatron[0], lhc[1]
const static double energy_in = energy; // collider energy in GeV
const static int i_error_in = 0; // with central scale [0] or scale variation [1]
const static bool set_missing_cross_sections_to_zero = runOptions->getValueOrDef<bool>(false, "set_missing_cross_sections_to_zero");
// Pass SLHA1 input to prospino
BEreq::prospino_read_slha1_input(slha);
// Loop over each PID_pair in ActivePIDPairs
// and calculate LO cross-sections
std::map<PID_pair, PID_pair_xsec_container> pp_LOxs_map;
for (const PID_pair& pid_pair : *Dep::ActivePIDPairs)
{
// Create PID_pair_xsec_container instance and set the PIDs
PID_pair_xsec_container pp_LOxs;
pp_LOxs.set_pid_pair(pid_pair);
// Call Prospino and get the result in a map<string,double>.
map_str_dbl prospino_output = BEreq::prospino_run_alloptions(pid_pair, inlo, isq_ng_in, icoll_in, energy_in, i_error_in, set_missing_cross_sections_to_zero);
// Get the trust_level
int prospino_trust_level = static_cast<int>(prospino_output.at("trust_level"));
// Update the PID_pair_xsec_container instance with the Prospino result
double LOxs_fb = prospino_output.at("LO_ms[pb]") * 1000.;
double LOxs_rel_err = prospino_output.at("LO_rel_error");
pp_LOxs.set_info_string("prospino_LO");
double LOxs_err_fb = LOxs_fb * LOxs_rel_err;
pp_LOxs.set_xsec(LOxs_fb, LOxs_err_fb);
pp_LOxs.set_trust_level(prospino_trust_level);
// Put the LO cross-section in the map
pp_LOxs_map[pid_pair] = pp_LOxs;
}
// Pass a dictionary with parameters/settings (if any) to the backend
PyDict salami_pars;
// (fill salami_pars here...)
BEreq::salami_set_parameters(salami_pars);
// Import the SLHA1 spectrum
BEreq::salami_import_slha_string(slha_string);
// Now get the cross-sections for all the requested PID pairs. Save the results
// in the result map (type map<PID_pair,PID_pair_xsec_container>)
for (const PID_pair& pid_pair : *Dep::ActivePIDPairs)
{
// Create PID_pair_xsec_container instance
// and set the PIDs
PID_pair_xsec_container pp_xs;
pp_xs.set_pid_pair(pid_pair);
// Get the PIDs as an iipair (= std::pair<int,int>)
iipair proc = pid_pair.PIDs();
// Get LO cross-section value from map
double LOxs_fb = pp_LOxs_map.at(pid_pair).xsec();
// Get the trust_level to the level of the pp_LOxs
int LOxs_trust_level = pp_LOxs_map.at(pid_pair).trust_level();
// Get dictionary with cross-section results from backend
PyDict xs_fb_dict = BEreq::salami_get_xsection(proc, energy, LOxs_fb);
// The xsec_container classes don't have asymmetric errors yet,
// so let's take the max error for now
double xs_fb = xs_fb_dict["central"].cast<double>();
double xs_err_fb = std::max(xs_fb_dict["tot_err_down"].cast<double>(), xs_fb_dict["tot_err_up"].cast<double>());
// Get the trust_level reported by the salami backend
int xs_trust_level = xs_fb_dict["trust_level"].cast<int>();
// Should we rather use the fixed uncertainty from the YAML file?
if(fixed_xs_rel_err >= 0.0)
{
xs_err_fb = xs_fb * fixed_xs_rel_err;
}
// Update the PID_pair_xsec_container instance
pp_xs.set_xsec(xs_fb, xs_err_fb);
pp_xs.set_info_string("salami_NLO");
// Set the trust_level
pp_xs.set_trust_level(std::min(LOxs_trust_level, xs_trust_level));
// Add it to the result map
result[pid_pair] = pp_xs;
}
} // end iteration
}
#endif
/// Get a cross-section from Prospino
/// WORK IN PROGRESS
void getPIDPairCrossSectionsMap_prospino(map_PID_pair_PID_pair_xsec& result)
{
using namespace Pipes::getPIDPairCrossSectionsMap_prospino;
// Read options from yaml file
const static double fixed_xs_rel_err = runOptions->getValueOrDef<double>(-1.0, "fixed_relative_cross_section_uncertainty");
const static int inlo = runOptions->getValueOrDef<int>(1, "inlo");
if(*Loop::iteration == COLLIDER_INIT)
{
result.clear();
}
if(*Loop::iteration == XSEC_CALCULATION)
{
// Get a copy of the SLHA1 spectrum that we can modify
SLHAstruct slha(*Dep::SLHA1Spectrum);
// Contstruct EXTPAR block from the GAMBIT model parameters
SLHAea_add_block(slha, "EXTPAR");
slha["EXTPAR"][""] << 0 << *Param.at("Qin") << "# scale Q where the parameters below are defined";
slha["EXTPAR"][""] << 1 << *Param.at("M1") << "# M_1";
slha["EXTPAR"][""] << 2 << *Param.at("M2") << "# M_2";
slha["EXTPAR"][""] << 3 << *Param.at("M3") << "# M_3";
slha["EXTPAR"][""] << 11 << *Param.at("Au_33") << "# A_t";
slha["EXTPAR"][""] << 12 << *Param.at("Ad_33") << "# A_b";
slha["EXTPAR"][""] << 13 << *Param.at("Ae_33") << "# A_l";
if(Param.find("mu") != Param.end() && Param.find("mA") != Param.end())
{
slha["EXTPAR"][""] << 23 << *Param.at("mu") << "# mu";
slha["EXTPAR"][""] << 24 << pow(*Param.at("mA"),2) << "# m_A^2";
}
else if(Param.find("mHd2") != Param.end() && Param.find("mHd2") != Param.end())
{
slha["EXTPAR"][""] << 21 << *Param.at("mHd2") << "# m_Hd^2";
slha["EXTPAR"][""] << 22 << *Param.at("mHu2") << "# m_Hu^2";
}
else
{
ColliderBit_error().raise(LOCAL_INFO, "Got an unknown combination of Higgs sector parameters when trying to fill an SLHA EXTPAR block.");
}
slha["EXTPAR"][""] << 31 << sqrt(*Param.at("ml2_11")) << "# M_(L,11)";
slha["EXTPAR"][""] << 32 << sqrt(*Param.at("ml2_22")) << "# M_(L,22)";
slha["EXTPAR"][""] << 33 << sqrt(*Param.at("ml2_33")) << "# M_(L,33)";
slha["EXTPAR"][""] << 34 << sqrt(*Param.at("me2_11")) << "# M_(E,11)";
slha["EXTPAR"][""] << 35 << sqrt(*Param.at("me2_22")) << "# M_(E,22)";
slha["EXTPAR"][""] << 36 << sqrt(*Param.at("me2_33")) << "# M_(E,33)";
slha["EXTPAR"][""] << 41 << sqrt(*Param.at("mq2_11")) << "# M_(Q,11)";
slha["EXTPAR"][""] << 42 << sqrt(*Param.at("mq2_22")) << "# M_(Q,22)";
slha["EXTPAR"][""] << 43 << sqrt(*Param.at("mq2_33")) << "# M_(Q,33)";
slha["EXTPAR"][""] << 44 << sqrt(*Param.at("mu2_11")) << "# M_(U,11)";
slha["EXTPAR"][""] << 45 << sqrt(*Param.at("mu2_22")) << "# M_(U,22)";
slha["EXTPAR"][""] << 46 << sqrt(*Param.at("mu2_33")) << "# M_(U,33)";
slha["EXTPAR"][""] << 47 << sqrt(*Param.at("md2_11")) << "# M_(D,11)";
slha["EXTPAR"][""] << 48 << sqrt(*Param.at("md2_22")) << "# M_(D,22)";
slha["EXTPAR"][""] << 49 << sqrt(*Param.at("md2_33")) << "# M_(D,33)";
// Pass SLHA1 input to prospino
BEreq::prospino_read_slha1_input(slha);
// Loop over each PID_pair in ActivePIDPairs
for (const PID_pair& pid_pair : *Dep::ActivePIDPairs)
{
// Create PID_pair_xsec_container instance and set the PIDs
PID_pair_xsec_container pp_xs;
pp_xs.set_pid_pair(pid_pair);
// Call Prospino and get the result in a map<string,double>
map_str_dbl prospino_output = BEreq::prospino_run(pid_pair, *runOptions);
// Get the trust_level
int prospino_trust_level = static_cast<int>(prospino_output.at("trust_level"));
// Update the PID_pair_xsec_container instance with the Prospino result
double xs_fb;
double xs_rel_err;
if(inlo == 0)
{
xs_fb = prospino_output.at("LO_ms[pb]") * 1000.;
xs_rel_err = prospino_output.at("LO_rel_error");
pp_xs.set_info_string("prospino_LO");
}
else
{
xs_fb = prospino_output.at("NLO_ms[pb]") * 1000.;
xs_rel_err = prospino_output.at("NLO_rel_error");
pp_xs.set_info_string("prospino_NLO");
}
// Should we rather use the fixed uncertainty from the YAML file?
if(fixed_xs_rel_err >= 0.0) { xs_rel_err = fixed_xs_rel_err; }
double xs_err_fb = xs_fb * xs_rel_err;
pp_xs.set_xsec(xs_fb, xs_err_fb);
pp_xs.set_trust_level(prospino_trust_level);
// Add the PID_pair_xsec_container instance to the result map
result[pid_pair] = pp_xs;
}
}
} // end getPIDPairCrossSectionsMap_prospino
/// Test functions for provding PIDPairCrossSectionsMap (cross-sections in fb)
PID_pair_xsec_container silly_pid_xsec_constructor(PID_pair pid_pair, double xsec_val)
{
PID_pair_xsec_container result;
result.reset();
result.set_pid_pair(pid_pair);
result.set_xsec(xsec_val, xsec_val * 0.01);
return result;
}
void getPIDPairCrossSectionsMap_testing(map_PID_pair_PID_pair_xsec& result)
{
using namespace Pipes::getPIDPairCrossSectionsMap_testing;
static bool first = true;
static map_PID_pair_PID_pair_xsec all_my_pid_pair_xsecs;
if (first)
{
all_my_pid_pair_xsecs[PID_pair(1000021,1000021)] = silly_pid_xsec_constructor( PID_pair(1000021,1000021), 5.39328e+01);
all_my_pid_pair_xsecs[PID_pair(1000001,1000021)] = silly_pid_xsec_constructor( PID_pair(1000001,1000021), 2.37137e+01);
all_my_pid_pair_xsecs[PID_pair(-1000001,1000021)] = silly_pid_xsec_constructor( PID_pair(-1000001,1000021), 2.37137e+01);
all_my_pid_pair_xsecs[PID_pair(1000002,1000021)] = silly_pid_xsec_constructor( PID_pair(1000002,1000021), 6.28372e+01);
all_my_pid_pair_xsecs[PID_pair(-1000002,1000021)] = silly_pid_xsec_constructor( PID_pair(-1000002,1000021), 6.28372e+01);
all_my_pid_pair_xsecs[PID_pair(1000003,1000021)] = silly_pid_xsec_constructor( PID_pair(1000003,1000021), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000003,1000021)] = silly_pid_xsec_constructor( PID_pair(-1000003,1000021), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000004,1000021)] = silly_pid_xsec_constructor( PID_pair(1000004,1000021), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000004,1000021)] = silly_pid_xsec_constructor( PID_pair(-1000004,1000021), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000005,1000021)] = silly_pid_xsec_constructor( PID_pair(1000005,1000021), 7.47639e-01);
all_my_pid_pair_xsecs[PID_pair(-1000005,1000021)] = silly_pid_xsec_constructor( PID_pair(-1000005,1000021), 7.47639e-01);
all_my_pid_pair_xsecs[PID_pair(1000021,2000001)] = silly_pid_xsec_constructor( PID_pair(1000021,2000001), 2.72593e+01);
all_my_pid_pair_xsecs[PID_pair(-2000001,1000021)] = silly_pid_xsec_constructor( PID_pair(-2000001,1000021), 2.72593e+01);
all_my_pid_pair_xsecs[PID_pair(1000021,2000002)] = silly_pid_xsec_constructor( PID_pair(1000021,2000002), 7.01002e+01);
all_my_pid_pair_xsecs[PID_pair(-2000002,1000021)] = silly_pid_xsec_constructor( PID_pair(-2000002,1000021), 7.01002e+01);
all_my_pid_pair_xsecs[PID_pair(1000021,2000003)] = silly_pid_xsec_constructor( PID_pair(1000021,2000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000003,1000021)] = silly_pid_xsec_constructor( PID_pair(-2000003,1000021), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000021,2000004)] = silly_pid_xsec_constructor( PID_pair(1000021,2000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000004,1000021)] = silly_pid_xsec_constructor( PID_pair(-2000004,1000021), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000021,2000005)] = silly_pid_xsec_constructor( PID_pair(1000021,2000005), 6.99128e-01);
all_my_pid_pair_xsecs[PID_pair(-2000005,1000021)] = silly_pid_xsec_constructor( PID_pair(-2000005,1000021), 6.99128e-01);
all_my_pid_pair_xsecs[PID_pair(-1000001,1000001)] = silly_pid_xsec_constructor( PID_pair(-1000001,1000001), 3.87896e+00);
all_my_pid_pair_xsecs[PID_pair(-1000002,1000002)] = silly_pid_xsec_constructor( PID_pair(-1000002,1000002), 4.56614e+00);
all_my_pid_pair_xsecs[PID_pair(-1000003,1000003)] = silly_pid_xsec_constructor( PID_pair(-1000003,1000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000004,1000004)] = silly_pid_xsec_constructor( PID_pair(-1000004,1000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000005,1000005)] = silly_pid_xsec_constructor( PID_pair(-1000005,1000005), 5.37644e+00);
all_my_pid_pair_xsecs[PID_pair(-1000006,1000006)] = silly_pid_xsec_constructor( PID_pair(-1000006,1000006), 2.06296e+01);
all_my_pid_pair_xsecs[PID_pair(-2000001,2000001)] = silly_pid_xsec_constructor( PID_pair(-2000001,2000001), 5.43262e+00);
all_my_pid_pair_xsecs[PID_pair(-2000002,2000002)] = silly_pid_xsec_constructor( PID_pair(-2000002,2000002), 6.00883e+00);
all_my_pid_pair_xsecs[PID_pair(-2000003,2000003)] = silly_pid_xsec_constructor( PID_pair(-2000003,2000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000004,2000004)] = silly_pid_xsec_constructor( PID_pair(-2000004,2000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000005,2000005)] = silly_pid_xsec_constructor( PID_pair(-2000005,2000005), 4.11417e+00);
all_my_pid_pair_xsecs[PID_pair(-2000006,2000006)] = silly_pid_xsec_constructor( PID_pair(-2000006,2000006), 4.07898e+00);
all_my_pid_pair_xsecs[PID_pair(-1000003,1000001)] = silly_pid_xsec_constructor( PID_pair(-1000003,1000001), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000001,1000003)] = silly_pid_xsec_constructor( PID_pair(-1000001,1000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000005,1000001)] = silly_pid_xsec_constructor( PID_pair(-1000005,1000001), 1.03708e-01);
all_my_pid_pair_xsecs[PID_pair(-1000001,1000005)] = silly_pid_xsec_constructor( PID_pair(-1000001,1000005), 1.03708e-01);
all_my_pid_pair_xsecs[PID_pair(-2000001,1000001)] = silly_pid_xsec_constructor( PID_pair(-2000001,1000001), 3.13966e+00);
all_my_pid_pair_xsecs[PID_pair(-1000001,2000001)] = silly_pid_xsec_constructor( PID_pair(-1000001,2000001), 3.13966e+00);
all_my_pid_pair_xsecs[PID_pair(-2000003,1000001)] = silly_pid_xsec_constructor( PID_pair(-2000003,1000001), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000001,2000003)] = silly_pid_xsec_constructor( PID_pair(-1000001,2000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000005,1000001)] = silly_pid_xsec_constructor( PID_pair(-2000005,1000001), 3.91678e-01);
all_my_pid_pair_xsecs[PID_pair(-1000001,2000005)] = silly_pid_xsec_constructor( PID_pair(-1000001,2000005), 3.91678e-01);
all_my_pid_pair_xsecs[PID_pair(-1000004,1000002)] = silly_pid_xsec_constructor( PID_pair(-1000004,1000002), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000002,1000004)] = silly_pid_xsec_constructor( PID_pair(-1000002,1000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000002,1000002)] = silly_pid_xsec_constructor( PID_pair(-2000002,1000002), 5.79460e+00);
all_my_pid_pair_xsecs[PID_pair(-1000002,2000002)] = silly_pid_xsec_constructor( PID_pair(-1000002,2000002), 5.79460e+00);
all_my_pid_pair_xsecs[PID_pair(-2000004,1000002)] = silly_pid_xsec_constructor( PID_pair(-2000004,1000002), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000002,2000004)] = silly_pid_xsec_constructor( PID_pair(-1000002,2000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000001,1000002)] = silly_pid_xsec_constructor( PID_pair(-1000001,1000002), 6.75142e-01);
all_my_pid_pair_xsecs[PID_pair(-1000002,1000001)] = silly_pid_xsec_constructor( PID_pair(-1000002,1000001), 6.75142e-01);
all_my_pid_pair_xsecs[PID_pair(-1000003,1000002)] = silly_pid_xsec_constructor( PID_pair(-1000003,1000002), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000002,1000003)] = silly_pid_xsec_constructor( PID_pair(-1000002,1000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000005,1000002)] = silly_pid_xsec_constructor( PID_pair(-1000005,1000002), 2.79093e-01);
all_my_pid_pair_xsecs[PID_pair(-1000002,1000005)] = silly_pid_xsec_constructor( PID_pair(-1000002,1000005), 2.79093e-01);
all_my_pid_pair_xsecs[PID_pair(-2000001,1000002)] = silly_pid_xsec_constructor( PID_pair(-2000001,1000002), 4.63839e+00);
all_my_pid_pair_xsecs[PID_pair(-1000002,2000001)] = silly_pid_xsec_constructor( PID_pair(-1000002,2000001), 4.63839e+00);
all_my_pid_pair_xsecs[PID_pair(-2000003,1000002)] = silly_pid_xsec_constructor( PID_pair(-2000003,1000002), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000002,2000003)] = silly_pid_xsec_constructor( PID_pair(-1000002,2000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000005,1000002)] = silly_pid_xsec_constructor( PID_pair(-2000005,1000002), 9.02379e-01);
all_my_pid_pair_xsecs[PID_pair(-1000002,2000005)] = silly_pid_xsec_constructor( PID_pair(-1000002,2000005), 9.02379e-01);
all_my_pid_pair_xsecs[PID_pair(-1000005,1000003)] = silly_pid_xsec_constructor( PID_pair(-1000005,1000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000003,1000005)] = silly_pid_xsec_constructor( PID_pair(-1000003,1000005), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000001,1000003)] = silly_pid_xsec_constructor( PID_pair(-2000001,1000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000003,2000001)] = silly_pid_xsec_constructor( PID_pair(-1000003,2000001), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000003,1000003)] = silly_pid_xsec_constructor( PID_pair(-2000003,1000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000003,2000003)] = silly_pid_xsec_constructor( PID_pair(-1000003,2000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000005,1000003)] = silly_pid_xsec_constructor( PID_pair(-2000005,1000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000003,2000005)] = silly_pid_xsec_constructor( PID_pair(-1000003,2000005), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000002,1000004)] = silly_pid_xsec_constructor( PID_pair(-2000002,1000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000004,2000002)] = silly_pid_xsec_constructor( PID_pair(-1000004,2000002), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000004,1000004)] = silly_pid_xsec_constructor( PID_pair(-2000004,1000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000004,2000004)] = silly_pid_xsec_constructor( PID_pair(-1000004,2000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000001,1000004)] = silly_pid_xsec_constructor( PID_pair(-1000001,1000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000004,1000001)] = silly_pid_xsec_constructor( PID_pair(-1000004,1000001), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000003,1000004)] = silly_pid_xsec_constructor( PID_pair(-1000003,1000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000004,1000003)] = silly_pid_xsec_constructor( PID_pair(-1000004,1000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000005,1000004)] = silly_pid_xsec_constructor( PID_pair(-1000005,1000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000004,1000005)] = silly_pid_xsec_constructor( PID_pair(-1000004,1000005), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000001,1000004)] = silly_pid_xsec_constructor( PID_pair(-2000001,1000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000004,2000001)] = silly_pid_xsec_constructor( PID_pair(-1000004,2000001), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000003,1000004)] = silly_pid_xsec_constructor( PID_pair(-2000003,1000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000004,2000003)] = silly_pid_xsec_constructor( PID_pair(-1000004,2000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000005,1000004)] = silly_pid_xsec_constructor( PID_pair(-2000005,1000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000004,2000005)] = silly_pid_xsec_constructor( PID_pair(-1000004,2000005), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000001,1000005)] = silly_pid_xsec_constructor( PID_pair(-2000001,1000005), 5.00782e-01);
all_my_pid_pair_xsecs[PID_pair(-1000005,2000001)] = silly_pid_xsec_constructor( PID_pair(-1000005,2000001), 5.00782e-01);
all_my_pid_pair_xsecs[PID_pair(-2000003,1000005)] = silly_pid_xsec_constructor( PID_pair(-2000003,1000005), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000005,2000003)] = silly_pid_xsec_constructor( PID_pair(-1000005,2000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000005,1000005)] = silly_pid_xsec_constructor( PID_pair(-2000005,1000005), 8.12020e-03);
all_my_pid_pair_xsecs[PID_pair(-1000005,2000005)] = silly_pid_xsec_constructor( PID_pair(-1000005,2000005), 8.12020e-03);
all_my_pid_pair_xsecs[PID_pair(-2000006,1000006)] = silly_pid_xsec_constructor( PID_pair(-2000006,1000006), 2.87405e-02);
all_my_pid_pair_xsecs[PID_pair(-1000006,2000006)] = silly_pid_xsec_constructor( PID_pair(-1000006,2000006), 2.87405e-02);
all_my_pid_pair_xsecs[PID_pair(-1000001,1000006)] = silly_pid_xsec_constructor( PID_pair(-1000001,1000006), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000006,1000001)] = silly_pid_xsec_constructor( PID_pair(-1000006,1000001), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000003,1000006)] = silly_pid_xsec_constructor( PID_pair(-1000003,1000006), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000006,1000003)] = silly_pid_xsec_constructor( PID_pair(-1000006,1000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000005,1000006)] = silly_pid_xsec_constructor( PID_pair(-1000005,1000006), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000006,1000005)] = silly_pid_xsec_constructor( PID_pair(-1000006,1000005), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000005,1000006)] = silly_pid_xsec_constructor( PID_pair(-2000005,1000006), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000006,2000005)] = silly_pid_xsec_constructor( PID_pair(-1000006,2000005), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000003,2000001)] = silly_pid_xsec_constructor( PID_pair(-2000003,2000001), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000001,2000003)] = silly_pid_xsec_constructor( PID_pair(-2000001,2000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000005,2000001)] = silly_pid_xsec_constructor( PID_pair(-2000005,2000001), 1.17545e-01);
all_my_pid_pair_xsecs[PID_pair(-2000001,2000005)] = silly_pid_xsec_constructor( PID_pair(-2000001,2000005), 1.17545e-01);
all_my_pid_pair_xsecs[PID_pair(-2000004,2000002)] = silly_pid_xsec_constructor( PID_pair(-2000004,2000002), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000002,2000004)] = silly_pid_xsec_constructor( PID_pair(-2000002,2000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000001,2000002)] = silly_pid_xsec_constructor( PID_pair(-1000001,2000002), 4.41063e+00);
all_my_pid_pair_xsecs[PID_pair(-2000002,1000001)] = silly_pid_xsec_constructor( PID_pair(-2000002,1000001), 4.41063e+00);
all_my_pid_pair_xsecs[PID_pair(-1000003,2000002)] = silly_pid_xsec_constructor( PID_pair(-1000003,2000002), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000002,1000003)] = silly_pid_xsec_constructor( PID_pair(-2000002,1000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000005,2000002)] = silly_pid_xsec_constructor( PID_pair(-1000005,2000002), 1.19048e+00);
all_my_pid_pair_xsecs[PID_pair(-2000002,1000005)] = silly_pid_xsec_constructor( PID_pair(-2000002,1000005), 1.19048e+00);
all_my_pid_pair_xsecs[PID_pair(-2000001,2000002)] = silly_pid_xsec_constructor( PID_pair(-2000001,2000002), 1.38722e+00);
all_my_pid_pair_xsecs[PID_pair(-2000002,2000001)] = silly_pid_xsec_constructor( PID_pair(-2000002,2000001), 1.38722e+00);
all_my_pid_pair_xsecs[PID_pair(-2000003,2000002)] = silly_pid_xsec_constructor( PID_pair(-2000003,2000002), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000002,2000003)] = silly_pid_xsec_constructor( PID_pair(-2000002,2000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000005,2000002)] = silly_pid_xsec_constructor( PID_pair(-2000005,2000002), 2.59644e-01);
all_my_pid_pair_xsecs[PID_pair(-2000002,2000005)] = silly_pid_xsec_constructor( PID_pair(-2000002,2000005), 2.59644e-01);
all_my_pid_pair_xsecs[PID_pair(-2000005,2000003)] = silly_pid_xsec_constructor( PID_pair(-2000005,2000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000003,2000005)] = silly_pid_xsec_constructor( PID_pair(-2000003,2000005), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000001,2000004)] = silly_pid_xsec_constructor( PID_pair(-1000001,2000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000004,1000001)] = silly_pid_xsec_constructor( PID_pair(-2000004,1000001), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000003,2000004)] = silly_pid_xsec_constructor( PID_pair(-1000003,2000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000004,1000003)] = silly_pid_xsec_constructor( PID_pair(-2000004,1000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000005,2000004)] = silly_pid_xsec_constructor( PID_pair(-1000005,2000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000004,1000005)] = silly_pid_xsec_constructor( PID_pair(-2000004,1000005), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000001,2000004)] = silly_pid_xsec_constructor( PID_pair(-2000001,2000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000004,2000001)] = silly_pid_xsec_constructor( PID_pair(-2000004,2000001), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000003,2000004)] = silly_pid_xsec_constructor( PID_pair(-2000003,2000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000004,2000003)] = silly_pid_xsec_constructor( PID_pair(-2000004,2000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000005,2000004)] = silly_pid_xsec_constructor( PID_pair(-2000005,2000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000004,2000005)] = silly_pid_xsec_constructor( PID_pair(-2000004,2000005), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000001,2000006)] = silly_pid_xsec_constructor( PID_pair(-1000001,2000006), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000006,1000001)] = silly_pid_xsec_constructor( PID_pair(-2000006,1000001), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000003,2000006)] = silly_pid_xsec_constructor( PID_pair(-1000003,2000006), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000006,1000003)] = silly_pid_xsec_constructor( PID_pair(-2000006,1000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000005,2000006)] = silly_pid_xsec_constructor( PID_pair(-1000005,2000006), 5.76595e-02);
all_my_pid_pair_xsecs[PID_pair(-2000006,1000005)] = silly_pid_xsec_constructor( PID_pair(-2000006,1000005), 5.76595e-02);
all_my_pid_pair_xsecs[PID_pair(-2000005,2000006)] = silly_pid_xsec_constructor( PID_pair(-2000005,2000006), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000006,2000005)] = silly_pid_xsec_constructor( PID_pair(-2000006,2000005), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000001,1000001)] = silly_pid_xsec_constructor( PID_pair(1000001,1000001), 4.03788e+00);
all_my_pid_pair_xsecs[PID_pair(-1000001,-1000001)] = silly_pid_xsec_constructor( PID_pair(-1000001,-1000001), 4.03788e+00);
all_my_pid_pair_xsecs[PID_pair(1000001,1000003)] = silly_pid_xsec_constructor( PID_pair(1000001,1000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000003,-1000001)] = silly_pid_xsec_constructor( PID_pair(-1000003,-1000001), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000001,1000005)] = silly_pid_xsec_constructor( PID_pair(1000001,1000005), 4.90364e-01);
all_my_pid_pair_xsecs[PID_pair(-1000005,-1000001)] = silly_pid_xsec_constructor( PID_pair(-1000005,-1000001), 4.90364e-01);
all_my_pid_pair_xsecs[PID_pair(1000001,2000001)] = silly_pid_xsec_constructor( PID_pair(1000001,2000001), 2.79640e+00);
all_my_pid_pair_xsecs[PID_pair(-2000001,-1000001)] = silly_pid_xsec_constructor( PID_pair(-2000001,-1000001), 2.79640e+00);
all_my_pid_pair_xsecs[PID_pair(1000001,2000003)] = silly_pid_xsec_constructor( PID_pair(1000001,2000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000003,-1000001)] = silly_pid_xsec_constructor( PID_pair(-2000003,-1000001), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000001,2000005)] = silly_pid_xsec_constructor( PID_pair(1000001,2000005), 1.02498e-01);
all_my_pid_pair_xsecs[PID_pair(-2000005,-1000001)] = silly_pid_xsec_constructor( PID_pair(-2000005,-1000001), 1.02498e-01);
all_my_pid_pair_xsecs[PID_pair(1000002,1000002)] = silly_pid_xsec_constructor( PID_pair(1000002,1000002), 2.01717e+01);
all_my_pid_pair_xsecs[PID_pair(-1000002,-1000002)] = silly_pid_xsec_constructor( PID_pair(-1000002,-1000002), 2.01717e+01);
all_my_pid_pair_xsecs[PID_pair(1000002,1000004)] = silly_pid_xsec_constructor( PID_pair(1000002,1000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000004,-1000002)] = silly_pid_xsec_constructor( PID_pair(-1000004,-1000002), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000002,2000002)] = silly_pid_xsec_constructor( PID_pair(1000002,2000002), 1.51834e+01);
all_my_pid_pair_xsecs[PID_pair(-2000002,-1000002)] = silly_pid_xsec_constructor( PID_pair(-2000002,-1000002), 1.51834e+01);
all_my_pid_pair_xsecs[PID_pair(1000002,2000004)] = silly_pid_xsec_constructor( PID_pair(1000002,2000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000004,-1000002)] = silly_pid_xsec_constructor( PID_pair(-2000004,-1000002), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000001,1000002)] = silly_pid_xsec_constructor( PID_pair(1000001,1000002), 3.02769e+01);
all_my_pid_pair_xsecs[PID_pair(-1000002,-1000001)] = silly_pid_xsec_constructor( PID_pair(-1000002,-1000001), 3.02769e+01);
all_my_pid_pair_xsecs[PID_pair(1000002,1000003)] = silly_pid_xsec_constructor( PID_pair(1000002,1000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000003,-1000002)] = silly_pid_xsec_constructor( PID_pair(-1000003,-1000002), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000002,1000005)] = silly_pid_xsec_constructor( PID_pair(1000002,1000005), 4.49579e-01);
all_my_pid_pair_xsecs[PID_pair(-1000005,-1000002)] = silly_pid_xsec_constructor( PID_pair(-1000005,-1000002), 4.49579e-01);
all_my_pid_pair_xsecs[PID_pair(1000002,2000001)] = silly_pid_xsec_constructor( PID_pair(1000002,2000001), 6.67099e+00);
all_my_pid_pair_xsecs[PID_pair(-2000001,-1000002)] = silly_pid_xsec_constructor( PID_pair(-2000001,-1000002), 6.67099e+00);
all_my_pid_pair_xsecs[PID_pair(1000002,2000003)] = silly_pid_xsec_constructor( PID_pair(1000002,2000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000003,-1000002)] = silly_pid_xsec_constructor( PID_pair(-2000003,-1000002), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000002,2000005)] = silly_pid_xsec_constructor( PID_pair(1000002,2000005), 9.00972e-01);
all_my_pid_pair_xsecs[PID_pair(-2000005,-1000002)] = silly_pid_xsec_constructor( PID_pair(-2000005,-1000002), 9.00972e-01);
all_my_pid_pair_xsecs[PID_pair(1000003,1000003)] = silly_pid_xsec_constructor( PID_pair(1000003,1000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000003,-1000003)] = silly_pid_xsec_constructor( PID_pair(-1000003,-1000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000003,1000005)] = silly_pid_xsec_constructor( PID_pair(1000003,1000005), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000005,-1000003)] = silly_pid_xsec_constructor( PID_pair(-1000005,-1000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000003,2000001)] = silly_pid_xsec_constructor( PID_pair(1000003,2000001), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000001,-1000003)] = silly_pid_xsec_constructor( PID_pair(-2000001,-1000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000003,2000003)] = silly_pid_xsec_constructor( PID_pair(1000003,2000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000003,-1000003)] = silly_pid_xsec_constructor( PID_pair(-2000003,-1000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000003,2000005)] = silly_pid_xsec_constructor( PID_pair(1000003,2000005), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000005,-1000003)] = silly_pid_xsec_constructor( PID_pair(-2000005,-1000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000004,1000004)] = silly_pid_xsec_constructor( PID_pair(1000004,1000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000004,-1000004)] = silly_pid_xsec_constructor( PID_pair(-1000004,-1000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000004,2000002)] = silly_pid_xsec_constructor( PID_pair(1000004,2000002), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000002,-1000004)] = silly_pid_xsec_constructor( PID_pair(-2000002,-1000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000004,2000004)] = silly_pid_xsec_constructor( PID_pair(1000004,2000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000004,-1000004)] = silly_pid_xsec_constructor( PID_pair(-2000004,-1000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000001,1000004)] = silly_pid_xsec_constructor( PID_pair(1000001,1000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000004,-1000001)] = silly_pid_xsec_constructor( PID_pair(-1000004,-1000001), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000003,1000004)] = silly_pid_xsec_constructor( PID_pair(1000003,1000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000004,-1000003)] = silly_pid_xsec_constructor( PID_pair(-1000004,-1000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000004,1000005)] = silly_pid_xsec_constructor( PID_pair(1000004,1000005), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000005,-1000004)] = silly_pid_xsec_constructor( PID_pair(-1000005,-1000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000004,2000001)] = silly_pid_xsec_constructor( PID_pair(1000004,2000001), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000001,-1000004)] = silly_pid_xsec_constructor( PID_pair(-2000001,-1000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000004,2000003)] = silly_pid_xsec_constructor( PID_pair(1000004,2000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000003,-1000004)] = silly_pid_xsec_constructor( PID_pair(-2000003,-1000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000004,2000005)] = silly_pid_xsec_constructor( PID_pair(1000004,2000005), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000005,-1000004)] = silly_pid_xsec_constructor( PID_pair(-2000005,-1000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000005,1000005)] = silly_pid_xsec_constructor( PID_pair(1000005,1000005), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000005,-1000005)] = silly_pid_xsec_constructor( PID_pair(-1000005,-1000005), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000005,2000001)] = silly_pid_xsec_constructor( PID_pair(1000005,2000001), 1.43230e-01);
all_my_pid_pair_xsecs[PID_pair(-2000001,-1000005)] = silly_pid_xsec_constructor( PID_pair(-2000001,-1000005), 1.43230e-01);
all_my_pid_pair_xsecs[PID_pair(1000005,2000003)] = silly_pid_xsec_constructor( PID_pair(1000005,2000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000003,-1000005)] = silly_pid_xsec_constructor( PID_pair(-2000003,-1000005), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000005,2000005)] = silly_pid_xsec_constructor( PID_pair(1000005,2000005), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000005,-1000005)] = silly_pid_xsec_constructor( PID_pair(-2000005,-1000005), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000001,1000006)] = silly_pid_xsec_constructor( PID_pair(1000001,1000006), 1.31527e-01);
all_my_pid_pair_xsecs[PID_pair(-1000006,-1000001)] = silly_pid_xsec_constructor( PID_pair(-1000006,-1000001), 1.31527e-01);
all_my_pid_pair_xsecs[PID_pair(1000003,1000006)] = silly_pid_xsec_constructor( PID_pair(1000003,1000006), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000006,-1000003)] = silly_pid_xsec_constructor( PID_pair(-1000006,-1000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000005,1000006)] = silly_pid_xsec_constructor( PID_pair(1000005,1000006), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000006,-1000005)] = silly_pid_xsec_constructor( PID_pair(-1000006,-1000005), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000006,2000005)] = silly_pid_xsec_constructor( PID_pair(1000006,2000005), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000005,-1000006)] = silly_pid_xsec_constructor( PID_pair(-2000005,-1000006), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(2000001,2000001)] = silly_pid_xsec_constructor( PID_pair(2000001,2000001), 4.35961e+00);
all_my_pid_pair_xsecs[PID_pair(-2000001,-2000001)] = silly_pid_xsec_constructor( PID_pair(-2000001,-2000001), 4.35961e+00);
all_my_pid_pair_xsecs[PID_pair(2000001,2000003)] = silly_pid_xsec_constructor( PID_pair(2000001,2000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000003,-2000001)] = silly_pid_xsec_constructor( PID_pair(-2000003,-2000001), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(2000001,2000005)] = silly_pid_xsec_constructor( PID_pair(2000001,2000005), 4.58386e-01);
all_my_pid_pair_xsecs[PID_pair(-2000005,-2000001)] = silly_pid_xsec_constructor( PID_pair(-2000005,-2000001), 4.58386e-01);
all_my_pid_pair_xsecs[PID_pair(2000002,2000002)] = silly_pid_xsec_constructor( PID_pair(2000002,2000002), 2.05502e+01);
all_my_pid_pair_xsecs[PID_pair(-2000002,-2000002)] = silly_pid_xsec_constructor( PID_pair(-2000002,-2000002), 2.05502e+01);
all_my_pid_pair_xsecs[PID_pair(2000002,2000004)] = silly_pid_xsec_constructor( PID_pair(2000002,2000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000004,-2000002)] = silly_pid_xsec_constructor( PID_pair(-2000004,-2000002), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000001,2000002)] = silly_pid_xsec_constructor( PID_pair(1000001,2000002), 6.37069e+00);
all_my_pid_pair_xsecs[PID_pair(-2000002,-1000001)] = silly_pid_xsec_constructor( PID_pair(-2000002,-1000001), 6.37069e+00);
all_my_pid_pair_xsecs[PID_pair(1000003,2000002)] = silly_pid_xsec_constructor( PID_pair(1000003,2000002), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000002,-1000003)] = silly_pid_xsec_constructor( PID_pair(-2000002,-1000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000005,2000002)] = silly_pid_xsec_constructor( PID_pair(1000005,2000002), 1.04695e+00);
all_my_pid_pair_xsecs[PID_pair(-2000002,-1000005)] = silly_pid_xsec_constructor( PID_pair(-2000002,-1000005), 1.04695e+00);
all_my_pid_pair_xsecs[PID_pair(2000001,2000002)] = silly_pid_xsec_constructor( PID_pair(2000001,2000002), 2.47250e+01);
all_my_pid_pair_xsecs[PID_pair(-2000002,-2000001)] = silly_pid_xsec_constructor( PID_pair(-2000002,-2000001), 2.47250e+01);
all_my_pid_pair_xsecs[PID_pair(2000002,2000003)] = silly_pid_xsec_constructor( PID_pair(2000002,2000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000003,-2000002)] = silly_pid_xsec_constructor( PID_pair(-2000003,-2000002), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(2000002,2000005)] = silly_pid_xsec_constructor( PID_pair(2000002,2000005), 4.29016e-01);
all_my_pid_pair_xsecs[PID_pair(-2000005,-2000002)] = silly_pid_xsec_constructor( PID_pair(-2000005,-2000002), 4.29016e-01);
all_my_pid_pair_xsecs[PID_pair(2000003,2000003)] = silly_pid_xsec_constructor( PID_pair(2000003,2000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000003,-2000003)] = silly_pid_xsec_constructor( PID_pair(-2000003,-2000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(2000003,2000005)] = silly_pid_xsec_constructor( PID_pair(2000003,2000005), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000005,-2000003)] = silly_pid_xsec_constructor( PID_pair(-2000005,-2000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(2000004,2000004)] = silly_pid_xsec_constructor( PID_pair(2000004,2000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000004,-2000004)] = silly_pid_xsec_constructor( PID_pair(-2000004,-2000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000001,2000004)] = silly_pid_xsec_constructor( PID_pair(1000001,2000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000004,-1000001)] = silly_pid_xsec_constructor( PID_pair(-2000004,-1000001), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000003,2000004)] = silly_pid_xsec_constructor( PID_pair(1000003,2000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000004,-1000003)] = silly_pid_xsec_constructor( PID_pair(-2000004,-1000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000005,2000004)] = silly_pid_xsec_constructor( PID_pair(1000005,2000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000004,-1000005)] = silly_pid_xsec_constructor( PID_pair(-2000004,-1000005), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(2000001,2000004)] = silly_pid_xsec_constructor( PID_pair(2000001,2000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000004,-2000001)] = silly_pid_xsec_constructor( PID_pair(-2000004,-2000001), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(2000003,2000004)] = silly_pid_xsec_constructor( PID_pair(2000003,2000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000004,-2000003)] = silly_pid_xsec_constructor( PID_pair(-2000004,-2000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(2000004,2000005)] = silly_pid_xsec_constructor( PID_pair(2000004,2000005), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000005,-2000004)] = silly_pid_xsec_constructor( PID_pair(-2000005,-2000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(2000005,2000005)] = silly_pid_xsec_constructor( PID_pair(2000005,2000005), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000005,-2000005)] = silly_pid_xsec_constructor( PID_pair(-2000005,-2000005), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000001,2000006)] = silly_pid_xsec_constructor( PID_pair(1000001,2000006), 3.02755e-03);
all_my_pid_pair_xsecs[PID_pair(-2000006,-1000001)] = silly_pid_xsec_constructor( PID_pair(-2000006,-1000001), 3.02755e-03);
all_my_pid_pair_xsecs[PID_pair(1000003,2000006)] = silly_pid_xsec_constructor( PID_pair(1000003,2000006), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000006,-1000003)] = silly_pid_xsec_constructor( PID_pair(-2000006,-1000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000005,2000006)] = silly_pid_xsec_constructor( PID_pair(1000005,2000006), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000006,-1000005)] = silly_pid_xsec_constructor( PID_pair(-2000006,-1000005), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(2000005,2000006)] = silly_pid_xsec_constructor( PID_pair(2000005,2000006), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000006,-2000005)] = silly_pid_xsec_constructor( PID_pair(-2000006,-2000005), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000001,1000022)] = silly_pid_xsec_constructor( PID_pair(1000001,1000022), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000001,1000022)] = silly_pid_xsec_constructor( PID_pair(-1000001,1000022), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000002,1000022)] = silly_pid_xsec_constructor( PID_pair(1000002,1000022), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000002,1000022)] = silly_pid_xsec_constructor( PID_pair(-1000002,1000022), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000003,1000022)] = silly_pid_xsec_constructor( PID_pair(1000003,1000022), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000003,1000022)] = silly_pid_xsec_constructor( PID_pair(-1000003,1000022), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000004,1000022)] = silly_pid_xsec_constructor( PID_pair(1000004,1000022), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000004,1000022)] = silly_pid_xsec_constructor( PID_pair(-1000004,1000022), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000005,1000022)] = silly_pid_xsec_constructor( PID_pair(1000005,1000022), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000005,1000022)] = silly_pid_xsec_constructor( PID_pair(-1000005,1000022), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000022,2000001)] = silly_pid_xsec_constructor( PID_pair(1000022,2000001), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000001,1000022)] = silly_pid_xsec_constructor( PID_pair(-2000001,1000022), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000022,2000002)] = silly_pid_xsec_constructor( PID_pair(1000022,2000002), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000002,1000022)] = silly_pid_xsec_constructor( PID_pair(-2000002,1000022), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000022,2000003)] = silly_pid_xsec_constructor( PID_pair(1000022,2000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000003,1000022)] = silly_pid_xsec_constructor( PID_pair(-2000003,1000022), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000022,2000004)] = silly_pid_xsec_constructor( PID_pair(1000022,2000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000004,1000022)] = silly_pid_xsec_constructor( PID_pair(-2000004,1000022), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000022,2000005)] = silly_pid_xsec_constructor( PID_pair(1000022,2000005), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000005,1000022)] = silly_pid_xsec_constructor( PID_pair(-2000005,1000022), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000001,1000023)] = silly_pid_xsec_constructor( PID_pair(1000001,1000023), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000001,1000023)] = silly_pid_xsec_constructor( PID_pair(-1000001,1000023), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000002,1000023)] = silly_pid_xsec_constructor( PID_pair(1000002,1000023), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000002,1000023)] = silly_pid_xsec_constructor( PID_pair(-1000002,1000023), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000003,1000023)] = silly_pid_xsec_constructor( PID_pair(1000003,1000023), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000003,1000023)] = silly_pid_xsec_constructor( PID_pair(-1000003,1000023), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000004,1000023)] = silly_pid_xsec_constructor( PID_pair(1000004,1000023), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000004,1000023)] = silly_pid_xsec_constructor( PID_pair(-1000004,1000023), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000005,1000023)] = silly_pid_xsec_constructor( PID_pair(1000005,1000023), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000005,1000023)] = silly_pid_xsec_constructor( PID_pair(-1000005,1000023), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000023,2000001)] = silly_pid_xsec_constructor( PID_pair(1000023,2000001), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000001,1000023)] = silly_pid_xsec_constructor( PID_pair(-2000001,1000023), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000023,2000002)] = silly_pid_xsec_constructor( PID_pair(1000023,2000002), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000002,1000023)] = silly_pid_xsec_constructor( PID_pair(-2000002,1000023), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000023,2000003)] = silly_pid_xsec_constructor( PID_pair(1000023,2000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000003,1000023)] = silly_pid_xsec_constructor( PID_pair(-2000003,1000023), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000023,2000004)] = silly_pid_xsec_constructor( PID_pair(1000023,2000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000004,1000023)] = silly_pid_xsec_constructor( PID_pair(-2000004,1000023), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000023,2000005)] = silly_pid_xsec_constructor( PID_pair(1000023,2000005), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000005,1000023)] = silly_pid_xsec_constructor( PID_pair(-2000005,1000023), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000001,1000025)] = silly_pid_xsec_constructor( PID_pair(1000001,1000025), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000001,1000025)] = silly_pid_xsec_constructor( PID_pair(-1000001,1000025), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000002,1000025)] = silly_pid_xsec_constructor( PID_pair(1000002,1000025), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000002,1000025)] = silly_pid_xsec_constructor( PID_pair(-1000002,1000025), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000003,1000025)] = silly_pid_xsec_constructor( PID_pair(1000003,1000025), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000003,1000025)] = silly_pid_xsec_constructor( PID_pair(-1000003,1000025), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000004,1000025)] = silly_pid_xsec_constructor( PID_pair(1000004,1000025), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000004,1000025)] = silly_pid_xsec_constructor( PID_pair(-1000004,1000025), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000005,1000025)] = silly_pid_xsec_constructor( PID_pair(1000005,1000025), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000005,1000025)] = silly_pid_xsec_constructor( PID_pair(-1000005,1000025), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000025,2000001)] = silly_pid_xsec_constructor( PID_pair(1000025,2000001), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000001,1000025)] = silly_pid_xsec_constructor( PID_pair(-2000001,1000025), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000025,2000002)] = silly_pid_xsec_constructor( PID_pair(1000025,2000002), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000002,1000025)] = silly_pid_xsec_constructor( PID_pair(-2000002,1000025), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000025,2000003)] = silly_pid_xsec_constructor( PID_pair(1000025,2000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000003,1000025)] = silly_pid_xsec_constructor( PID_pair(-2000003,1000025), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000025,2000004)] = silly_pid_xsec_constructor( PID_pair(1000025,2000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000004,1000025)] = silly_pid_xsec_constructor( PID_pair(-2000004,1000025), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000025,2000005)] = silly_pid_xsec_constructor( PID_pair(1000025,2000005), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000005,1000025)] = silly_pid_xsec_constructor( PID_pair(-2000005,1000025), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000001,1000035)] = silly_pid_xsec_constructor( PID_pair(1000001,1000035), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000001,1000035)] = silly_pid_xsec_constructor( PID_pair(-1000001,1000035), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000002,1000035)] = silly_pid_xsec_constructor( PID_pair(1000002,1000035), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000002,1000035)] = silly_pid_xsec_constructor( PID_pair(-1000002,1000035), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000003,1000035)] = silly_pid_xsec_constructor( PID_pair(1000003,1000035), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000003,1000035)] = silly_pid_xsec_constructor( PID_pair(-1000003,1000035), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000004,1000035)] = silly_pid_xsec_constructor( PID_pair(1000004,1000035), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000004,1000035)] = silly_pid_xsec_constructor( PID_pair(-1000004,1000035), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000005,1000035)] = silly_pid_xsec_constructor( PID_pair(1000005,1000035), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000005,1000035)] = silly_pid_xsec_constructor( PID_pair(-1000005,1000035), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000035,2000001)] = silly_pid_xsec_constructor( PID_pair(1000035,2000001), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000001,1000035)] = silly_pid_xsec_constructor( PID_pair(-2000001,1000035), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000035,2000002)] = silly_pid_xsec_constructor( PID_pair(1000035,2000002), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000002,1000035)] = silly_pid_xsec_constructor( PID_pair(-2000002,1000035), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000035,2000003)] = silly_pid_xsec_constructor( PID_pair(1000035,2000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000003,1000035)] = silly_pid_xsec_constructor( PID_pair(-2000003,1000035), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000035,2000004)] = silly_pid_xsec_constructor( PID_pair(1000035,2000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000004,1000035)] = silly_pid_xsec_constructor( PID_pair(-2000004,1000035), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000035,2000005)] = silly_pid_xsec_constructor( PID_pair(1000035,2000005), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000005,1000035)] = silly_pid_xsec_constructor( PID_pair(-2000005,1000035), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000001,1000024)] = silly_pid_xsec_constructor( PID_pair(1000001,1000024), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000024,-1000001)] = silly_pid_xsec_constructor( PID_pair(-1000024,-1000001), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000024,1000002)] = silly_pid_xsec_constructor( PID_pair(-1000024,1000002), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000002,1000024)] = silly_pid_xsec_constructor( PID_pair(-1000002,1000024), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000003,1000024)] = silly_pid_xsec_constructor( PID_pair(1000003,1000024), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000024,-1000003)] = silly_pid_xsec_constructor( PID_pair(-1000024,-1000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000024,1000004)] = silly_pid_xsec_constructor( PID_pair(-1000024,1000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000004,1000024)] = silly_pid_xsec_constructor( PID_pair(-1000004,1000024), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000005,1000024)] = silly_pid_xsec_constructor( PID_pair(1000005,1000024), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000024,-1000005)] = silly_pid_xsec_constructor( PID_pair(-1000024,-1000005), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000024,1000006)] = silly_pid_xsec_constructor( PID_pair(-1000024,1000006), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000006,1000024)] = silly_pid_xsec_constructor( PID_pair(-1000006,1000024), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000024,2000005)] = silly_pid_xsec_constructor( PID_pair(1000024,2000005), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000005,-1000024)] = silly_pid_xsec_constructor( PID_pair(-2000005,-1000024), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000024,2000006)] = silly_pid_xsec_constructor( PID_pair(-1000024,2000006), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000006,1000024)] = silly_pid_xsec_constructor( PID_pair(-2000006,1000024), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000001,1000037)] = silly_pid_xsec_constructor( PID_pair(1000001,1000037), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000037,-1000001)] = silly_pid_xsec_constructor( PID_pair(-1000037,-1000001), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000037,1000002)] = silly_pid_xsec_constructor( PID_pair(-1000037,1000002), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000002,1000037)] = silly_pid_xsec_constructor( PID_pair(-1000002,1000037), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000003,1000037)] = silly_pid_xsec_constructor( PID_pair(1000003,1000037), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000037,-1000003)] = silly_pid_xsec_constructor( PID_pair(-1000037,-1000003), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000037,1000004)] = silly_pid_xsec_constructor( PID_pair(-1000037,1000004), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000004,1000037)] = silly_pid_xsec_constructor( PID_pair(-1000004,1000037), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000005,1000037)] = silly_pid_xsec_constructor( PID_pair(1000005,1000037), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000037,-1000005)] = silly_pid_xsec_constructor( PID_pair(-1000037,-1000005), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000037,1000006)] = silly_pid_xsec_constructor( PID_pair(-1000037,1000006), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000006,1000037)] = silly_pid_xsec_constructor( PID_pair(-1000006,1000037), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000037,2000005)] = silly_pid_xsec_constructor( PID_pair(1000037,2000005), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000005,-1000037)] = silly_pid_xsec_constructor( PID_pair(-2000005,-1000037), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000037,2000006)] = silly_pid_xsec_constructor( PID_pair(-1000037,2000006), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000006,1000037)] = silly_pid_xsec_constructor( PID_pair(-2000006,1000037), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000022,1000022)] = silly_pid_xsec_constructor( PID_pair(1000022,1000022), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000022,1000023)] = silly_pid_xsec_constructor( PID_pair(1000022,1000023), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000023,1000023)] = silly_pid_xsec_constructor( PID_pair(1000023,1000023), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000022,1000025)] = silly_pid_xsec_constructor( PID_pair(1000022,1000025), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000023,1000025)] = silly_pid_xsec_constructor( PID_pair(1000023,1000025), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000025,1000025)] = silly_pid_xsec_constructor( PID_pair(1000025,1000025), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000022,1000035)] = silly_pid_xsec_constructor( PID_pair(1000022,1000035), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000023,1000035)] = silly_pid_xsec_constructor( PID_pair(1000023,1000035), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000025,1000035)] = silly_pid_xsec_constructor( PID_pair(1000025,1000035), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000035,1000035)] = silly_pid_xsec_constructor( PID_pair(1000035,1000035), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000022,1000024)] = silly_pid_xsec_constructor( PID_pair(1000022,1000024), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000024,1000022)] = silly_pid_xsec_constructor( PID_pair(-1000024,1000022), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000022,1000037)] = silly_pid_xsec_constructor( PID_pair(1000022,1000037), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000037,1000022)] = silly_pid_xsec_constructor( PID_pair(-1000037,1000022), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000023,1000024)] = silly_pid_xsec_constructor( PID_pair(1000023,1000024), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000024,1000023)] = silly_pid_xsec_constructor( PID_pair(-1000024,1000023), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000023,1000037)] = silly_pid_xsec_constructor( PID_pair(1000023,1000037), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000037,1000023)] = silly_pid_xsec_constructor( PID_pair(-1000037,1000023), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000024,1000025)] = silly_pid_xsec_constructor( PID_pair(1000024,1000025), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000024,1000025)] = silly_pid_xsec_constructor( PID_pair(-1000024,1000025), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000025,1000037)] = silly_pid_xsec_constructor( PID_pair(1000025,1000037), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000037,1000025)] = silly_pid_xsec_constructor( PID_pair(-1000037,1000025), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000024,1000035)] = silly_pid_xsec_constructor( PID_pair(1000024,1000035), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000024,1000035)] = silly_pid_xsec_constructor( PID_pair(-1000024,1000035), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000035,1000037)] = silly_pid_xsec_constructor( PID_pair(1000035,1000037), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000037,1000035)] = silly_pid_xsec_constructor( PID_pair(-1000037,1000035), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000024,1000024)] = silly_pid_xsec_constructor( PID_pair(-1000024,1000024), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000037,1000024)] = silly_pid_xsec_constructor( PID_pair(-1000037,1000024), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000024,1000037)] = silly_pid_xsec_constructor( PID_pair(-1000024,1000037), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000037,1000037)] = silly_pid_xsec_constructor( PID_pair(-1000037,1000037), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000021,1000022)] = silly_pid_xsec_constructor( PID_pair(1000021,1000022), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000021,1000023)] = silly_pid_xsec_constructor( PID_pair(1000021,1000023), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000021,1000025)] = silly_pid_xsec_constructor( PID_pair(1000021,1000025), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000021,1000035)] = silly_pid_xsec_constructor( PID_pair(1000021,1000035), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000021,1000024)] = silly_pid_xsec_constructor( PID_pair(1000021,1000024), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000024,1000021)] = silly_pid_xsec_constructor( PID_pair(-1000024,1000021), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(1000021,1000037)] = silly_pid_xsec_constructor( PID_pair(1000021,1000037), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000037,1000021)] = silly_pid_xsec_constructor( PID_pair(-1000037,1000021), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000011,1000011)] = silly_pid_xsec_constructor( PID_pair(-1000011,1000011), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000012,1000012)] = silly_pid_xsec_constructor( PID_pair(-1000012,1000012), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000011,1000012)] = silly_pid_xsec_constructor( PID_pair(-1000011,1000012), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000012,1000011)] = silly_pid_xsec_constructor( PID_pair(-1000012,1000011), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000013,1000013)] = silly_pid_xsec_constructor( PID_pair(-1000013,1000013), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000014,1000014)] = silly_pid_xsec_constructor( PID_pair(-1000014,1000014), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000013,1000014)] = silly_pid_xsec_constructor( PID_pair(-1000013,1000014), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000014,1000013)] = silly_pid_xsec_constructor( PID_pair(-1000014,1000013), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000015,1000015)] = silly_pid_xsec_constructor( PID_pair(-1000015,1000015), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000015,1000015)] = silly_pid_xsec_constructor( PID_pair(-2000015,1000015), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000015,2000015)] = silly_pid_xsec_constructor( PID_pair(-1000015,2000015), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000016,1000016)] = silly_pid_xsec_constructor( PID_pair(-1000016,1000016), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000015,1000016)] = silly_pid_xsec_constructor( PID_pair(-1000015,1000016), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000016,1000015)] = silly_pid_xsec_constructor( PID_pair(-1000016,1000015), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000015,1000016)] = silly_pid_xsec_constructor( PID_pair(-2000015,1000016), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-1000016,2000015)] = silly_pid_xsec_constructor( PID_pair(-1000016,2000015), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000011,2000011)] = silly_pid_xsec_constructor( PID_pair(-2000011,2000011), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000013,2000013)] = silly_pid_xsec_constructor( PID_pair(-2000013,2000013), 0.00000e+00);
all_my_pid_pair_xsecs[PID_pair(-2000015,2000015)] = silly_pid_xsec_constructor( PID_pair(-2000015,2000015), 0.00000e+00);
}
if(*Loop::iteration == COLLIDER_INIT)
{
result.clear();
}
if(*Loop::iteration == XSEC_CALCULATION)
{
for (const PID_pair& pid_pair : *Dep::ActivePIDPairs)
{
#ifdef COLLIDERBIT_DEBUG
cout << DEBUG_PREFIX << "getPIDPairCrossSectionsMap_testing: " << "Looking up xsec for [" << pid_pair.pid1() << "," << pid_pair.pid2() << "]." << endl;
#endif
result[pid_pair] = all_my_pid_pair_xsecs.at(pid_pair);
}
} // end iteration
}
/// Get a map between Pythia process codes and cross-sections
void getProcessCrossSectionsMap(map_int_process_xsec& result)
{
using namespace Pipes::getProcessCrossSectionsMap;
// Use a static variable to communicate the result calculated on thread 0 during
// iteration XSEC_CALCULATION to all threads during iteration START_SUBPROCESS
static map_int_process_xsec shared_result;
const static bool set_missing_cross_sections_to_zero = runOptions->getValueOrDef<bool>(false, "set_missing_cross_sections_to_zero");
// Only thread 0
if(*Loop::iteration == COLLIDER_INIT)
{
shared_result.clear();
}
// All threads
if(*Loop::iteration == COLLIDER_INIT_OMP)
{
result.clear();
}
// Only thread 0
if(*Loop::iteration == XSEC_CALCULATION)
{
// Loop over all active processes and construct the cross-section map (shared_result)
for (size_t i = 0; i != Dep::ActiveProcessCodes->size(); ++i)
{
// Get process code
int proc_code = Dep::ActiveProcessCodes->at(i);
// Construct a process_xsec_container instance to be stored in the shared_result map
process_xsec_container proc_xs;
proc_xs.set_process_code(proc_code);
// Get iterator bounds (as a pair) over the multimap entries that match the key proc_code
auto mm_proc2pid_range = Dep::ActiveProcessCodeToPIDPairsMap->equal_range(proc_code);
// Loop over these elements in the multimap
for (auto mm_it = mm_proc2pid_range.first; mm_it != mm_proc2pid_range.second; ++mm_it)
{
const PID_pair& pids = mm_it->second;
// Obtain the cross-section from the PID pair via the PIDPairCrossSectionsMap (map_PID_pair_PID_pair_xsec) dependency
PID_pair_xsec_container pids_xs;
map_PID_pair_PID_pair_xsec::const_iterator iter = Dep::PIDPairCrossSectionsMap->find(pids);
if (iter != Dep::PIDPairCrossSectionsMap->end())
{
pids_xs = iter->second;
}
else
{
if(set_missing_cross_sections_to_zero)
{
pids_xs.set_xsec(0.0, 0.0);
}
else
{
std::stringstream errmsg_ss;
errmsg_ss << "No cross-section provided for PID pair [" << pids.pid1() << "," << pids.pid2() <<"]. ";
ColliderBit_error().raise(LOCAL_INFO, errmsg_ss.str());
}
}
// Make sure the trust_level of the process_xsec_container proc_xs is set to
// the lowest trust_level of the contributing PID_pair_xsec_containers
if (pids_xs.trust_level() < proc_xs.trust_level()) { proc_xs.set_trust_level(pids_xs.trust_level()); }
// Accumulate result in the process_xsec_container proc_xs
proc_xs.sum_xsecs(pids_xs.xsec(), pids_xs.xsec_err());
proc_xs.register_related_pid_pair(pids);
// Check if the current PID pair is related to any other process_codes,
// using the multimap returned by all_PID_pairs_to_process_codes().
// If yes, check that these processes are among the active processes
// and register them in the proc_xs instance as processes sharing the cross-section
// Get iterator bounds (as a pair) over the multimap entries that match the key pids
auto mm_pid2proc_range = all_PID_pairs_to_process_codes().equal_range(pids);
// Loop over these elements in the multimap
for (auto mm_it = mm_pid2proc_range.first; mm_it != mm_pid2proc_range.second; ++mm_it)
{
// Get other process code
int other_proc_code = mm_it->second;
// Don't run around in circles...
if(other_proc_code == proc_code) continue;
// Check that other_proc_code is itself in one of the active processes, i.e. listed in Dep::ActiveProcessCodes
if(std::find(Dep::ActiveProcessCodes->begin(), Dep::ActiveProcessCodes->end(), other_proc_code) != Dep::ActiveProcessCodes->end())
{
// Add other_proc_code to the list of processes that share cross-section with proc_code
// (The process_xsec_container class makes sure we only register each process once.)
proc_xs.register_process_sharing_xsec(other_proc_code);
}
else
{
std::stringstream errmsg_ss;
errmsg_ss << "For correct cross-section scaling of collider process " << proc_code;
errmsg_ss << ", process " << other_proc_code << " must also be activated. Please check your collider settings.";
ColliderBit_error().raise(LOCAL_INFO, errmsg_ss.str());
}
}
}
// Construct info string of the form "ProcessCode:<proc_code>"
std::stringstream info_ss;
info_ss << "ProcessCode:" << proc_code;
proc_xs.set_info_string(info_ss.str());
// Store proc_xs in the shared_result map
shared_result[proc_code] = proc_xs;
}
// Let thread 0 return the correct result already after iteration XSEC_CALCULATION
result = shared_result;
}
// All threads
if (*Loop::iteration == START_SUBPROCESS)
{
// All threads read the result from shared_result
result = shared_result;
}
}
/// Compute a cross-section from Monte Carlo
void getEvGenCrossSection(MC_xsec_container& result)
{
using namespace Pipes::getEvGenCrossSection;
// Reset the xsec object
if (*Loop::iteration == BASE_INIT)
{
result.reset();
}
// Don't bother if there are no analyses that will use this.
if (Dep::RunMC->analyses.empty()) return;
// Reset the xsec objects on all threads
if (*Loop::iteration == COLLIDER_INIT_OMP)
{
result.reset();
}
// If we are in the main event loop, count the event towards cross-section normalisation on this thread
if (*Loop::iteration >= 0)
{
result.log_event();
}
// Extract the xsecs from the MC on each thread
if (*Loop::iteration == END_SUBPROCESS && Dep::RunMC->event_generation_began)
{
if (not Dep::RunMC->exceeded_maxFailedEvents)
{
const double xs_fb = (*Dep::HardScatteringSim)->xsec_fb();
const double xserr_fb = (*Dep::HardScatteringSim)->xsecErr_fb();
result.set_xsec(xs_fb, xserr_fb);
#ifdef COLLIDERBIT_DEBUG
cout << DEBUG_PREFIX << "xs_fb = " << xs_fb << " +/- " << xserr_fb << endl;
#endif
//
// Debug code to print process cross-sections:
//
// #ifdef COLLIDERBIT_DEBUG
// std::vector<PID_pair> all_pid_pairs;
// std::map<int,int> pcode_counter;
// for (const std::pair<int,PID_pair>& elem : all_process_codes_to_PID_pairs)
// {
// int pcode = elem.first;
// const PID_pair& pids = elem.second;
// double LO_proc_xsec = (*Dep::HardScatteringSim)->xsec_fb(pcode);
// cout << std::fixed << std::setprecision(7);
// cout << DEBUG_PREFIX << "All xsecs: " << pcode << ", ["
// << pids.pid1() << "," << pids.pid2() << "], "
// << std::scientific << std::setprecision(5)
// << LO_proc_xsec << endl;
// // Get list of all unique PID_pairs
// if (std::find(all_pid_pairs.begin(), all_pid_pairs.end(), pids) == all_pid_pairs.end())
// {
// all_pid_pairs.push_back( PID_pair(pids) );
// }
// // Count pcode
// pcode_counter[pcode]++;
// }
// // Loop over PID_pairs
// for (const PID_pair& pids : all_pid_pairs)
// {
// double pids_xsec_val = 0.0;
// // double sgn_pid1 = double(pids.pid1()) / double(abs(pids.pid1()));
// // double sgn_pid2 = double(pids.pid2()) / double(abs(pids.pid2()));
// PID_pair cc_pid_pair = pids.cc_pid_pair();
// auto mm_pid2proc_range = all_PID_pairs_to_process_codes().equal_range(pids);
// // Loop over these elements in the multimap
// for (auto mm_it = mm_pid2proc_range.first; mm_it != mm_pid2proc_range.second; ++mm_it)
// {
// int pcode = mm_it->second;
// double factor = 1.0 / pcode_counter.at(pcode);
// // if ((!pids.is_antiparticle_pair()) && (sgn_pid1 * sgn_pid2 < 0))
// // {
// // // factor = factor * 2.0;
// // if (std::find(all_pid_pairs.begin(), all_pid_pairs.end(), cc_pid_pair) != all_pid_pairs.end() )
// // {
// // factor = factor * 2.0;
// // if (pcode == 1491)
// // {
// // cout << "DEBUG: pcode==1491: factor adjusted by 2: " << factor << endl;
// // }
// // }
// // }
// pids_xsec_val += (*Dep::HardScatteringSim)->xsec_fb(pcode) * factor;
// }
// cout << std::fixed << std::setprecision(7);
// cout << DEBUG_PREFIX << "PIDs xsecs: " << "["
// << pids.pid1() << "," << pids.pid2() << "]: "
// << std::scientific << std::setprecision(5)
// << pids_xsec_val << endl;
// }
// #endif
}
}
// Gather the xsecs from all threads into one
if (*Loop::iteration == COLLIDER_FINALIZE)
{
result.gather_xsecs();
}
}
/// Return MC_xsec_container as the base xsec_container
void getEvGenCrossSection_as_base(xsec_container& result)
{
using namespace Pipes::getEvGenCrossSection_as_base;
result = *Dep::TotalEvGenCrossSection;
}
/// Get a cross-section from NLL-FAST
void getNLLFastCrossSection(xsec_container& result)
{
using namespace Pipes::getNLLFastCrossSection;
// Use a static variable to communicate the result calculated on thread 0 during
// iteration XSEC_CALCULATION to all threads during iteration START_SUBPROCESS
static xsec_container shared_result;
// Don't bother if there are no analyses that will use this.
if (Dep::RunMC->analyses.empty()) return;
// Only thread 0
if(*Loop::iteration == COLLIDER_INIT) shared_result.reset();
// All threads
if (*Loop::iteration == COLLIDER_INIT_OMP) result.reset();
// Set the xsec and its error.
// Only thread 0
if (*Loop::iteration == XSEC_CALCULATION)
{
double xs_fb = 0.1; // replace with xsec from NLL-Fast
double xserr_fb = 0.1 * xs_fb; // or whatever
shared_result.set_xsec(xs_fb, xserr_fb);
// Let thread 0 return the correct result already after iteration XSEC_CALCULATION
result = shared_result;
}
// All threads
if (*Loop::iteration == START_SUBPROCESS)
{
// All threads copy the result from shared_result
result = shared_result;
}
}
/// A helper function to check the YAML options for getYAMLCrossSection and getYAMLCrossSection_SLHA
bool checkOptions_getYAMLCrossSection(const Options& runOptions, const str calling_function, std::pair<str,str>& xsec_pnames, str& input_unit, bool& input_fractional_uncert, str& errmsg)
{
errmsg = "";
str valid_option_pairs_msg;
valid_option_pairs_msg = "This function requires one of the following pairs of YAML options:\n";
valid_option_pairs_msg += " cross_section_fb, cross_section_uncert_fb\n";
valid_option_pairs_msg += " cross_section_fb, cross_section_fractional_uncert\n";
valid_option_pairs_msg += " cross_section_pb, cross_section_uncert_pb\n";
valid_option_pairs_msg += " cross_section_pb, cross_section_fractional_uncert\n";
// Check that enough options are provided
if (runOptions.getNames().size() < 2)
{
errmsg = "Not enough YAML options provided for function " + calling_function + ".\n";
errmsg += valid_option_pairs_msg;
return false;
}
// Check that a valid combination of options is provided,
// and set variable references accordingly
if ((runOptions.hasKey("cross_section_fb")) && (runOptions.hasKey("cross_section_uncert_fb")))
{
xsec_pnames.first = "cross_section_fb";
xsec_pnames.second = "cross_section_uncert_fb";
input_unit = "fb";
input_fractional_uncert = false;
}
else if ((runOptions.hasKey("cross_section_fb")) && (runOptions.hasKey("cross_section_fractional_uncert")))
{
xsec_pnames.first = "cross_section_fb";
xsec_pnames.second = "cross_section_fractional_uncert";
input_unit = "fb";
input_fractional_uncert = true;
}
else if ((runOptions.hasKey("cross_section_pb")) && (runOptions.hasKey("cross_section_uncert_pb")))
{
xsec_pnames.first = "cross_section_pb";
xsec_pnames.second = "cross_section_uncert_pb";
input_unit = "pb";
input_fractional_uncert = false;
}
else if ((runOptions.hasKey("cross_section_pb")) && (runOptions.hasKey("cross_section_fractional_uncert")))
{
xsec_pnames.first = "cross_section_pb";
xsec_pnames.second = "cross_section_fractional_uncert";
input_unit = "pb";
input_fractional_uncert = true;
}
else
{
errmsg = "Unknown combination of options provided for function " + calling_function + ".\n";
errmsg += valid_option_pairs_msg;
return false;
}
return true;
}
/// A function that reads the total cross-section from the input file, but builds up the number of events from the event loop
void getYAMLCrossSection(xsec_container& result)
{
using namespace Pipes::getYAMLCrossSection;
// Use a static variable to communicate the result calculated on thread 0 during
// iteration XSEC_CALCULATION to all threads during iteration START_SUBPROCESS
static xsec_container shared_result;
// Don't bother if there are no analyses that will use this.
if (Dep::RunMC->analyses.empty()) return;
static std::pair<str,str> xsec_pnames;
static str input_unit;
static bool input_fractional_uncert = false;
static bool first = true;
if (*Loop::iteration == BASE_INIT)
{
// Check that the required YAML options are provided
if (first)
{
str errmsg;
bool valid_options = checkOptions_getYAMLCrossSection(*runOptions, "getYAMLCrossSection", xsec_pnames, input_unit, input_fractional_uncert, errmsg);
if (!valid_options)
{
ColliderBit_error().raise(LOCAL_INFO, errmsg);
}
first = false;
}
}
// Retrieve the total cross-section and cross-section error
const static double input_xsec = runOptions->getValue<double>(xsec_pnames.first);
const static double input_xsec_uncert = runOptions->getValue<double>(xsec_pnames.second);
// Only thread 0
if(*Loop::iteration == COLLIDER_INIT) shared_result.reset();
// All threads
if (*Loop::iteration == COLLIDER_INIT_OMP) result.reset();
// Set the xsec and its error
// Only thread 0
if (*Loop::iteration == XSEC_CALCULATION)
{
std::pair<double,double> temp = convert_xsecs_to_fb(input_xsec, input_xsec_uncert, input_unit, input_fractional_uncert);
double xsec_fb = temp.first;
double xsec_uncert_fb = temp.second;
shared_result.set_xsec(xsec_fb, xsec_uncert_fb);
// Let thread 0 return the correct result already after iteration XSEC_CALCULATION
result = shared_result;
}
// All threads
if (*Loop::iteration == START_SUBPROCESS)
{
// All threads copy the result from shared_result
result = shared_result;
}
}
/// A function that reads a list of (SLHA file, total cross-section) pairs from the input YAML file
void getYAMLCrossSection_SLHA(xsec_container& result)
{
using namespace Pipes::getYAMLCrossSection_SLHA;
// Use a static variable to communicate the result calculated on thread 0 during
// iteration XSEC_CALCULATION to all threads during iteration START_SUBPROCESS
static xsec_container shared_result;
// Don't bother if there are no analyses that will use this.
if (Dep::RunMC->analyses.empty()) return;
static std::pair<str,str> xsec_pnames;
static str input_unit;
static bool input_fractional_uncert = false;
static bool first = true;
if (*Loop::iteration == BASE_INIT)
{
// Check that the required YAML options are provided
if (first)
{
str errmsg;
bool valid_options = checkOptions_getYAMLCrossSection(*runOptions, "getYAMLCrossSection_SLHA", xsec_pnames, input_unit, input_fractional_uncert, errmsg);
if (!valid_options)
{
ColliderBit_error().raise(LOCAL_INFO, errmsg);
}
first = false;
}
}
// Get the filename, look for it in the xsec and uncertainty lists
const static YAML::Node colNode_xsec = runOptions->getValue<YAML::Node>(xsec_pnames.first);
const static Options colOptions_xsec(colNode_xsec);
const static YAML::Node colNode_uncert = runOptions->getValue<YAML::Node>(xsec_pnames.second);
const static Options colOptions_uncert(colNode_uncert);
static str filename;
if (*Loop::iteration == BASE_INIT)
{
// Update the SLHA filename
filename = Dep::SLHAFileNameAndContent->first;
// Look for the filename in the xsec lists
if (!colOptions_xsec.hasKey(filename)) piped_invalid_point.request(str("No cross-section found for SLHA file ").append(filename));
if (!colOptions_uncert.hasKey(filename)) piped_invalid_point.request(str("No fractional cross-section uncertainty found for SLHA file ").append(filename));
}
// Only thread 0
if(*Loop::iteration == COLLIDER_INIT) shared_result.reset();
// All threads
if (*Loop::iteration == COLLIDER_INIT_OMP) result.reset();
// Set the xsec and its error
if (*Loop::iteration == XSEC_CALCULATION)
{
double input_xsec = colOptions_xsec.getValue<double>(filename);
double input_xsec_uncert = colOptions_uncert.getValue<double>(filename);
std::pair<double,double> temp = convert_xsecs_to_fb(input_xsec, input_xsec_uncert, input_unit, input_fractional_uncert);
double xsec_fb = temp.first;
double xsec_uncert_fb = temp.second;
shared_result.set_xsec(xsec_fb, xsec_uncert_fb);
// Let thread 0 return the correct result already after iteration XSEC_CALCULATION
result = shared_result;
}
// All threads
if (*Loop::iteration == START_SUBPROCESS)
{
// All threads copy the result from shared_result
result = shared_result;
}
} // end getYAMLxsec_SLHA
/// A function that assigns a total cross-sections directly from the scan parameters
/// (for model ColliderBit_SLHA_scan_model)
void getYAMLCrossSection_param(xsec_container& result)
{
using namespace Pipes::getYAMLCrossSection_param;
// Use a static variable to communicate the result calculated on thread 0 during
// iteration XSEC_CALCULATION to all threads during iteration START_SUBPROCESS
static xsec_container shared_result;
// Don't bother if there are no analyses that will use this.
if (Dep::RunMC->analyses.empty()) return;
static std::vector<str> pnames;
static std::pair<str,str> xsec_pnames;
static str input_unit;
static bool input_fractional_uncert = false;
static bool first = true;
if (*Loop::iteration == BASE_INIT)
{
if (first)
{
// Get all parameter names
for (const auto& parname_parptr_pair : Param)
{
pnames.push_back(parname_parptr_pair.first);
}
// Determine the correct combination of parameters
if ((std::find(pnames.begin(), pnames.end(), "cross_section_fb") != pnames.end())
&& (std::find(pnames.begin(), pnames.end(), "cross_section_uncert_fb") != pnames.end()))
{
xsec_pnames.first = "cross_section_fb";
xsec_pnames.second = "cross_section_uncert_fb";
input_unit = "fb";
input_fractional_uncert = false;
}
else if ((std::find(pnames.begin(), pnames.end(), "cross_section_fb") != pnames.end())
&& (std::find(pnames.begin(), pnames.end(), "cross_section_fractional_uncert") != pnames.end()))
{
xsec_pnames.first = "cross_section_fb";
xsec_pnames.second = "cross_section_fractional_uncert";
input_unit = "fb";
input_fractional_uncert = true;
}
else if ((std::find(pnames.begin(), pnames.end(), "cross_section_pb") != pnames.end())
&& (std::find(pnames.begin(), pnames.end(), "cross_section_uncert_pb") != pnames.end()))
{
xsec_pnames.first = "cross_section_pb";
xsec_pnames.second = "cross_section_uncert_pb";
input_unit = "pb";
input_fractional_uncert = false;
}
else if ((std::find(pnames.begin(), pnames.end(), "cross_section_pb") != pnames.end())
&& (std::find(pnames.begin(), pnames.end(), "cross_section_fractional_uncert") != pnames.end()))
{
xsec_pnames.first = "cross_section_pb";
xsec_pnames.second = "cross_section_fractional_uncert";
input_unit = "pb";
input_fractional_uncert = true;
}
else
{
std::stringstream errmsg_ss;
errmsg_ss << "Unknown combination of parameters for function getYAMLCrossSection_param." << endl;
errmsg_ss << "Needs one of the following sets of parameter names:" << endl;
errmsg_ss << " cross_section_fb, cross_section_uncert_fb" << endl;
errmsg_ss << " cross_section_fb, cross_section_fractional_uncert" << endl;
errmsg_ss << " cross_section_pb, cross_section_uncert_pb" << endl;
errmsg_ss << " cross_section_pb, cross_section_fractional_uncert" << endl;
ColliderBit_error().raise(LOCAL_INFO, errmsg_ss.str());
}
first = false;
}
}
// Only thread 0
if(*Loop::iteration == COLLIDER_INIT) shared_result.reset();
// All threads
if (*Loop::iteration == COLLIDER_INIT_OMP) result.reset();
// Set the xsec and its error
// Only thread 0
if (*Loop::iteration == XSEC_CALCULATION)
{
double input_xsec = *Param.at(xsec_pnames.first);
double input_xsec_uncert = *Param.at(xsec_pnames.second);
std::pair<double,double> temp = convert_xsecs_to_fb(input_xsec, input_xsec_uncert, input_unit, input_fractional_uncert);
double xsec_fb = temp.first;
double xsec_uncert_fb = temp.second;
shared_result.set_xsec(xsec_fb, xsec_uncert_fb);
// Let thread 0 return the correct result already after iteration XSEC_CALCULATION
result = shared_result;
}
// All threads
if (*Loop::iteration == START_SUBPROCESS)
{
// All threads copy the result from shared_result
result = shared_result;
}
}
/// Get cross-section info as map_str_dbl (for simple printing)
void getTotalCrossSectionAsMap(map_str_dbl& result)
{
using namespace Pipes::getTotalCrossSectionAsMap;
// @todo Do we need this to ensure that the result map is always of the same length (for the printer)?
// // Append the xsec info for the current collider to the result map
// if (*Loop::iteration == COLLIDER_INIT)
// {
// xsec empty_xs;
// for(auto s_d_pair : empty_xs.get_content_as_map())
// {
// std::string new_key(Dep::RunMC->current_collider());
// new_key.append("__").append(s_d_pair.first);
// result[new_key] = s_d_pair.second;
// }
// }
// Append the xsec info for the current collider to the result map
if (*Loop::iteration == COLLIDER_FINALIZE)
{
for(auto s_d_pair : Dep::TotalCrossSection->get_content_as_map())
{
std::string new_key(Dep::RunMC->current_collider());
new_key.append("__").append(s_d_pair.first);
result[new_key] = s_d_pair.second;
}
}
} // end getXsecInfoMap
/// Output PID pair cross-sections as a str-dbl map, for easy printing
void getPIDPairCrossSectionsInfo(map_str_dbl& result)
{
using namespace Pipes::getPIDPairCrossSectionsInfo;
if (*Loop::iteration == BASE_INIT)
{
result.clear();
}
// Add cross-sections for each collider
if (*Loop::iteration == XSEC_CALCULATION)
{
for(const auto& PID_pair_xsec_pair : *Dep::PIDPairCrossSectionsMap)
{
const PID_pair& pp = PID_pair_xsec_pair.first;
const PID_pair_xsec_container& xs = PID_pair_xsec_pair.second;
result[Dep::RunMC->current_collider() + "_PID_pair_" + pp.str() + "_" + xs.info_string() + "_cross_section_fb"] = xs.xsec();
result[Dep::RunMC->current_collider() + "_PID_pair_" + pp.str() + "_" + xs.info_string() + "_cross_section_err_fb"] = xs.xsec_err();
result[Dep::RunMC->current_collider() + "_PID_pair_" + pp.str() + "_" + xs.info_string() + "_trust_level"] = xs.trust_level();
}
}
}
/// A consistency check that ensures that if each event is weighted
/// by a process-level cross-section from an external calculator, then
/// the total cross-section is taken from the event generator
void doCrossSectionConsistencyCheck(bool& result)
{
using namespace Pipes::doCrossSectionConsistencyCheck;
if (Dep::EventWeighterFunction.name() == "setEventWeight_fromCrossSection"
&& Dep::TotalCrossSection.name() != "getEvGenCrossSection_as_base")
{
std::stringstream errmsg_ss;
errmsg_ss << "Inconsistent choice for how to scale the generated events. "
<< "If each event is weighted by a process-specific cross-section that is not from "
<< "the event generator (function 'setEventWeight_fromCrossSection' for capability "
<< "'EventWeighterFunction'), you need to scale by the total cross-section "
<< "calculated by the event generator. (Choose the function "
<< "'getEvGenCrossSection_as_base' for capability 'TotalCrossSection'.)";
ColliderBit_error().raise(LOCAL_INFO, errmsg_ss.str());
}
result = true;
}
}
}
Updated on 2024-07-18 at 13:53:35 +0000