file DarkBit/DarkBit_rollcall.hpp #

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Functions #

Attributes #

Defines #

Detailed Description #

Author:

• Christoph Weniger (c.weniger@uva.nl)
• Torsten Bringmann (torsten.bringmann@fys.uio.no)
• Lars A. Dal (l.a.dal@fys.uio.no)
• Christopher Savage (chris@savage.name)
• Antje Putze (antje.putze@lapth.cnrs.fr)
• Pat Scott (pscott@imperial.ac.uk)
• Sebastian Wild (sebastian.wild@ph.tum.de)
• Felix Kahlhoefer (felix.kahlhoefer@desy.de)
• Ankit Beniwal (ankit.beniwal@uclouvain.be)
• Aaron Vincent (aaron.vincent@cparc.ca)
• Sanjay Bloor (sanjay.bloor12@imperial.ac.uk)
• Sebastian Hoof (s.hoof15@imperial.ac.uk)
• Patrick Stöcker (stoecker@physik.rwth-aachen.de)
• Anders Kvellestad (anders.kvellestad@fys.uio.no)
• Jonathan Cornell (jonathancornell@weber.edu)
• Tomas Gonzalo (tomas.gonzalo@kit.edu)
• Timon Emken (timon.emken@fysik.su.se )
• Iñigo Saez Casares (inigo.saez_casares@ens-paris-saclay.fr)
• Sowmiya Balan (sowmiya.balan@kit.edu)

Date:

• 2013 Jul - 2015 May
• 2013 Jun
• 2014 Mar
• 2019 May, 2022 Jan, 2023 Oct
• 2014 Mar, Sep, Oct
• 2014 Oct, Dec
• 2015 June
• 2015 Jan
• 2014 Mar
• 2015 Mar, Aug 2018 Sep
• 2016 Aug, 2017 Oct
• 2016 August
• 2016 Oct
• 2018 Jan, Aug
• 2020 Dec
• 2017 Sept
• 2017 Dec
• 2018 Aug, Sep, Oct
• 2020 Feb, May
• 2016 Oct
• 2017 Feb, Sep, Dec
• 2018 Jan, Mar, Apr
• 2019 Mar, Apr, Jun
• 2019 Sep
• 2021 Jan, Sep
• 2020 Feb
• 2013 - 2020
• 2021 Sep
• 2023 June
• 2022 May
• 2019 - 2020
• 2021 April, May
• 2022

Rollcall header for module DarkBit

Compile-time registration of available obser- vables and likelihoods, as well as their dependencies.

Add to this if you want to add an observable or likelihood to this module.

Authors (add name and date if you modify):

Functions Documentation #

function BACKEND_OPTION #

BACKEND_OPTION(
    (DarkSUSY, 5.1.3) ,
    (ds5) 
)

Make sure LocalHalo model is initialized in DarkSUSY6.

Process Catalogue from DarkSUSY6 (MSSM)

function BACKEND_OPTION #

ds6 BACKEND_OPTION(
    (DarkSUSY_generic_wimp, 6.1.1, 6.2.2, 6.2.5, 6.4.0) ,
    (ds6) 
)

function BACKEND_OPTION #

const str & BACKEND_OPTION(
    (DarkSUSY_MSSM, 6.1.1, 6.2.2, 6.2.5, 6.4.0) ,
    (ds6) 
)

function BACKEND_OPTION #

const str double double BACKEND_OPTION(
    (DarkSUSY_MSSM, 6.1.1, 6.2.2, 6.2.5) ,
    (ds6) 
)

function BACKEND_OPTION #

BACKEND_OPTION(
    (DarkSUSY_MSSM, 6.4.0) ,
    (ds6) 
)

function BACKEND_REQ #

BACKEND_REQ(
    dsrdstart ,
    (ds6) ,
    void ,
    (int &, double(&)[1000], double(&)[1000], int &, double(&)[1000], double(&)[1000], int &, double(&)[1000]) 
)

function BACKEND_OPTION #

double double double int int int & BACKEND_OPTION(
    (DarkSUSY_MSSM) ,
    (ds6) 
)

function BACKEND_REQ #

BACKEND_REQ(
    dsrdthlim ,
    (ds5) ,
    void ,
    () 
)

function BACKEND_REQ #

double double int & BACKEND_REQ(
    dsrdeqn ,
    (ds5) ,
    void ,
    (double(*)(double &), double &, double &, double &, double &, int &) 
)

function BACKEND_REQ #

double double int double & BACKEND_REQ(
    DS5particle_code ,
    (ds5) ,
    int ,
    (const str &) 
)

function BACKEND_REQ #

BACKEND_REQ(
    dsrdomega ,
    (ds5) ,
    double ,
    (int &, int &, double &, int &, int &, int &) 
)

function BACKEND_REQ #

BACKEND_REQ(
    oh2 ,
    (gimmemicro) ,
    double ,
    (double *, int, double) 
)

function BACKEND_OPTION #

gimmemicro BACKEND_OPTION(
    (MicrOmegas_ScalarSingletDM_Z2) ,
    (gimmemicro) 
)

function BACKEND_OPTION #

gimmemicro gimmemicro BACKEND_OPTION(
    (MicrOmegas_VectorSingletDM_Z2) ,
    (gimmemicro) 
)

function BACKEND_OPTION #

gimmemicro gimmemicro gimmemicro BACKEND_OPTION(
    (MicrOmegas_DiracSingletDM_Z2) ,
    (gimmemicro) 
)

function ALLOW_MODELS #

gimmemicro gimmemicro gimmemicro gimmemicro ALLOW_MODELS(
    MSSM63atQ ,
    MSSM63atMGUT ,
    ScalarSingletDM_Z2 ,
    ScalarSingletDM_Z2_running ,
    ScalarSingletDM_Z3 ,
    ScalarSingletDM_Z3_running ,
    DiracSingletDM_Z2 ,
    MajoranaSingletDM_Z2 ,
    VectorSingletDM_Z2 ,
    DMEFT 
)

Xf = m_WIMP/T_freezeout.

Contributions of different annihilation channels to the relic density

function BACKEND_REQ #

BACKEND_REQ(
    get_oneChannel ,
    (gimmemicro) ,
    double ,
    (double, double, char *, char *, char *, char *) 
)

function BACKEND_REQ #

BACKEND_REQ(
    vSigma ,
    () ,
    double ,
    (double, double, int) 
)

Cosmological fraction of the relic density constituted by the DM candidate under investigation.

Suppression of indirect rates due to (cosmologically) underabundant DM Process Catalogue from DarkSUSY5

function BACKEND_REQ #

int & BACKEND_REQ(
    dsIBffdxdy ,
    (ds5) ,
    double ,
    (int &, double &, double &) 
)

function BACKEND_REQ #

int int double double & BACKEND_REQ(
    dsIBwhdxdy ,
    (ds5) ,
    double ,
    (int &, double &, double &) 
)

function BACKEND_REQ #

int int double double int double double int int & BACKEND_REQ(
    dssigmav0tot ,
    (ds6) ,
    double ,
    () 
)

function BACKEND_REQ #

int int double double int double double int int int double double & BACKEND_REQ(
    dsIBhhdxdy ,
    (ds6) ,
    double ,
    (int &, double &, double &) 
)

function BACKEND_REQ #

int int double double int double double int int int double double int double double & BACKEND_REQ(
    dsIBwwdxdy ,
    (ds6) ,
    double ,
    (int &, double &, double &) 
)

function BACKEND_REQ #

BACKEND_REQ(
    calcSpectrum ,
    (gimmemicro) ,
    double ,
    (int, double *, double *, double *, double *, double *, double *, int *) 
)

function BACKEND_REQ #

BACKEND_REQ(
    CH_Sigma_V ,
    () ,
    double ,
    (str &, std::vector< str > &, std::vector< str > &, double &, const DecayTable &) 
)

function BACKEND_REQ #

BACKEND_REQ(
    dsanyield_sim ,
    () ,
    double ,
    (double &, double &, int &, char *, int &, int &, int &) 
)

function BACKEND_REQ #

BACKEND_REQ(
    drn_pbar_logLikes ,
    () ,
    map_str_dbl ,
    (double &, map_str_dbl &, double &) 
)

function BACKEND_REQ #

BACKEND_REQ(
    lnL ,
    (gamLike) ,
    double ,
    (int, const std::vector< double > &, const std::vector< double > &) 
)

function QUICK_FUNCTION #

QUICK_FUNCTION(
    DarkBit ,
    mwimp ,
    NEW_CAPABILITY ,
    mwimp_generic ,
    double ,
    () ,
    (WIMP_properties, WIMPprops) 
)

function QUICK_FUNCTION #

unsigned WIMPprops QUICK_FUNCTION(
    DarkBit ,
    wimp_sc ,
    NEW_CAPABILITY ,
    wimp_sc_generic ,
    bool ,
    () ,
    (WIMP_properties, WIMPprops) 
)

function BACKEND_OPTION #

unsigned WIMPprops double double double double double double int * BACKEND_OPTION(
    (MicrOmegas_MSSM) ,
    (gimmemicro) 
)

function BACKEND_OPTION #

unsigned WIMPprops double double double double double double int gimmemicro BACKEND_OPTION(
    (MicrOmegas_ScalarSingletDM_Z3) ,
    (gimmemicro) 
)

function BACKEND_OPTION #

unsigned WIMPprops double double double double double double int gimmemicro gimmemicro BACKEND_OPTION(
    (MicrOmegas_DMsimpVectorMedVectorDM) ,
    (gimmemicro) 
)

function BACKEND_REQ #

unsigned WIMPprops double double double double double double int gimmemicro gimmemicro double double double double double * BACKEND_REQ(
    FeScLoop ,
    (gimmemicro) ,
    double ,
    (double, double, double, double) 
)

function MODEL_GROUP #

unsigned WIMPprops double double double double double double int gimmemicro gimmemicro double double double double double DMsimpVectorMedVectorDM MODEL_GROUP(
    group2 ,
    (MSSM63atQ, ScalarSingletDM_Z2, ScalarSingletDM_Z2_running, ScalarSingletDM_Z3, ScalarSingletDM_Z3_running, VectorSingletDM_Z2, DMEFT, DMsimpVectorMedVectorDM) 
)

function BACKEND_REQ #

BACKEND_REQ(
    get_NR_WCs_flav ,
    () ,
    NREO_DM_nucleon_couplings ,
    (map_str_dbl &, double &, int &, std::string &, map_str_dbl &) 
)

function QUICK_FUNCTION #

double QUICK_FUNCTION(
    DarkBit ,
    sigma_SI_n ,
    NEW_CAPABILITY ,
    sigma_SI_n_simple ,
    double ,
    () ,
    (DD_couplings, DM_nucleon_couplings) ,
    (mwimp, double) 
)

function QUICK_FUNCTION #

double double QUICK_FUNCTION(
    DarkBit ,
    sigma_SD_n ,
    NEW_CAPABILITY ,
    sigma_SD_n_simple ,
    double ,
    () ,
    (DD_couplings, DM_nucleon_couplings) ,
    (mwimp, double) 
)

Capture rate of regular dark matter in the Sun (no v-dependent or q-dependent cross-sections) (s^-1).

function BACKEND_REQ #

BACKEND_REQ(
    cap_Sun_v0q0_isoscalar ,
    (cg) ,
    void ,
    (const double &, const double &, const double &, double &, double &) 
)

function BACKEND_OPTION #

const double & BACKEND_OPTION(
    (CaptnGeneral) ,
    (cg) 
)

Capture rate of dark matter with q^n or v^n cross section (s^-1), using backend Captn’ General.

function BACKEND_REQ #

const double const double const double const int const int const int const double double & BACKEND_REQ(
    cap_sun_saturation ,
    (cg) ,
    double ,
    (const double &) 
)

function BACKEND_REQ #

BACKEND_REQ(
    captn_NREO ,
    (cg) ,
    void ,
    (const double &, const double &, const int &, double &) 
)

function BACKEND_REQ #

const double & BACKEND_REQ(
    captn_populate_array ,
    (cg) ,
    void ,
    (const double &, const int &, const int &) 
)

function ALLOW_MODELS #

ALLOW_MODELS(
    MSSM63atQ ,
    ScalarSingletDM_Z2_running ,
    ScalarSingletDM_Z3_running ,
    MajoranaSingletDM_Z2 ,
    DiracSingletDM_Z2 ,
    VectorSingletDM_Z2 ,
    NREO_scalarDM ,
    NREO_MajoranaDM ,
    NREO_DiracDM ,
    DMEFT 
)

function double #

const double(&const double(
    & 
)

function BACKEND_REQ #

const double(&const const double double BACKEND_REQ(
    nuyield ,
    (ds) ,
    double ,
    (const double &, const int &, void *&) 
)

function BACKEND_REQ #

const double(&const const double double BACKEND_REQ(
    get_DS_charged_h_decay_channels ,
    (ds) ,
    std::vector< std::vector< str > > ,
    () 
)

function BACKEND_REQ #

BACKEND_REQ(
    nubounds ,
    () ,
    void ,
    (const char &, const double &, const double &, nuyield_function_pointer, double &, double &, int &, double &, double &, const int &, const double &, const int &, const bool &, const double &, const double &, void *&, const bool &) 
)

function BACKEND_REQ #

BACKEND_REQ(
    XENON1T_S2_ER ,
    () ,
    obscura_default::obscura::DM_Detector_Ionization_ER ,
    () 
)

function BACKEND_REQ #

BACKEND_REQ(
    DarkSide50_S2_ER_2023 ,
    () ,
    obscura_default::obscura::DM_Detector_Ionization_ER ,
    () 
)

function BACKEND_REQ #

BACKEND_REQ(
    SENSEI_at_MINOS ,
    () ,
    obscura_default::obscura::DM_Detector_Crystal ,
    () 
)

function BACKEND_REQ #

BACKEND_REQ(
    DAMIC_M_2023 ,
    () ,
    obscura_default::obscura::DM_Detector_Crystal ,
    () 
)

function BACKEND_REQ #

BACKEND_REQ(
    DarkSide50_S2_Migdal ,
    () ,
    obscura_default::obscura::DM_Detector_Ionization_Migdal ,
    () 
)

Attributes Documentation #

variable ds5 #

ds6 ds5;

variable int #

ds6 int;

variable ScalarSingletDM_Z2_running #

ds6 const str ScalarSingletDM_Z2_running;

variable ScalarSingletDM_Z3 #

ds6 const str ScalarSingletDM_Z3;

variable ScalarSingletDM_Z3_running #

ds6 const str ScalarSingletDM_Z3_running;

variable DiracSingletDM_Z2 #

ds6 const str DiracSingletDM_Z2;

variable MajoranaSingletDM_Z2 #

ds6 const str MajoranaSingletDM_Z2;

variable VectorSingletDM_Z2 #

ds6 const str VectorSingletDM_Z2;

variable ds6 #

ds6;

variable double #

const str double;

variable void #

const str double double void;

variable gamLike #

gamLike;

variable spinwimpx2 #

spinwimpx2;

variable NEW_CAPABILITY #

NEW_CAPABILITY;

variable spinwimpx2_generic #

spinwimpx2_generic;

variable WIMP_properties #

unsigned WIMP_properties;

variable gimmemicro #

unsigned WIMPprops gimmemicro;

variable MSSM63atQ #

unsigned WIMPprops double double double double double double int gimmemicro gimmemicro double double double double double MSSM63atQ;

variable ScalarSingletDM_Z2 #

unsigned WIMPprops double double double double double double int gimmemicro gimmemicro double double double double double ScalarSingletDM_Z2;

variable DMEFT #

unsigned WIMPprops double double double double double double int gimmemicro gimmemicro double double double double double DMEFT;

variable sigma_SI_p #

sigma_SI_p;

variable sigma_SI_p_simple #

sigma_SI_p_simple;

variable DD_couplings #

DD_couplings;

variable DM_nucleon_couplings #

DM_nucleon_couplings;

variable mwimp #

mwimp;

variable sigma_SD_p #

double sigma_SD_p;

variable sigma_SD_p_simple #

double sigma_SD_p_simple;

variable cg #

cg;

variable ds #

ds;

variable nuyield_function_pointer #

const char const double const double nuyield_function_pointer;

Macros Documentation #

define MODULE #

#define MODULE DarkBit

define REFERENCE #

#define REFERENCE GAMBITDarkMatterWorkgroup:2017fax

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CONDITIONAL_DEPENDENCY #

#define CONDITIONAL_DEPENDENCY RD_oh2_DS6pre4_ini

define CONDITIONAL_DEPENDENCY #

#define CONDITIONAL_DEPENDENCY RD_oh2_DS6pre4_ini

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define DD_DECLARE_RESULT_FUNCTION #

#define DD_DECLARE_RESULT_FUNCTION(
    EXPERIMENT,
    TYPE,
    NAME
)
LONG_START_CAPABILITY(MODULE, CAT_3(EXPERIMENT,_,NAME))                           \
  LONG_DECLARE_FUNCTION(MODULE, CAT_3(EXPERIMENT,_,NAME),                           \
   CAT_3(EXPERIMENT,_Get,NAME), TYPE, 0)                                            \
  LONG_DEPENDENCY(MODULE, CAT_3(EXPERIMENT,_Get,NAME),                              \
   CAT(EXPERIMENT,_Calculate), bool)                                                \
  LONG_BACKEND_REQ(MODULE, CAT_3(EXPERIMENT,_,NAME),                                \
   CAT_3(EXPERIMENT,_Get,NAME), DD_Experiment, (needs_DDCalc), int, (const str&))   \
  LONG_BACKEND_REQ(MODULE, CAT_3(EXPERIMENT,_,NAME),                                \
   CAT_3(EXPERIMENT,_Get,NAME), CAT(DD_,NAME), (needs_DDCalc), TYPE, (const int&))

define DD_DECLARE_BIN_FUNCTION #

#define DD_DECLARE_BIN_FUNCTION(
    EXPERIMENT,
    TYPE,
    NAME
)
LONG_START_CAPABILITY(MODULE, CAT_3(EXPERIMENT,_,NAME))                           \
  LONG_DECLARE_FUNCTION(MODULE, CAT_3(EXPERIMENT,_,NAME),                           \
   CAT_3(EXPERIMENT,_Get,NAME), std::vector<double>, 0)                             \
  LONG_DEPENDENCY(MODULE, CAT_3(EXPERIMENT,_Get,NAME),                              \
   CAT(EXPERIMENT,_Calculate), bool)                                                \
  LONG_BACKEND_REQ(MODULE, CAT_3(EXPERIMENT,_,NAME),                                \
   CAT_3(EXPERIMENT,_Get,NAME), DD_Experiment, (needs_DDCalc), int, (const str&))   \
  LONG_BACKEND_REQ(MODULE, CAT_3(EXPERIMENT,_,NAME),                                \
   CAT_3(EXPERIMENT,_Get,NAME), DD_Bins, (needs_DDCalc), int, (const int&))         \
  LONG_BACKEND_REQ(MODULE, CAT_3(EXPERIMENT,_,NAME),                                \
   CAT_3(EXPERIMENT,_Get,NAME), CAT(DD_,NAME), (needs_DDCalc), TYPE, (const int&,   \
   const int&))

define DD_DECLARE_EXPERIMENT #

#define DD_DECLARE_EXPERIMENT(
    EXPERIMENT
)
LONG_START_CAPABILITY(MODULE, CAT(EXPERIMENT,_Calculate))                         \
  LONG_DECLARE_FUNCTION(MODULE, CAT(EXPERIMENT,_Calculate),                         \
   CAT(EXPERIMENT,_Calc), bool, 0)                                                  \
  LONG_BACKEND_REQ(MODULE, CAT(EXPERIMENT,_Calculate),                              \
   CAT(EXPERIMENT,_Calc), DD_Experiment, (needs_DDCalc), int, (const str&))         \
  LONG_BACKEND_REQ(MODULE, CAT(EXPERIMENT,_Calculate),                              \
   CAT(EXPERIMENT,_Calc), DD_CalcRates, (needs_DDCalc), void, (const int&))         \
  DD_DECLARE_RESULT_FUNCTION(EXPERIMENT,int,Events)                                 \
  DD_DECLARE_RESULT_FUNCTION(EXPERIMENT,double,Background)                          \
  DD_DECLARE_RESULT_FUNCTION(EXPERIMENT,double,Signal)                              \
  DD_DECLARE_RESULT_FUNCTION(EXPERIMENT,double,SignalSI)                            \
  DD_DECLARE_RESULT_FUNCTION(EXPERIMENT,double,SignalSD)                            \
  DD_DECLARE_RESULT_FUNCTION(EXPERIMENT,int,Bins)                                   \
  DD_DECLARE_RESULT_FUNCTION(EXPERIMENT,double,LogLikelihood)                       \
  DD_DECLARE_BIN_FUNCTION(EXPERIMENT,int,BinEvents)                                 \
  DD_DECLARE_BIN_FUNCTION(EXPERIMENT,double,BinBackground)                          \
  DD_DECLARE_BIN_FUNCTION(EXPERIMENT,double,BinSignal)                              \

define SET_BACKEND_OPTION #

#define SET_BACKEND_OPTION(
    EXPERIMENT,
    VERSIONS
)
  LONG_BACKEND_OPTION(MODULE, CAT(EXPERIMENT,_Calculate), CAT(EXPERIMENT,_Calc),    \
   VERSIONS, (needs_DDCalc))                                                        \
  LONG_BACKEND_OPTION(MODULE, CAT(EXPERIMENT,_Events), CAT(EXPERIMENT,_GetEvents),  \
   VERSIONS, (needs_DDCalc))                                                        \
  LONG_BACKEND_OPTION(MODULE, CAT(EXPERIMENT,_Background),                          \
   CAT(EXPERIMENT,_GetBackground), VERSIONS, (needs_DDCalc))                        \
  LONG_BACKEND_OPTION(MODULE, CAT(EXPERIMENT,_Signal), CAT(EXPERIMENT,_GetSignal),  \
   VERSIONS, (needs_DDCalc))                                                        \
  LONG_BACKEND_OPTION(MODULE, CAT(EXPERIMENT,_SignalSI),                            \
   CAT(EXPERIMENT,_GetSignalSI), VERSIONS, (needs_DDCalc))                          \
  LONG_BACKEND_OPTION(MODULE, CAT(EXPERIMENT,_SignalSD),                            \
   CAT(EXPERIMENT,_GetSignalSD), VERSIONS, (needs_DDCalc))                          \
  LONG_BACKEND_OPTION(MODULE, CAT(EXPERIMENT,_Bins), CAT(EXPERIMENT,_GetBins),      \
   VERSIONS, (needs_DDCalc))                                                        \
  LONG_BACKEND_OPTION(MODULE, CAT(EXPERIMENT,_LogLikelihood),                       \
   CAT(EXPERIMENT,_GetLogLikelihood), VERSIONS, (needs_DDCalc))                     \
  LONG_BACKEND_OPTION(MODULE, CAT(EXPERIMENT,_BinEvents),                           \
   CAT(EXPERIMENT,_GetBinEvents), VERSIONS, (needs_DDCalc))                         \
  LONG_BACKEND_OPTION(MODULE, CAT(EXPERIMENT,_BinBackground),                       \
   CAT(EXPERIMENT,_GetBinBackground), VERSIONS, (needs_DDCalc))                     \
  LONG_BACKEND_OPTION(MODULE, CAT(EXPERIMENT,_BinSignal),                           \
   CAT(EXPERIMENT,_GetBinSignal), VERSIONS, (needs_DDCalc))                         \

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.

Neutrino yield function pointer and setup.

Annihilation rate of dark matter in the Sun (s^-1)

Equilibration time for capture and annihilation of dark matter in the Sun (s)

Function requesting and returning antideuteron spectra from cascade decays.

Function requesting and returning antiproton spectra from cascade decays.

Function requesting and returning positron spectra from cascade decays.

Function requesting and returning electron spectra from cascade decays.

Function requesting and returning gamma ray spectra from cascade decays.

Function responsible for histogramming and evaluating end conditions for event loop.

Function for generating decay chains.

Event counter for cascade decays.

Loop manager for cascade decays.

Function setting up the decay table used in decay chains.

Function for determining the list of initial states for cascade decays.

Function for retrieving list of final states for cascade decays.

Contributions of semi-annihilation to the relic density.

Get oh2 and Xf simultaneously.

Information about the nature of the DM process in question (i.e. decay or annihilation) to use the correct scaling in terms of the DM density, phase space, etc.

define FUNCTION #

#define FUNCTION DarkSUSY5_PointInit_LocalHalo_func

simply grab oh2 from capability RD_oh2_aDM

Capture rate of dark matter with NREO method (s^-1), using backend Captn’ General.

Alternative function for the above: Capture rate of dark matter with a constant cross section (s^-1), using backend Captn’ General.

Translation of DDcalc couplings into NREO couplings.

Copying of NREO model parameters into NREO_DD_nucleon_couplings object.

Get the RD from previous GAMBIT output via the postprocessor scanner.

Routine for computing axion energy density today from vacuum misalignment, assuming no axion decays.

Routine for cross checking relic density results, using MicrOmegas.

Routine for cross checking relic density results, using DarkSUSY5.

General Boltzmann solver from DarkSUSY, using arbitrary Weff.

General Boltzmann solver from DarkSUSY, using arbitrary Weff Version of RD_oh2_DS_general that also allows asymmetric DM

define CAPABILITY #

#define CAPABILITY DarkSUSY5_PointInit_LocalHalo

Make sure LocalHalo model is initialized in DarkSUSY5.