Variables
global identifiers
C++ API

Variables

const int SUBLIB_1LT = 1
 
const int SUBLIB_2AC = 2
 
const int SUBLIB_3FP = 3
 
const int SUBLIB_4U1 = 4
 
const int SUBLIB_5U2 = 5
 
const int SUBLIB_6U3 = 6
 
const int SUBLIB_7U4 = 7
 
const int SUBLIB_8TA = 8
 
const int SUBLIB_9BY = 9
 
const FieldId NULL_FIELD = 0
 field numbers used when accessing fields by FieldId More...
 
const FieldId NEUTRON_FIELD = 1
 
const FieldId PROTON_FIELD = 2
 
const FieldId DEUTERON_FIELD = 3
 
const FieldId TRITON_FIELD = 4
 
const FieldId HELION_FIELD = 5
 
const FieldId ALPHA_FIELD = 6
 
const FieldId ELECTRON_FIELD = 7
 
const FieldId POSITRON_FIELD = 8
 
const FieldId PHOTON_FIELD = 9
 
const FieldId NEUTRINO_FIELD = 10
 
const ByproductId NULL_BYPRODUCT_ID = BAD_INT
 byproduct ids used when accessing byproducts by ByproductId More...
 
const ByproductId NEUTRON_BYPRODUCT_ID = 1
 
const ByproductId PROTON_BYPRODUCT_ID = 1001
 
const ByproductId DEUTERON_BYPRODUCT_ID = 1002
 
const ByproductId TRITON_BYPRODUCT_ID = 1003
 
const ByproductId HELION_BYPRODUCT_ID = 2003
 
const ByproductId ALPHA_BYPRODUCT_ID = 2004
 
const ByproductId ELECTRON_BYPRODUCT_ID = -1000
 
const ByproductId POSITRON_BYPRODUCT_ID = 1000
 
const ByproductId NEUTRINO_BYPRODUCT_ID = 0
 
const int NEUTRON_MASS_NUMBER = 1
 mass numbers More...
 
const int PROTON_MASS_NUMBER = 1
 
const int DEUTERON_MASS_NUMBER = 2
 
const int TRITON_MASS_NUMBER = 3
 
const int HELION_MASS_NUMBER = 3
 
const int ALPHA_MASS_NUMBER = 4
 
const int ELECTRON_MASS_NUMBER = 0
 
const int POSITRON_MASS_NUMBER = 0
 
const int NEUTRINO_MASS_NUMBER = 0
 
const int NULL_MASS_NUMBER = 0
 
const int NEUTRON_CHARGE_NUMBER = 0
 charge/atomic numbers More...
 
const int PROTON_CHARGE_NUMBER = 1
 
const int DEUTERON_CHARGE_NUMBER = 1
 
const int TRITON_CHARGE_NUMBER = 1
 
const int HELION_CHARGE_NUMBER = 2
 
const int ALPHA_CHARGE_NUMBER = 2
 
const int ELECTRON_CHARGE_NUMBER = -1
 
const int POSITRON_CHARGE_NUMBER = +1
 
const int NEUTRINO_CHARGE_NUMBER = 0
 
const int NULL_CHARGE_NUMBER = 0
 

Detailed Description

Variable Documentation

const int SUBLIB_1LT = 1
Examples:
tstNuclideSet.cpp, tstTransitionMatrixP.cpp, and tstTransitionSystemAdapter_DecayResource.cpp.

Referenced by LibraryBuilder::create_library(), LibraryBuilder::create_reaction_transitions(), Origen::createDecayData_random1(), Origen::createTransitionCoeff_random1(), get_decay_data(), get_transition_data(), gtestLibrarySizes(), TransitionMatrixP::init_typ_nuc(), inject_fission_yields(), Library::populate_transition_matrix(), Origen::populateLibraryAbundance_NuclideResource(), StateSetIO_s61::read(), Origen::stringifySublib(), NuclideSet::sublib_search_standard(), TEST(), StateSetIO_s62b::write(), LibraryIO_s61::write(), and LibraryIO_s62b::write().

const int SUBLIB_2AC = 2
Examples:
tstNuclideSet.cpp, and tstTransitionSystemAdapter_DecayResource.cpp.

Referenced by LibraryBuilder::create_library(), LibraryBuilder::create_reaction_transitions(), Origen::createTransitionCoeff_random1(), TransitionSystemAdapter_TransitionMatrix::extend(), TransitionCoeff::fission_xs_index(), TransitionMatrixP::get_capture_power(), TransitionMatrixP::get_fission_power(), get_transition_data(), TransitionMatrixP::get_xs(), gtestLibrarySizes(), TransitionMatrixP::init_typ_nuc(), FakeFactory::newspLibrary_10nuclide(), Library::populate_transition_matrix(), Origen::populateLibraryHeader_YieldResource(), StateSetIO_s61::read(), TransitionMatrixP::set_xs(), TransitionMatrixP::setup_fast_transition_access(), Origen::stringifySublib(), Origen::tabulateMaterialFission(), TEST(), LibraryBuilder::update_reaction_transitions(), StateSetIO_s62b::write(), LibraryIO_s62b::write(), and LibraryIO_s61::write().

const int SUBLIB_3FP = 3
Examples:
tstNuclideSet.cpp, and tstTransitionSystemAdapter_DecayResource.cpp.

Referenced by gtestLibrarySizes(), TransitionMatrixP::init_typ_nuc(), Library::populate_transition_matrix(), StateSetIO_s61::read(), TransitionMatrixP::remove_fp_reactions(), NuclideSet::sort_standard(), Origen::stringifySublib(), TEST(), LibraryBuilder::update_reaction_transitions(), LibraryIO_s62b::write(), LibraryIO_s61::write(), and StateSetIO_s62b::write().

const int SUBLIB_4U1 = 4

Referenced by Origen::stringifySublib().

const int SUBLIB_5U2 = 5

Referenced by Origen::stringifySublib().

const int SUBLIB_6U3 = 6

Referenced by Origen::stringifySublib().

const int SUBLIB_7U4 = 7

Referenced by Origen::stringifySublib().

const int SUBLIB_8TA = 8

Referenced by Origen::stringifySublib().

const int SUBLIB_9BY = 9

Referenced by Origen::stringifySublib().

const FieldId NULL_FIELD = 0

field numbers used when accessing fields by FieldId

Referenced by TransitionSystem_Gen::add_channel_type_impl(), TransitionSystem_Gen::add_field_impl(), TransitionSystem_Gen::channel_type_impl(), and NullField::id_impl().

const FieldId NEUTRON_FIELD = 1
Examples:
tstTransitionSystem_Gen.cpp, and tstTransitionSystemAdapter_AmpxN.cpp.

Referenced by TransitionSystem_Gen::add_field_impl(), Origen::calculate_neutron_production_xs(), check_og_xs(), ReactionResource::field_id(), TransitionMatrixUpdater::get_transition_matrix(), NeutronField::id_impl(), TransitionMatrixUpdater::load(), TEST(), and TEST_F().

const FieldId PROTON_FIELD = 2

Referenced by TransitionSystem_Gen::add_field_impl(), and ProtonField::id_impl().

const FieldId DEUTERON_FIELD = 3

Referenced by TransitionSystem_Gen::add_field_impl(), and DeuteronField::id_impl().

const FieldId TRITON_FIELD = 4

Referenced by TransitionSystem_Gen::add_field_impl(), and TritonField::id_impl().

const FieldId HELION_FIELD = 5

Referenced by TransitionSystem_Gen::add_field_impl(), and HelionField::id_impl().

const FieldId ALPHA_FIELD = 6

Referenced by TransitionSystem_Gen::add_field_impl(), and AlphaField::id_impl().

const FieldId ELECTRON_FIELD = 7

Referenced by TransitionSystem_Gen::add_field_impl(), and ElectronField::id_impl().

const FieldId POSITRON_FIELD = 8

Referenced by TransitionSystem_Gen::add_field_impl(), and PositronField::id_impl().

const FieldId PHOTON_FIELD = 9

Referenced by GammaResource::GammaResource().

const FieldId NEUTRINO_FIELD = 10

Referenced by NeutrinoField::id_impl().

const ByproductId NULL_BYPRODUCT_ID = BAD_INT

byproduct ids used when accessing byproducts by ByproductId

Referenced by Null::id_impl().

const ByproductId NEUTRON_BYPRODUCT_ID = 1

Referenced by TransitionSystem_Gen::add_byproduct_impl(), Neutron::id_impl(), ChannelType_Decay::update_byproducts(), and ChannelType_Reac::update_byproducts().

const ByproductId PROTON_BYPRODUCT_ID = 1001

Referenced by TransitionSystem_Gen::add_byproduct_impl(), Proton::id_impl(), ChannelType_Decay::update_byproducts(), and ChannelType_Reac::update_byproducts().

const ByproductId DEUTERON_BYPRODUCT_ID = 1002

Referenced by TransitionSystem_Gen::add_byproduct_impl(), Deuteron::id_impl(), ChannelType_Decay::update_byproducts(), and ChannelType_Reac::update_byproducts().

const ByproductId TRITON_BYPRODUCT_ID = 1003

Referenced by TransitionSystem_Gen::add_byproduct_impl(), Triton::id_impl(), ChannelType_Decay::update_byproducts(), and ChannelType_Reac::update_byproducts().

const ByproductId HELION_BYPRODUCT_ID = 2003

Referenced by TransitionSystem_Gen::add_byproduct_impl(), Helion::id_impl(), ChannelType_Decay::update_byproducts(), and ChannelType_Reac::update_byproducts().

const ByproductId ALPHA_BYPRODUCT_ID = 2004

Referenced by TransitionSystem_Gen::add_byproduct_impl(), Alpha::id_impl(), ChannelType_Decay::update_byproducts(), and ChannelType_Reac::update_byproducts().

const ByproductId ELECTRON_BYPRODUCT_ID = -1000

Referenced by TransitionSystem_Gen::add_byproduct_impl(), and Electron::id_impl().

const ByproductId POSITRON_BYPRODUCT_ID = 1000

Referenced by TransitionSystem_Gen::add_byproduct_impl(), and Positron::id_impl().

const ByproductId NEUTRINO_BYPRODUCT_ID = 0

Referenced by Neutrino::id_impl().

const int NEUTRON_MASS_NUMBER = 1

mass numbers

Examples:
tstTransitionSystem_Gen.cpp.

Referenced by Neutron::mass_number_impl(), and TEST().

const int PROTON_MASS_NUMBER = 1

Referenced by Proton::mass_number_impl().

const int DEUTERON_MASS_NUMBER = 2

Referenced by Deuteron::mass_number_impl().

const int TRITON_MASS_NUMBER = 3

Referenced by Triton::mass_number_impl().

const int HELION_MASS_NUMBER = 3

Referenced by Helion::mass_number_impl().

const int ALPHA_MASS_NUMBER = 4

Referenced by Alpha::mass_number_impl().

const int ELECTRON_MASS_NUMBER = 0

Referenced by Electron::mass_number_impl().

const int POSITRON_MASS_NUMBER = 0

Referenced by Positron::mass_number_impl().

const int NEUTRINO_MASS_NUMBER = 0

Referenced by Neutrino::mass_number_impl().

const int NULL_MASS_NUMBER = 0

Referenced by Null::mass_number_impl().

const int NEUTRON_CHARGE_NUMBER = 0

charge/atomic numbers

Examples:
tstTransitionSystem_Gen.cpp.

Referenced by Neutron::charge_number_impl(), and TEST().

const int PROTON_CHARGE_NUMBER = 1

Referenced by Proton::charge_number_impl().

const int DEUTERON_CHARGE_NUMBER = 1

Referenced by Deuteron::charge_number_impl().

const int TRITON_CHARGE_NUMBER = 1

Referenced by Triton::charge_number_impl().

const int HELION_CHARGE_NUMBER = 2

Referenced by Helion::charge_number_impl().

const int ALPHA_CHARGE_NUMBER = 2

Referenced by Alpha::charge_number_impl().

const int ELECTRON_CHARGE_NUMBER = -1

Referenced by Electron::charge_number_impl().

const int POSITRON_CHARGE_NUMBER = +1

Referenced by Positron::charge_number_impl().

const int NEUTRINO_CHARGE_NUMBER = 0

Referenced by Neutrino::charge_number_impl().

const int NULL_CHARGE_NUMBER = 0

Referenced by Null::charge_number_impl().

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