A primary particle generated by a Monte Carlo generator process. More...

#include <bayeux/genbb_help/primary_particle.h>

Inheritance diagram for genbb::primary_particle:

Public Types
enum	particle_type { PARTICLE_UNDEFINED = -1, PARTICLE_UNKNOWN = 0, GAMMA = 1, POSITRON = 2, ELECTRON = 3, NEUTRINO = 4, MUON_PLUS = 5, MUON_MINUS = 6, PION_0 = 7, PION_PLUS = 8, PION_MINUS = 9, KAON_0_LONG = 10, KAON_PLUS = 11, KAON_MINUS = 12, NEUTRON = 13, PROTON = 14, ANTI_PROTON = 15, KAON_0_SHORT = 16, ETA = 17, LAMBDA = 18, SIGMA_PLUS = 19, SIGMA_0 = 20, SIGMA_MINUS = 21, XI_0 = 22, XI_MINUS = 23, OMEGA_MINUS = 24, ANTI_NEUTRON = 25, ANTI_LAMBDA = 26, ANTI_SIGMA_MINUS = 27, ANTI_SIGMA_0 = 28, ANTI_SIGMA_PLUS = 29, ANTI_XI_0 = 30, ANTI_XI_PLUS = 31, ANTI_OMEGA_PLUS = 32, DEUTERON = 45, TRITIUM = 46, TRITON = 46, ALPHA = 47, GEANTINO = 48, HE3 = 49, CERENKOV = 50, NUCLEUS = 1000000000, ION = 1100000000 }
	Extended Geant3 particle These are historical codes used in GEANT3 and original GENBB/DECAY0 library. Modern particle code scheme is proposed by the PDG. Some utilities are now provided to translate such a code into the corresponding PDG code, if possible. GEANT3 definition: http://www.star.bnl.gov/public/comp/simu/gstar/Manual/particle_id.html. More...

Public Types inherited from datatools::i_tree_dumpable
enum	ostream_type { OSTREAM_COUT = 1, OSTREAM_CERR = 2, OSTREAM_CLOG = 3 }
	Enumeration for standard output streams. More...

Public Member Functions
void	reset ()
	Reset the full data structure of the particle. More...

bool	has_generation_id () const
	Check if the particle has an unique generation Id. More...

void	set_generation_id (int)
	Set the unique generation Id. More...

void	reset_generation_id ()
	Reset the unique generation Id. More...

int	get_generation_id () const
	Return the unique generation Id. More...

bool	has_type () const
	Check if the extended Geant3 type of the particle is defined. More...

int	get_type () const
	Return the extended Geant3 type of the particle. More...

void	set_type (int type_)
	Set the extended Geant3 type of the particle and set the corresponding particle label if it is empty. More...

void	set_nucleus (int z_, int a_, double excitation_energy_=0.0, bool pdg_=false)
	Define a nucleus, possibly in some excited state. More...

void	set_ion (int z_, int a_, double excitation_energy_=0.0, int charge_=0, bool pdg_=false)
	Define an ion (or neutral atom) More...

void	set_neutrino (const std::string &label_)
	Define a neutrino. More...

void	set_neutrino (const std::string &flavour_, bool antineutrino_)
	Define a neutrino. More...

bool	has_pdg_code () const
	Check if the PDG code of the particle is defined. More...

int	get_pdg_code () const
	Return the PDG code of the particle. More...

void	set_pdg_code (int)
	Set the PDG code of the particle. More...

int	fetch_pdg_code () const
	Fetch the PDG code from the particle type/label... More...

bool	has_time () const
	Check if time is defined. More...

double	get_time () const
	Return the creation time of the particle (in unit of time) More...

double &	grab_time ()
	Return mutable reference on the creation time of the particle (in unit of time) More...

bool	needs_particle_label () const
	Check is the particle should have a specific identifier label because it lacks a type or code. More...

bool	has_particle_label () const
	Check is the particle has a specific identifier label. More...

const std::string &	get_particle_label () const
	Return the identifier label of the particle. More...

void	set_particle_label (const std::string &)
	Set the identifier label of the particle (for type == PARTICLE_UNKNOWN, NUCLEUS, ION) More...

void	set_time (double time_)
	Set the creation time of the particle (in unit of time) More...

void	shift_time (double delta_time_)
	Shift the creation time of the particle (in unit of time) More...

bool	is_valid () const
	Check if the description of the particle is valid. More...

bool	is_unknown () const
	Check if the particle is of unknown type (but possibly valid for a client application) More...

bool	is_gamma () const
	Check if the particle is a gamma. More...

bool	is_positron () const
	Check if the particle is a positron. More...

bool	is_electron () const
	Check if the particle is an electron. More...

bool	is_neutrino () const
	Check if the particle is a neutrino. More...

bool	is_alpha () const
	Check if the particle is an alpha. More...

bool	is_deuteron () const
	Check if the particle is a deuteron. More...

bool	is_tritium () const
	Check if the particle is a tritium. More...

bool	is_proton () const
	Check if the particle is a proton. More...

bool	is_neutron () const
	Check if the particle is a neutron. More...

bool	is_muon_plus () const
	Check if the particle is muon+. More...

bool	is_muon_minus () const
	Check if the particle is minus-. More...

bool	is_pion_plus () const
	Check if the particle is pion+. More...

bool	is_pion_minus () const
	Check if the particle is pion-. More...

bool	is_pion_zero () const
	Check if the particle is pion0. More...

bool	is_nucleus () const
	Check if the particle is an nucleus (not the light ones: p, D, T, He3, He4) More...

bool	is_ion () const
	Check if the particle is an ion (not the light ones: p, D, T, He3, He4) More...

void	set_momentum (const geomtools::vector_3d &m_)
	Set the momentum of the particle (in unit of energy, i.e. p x c) More...

const geomtools::vector_3d &	get_momentum () const
	Return the const momentum of the particle (in unit of energy, i.e. p x c) More...

geomtools::vector_3d &	grab_momentum ()
	Return the mutable momentum of the particle (in unit of energy, i.e. p x c) More...

void	compute_four_momentum (CLHEP::HepLorentzVector &) const
	Compute the associated 4-vector (in unit of energy, i.e. p x c) More...

void	set_vertex (const geomtools::vector_3d &v_)
	Set the vertex of the particle (in unit of length) More...

const geomtools::vector_3d &	get_vertex () const
	Return the const vertex of the particle (in unit of length) More...

geomtools::vector_3d &	grab_vertex ()
	Return the mutable vertex of the particle (in unit of length) More...

bool	has_vertex () const
	Check if the particle has its own vertex. More...

void	invalidate_vertex ()
	Invalidate the vertex of the particle. More...

bool	charge_is_known () const
	Check if the charge of the particle is known. More...

double	get_charge () const
	Return the charge of the particle (in unit of +e, as a real number) More...

void	set_mass (double)
	Set the mass of the particle (in unit of energy, i.e. m x c2) More...

void	reset_mass ()
	Reset the mass of the particle. More...

double	get_mass () const
	Return the mass of the particle (in unit of energy, i.e. m x c2) More...

bool	mass_is_known () const
	Check if the mass of the particle is known. More...

double	get_total_energy () const
	Return the total energy (in unit of energy) More...

double	get_kinetic_energy () const
	Return the kinetic energy (in unit of energy) More...

double	get_beta () const
	Return the relativistic beta coefficient. More...

const datatools::properties &	get_auxiliaries () const

datatools::properties &	grab_auxiliaries ()
	Return a mutable reference to the auxiliary properties. More...

	primary_particle ()
	Default constructor. More...

	primary_particle (int32_t a_type, double a_time, const geomtools::vector_3d &)
	Constructor. More...

virtual	~primary_particle ()
	Destructor. More...

virtual void	tree_dump (std::ostream &out_=std::clog, const std::string &title_="", const std::string &indent_="", bool inherit_=false) const
	Smart print. More...

void	dump (std::ostream &out_=std::clog, const std::string &a_indent="") const
	Basic print. More...

Public Member Functions inherited from datatools::i_serializable
	i_serializable ()
	Default constructor. More...

virtual	~i_serializable ()
	Destructor. More...

virtual const std::string &	get_serial_tag () const =0
	Return the serialization string identifier of the class. More...

Public Member Functions inherited from datatools::i_tree_dumpable
	i_tree_dumpable ()
	Constructor. More...

virtual	~i_tree_dumpable ()
	Destructor. More...

virtual void	print_tree (std::ostream &out_=std::clog, const boost::property_tree::ptree &options_=empty_options()) const
	Main new interface method for printing. More...

void	print_tree_json (std::ostream &out_=std::clog, const std::string &json_options_="") const
	Printing with jsonized options. More...

void	print_tree_json (std::ostream &out_=std::clog, const char *json_options_=nullptr) const
	Printing with jsonized options. More...

void	tree_dump_id (const int out_type_=OSTREAM_CLOG, const std::string &title_="", const std::string &indent_="", const bool inherit_=false) const

void	tree_print_id (const int out_type_=OSTREAM_CLOG, const std::string &title_="") const

void	smart_print_id (const int out_type_=OSTREAM_CLOG, const std::string &title_="", const std::string &indent_="") const

Static Public Member Functions
static std::string	nucleus_to_label (int z_, int a_, double excitation_energy_=0.0)
	Build the label describing a nucleus ion from Z, A, and excitation energy. More...

static std::string	ion_to_label (int z_, int a_, double excitation_energy_=0.0, int charge_=0)
	Build the label describing an charged ion from Z, A, excitation energy and charge. More...

static bool	label_to_ion (const std::string label_, int &z_, int &a_, double &excitation_energy_, int &charge_)
	Build the ion's characteristics from a label. More...

static bool	label_to_nucleus (const std::string label_, int &z_, int &a_, double &excitation_energy_)
	Build the nucleus'characteristics from a label. More...

static std::string	particle_label_from_type (int a_type)
	Return the label associated to a particle code. More...

static int	particle_type_from_label (const std::string &a_label)
	Return the particle code associated to a label. More...

Static Public Member Functions inherited from datatools::i_tree_dumpable
static const boost::property_tree::ptree &	empty_options ()

static boost::property_tree::ptree	make_base_print_options (const std::string &title_, const std::string &indent_="", const bool inherit_=false)

static std::ostream &	last_skip_tag (std::ostream &out_)

static std::ostream &	skip_tag (std::ostream &out_)

static std::ostream &	last_tag (std::ostream &out_)

static std::ostream &	tag (std::ostream &out_)

Static Public Attributes
static const int	INVALID_GENERATION_ID = -1
	Invalid generation Id. More...

static const int32_t	PDG_CODE_UNDEFINED = 0

Protected Member Functions
void	_set_defaults ()
	Set the default values for attributes. More...

Detailed Description

A primary particle generated by a Monte Carlo generator process.

Member Enumeration Documentation

◆ particle_type

enum genbb::primary_particle::particle_type

Extended Geant3 particle These are historical codes used in GEANT3 and original GENBB/DECAY0 library. Modern particle code scheme is proposed by the PDG. Some utilities are now provided to translate such a code into the corresponding PDG code, if possible. GEANT3 definition: http://www.star.bnl.gov/public/comp/simu/gstar/Manual/particle_id.html.

Enumerator
PARTICLE_UNDEFINED	Undefined particle type.
PARTICLE_UNKNOWN	A valid particle but unknown from the genbb library.
GAMMA
POSITRON
ELECTRON
NEUTRINO
MUON_PLUS
MUON_MINUS
PION_0
PION_PLUS
PION_MINUS
KAON_0_LONG
KAON_PLUS
KAON_MINUS
NEUTRON
PROTON
ANTI_PROTON
KAON_0_SHORT
ETA
LAMBDA
SIGMA_PLUS
SIGMA_0
SIGMA_MINUS
XI_0
XI_MINUS
OMEGA_MINUS
ANTI_NEUTRON
ANTI_LAMBDA
ANTI_SIGMA_MINUS
ANTI_SIGMA_0
ANTI_SIGMA_PLUS
ANTI_XI_0
ANTI_XI_PLUS
ANTI_OMEGA_PLUS
DEUTERON
TRITIUM
TRITON
ALPHA
GEANTINO
HE3
CERENKOV
NUCLEUS	Fully ionized ion (naked nucleus)
ION	An ion/atom with arbitrary ionization state.

Constructor & Destructor Documentation

◆ primary_particle() [1/2]

genbb::primary_particle::primary_particle ( )

Default constructor.

◆ primary_particle() [2/2]

genbb::primary_particle::primary_particle	(	int32_t	a_type,
		double	a_time,
		const geomtools::vector_3d &
	)

Constructor.

◆ ~primary_particle()

virtual genbb::primary_particle::~primary_particle ( )

virtual

Destructor.

Member Function Documentation

◆ _set_defaults()

void genbb::primary_particle::_set_defaults ( )

protected

Set the default values for attributes.

◆ charge_is_known()

bool genbb::primary_particle::charge_is_known ( ) const

Check if the charge of the particle is known.

◆ compute_four_momentum()

void genbb::primary_particle::compute_four_momentum ( CLHEP::HepLorentzVector & ) const

Compute the associated 4-vector (in unit of energy, i.e. p x c)

◆ dump()

void genbb::primary_particle::dump	(	std::ostream &	out_ = `std::clog`,
		const std::string &	a_indent = `""`
	)		const

Basic print.

◆ fetch_pdg_code()

int genbb::primary_particle::fetch_pdg_code ( ) const

Fetch the PDG code from the particle type/label...

◆ get_auxiliaries()

const datatools::properties& genbb::primary_particle::get_auxiliaries ( ) const

Return a const reference to the auxiliary properties

Examples of supported properties:

For nucleus/ion:

"ion.Z" (integer) : value >= 1
"ion.A" (integer) : value >= Z
"ion.I" (integer) : value >= 1
"ion.excitation_energy" (real) : value > 0.0 keV (explicit energy unit)
"ion.Q" (integer) (only for ion) : Q>0, Q==0 (neutral atom), Q<0 (in unit: +e)

For neutrinos:

"neutrino.type" (string) : "neutrino", "antineutrino"
"neutrino.flavor" (string) : "electron", "muon", "tau"

◆ get_beta()

double genbb::primary_particle::get_beta ( ) const

Return the relativistic beta coefficient.

◆ get_charge()

double genbb::primary_particle::get_charge ( ) const

Return the charge of the particle (in unit of +e, as a real number)

◆ get_generation_id()

int genbb::primary_particle::get_generation_id ( ) const

Return the unique generation Id.

◆ get_kinetic_energy()

double genbb::primary_particle::get_kinetic_energy ( ) const

Return the kinetic energy (in unit of energy)

◆ get_mass()

double genbb::primary_particle::get_mass ( ) const

Return the mass of the particle (in unit of energy, i.e. m x c2)

◆ get_momentum()

const geomtools::vector_3d& genbb::primary_particle::get_momentum ( ) const

Return the const momentum of the particle (in unit of energy, i.e. p x c)

◆ get_particle_label()

const std::string& genbb::primary_particle::get_particle_label ( ) const

Return the identifier label of the particle.

◆ get_pdg_code()

int genbb::primary_particle::get_pdg_code ( ) const

Return the PDG code of the particle.

◆ get_time()

double genbb::primary_particle::get_time ( ) const

Return the creation time of the particle (in unit of time)

◆ get_total_energy()

double genbb::primary_particle::get_total_energy ( ) const

Return the total energy (in unit of energy)

◆ get_type()

int genbb::primary_particle::get_type ( ) const

Return the extended Geant3 type of the particle.

◆ get_vertex()

const geomtools::vector_3d& genbb::primary_particle::get_vertex ( ) const

Return the const vertex of the particle (in unit of length)

◆ grab_auxiliaries()

datatools::properties& genbb::primary_particle::grab_auxiliaries ( )

Return a mutable reference to the auxiliary properties.

◆ grab_momentum()

geomtools::vector_3d& genbb::primary_particle::grab_momentum ( )

Return the mutable momentum of the particle (in unit of energy, i.e. p x c)

◆ grab_time()

double& genbb::primary_particle::grab_time ( )

Return mutable reference on the creation time of the particle (in unit of time)

◆ grab_vertex()

geomtools::vector_3d& genbb::primary_particle::grab_vertex ( )

Return the mutable vertex of the particle (in unit of length)

◆ has_generation_id()

bool genbb::primary_particle::has_generation_id ( ) const

Check if the particle has an unique generation Id.

◆ has_particle_label()

bool genbb::primary_particle::has_particle_label ( ) const

Check is the particle has a specific identifier label.

◆ has_pdg_code()

bool genbb::primary_particle::has_pdg_code ( ) const

Check if the PDG code of the particle is defined.

◆ has_time()

bool genbb::primary_particle::has_time ( ) const

Check if time is defined.

◆ has_type()

bool genbb::primary_particle::has_type ( ) const

Check if the extended Geant3 type of the particle is defined.

◆ has_vertex()

bool genbb::primary_particle::has_vertex ( ) const

Check if the particle has its own vertex.

◆ invalidate_vertex()

void genbb::primary_particle::invalidate_vertex ( )

Invalidate the vertex of the particle.

◆ ion_to_label()

static std::string genbb::primary_particle::ion_to_label	(	int	z_,
		int	a_,
		double	excitation_energy_ = `0.0`,
		int	charge_ = `0`
	)

static

Build the label describing an charged ion from Z, A, excitation energy and charge.

◆ is_alpha()

bool genbb::primary_particle::is_alpha ( ) const

Check if the particle is an alpha.

◆ is_deuteron()

bool genbb::primary_particle::is_deuteron ( ) const

Check if the particle is a deuteron.

◆ is_electron()

bool genbb::primary_particle::is_electron ( ) const

Check if the particle is an electron.

◆ is_gamma()

bool genbb::primary_particle::is_gamma ( ) const

Check if the particle is a gamma.

◆ is_ion()

bool genbb::primary_particle::is_ion ( ) const

Check if the particle is an ion (not the light ones: p, D, T, He3, He4)

◆ is_muon_minus()

bool genbb::primary_particle::is_muon_minus ( ) const

Check if the particle is minus-.

◆ is_muon_plus()

bool genbb::primary_particle::is_muon_plus ( ) const

Check if the particle is muon+.

◆ is_neutrino()

bool genbb::primary_particle::is_neutrino ( ) const

Check if the particle is a neutrino.

◆ is_neutron()

bool genbb::primary_particle::is_neutron ( ) const

Check if the particle is a neutron.

◆ is_nucleus()

bool genbb::primary_particle::is_nucleus ( ) const

Check if the particle is an nucleus (not the light ones: p, D, T, He3, He4)

◆ is_pion_minus()

bool genbb::primary_particle::is_pion_minus ( ) const

Check if the particle is pion-.

◆ is_pion_plus()

bool genbb::primary_particle::is_pion_plus ( ) const

Check if the particle is pion+.

◆ is_pion_zero()

bool genbb::primary_particle::is_pion_zero ( ) const

Check if the particle is pion0.

◆ is_positron()

bool genbb::primary_particle::is_positron ( ) const

Check if the particle is a positron.

◆ is_proton()

bool genbb::primary_particle::is_proton ( ) const

Check if the particle is a proton.

◆ is_tritium()

bool genbb::primary_particle::is_tritium ( ) const

Check if the particle is a tritium.

◆ is_unknown()

bool genbb::primary_particle::is_unknown ( ) const

Check if the particle is of unknown type (but possibly valid for a client application)

◆ is_valid()

bool genbb::primary_particle::is_valid ( ) const

Check if the description of the particle is valid.

Here we test a minimal set of attributes to consider that the particle can be used by a client application:

identifier: extended Geant3 'type' or 'PDG code' or 'particle label'
time
momentum Other attributes (mass, vertex...) are not mandatory.

◆ label_to_ion()

static bool genbb::primary_particle::label_to_ion	(	const std::string	label_,
		int &	z_,
		int &	a_,
		double &	excitation_energy_,
		int &	charge_
	)

static

Build the ion's characteristics from a label.

◆ label_to_nucleus()

static bool genbb::primary_particle::label_to_nucleus	(	const std::string	label_,
		int &	z_,
		int &	a_,
		double &	excitation_energy_
	)

static

Build the nucleus'characteristics from a label.

◆ mass_is_known()

bool genbb::primary_particle::mass_is_known ( ) const

Check if the mass of the particle is known.

◆ needs_particle_label()

bool genbb::primary_particle::needs_particle_label ( ) const

Check is the particle should have a specific identifier label because it lacks a type or code.

◆ nucleus_to_label()

static std::string genbb::primary_particle::nucleus_to_label	(	int	z_,
		int	a_,
		double	excitation_energy_ = `0.0`
	)

static

Build the label describing a nucleus ion from Z, A, and excitation energy.

◆ particle_label_from_type()

static std::string genbb::primary_particle::particle_label_from_type ( int a_type )

static

Return the label associated to a particle code.

◆ particle_type_from_label()

static int genbb::primary_particle::particle_type_from_label ( const std::string & a_label )

static

Return the particle code associated to a label.

◆ reset()

void genbb::primary_particle::reset ( )

Reset the full data structure of the particle.

◆ reset_generation_id()

void genbb::primary_particle::reset_generation_id ( )

Reset the unique generation Id.

◆ reset_mass()

void genbb::primary_particle::reset_mass ( )

Reset the mass of the particle.

◆ set_generation_id()

void genbb::primary_particle::set_generation_id ( int )

Set the unique generation Id.

◆ set_ion()

void genbb::primary_particle::set_ion	(	int	z_,
		int	a_,
		double	excitation_energy_ = `0.0`,
		int	charge_ = `0`,
		bool	pdg_ = `false`
	)

Define an ion (or neutral atom)

◆ set_mass()

void genbb::primary_particle::set_mass ( double )

Set the mass of the particle (in unit of energy, i.e. m x c2)

◆ set_momentum()

void genbb::primary_particle::set_momentum ( const geomtools::vector_3d & m_ )

Set the momentum of the particle (in unit of energy, i.e. p x c)

◆ set_neutrino() [1/2]

void genbb::primary_particle::set_neutrino ( const std::string & label_ )

Define a neutrino.

◆ set_neutrino() [2/2]

void genbb::primary_particle::set_neutrino	(	const std::string &	flavour_,
		bool	antineutrino_
	)

Define a neutrino.

◆ set_nucleus()

void genbb::primary_particle::set_nucleus	(	int	z_,
		int	a_,
		double	excitation_energy_ = `0.0`,
		bool	pdg_ = `false`
	)

Define a nucleus, possibly in some excited state.

◆ set_particle_label()

void genbb::primary_particle::set_particle_label ( const std::string & )

Set the identifier label of the particle (for type == PARTICLE_UNKNOWN, NUCLEUS, ION)

◆ set_pdg_code()

void genbb::primary_particle::set_pdg_code ( int )

Set the PDG code of the particle.

◆ set_time()

void genbb::primary_particle::set_time ( double time_ )

Set the creation time of the particle (in unit of time)

◆ set_type()

void genbb::primary_particle::set_type ( int type_ )

Set the extended Geant3 type of the particle and set the corresponding particle label if it is empty.

◆ set_vertex()

void genbb::primary_particle::set_vertex ( const geomtools::vector_3d & v_ )

Set the vertex of the particle (in unit of length)

◆ shift_time()

void genbb::primary_particle::shift_time ( double delta_time_ )

Shift the creation time of the particle (in unit of time)

◆ tree_dump()

virtual void genbb::primary_particle::tree_dump	(	std::ostream &	out_ = `std::clog`,
		const std::string &	title_ = `""`,
		const std::string &	indent_ = `""`,
		bool	inherit_ = `false`
	)		const

virtual

Smart print.

Reimplemented from datatools::i_tree_dumpable.

Member Data Documentation

◆ INVALID_GENERATION_ID

const int genbb::primary_particle::INVALID_GENERATION_ID = -1

static

Invalid generation Id.

◆ PDG_CODE_UNDEFINED

const int32_t genbb::primary_particle::PDG_CODE_UNDEFINED = 0

static

Invalid PDG particle code This constant should be moved in some "PDG tools" class in the future

The documentation for this class was generated from the following file:

bayeux/genbb_help/primary_particle.h

Public Types

Public Member Functions

Static Public Member Functions

Static Public Attributes

Protected Member Functions

Detailed Description

Member Enumeration Documentation

◆ particle_type

Constructor & Destructor Documentation

◆ primary_particle() [1/2]

◆ primary_particle() [2/2]

◆ ~primary_particle()

Member Function Documentation

◆ _set_defaults()

◆ charge_is_known()

◆ compute_four_momentum()

◆ dump()

◆ fetch_pdg_code()

◆ get_auxiliaries()

◆ get_beta()

◆ get_charge()

◆ get_generation_id()

◆ get_kinetic_energy()

◆ get_mass()

◆ get_momentum()

◆ get_particle_label()

◆ get_pdg_code()

◆ get_time()

◆ get_total_energy()

◆ get_type()

◆ get_vertex()

◆ grab_auxiliaries()

◆ grab_momentum()

◆ grab_time()

◆ grab_vertex()

◆ has_generation_id()

◆ has_particle_label()

◆ has_pdg_code()

◆ has_time()

◆ has_type()

◆ has_vertex()

◆ invalidate_vertex()

◆ ion_to_label()

◆ is_alpha()

◆ is_deuteron()

◆ is_electron()

◆ is_gamma()

◆ is_ion()

◆ is_muon_minus()

◆ is_muon_plus()

◆ is_neutrino()

◆ is_neutron()

◆ is_nucleus()

◆ is_pion_minus()

◆ is_pion_plus()

◆ is_pion_zero()

◆ is_positron()

◆ is_proton()

◆ is_tritium()

◆ is_unknown()

◆ is_valid()

◆ label_to_ion()

◆ label_to_nucleus()

◆ mass_is_known()

◆ needs_particle_label()

◆ nucleus_to_label()

◆ particle_label_from_type()

◆ particle_type_from_label()

◆ reset()

◆ reset_generation_id()

◆ reset_mass()

◆ set_generation_id()

◆ set_ion()

◆ set_mass()

◆ set_momentum()

◆ set_neutrino() [1/2]

◆ set_neutrino() [2/2]

◆ set_nucleus()

◆ set_particle_label()

◆ set_pdg_code()