ParticleProperties Class Reference

#include <ParticleProperties.h>

Collaboration diagram for ParticleProperties:

Static Public Member Functions
static ParticleType	getParticleType (const std::string &str)
static std::string	getParticleTypeString (const ParticleType &type)
static double	getParticleMass (const ParticleType &type)
static double	getParticleCharge (const ParticleType &type)
static double	getParticleChargeInCoulomb (const ParticleType &type)
static double	getParticleLifetime (const ParticleType &type)
	Return the mean rest-frame lifetime [s]. Throws if the particle is stable.
static double	getParticleAnomaly (const ParticleType &type)

Static Private Attributes
static const BiMap< ParticleType, std::string >	bmParticleType_s
static const std::map< ParticleType, double >	particleMass_m
static const std::map< ParticleType, double >	particleCharge_m
static const std::map< ParticleType, double >	particleLifetime_m

Detailed Description

Definition at line 48 of file ParticleProperties.h.

Member Function Documentation

getParticleAnomaly()

double ParticleProperties::getParticleAnomaly ( const ParticleType &  type )

static

Return the magnetic moment anomaly G = (g-2)/2. Zero for species that are spin-0, not yet tabulated, or unsupported.

Definition at line 58 of file ParticleProperties.cpp.

References Physics::a_e, Physics::a_mu, Physics::a_p, ANTIPROTON, ELECTRON, MUON, POSITRON, and PROTON.

Referenced by Beam::update().

getParticleCharge()

double ParticleProperties::getParticleCharge ( const ParticleType &  type )

static

Definition at line 40 of file ParticleProperties.cpp.

References particleCharge_m.

Referenced by getParticleChargeInCoulomb(), and Beam::update().

getParticleChargeInCoulomb()

double ParticleProperties::getParticleChargeInCoulomb ( const ParticleType &  type )

static

Definition at line 44 of file ParticleProperties.cpp.

References getParticleCharge(), and Physics::q_e.

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getParticleLifetime()

double ParticleProperties::getParticleLifetime ( const ParticleType &  type )

static

Return the mean rest-frame lifetime [s]. Throws if the particle is stable.

Definition at line 48 of file ParticleProperties.cpp.

References getParticleTypeString(), and particleLifetime_m.

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getParticleMass()

double ParticleProperties::getParticleMass ( const ParticleType &  type )

static

Definition at line 36 of file ParticleProperties.cpp.

References particleMass_m.

Referenced by Beam::update().

getParticleType()

ParticleType ParticleProperties::getParticleType ( const std::string &  str )

static

Definition at line 23 of file ParticleProperties.cpp.

References bmParticleType_s, BiMap< Left, Right >::right, and UNNAMED.

Referenced by MuonDecay::MuonDecay(), PartBunch< T, Dim >::PartBunch(), PionDecay::PionDecay(), Beam::update(), Beam::validatePolarization(), and TrackRun::wireDaughterContainers().

getParticleTypeString()

std::string ParticleProperties::getParticleTypeString ( const ParticleType &  type )

static

Definition at line 32 of file ParticleProperties.cpp.

References bmParticleType_s, and BiMap< Left, Right >::left.

Referenced by getParticleLifetime(), and Decay::setDaughterContainer().

Member Data Documentation

bmParticleType_s

const BiMap< ParticleType, std::string > ParticleProperties::bmParticleType_s

staticprivate

Initial value:

= []() {
    BiMap<ParticleType, std::string> bimap;
    bimap.insert(ParticleType::UNNAMED, "UNNAMED");
    bimap.insert(ParticleType::PHOTON, "PHOTON");
    bimap.insert(ParticleType::ELECTRON, "ELECTRON");
    bimap.insert(ParticleType::POSITRON, "POSITRON");
    bimap.insert(ParticleType::MUON, "MUON");
    bimap.insert(ParticleType::PION, "PION");
    bimap.insert(ParticleType::PROTON, "PROTON");
    bimap.insert(ParticleType::ANTIPROTON, "ANTIPROTON");
    bimap.insert(ParticleType::DEUTERON, "DEUTERON");
    bimap.insert(ParticleType::HMINUS, "HMINUS");
    bimap.insert(ParticleType::HYDROGEN, "HYDROGEN");
    bimap.insert(ParticleType::H2P, "H2P");
    bimap.insert(ParticleType::H3P, "H3P");
    bimap.insert(ParticleType::ALPHA, "ALPHA");
    bimap.insert(ParticleType::CARBON, "CARBON");
    bimap.insert(ParticleType::XENON, "XENON");
    bimap.insert(ParticleType::URANIUM, "URANIUM");
    return bimap;
}()

Definition at line 73 of file ParticleProperties.h.

Referenced by getParticleType(), and getParticleTypeString().

particleCharge_m

const std::map< ParticleType, double > ParticleProperties::particleCharge_m

staticprivate

Initial value:

= {
        {ParticleType::PHOTON, 0.0},      {ParticleType::ELECTRON, -1.0},
        {ParticleType::POSITRON, 1.0},    {ParticleType::MUON, -1.0},
        {ParticleType::PION, 1.0},        {ParticleType::PROTON, 1.0},
        {ParticleType::ANTIPROTON, -1.0}, {ParticleType::DEUTERON, 1.0},
        {ParticleType::HMINUS, -1.0},     {ParticleType::HYDROGEN, 0.0},
        {ParticleType::H2P, 1.0},         {ParticleType::H3P, 1.0},
        {ParticleType::ALPHA, 2.0},       {ParticleType::CARBON, 6.0},
        {ParticleType::XENON, 54.0},      {ParticleType::URANIUM, 92.0}}

Definition at line 113 of file ParticleProperties.h.

Referenced by getParticleCharge().

particleLifetime_m

const std::map< ParticleType, double > ParticleProperties::particleLifetime_m

staticprivate

Initial value:

= {
        {ParticleType::MUON, Physics::tau_mu}, {ParticleType::PION, Physics::tau_pi}}

Definition at line 123 of file ParticleProperties.h.

Referenced by getParticleLifetime().

particleMass_m

const std::map< ParticleType, double > ParticleProperties::particleMass_m

staticprivate

Initial value:

= {
        {ParticleType::PHOTON, 0.0},
        {ParticleType::ELECTRON, Physics::m_e},
        {ParticleType::POSITRON, Physics::m_e},
        {ParticleType::MUON, Physics::m_mu},
        {ParticleType::PION, Physics::m_pi},
        {ParticleType::PROTON, Physics::m_p},
        {ParticleType::ANTIPROTON, Physics::m_p},
        {ParticleType::DEUTERON, Physics::m_d},
        {ParticleType::HMINUS, Physics::m_hm},
        {ParticleType::HYDROGEN, Physics::m_h},
        {ParticleType::H2P, Physics::m_h2p},
        {ParticleType::H3P, Physics::m_h3p},
        {ParticleType::ALPHA, Physics::m_alpha},
        {ParticleType::CARBON, Physics::m_c},
        {ParticleType::XENON, Physics::m_xe},
        {ParticleType::URANIUM, Physics::m_u}}

Definition at line 95 of file ParticleProperties.h.

Referenced by getParticleMass().

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

• ParticleProperties.h
• ParticleProperties.cpp