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Project Info

  • Installation
    • Download
    • Prerequisites
    • Build and Installation Variants
      • Installation in system path
      • Installation in python virtualenv
      • CMake flags
    • Notes for Specific Operating Systems
      • Debian / Ubuntu
      • Fedora/CentOS/RHEL
      • Mac OS X
  • Changelog
    • CRPropa vNEXT
      • Bug fixes:
      • New features:
      • Interface changes:
      • Features that are deprecated and will be removed after this release
      • New plugins and resources linked on the webpages:
    • CRPropa 3.1.7
      • Bug fixes:
      • New features:
      • Interface change:
      • Features that are deprecated and will be removed after this release:
    • CRPropa v3.1.6
      • Bug fixes:
      • New features:
    • CRPropa v3.1.5
      • Bug fixes:
      • New features:
      • Features that are deprecated and will be removed after this release:
      • New plugins and resources linked on the webpages:
  • FAQ
    • I have an installation issue…
    • How to specify the seed for the random number generator?
    • How to define source positions from a matter density grid?
    • How to use version tracking of a python steering card?
    • I did not find an answer to my question…
  • How to cite CRPropa
    • Core Components
    • External Models
      • Galactic Magnetic Field
      • Extragalactic Magnetic Field
      • Photon Backgrounds

USAGE

  • Basic Concepts
    • Modular design
    • Parallelization/Multiprocessing
    • Unit system
    • Particle ID
    • Reference Counting
  • Modules
    • Propagation modules
    • Interaction modules
    • Conditional modules
    • Observers
    • Output modules
    • Other modules
  • Introduction to Python Steering
    • Simulation setup
    • Propagating a single particle
    • Defining an observer
    • Defining the output file
    • Defining the source
    • Running the simulation
    • (Optional) Plotting
  • Extragalactic Propagation
    • 1D simulation
      • Simulation Setup
      • (Optional) Plotting
    • 4D Simulation
      • Simulation setup
      • Periodic boundaries
      • Source positions
      • Note:
    • 3D trajectories in a turbulent field
      • Saving and loading fields
      • Running the simulation
      • (Optional) Plotting
    • 3D MHD models
      • Supplied data
      • Uniform injection
      • Injection following density field
      • Mass Halo injection
      • Observer
    • Photon Propagation
      • (Optional) plotting of the results
    • Photon Propagation outside of CRPropa with EleCa and DINT
      • Propagation with EleCa
      • Propagation with DINT
      • Combined Propagation
      • (Optional) Plotting of Results
    • Example with secondary neutrinos
      • Plotting the neutrino energy distribution
  • Propagation of Extragalactic CR in the Milky Way
    • Galactic backtracking
      • Backtracking a single cosmic ray
      • Backtracking including uncertainties
      • (Optional) Plotting
      • Backtracking to Generate a Lens
    • Galactic trajectories
      • 3D trajectory plot
    • Galactic Lensing of Simulated Cosmic Rays
      • Input Results from Extragalactic Simulation
      • Plot Maps
      • Apply Galactic Lenses
      • Generate Particles from Map
    • Galactic Lensing of Maps
    • Galactic Lensing - confirm Liouville
    • Lambert’s distribution
  • Diffusion of Cosmic Rays
    • Diffusion Validation I
      • This notebook simulates a diffusion process in a homogeneous background magnetic field. The diffusion tensor is anisotropic, meaning the parallel component is larger than the perpendicular component (\(\kappa_\parallel = 10\cdot\kappa_\perp\)).
      • Distribution in x, y and z
      • Use the absolute distance from origin \(|x|, |y|, |z|\) and compare to analytical expectations.
      • Calculate the pValue of the \(\chi^2\)-test to prove the visual statement from above.
    • Diffusion Validation II
      • This notebbok simulates a diffusion process in a homogenous background magnetic field. The diffusion tensor is anisotropic, meaning the parallel component is larger than the perpendicular component (\(\kappa_\parallel = 10\cdot\kappa_\perp\)). Additionally, a wind in a perpendicular direction is included.
      • Anderson Darling Test
      • Calculate the mean and variance
    • Advection and Adiabatic Energy Changes
      • Adiabatic Cooling
        • Example
    • Gas Densities
      • First example code for the use of densities
        • All densities are separated in atomic hydrogen (HI), ionised hydrogen (HII) and molecular hydrogen (H2).
        • The ConstantDensity can be adjusted to new values and the usage of several parts can be chosen.
        • The output of the getDensity and getNucleonDensity depends on the activity of the types. Only activated types are used for summing up.
      • Example for the implemented gass density distributions of the Milky Way
        • The following example shows the use of density distribution for the Milky Way and gives some figures of the distribution.
  • Acceleration
    • Second Order Fermi Acceleration
    • First Order Fermi Acceleration
  • Interfacing User Code
    • Implementing additional Modules and Features using Python only
    • Manual Simulation Processing
    • Plugins: Integrate Custom C++ Code to CRPropa’s Python Steering
    • Custom Observer
    • Using CRPropa from C++
  • Comparison of Propagation Modules (BP - CK)
    • Analytic Solution
    • Helper Functions
    • Run Simulation
    • Load Simulation Data
    • Compare the Propagation in the Perpendicular Plane
    • Compare the Propagation in the Parallel Direction
    • Conservation of Momentum
    • Comparison with 3D Analytic Solution
    • Comparison of Simulation Time
      • Turbulent Magnetic Field
    • Time Comparison for Galactic Trajectories
  • Additional Resources

API

  • Building Blocks
    • Core Classes
    • Physics Definitions
    • Propagation Modules
    • Energy Losses
    • Magnetic Fields
    • Observer
    • Condition
    • Source Features
    • Output
    • Magnetic Lenses
    • Tools
    • Photon Fields
  • Library API
    • Full API
      • Namespaces
        • Namespace crpropa
        • Namespace eleca
        • Namespace std
      • Classes and Structs
        • Struct _Secondary
        • Struct CLOCK_TLS_ITEM
        • Struct HDF5Output::OutputRow
        • Struct NuclearDecay::DecayMode
        • Struct NuclearMassTable
        • Struct Output::Property
        • Struct PerformanceModule::_module_info
        • Struct PhotoDisintegration::Branch
        • Struct PhotoDisintegration::PhotonEmission
        • Struct RANDOM_TLS_ITEM
        • Struct SophiaEventOutput
        • Struct SourceGenericComposition::Nucleus
        • Class AbstractAccelerationModule
        • Class AbstractCondition
        • Class AdiabaticCooling
        • Class AdvectionField
        • Class AdvectionFieldList
        • Class AMRMagneticField
        • Class ArchimedeanSpiralField
        • Class Base64
        • Class BlackbodyPhotonField
        • Class Candidate
        • Class Clock
        • Class Clock::Impl
        • Class CMB
        • Class ConstantDensity
        • Class ConstantSphericalAdvectionField
        • Class Cordes
        • Class Cosmology
        • Class CubicBoundary
        • Class CylindricalBoundary
        • Class CylindricalProjectionMap
        • Class Density
        • Class DensityList
        • Class DetectionLength
        • Class DiffusionSDE
        • Class DirectedFlowOfScatterCenters
        • Class DirectedFlowScattering
        • Class ElasticScattering
        • Class ElectronPairProduction
        • Class EllipsoidalBoundary
        • Class EMCascade
        • Class EMDoublePairProduction
        • Class EMInverseComptonScattering
        • Class EmissionMap
        • Class EmissionMapFiller
        • Class EMPairProduction
        • Class EMTripletPairProduction
        • Class Ferriere
        • Class FutureRedshift
        • Template Class Grid
        • Class GridProperties
        • Class GridTurbulence
        • Class HDF5Output
        • Class HelicalGridTurbulence
        • Class ICSSecondariesEnergyDistribution
        • Class IRB_Dominguez11
        • Class IRB_Finke10
        • Class IRB_Franceschini08
        • Class IRB_Gilmore12
        • Class IRB_Kneiske04
        • Class IRB_Stecker05
        • Class IRB_Stecker16_lower
        • Class IRB_Stecker16_upper
        • Class JF12Field
        • Class JF12FieldSolenoidal
        • Class LensPart
        • Class LogarithmicSpiralField
        • Class MagneticDipoleField
        • Class MagneticField
        • Class MagneticFieldEvolution
        • Class MagneticFieldGrid
        • Class MagneticFieldList
        • Class MagneticLens
        • Class MaximumTrajectoryLength
        • Class MinimumChargeNumber
        • Class MinimumEnergy
        • Class MinimumEnergyPerParticleId
        • Class MinimumRedshift
        • Class MinimumRigidity
        • Class ModulatedMagneticFieldGrid
        • Class Module
        • Class ModuleList
        • Class ModuleListRunner
        • Class Nakanishi
        • Class NuclearDecay
        • Class Observer
        • Class ObserverDetectAll
        • Class ObserverElectronVeto
        • Class ObserverFeature
        • Class ObserverInactiveVeto
        • Class ObserverLargeSphere
        • Class ObserverNeutrinoVeto
        • Class ObserverNucleusVeto
        • Class ObserverParticleIdVeto
        • Class ObserverPhotonVeto
        • Class ObserverPoint
        • Class ObserverRedshiftWindow
        • Class ObserverSmallSphere
        • Class ObserverSurface
        • Class ObserverTimeEvolution
        • Class ObserverTracking
        • Class Output
        • Class ParaxialBox
        • Class ParticleCollector
        • Class ParticleFilter
        • Class ParticleMapsContainer
        • Class ParticleState
        • Class PerformanceModule
        • Class PeriodicBox
        • Class PeriodicMagneticField
        • Class PhotoDisintegration
        • Class PhotonEleCa
        • Class PhotonField
        • Class PhotonFieldSampling
        • Class PhotonOutput1D
        • Class PhotoPionProduction
        • Class Pixelization
        • Class PlanckJF12bField
        • Class Plane
        • Class PlaneWaveTurbulence
        • Class PPSecondariesEnergyDistribution
        • Class PropagationBP
        • Class PropagationBP::Y
        • Class PropagationCK
        • Class PropagationCK::Y
        • Class PT11Field
        • Class QuimbyMagneticField
        • Class QuimbyMagneticFieldAdapter
        • Class Random
        • Class Redshift
        • Template Class ref_ptr
        • Class Referenced
        • Class ReflectiveBox
        • Class RenormalizeMagneticField
        • Class RestrictToRegion
        • Class ScalarGrid
        • Class SecondOrderFermi
        • Class ShellOutput
        • Class ShellOutput1D
        • Class ShellPropertyOutput
        • Class SimpleGridTurbulence
        • Class SimplePropagation
        • Class SimpleTurbulenceSpectrum
        • Class Source
        • Class SourceComposition
        • Class SourceDensityGrid
        • Class SourceDensityGrid1D
        • Class SourceDirection
        • Class SourceEmissionCone
        • Class SourceEmissionMap
        • Class SourceEnergy
        • Class SourceFeature
        • Class SourceGenericComposition
        • Class SourceInterface
        • Class SourceIsotropicEmission
        • Class SourceLambertDistributionOnSphere
        • Class SourceList
        • Class SourceMultipleParticleTypes
        • Class SourceMultiplePositions
        • Class SourceParticleType
        • Class SourcePosition
        • Class SourcePowerLawSpectrum
        • Class SourcePulsarDistribution
        • Class SourceRedshift
        • Class SourceRedshift1D
        • Class SourceRedshiftEvolution
        • Class SourceSNRDistribution
        • Class SourceUniform1D
        • Class SourceUniformBox
        • Class SourceUniformCylinder
        • Class SourceUniformHollowSphere
        • Class SourceUniformRedshift
        • Class SourceUniformShell
        • Class SourceUniformSphere
        • Class Sphere
        • Class SphericalAdvectionField
        • Class SphericalAdvectionShock
        • Class SphericalBoundary
        • Class StepLengthModifier
        • Class Surface
        • Class SynchrotronRadiation
        • Class TabularPhotonField
        • Class TextOutput
        • Class TF17Field
        • Class TorroidalHaloField
        • Class TurbulenceSpectrum
        • Class TurbulentField
        • Class UniformAdvectionField
        • Class UniformMagneticField
        • Class URB_Fixsen11
        • Class URB_Nitu21
        • Class URB_Protheroe96
        • Class Variant
        • Class Variant::bad_conversion
        • Template Class Vector3
        • Class VectorGrid
        • Class ParticleSplitting
        • Class QuasiLinearTheory
        • Class URB
        • Class URB
        • Class URB
      • Enums
        • Enum DetectionState
        • Enum TF17DiskModel
        • Enum TF17HaloModel
      • Functions
        • Function crpropa::__attribute__
        • Function crpropa::__declspec
        • Function crpropa::_ParticlesAtGroundSortPredicate
        • Function crpropa::_SecondarySortPredicate
        • Function crpropa::chargeNumber
        • Template Function crpropa::clip
        • Function crpropa::closestIndex
        • Function crpropa::comoving2LightTravelDistance
        • Function crpropa::comovingDistance2Redshift
        • Template Function crpropa::const_pointer_cast
        • Function crpropa::convertIdToName
        • Function crpropa::deserialize
        • Function crpropa::digit
        • Function crpropa::DintElecaPropagation
        • Function crpropa::DintPropagation
        • Function crpropa::dumpGrid(ref_ptr<Grid3f>, std::string, double)
        • Function crpropa::dumpGrid(ref_ptr<Grid1f>, std::string, double)
        • Function crpropa::dumpGridToTxt(ref_ptr<Grid3f>, std::string, double)
        • Function crpropa::dumpGridToTxt(ref_ptr<Grid1f>, std::string, double)
        • Template Function crpropa::dynamic_pointer_cast
        • Function crpropa::ElecaPropagation
        • Function crpropa::FillInSpectrum
        • Function crpropa::fromMagneticField
        • Function crpropa::fromMagneticFieldStrength
        • Template Function crpropa::gaussInt
        • Template Function crpropa::get_pointer
        • Function crpropa::getDataPath
        • Function crpropa::getInstallPrefix
        • Function crpropa::gridPowerSpectrum
        • Function crpropa::H0
        • Function crpropa::hsum_double_avx
        • Function crpropa::hubbleRate
        • Function crpropa::initHelicalTurbulence
        • Function crpropa::initTurbulence
        • Function crpropa::INT_FUNCTION(TYPE_CHAR, toChar, char)
        • Function crpropa::INT_FUNCTION(TYPE_INT16, toInt16, int16_t)
        • Function crpropa::INT_FUNCTION(TYPE_INT32, toInt32, int32_t)
        • Function crpropa::INT_FUNCTION(TYPE_INT64, toInt64, int64_t)
        • Function crpropa::interpolate
        • Function crpropa::interpolate2d
        • Function crpropa::interpolateEquidistant
        • Function crpropa::intrusive_ptr_add_ref
        • Function crpropa::intrusive_ptr_release
        • Function crpropa::isNucleus
        • Function crpropa::lightTravel2ComovingDistance
        • Function crpropa::lightTravelDistance2Redshift
        • Function crpropa::loadGrid(ref_ptr<Grid3f>, std::string, double)
        • Function crpropa::loadGrid(ref_ptr<Grid1f>, std::string, double)
        • Function crpropa::loadGridFromTxt(ref_ptr<Grid3f>, std::string, double)
        • Function crpropa::loadGridFromTxt(ref_ptr<Grid1f>, std::string, double)
        • Function crpropa::luminosityDistance2Redshift
        • Function crpropa::massNumber
        • Function crpropa::maximumOfSumsOfColumns
        • Function crpropa::meanFieldStrength(ref_ptr<Grid1f>)
        • Function crpropa::meanFieldStrength(ref_ptr<Grid3f>)
        • Function crpropa::meanFieldVector
        • Function crpropa::norm_1
        • Function crpropa::normalizeColumns
        • Function crpropa::normalizeMatrix
        • Function crpropa::nuclearMass(int)
        • Function crpropa::nuclearMass(int, int)
        • Function crpropa::nucleusId
        • Function crpropa::omegaL
        • Function crpropa::omegaM
        • Template Function crpropa::operator*
        • Function crpropa::operator<<(std::ostream&, const Variant&)
        • Template Function crpropa::operator<<(std::ostream&, const Vector3<T>&)
        • Function crpropa::operator<<(std::ostream&, const Random&)
        • Template Function crpropa::operator>>(std::istream&, Vector3<T>&)
        • Function crpropa::operator>>(std::istream&, Random&)
        • Function crpropa::periodicClamp
        • Template Function crpropa::pow_integer
        • Function crpropa::pow_integer< 0 >
        • Function crpropa::prod_up
        • Function crpropa::redshift2ComovingDistance
        • Function crpropa::redshift2LightTravelDistance
        • Function crpropa::redshift2LuminosityDistance
        • Function crpropa::reflectiveClamp
        • Function crpropa::rmsFieldStrength(ref_ptr<Grid1f>)
        • Function crpropa::rmsFieldStrength(ref_ptr<Grid3f>)
        • Function crpropa::rmsFieldStrengthPerAxis
        • Function crpropa::round
        • Function crpropa::scaleGrid(ref_ptr<Grid1f>, double)
        • Function crpropa::scaleGrid(ref_ptr<Grid3f>, double)
        • Function crpropa::serialize
        • Function crpropa::setCosmologyParameters
        • Template Function crpropa::static_pointer_cast
        • Template Function crpropa::swap
        • Function crpropa::turbulentCorrelationLength
        • Function crpropa::VARIANT_TO_DECL(Bool, bool)
        • Function crpropa::VARIANT_TO_DECL(UChar, unsigned)
        • Function crpropa::VARIANT_TO_DECL(UInt16, uint16_t)
        • Function crpropa::VARIANT_TO_DECL(UInt32, uint32_t)
        • Function crpropa::VARIANT_TO_DECL(UInt64, uint64_t)
        • Function crpropa::VARIANT_TO_DECL(String, std::string)
        • Function crpropa::variantTypeToH5T_NATIVE
        • Function declare_version
        • Function logDebug
        • Function logError
        • Function logInfo
        • Function logWarning
        • Function setLogLevel
        • Function setLogStream
      • Variables
        • Variable a
        • Variable b
        • Variable bs
        • Variable BUFFER_SIZE
        • Variable crpropa::_nOrder_max
        • Variable crpropa::_nPix
        • Variable crpropa::_random
        • Variable crpropa::ampere
        • Variable crpropa::amu
        • Variable crpropa::atto
        • Variable crpropa::au
        • Variable crpropa::barn
        • Variable crpropa::c_light
        • Variable crpropa::c_squared
        • Variable crpropa::cash_karp_a
        • Variable crpropa::cash_karp_b
        • Variable crpropa::cash_karp_bs
        • Variable crpropa::ccm
        • Variable crpropa::centimeter
        • Variable crpropa::cm
        • Variable crpropa::cosmology
        • Variable crpropa::coulomb
        • Variable crpropa::decode_alphabet
        • Variable crpropa::deg
        • Variable crpropa::EeV
        • Variable crpropa::electronvolt
        • Variable crpropa::encode_alphabet
        • Variable crpropa::eplus
        • Variable crpropa::epsilon0
        • Variable crpropa::erg
        • Variable crpropa::eV
        • Variable crpropa::exa
        • Variable crpropa::exaelectronvolt
        • Variable crpropa::femto
        • Variable crpropa::gauss
        • Variable crpropa::GeV
        • Variable crpropa::giga
        • Variable crpropa::gigaelectronvolt
        • Variable crpropa::gigaparsec
        • Variable crpropa::Gpc
        • Variable crpropa::h_planck
        • Variable crpropa::hertz
        • Variable crpropa::hour
        • Variable crpropa::joule
        • Variable crpropa::k_boltzmann
        • Variable crpropa::kelvin
        • Variable crpropa::keV
        • Variable crpropa::kilo
        • Variable crpropa::kiloelectronvolt
        • Variable crpropa::kilogram
        • Variable crpropa::kilometer
        • Variable crpropa::kiloparsec
        • Variable crpropa::km
        • Variable crpropa::kpc
        • Variable crpropa::ly
        • Variable crpropa::mass_electron
        • Variable crpropa::mass_neutron
        • Variable crpropa::mass_proton
        • Variable crpropa::MAX_THREAD
        • Variable crpropa::MAX_THREAD
        • Variable crpropa::mec2
        • Variable crpropa::mec2
        • Variable crpropa::mec2
        • Variable crpropa::mega
        • Variable crpropa::megaelectronvolt
        • Variable crpropa::megaparsec
        • Variable crpropa::meter
        • Variable crpropa::MeV
        • Variable crpropa::micro
        • Variable crpropa::microgauss
        • Variable crpropa::microsecond
        • Variable crpropa::milli
        • Variable crpropa::millisecond
        • Variable crpropa::minute
        • Variable crpropa::mol
        • Variable crpropa::Mpc
        • Variable crpropa::ms
        • Variable crpropa::mu0
        • Variable crpropa::muG
        • Variable crpropa::mus
        • Variable crpropa::nano
        • Variable crpropa::nanogauss
        • Variable crpropa::nanosecond
        • Variable crpropa::newton
        • Variable crpropa::nG
        • Variable crpropa::ns
        • Variable crpropa::nuclearMassTable
        • Variable crpropa::parsec
        • Variable crpropa::pascal
        • Variable crpropa::pc
        • Variable crpropa::peta
        • Variable crpropa::petaelectronvolt
        • Variable crpropa::PeV
        • Variable crpropa::pico
        • Variable crpropa::propertyBufferSize
        • Variable crpropa::rad
        • Variable crpropa::sec
        • Variable crpropa::second
        • Variable crpropa::tera
        • Variable crpropa::teraelectronvolt
        • Variable crpropa::tesla
        • Variable crpropa::TeV
        • Variable crpropa::toUChar
        • Variable crpropa::toUInt16
        • Variable crpropa::toUInt32
        • Variable crpropa::toUInt64
        • Variable crpropa::volt
        • Variable crpropa::W
        • Variable crpropa::X
        • Variable crpropa::yocto
        • Variable crpropa::yotta
        • Variable crpropa::zepto
        • Variable crpropa::zetta
        • Variable g_GIT_DESC
        • Variable g_GIT_REFSPEC
        • Variable g_GIT_SHA1
        • Variable RANK
      • Typedefs
        • Typedef crpropa::_Secondary
        • Typedef crpropa::const_LensPartIter
        • Typedef crpropa::Grid1d
        • Typedef crpropa::Grid1f
        • Typedef crpropa::Grid3d
        • Typedef crpropa::Grid3f
        • Typedef crpropa::LensPartIter
        • Typedef crpropa::ModelMatrixType
        • Typedef crpropa::ModelVectorType
        • Typedef crpropa::Vector3d
        • Typedef crpropa::Vector3f

DEVEL

  • GNU Debugger (GDB)
  • Profiling
    • Simple example
    • Profile CRPropa
    • References
  • Code Coverage
  • Verify the Data Files Integrity
CRPropa3
  • Docs »
  • File Version.h

File Version.h¶

↰ Parent directory (include/crpropa)

Contents

  • Definition (include/crpropa/Version.h)
  • Functions
  • Variables

Definition (include/crpropa/Version.h)¶

  • Program Listing for File Version.h

Functions¶

  • Function declare_version

Variables¶

  • Variable g_GIT_DESC
  • Variable g_GIT_REFSPEC
  • Variable g_GIT_SHA1

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