Class List

Here are the classes, structs, unions and interfaces with brief descriptions:

[detail level 1234]

▼Nthermalfist	The main namespace where all classes and functions of the Thermal-FIST library reside
►NAcceptance	Routines used for modeling the acceptance effects
CAcceptanceFunction	Structure which contains the binomial probabilities for particle with given y and pt to be accepted
►NIdealGasFunctions	Contains implementation of the thermodynamic functions corresponding to an ideal gas of particles in the grand-canonical ensemble
CIdealGasFunctionsExtraConfig
CMagneticFieldConfiguration	Magnetic field configuration
►NRandomGenerators	Contains random generator functions used in the Monte Carlo Thermal Event Generator
CBesselDistributionGenerator	Generator of a random number from the Bessel distribution (a, nu), nu is integer Uses methods from https://www.sciencedirect.com/science/article/pii/S016771520200055X Used in event generator with exact conservation of charges to generate two Poisson numbers with fixed difference, as described in https://arxiv.org/pdf/1609.01087.pdf
CBoostInvariantHypersurfaceMomentumGenerator	Class for generating momentum of a particle from a longitudinally boost-invariant (2+1)-D hypersurface
CBoostInvariantMomentumGenerator	Class for generating momentum of a particle in accordance with a longitudinally boost invariant and azimuthally symmetric freeze-out model
CBreitWignerGenerator	Class for generating mass of resonance in accordance with the relativistic Breit-Wigner distribution
►CHypersurfaceMomentumGenerator	Class for generating momentum of a particle from a hypersurface
CHypersurfaceMomentumGeneratorConfiguration	Configuration structure for the HypersurfaceMomentumGenerator
CParticleMomentumGenerator	Base class for Monte Carlo sampling of particle momenta
CSiemensRasmussenMomentumGenerator	Class for generating the momentum of a particle in accordance with the Siemens-Rasmussen formula
CSiemensRasmussenMomentumGeneratorGeneralized	A generalized class for generating the momentum of a particle in accordance with the Siemens-Rasmussen spherically symmetric blast-wave model which is able to incorporate Fermi-Dirac and Bose-Einstein statistics
CSSHMomentumGenerator	Class for generating the momentum of a particle in accordance with the longitudinally symmetric blast-wave model
CThermalBreitWignerGenerator	Class for generating mass of resonance in accordance with the constant width Breit-Wigner distribution multiplied by the thermal density
CThermalEnergyBreitWignerGenerator	Class for generating mass of resonance in accordance with the energy-dependent Breit-Wigner distribution multiplied by the thermal density
CThermalMomentumGenerator	Class for generating the absolute values of the momentum of a particle in its local rest frame
CVolumeElementSampler	Sample the volume element on a hypersurface from a multinomial distribution
CBilinearSplineFunction	A class implementing a bilinear spline
CBoostInvariantFreezeoutParametrization	Base class implementing a longitudinally boost-invariant azimuthally symmetric freeze-out parametrization
CBoostInvariantHypersurfaceEventGenerator	Class implementing the Thermal Event Generator for the boost-invariant (2+1)-d hydro hypersurface
CBoostInvariantMomentumDistribution	Class implementing the momentum distribution of boost-invariant, azimuthally symmetric freeze-out models using Maxwell-Boltzmann statistics
►CBroyden	Class implementing the Broyden method to solve a system of non-linear equations
CBroydenSolutionCriterium	Sub-class where it is determined whether the required accuracy is achieved in the Broyden's method
CBroydenEquations	Abstract class which defines the system of non-linear equations to be solved by the Broyden's method
CBroydenJacobian	Class which implements calculation of the Jacobian needed for the Broyden's method
CConservedCharge	An auxiliary struct containing the list of conserved charges
►CCosmicEoS	Class implementing cosmological equation of state as a mixture of HRG model, ideal gases of leptons and photons
CBroydenEquationsCosmology	Class implementing the Broyden equations for cosmology
CCracowFreezeoutEventGenerator	Class implementing the Thermal Event Generator for the Cracow freeze-out model scenario
CCracowFreezeoutParametrization	Implements the Cracow (Hubble-like) freeze-out model parametrization
CCylindricalBlastWaveEventGenerator	Class implementing the Thermal Event Generator for the longitudinally symmetric blast-wave scenario
CCylindricalBlastWaveParametrization	Implements the cylindrically symmetric blast-wave model parametrization
CDisclaimer
►CEffectiveMassModel	Class implementing an effective mass model for single particle species
CBroydenEquationsEMMMeff	Class implementing the effective mass model gap equation. To be solved using Broyden's method
CBroydenEquationsEMMMeffConstrained	Class implementing the effective mass model gap equation with constraints. Uses variable transformation to ensure m* >= mu making the method stable wrt BEC formation. To be solved using Broyden's method
CBroydenEquationsEMMTBEC	Class implementing the effective mass model equation to determine BEC onset. To be solved using Broyden's method
CEMMFieldPressure	Base class implementing field pressure contribution function in the effective mass model. Default is linear scalar interaction, as in https://arxiv.org/abs/2004.09004 [Eq. (26)]
CEMMFieldPressureChPT	Effective mass model matched to chiral perturbation theory for pions at T = 0. See supplemental material section I in https://arxiv.org/abs/2009.02309
►CEventGeneratorBase	Base class for generating events with the Thermal Event Generator
CDecayerFlags	Flags for performing decays
CEventGeneratorConfiguration	Structure containing the thermal event generator configuration
CEventWriter	Base event writer class outputting the list of particle's four-momenta in a simple ascii format
CEventWriterAsciiExtended	Event writer class outputting the list of particles with options to include more information
CEventWriterForSmash	Event writer class outputting the list of particles suitable for SMASH afterburner
CEventWriterForUrqmd	Event writer class outputting the list of particles suitable for UrQMD afterburner from https://github.com/jbernhard/urqmd-afterburner
CEVSolution
CExcludedVolumeModelBase	Base class implementing the ideal gas
CExcludedVolumeModelComponents	Implementation of an excluded volume model with components
CExcludedVolumeModelCrosstermsGeneralized	Implementation of a crossterms generalized excluded volume model
CExcludedVolumeModelCrosstermsVDW	Implementation of the crossterms van der Waals excluded volume model
CExcludedVolumeModelCS	Class implementing auxiliary functions for the Carnahan-Starling excluded volume model
CExcludedVolumeModelDiagonalGeneralized	Implementation of a diagonal generalized excluded volume model
CExcludedVolumeModelDiagonalVDW	Implementation of the diagonal van der Waals excluded volume model
►CExcludedVolumeModelMultiBase	Base class for multi-component excluded volume models
CBroydenEquationsEVMulti
CBroydenJacobianEVMulti
CExcludedVolumeModelTVM	Class implementing auxiliary functions for the VDW excluded volume model truncated at n^3. This corresponds to the trivial model (TVM) from https://arxiv.org/abs/1909.02276
CExcludedVolumeModelVDW	Class implementing auxiliary functions for the van der Waals excluded volume model
CExcludedVolumeModelVirial	Class implementing auxiliary functions for the VDW excluded volume model truncated at n^2
CExperimentMultiplicity	Structure containing the experimental yield (multiplicity) to be fitted
CExperimentRatio	Structure containing the experimental ratio of yields to be fitted
CFeeddown	An auxiliary struct containing the list of feeddown flags
CFitParameter	Structure for an arbitrary fit parameter
CFittedQuantity	Structure describing the measurement to be fitted or compared to model
CGeneralizedDensity	Implements the possibility of a generalized calculation of the densities. For example, effective mass model. Abstract class
CHepMCEventWriter	Writes the events in the HepMC::Asciiv3 format, see https://gitlab.cern.ch/hepmc/HepMC3
CHypersurfaceEventGenerator
CHypersurfaceEventGeneratorEVHRG
CLeptonFlavor	An auxiliary struct containing the list of conserved lepton flavor charges
CMeanFieldModelBase	Base class implementing the ideal gas (no mean field)
CMeanFieldModelChargeDensityDependent	Implementation of a charge density dependent mean field model
CMeanFieldModelClausius	Class implementing auxiliary functions for the Clausius mean-field model
CMeanFieldModelComponents	Implementation of a mean field model with components
CMeanFieldModelMultiBase	Base class for multi-component mean field models
CMeanFieldModelMultiVDW	Implementation of the van der Waals mean field model for multiple components
CMeanFieldModelSkyrme	Class implementing auxiliary functions for the Skyrme mean-field model
CMeanFieldModelVDF	Class implementing auxiliary functions for the vector density functional (VDF) model
CMeanFieldModelVDW	Class implementing auxiliary functions for the linear (van der Waals) mean-field model
CMomentumDistributionBase	Class implementing the primordial 3-momentum distribution function of certain particle species
CParticleDecayChannel	Structure containing information about a single decay channel of a particle
CParticleDecayType	An auxiliary struct containing the list of decay types
CParticlizationHypersurfaceElement
CQuantumNumbers	Struct containing a set of quantum numbers: Baryon number, electric charge, strangeness, and charm
CSiemensRasmussenDistribution	Class implementing the momentum distribution in the spherically symmetric Blast-Wave model of Siemens and Rasmussen
►CSimpleEvent	Structure holding information about a single event in the event generator
CEventOutputConfig	Configuration for the event output
CSimpleParticle	Structure holding information about a single particle in the event generator
CSphericalBlastWaveEventGenerator	Class implementing the Thermal Event Generator for the isotropic blast-wave scenario
CSplineFunction	Class implementing a simple linear spline
CSSHDistribution	Class implementing the momentum distribution in the longitudinally symmetric Blast-Wave model
CThermalModelBase	Abstract base class for an HRG model implementation
CThermalModelCanonical	Class implementing the ideal HRG model in the canonical ensemble
CThermalModelCanonicalCharm	Class implementing the ideal HRG model with exact conservation of charm (charm-canonical ensemble)
CThermalModelCanonicalStrangeness	Class implementing the ideal HRG model with exact conservation of strangeness (strangeness-canonical ensemble)
CThermalModelEVCanonicalStrangeness	Class implementing the diagonal excluded-volume model in the strangeness-canonical ensemble
CThermalModelEVCrossterms	Class implementing the crossterms excluded-volume model
CThermalModelEVCrosstermsLegacy	Class implementing the crossterms excluded-volume model
CThermalModelEVDiagonal	Class implementing the diagonal excluded-volume model
CThermalModelFit	Class implementing the thermal model fit procedure
CThermalModelFitParameters	Structure holding information about parameters of a thermal fit
CThermalModelFitParametersExtended	Extended structure for calculating uncertainties in non-fit quantities resulting from uncertanties in fit parameters
CThermalModelIdeal	Class implementing the Ideal HRG model
CThermalModelParameters	Structure containing all thermal parameters of the model
►CThermalModelPCE	Class implementing HRG in partial chemical equilibrium
CBroydenEquationsPCE	Class for calculation of the right-hand side of the PCE equations
CThermalModelPCEAnnihilation	Class implementing HRG in partial chemical equilibrium with baryon annihilation
CThermalModelRealGas	Class implementing the quantum real gas HRG model
CThermalModelVDW	Class implementing the quantum van der Waals HRG model
CThermalModelVDWCanonicalStrangeness	Class implementing the quantum van der Waals model in the strangeness-canonical ensemble
CThermalParticle	Class containing all information about a particle specie
CThermalParticleSystem	Class containing the particle list