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

[detail level 1234]

▼NBSMPT	This classes calculates the Bounce action of the potential with a set temperature
▼NBaryo
CAdditionalBaryoArgs
Cbot_source	Class instance for the transport equation system and numerical calculation of the left-handed fermion density in front of the bubble wall including top and bottom quarks
CCalc_eta	Class instance for the numerical evaluation of the eta value
CCalc_Gam_M	Class instance for the numerical evaluation of the relaxation rate at given temperature and quark mass
CCalc_kappa_t	Class instance for the numerical calculation of the statistical factor kappa for a given quark mass and temperature
CCalc_Scp	Class instance for the numerical evaluation of the CP-violating source terms at given temperature and quark mass
CCalculateEtaInterface
Cgen_fluid	Class instance overhead for all transport classes. Including all common functions and parameters
CGSL_integration_mubl
CGSL_mubl_interpolation
Cpush_back_state_and_time
Ctau_source	Class instance for the transport equation system and numerical calculation of the left-handed fermion density in front of the bubble wall including the bot,top quark and the tau lepton
Ctop_source	Class instance for the transport equation system and numerical calculation of the left-handed fermion density in front of the bubble wall including the top quark
Ctransport_equations
▼NKfactors
CGSL_integration	The GSL_integration struct used to pass information to the GSL minimisation routine
▼NMinimizer
▼NLibCMAES
CLibCMAESReturn	The LibCMAESReturn struct which is returned by the routine
▼NLibNLOPT
CNLOPTReturnType	The NLOPTReturnType struct which is returned by the minimization
CShareInformationNLOPT	The ShareInformationNLOPT struct which is used to pass the model information to the NLopt minimization routine
CEWPTReturnType	The EWPTReturnType struct Contains the following information
CGSL_params
CGSLPlaneReturn	The GSLPlaneReturn struct
CMinimizePlaneReturn	The MinimizePlaneReturn struct contains the value of the potential at the minimum and the minimum
CMinimizersToUse	The MinimizersToUse struct used as a return of GetMinimizers
CPointerContainerMinPlane
▼NModels
CClass_CxSM	The Class_CxSM class Implementation of the CxSM as shown in the manual of BSMPT v2
CClass_Potential_C2HDM	The Class_Potential_C2HDM class Implementation of the CP-violating 2HDM as given in the manual
CClass_Potential_CPintheDark	The Class_Potential_CPintheDark class Implementation of the model CP in the Dark as given in the manual
CClass_Potential_N2HDM	The Class_Potential_N2HDM class Implementation of the real N2HDM, as shown in the manual
CClass_Potential_R2HDM	The Class_Potential_R2HDM class Implementation of the CP-conserving 2HDM, as given in the manual
CClass_SM	The Class_SM class Implementation of the Standard Model
CClass_Template	The Class_Template class Template for implementing a new model
▼NThermalFunctions
CThermalCoefficientCalculator	Thread-safe wrapper around the calculation of the coefficients for the thermal expansions used in ThermalFunctions
▼NWall
CGSL_params
CBounceActionInt
CBounceSolution	BounceSolution class that handles the calculation of the bounce solution as well as the calculation of the charateristic temperature scales
CBSMPTLogger	The BSMPTLogger class
CClass_Potential_Origin	The Class_Potential_Origin class Base class for all models. This class contains all numerical calculations on the tensors and the inherited classes only have to set them
CCoexPhases	CoexPhases struct to save pair of coexisting phases (false and true phase)
CGravitationalWave
CGravitationalWaveData	Struct to store all calculated GW data
Cgw_data	Gravitational wave data struct
CISMConstants	The ISMConstants struct containing all necessary SM constants
CLogger
CMinimum	Struct to store minimum and temperature
CMinimumTracer
Coutput
▼Cparser	Argument parser for the CLI and JSON methods. This is case insensitive
CKeyValue
COptions
CparserException
CPhase	Phase object
CresultErrorPair
Cstatus_codes	Status codes struct
Ctransition_data	Transition data struct
CTransitionTracer
Cuser_input	User_input struct to store user input and distribute to the classes
CVacuum	Complete vacuum structure of the theory for this parameter point
▼Ntk
▼Ninternal
Cband_matrix
Cspline
CAsciiPlotter
CCLIOptions
CCompare_C2HDM
CCompare_CPINTHEDARK
CCompare_CXSM
CCompare_N2HDM
CCompare_R2HDM
CCompare_SM
Ccvspline	Constructs a spline \( s(l) \) with constant velocity, i.e. \( \frac{ds(l)}{dl} \equiv 1\). \( l \) acts as the length alongisde the spline. It works by using tk::spline to construct a cubic spline which depends on another arbitrary parameter \( x \) and then construct an additional spline to convert from \( x \to l \equiv l(x) \)
CMyListener