This inheritance list is sorted roughly, but not completely, alphabetically:

[detail level 123]

CBatchTrackingState::Batch	Contains the information for a single batch
CBatchTracking	A class for calculating the time development of the gas composition from the gas velocity
CBatchTrackingState	Contains the state which BatchTracking operates on
▼CBoundaryConditions	Container for the boundary conditions at the inlet and outlet of a pipeline, for a single time step
CTimeStep	Subclass of BoundaryConditions with an extra member to store the timestamp of the boundary conditions
CComposition	Simple container class for the composition of natural gas. We use arma::vec::fixed<10> to fix the number of components at 10
CConfig	The Config struct stores all settings for the different parts of the pipeline simulation
▼CDiscretizer	Discretizer is an abstract class, the base class the implementation of the discretization of the two different sets of governing equations; internal energy and enthalpy
CEnthalpyDiscretizer	Implementation of Discretizer for the enthalpy form of the energy equation
CInternalEnergyDiscretizer	Implementation of Discretizer for the internal energy form of the energy equation
CEquationOfState	Wrapper around EquationOfStateBase that has one equation of state instance per grid point, and wraps the EquationOfStateBase::evaluate() function
▼CEquationOfStateBase	The EquationOfStateBase is an abstract class, the base class for different equations of state
CBWRS	Implements the Benedict-Webb-Rubin-Starling (BWRS) equation of state
CDummyGas	Dummy EOS implementation used for unit testing. This uses a special molar mass for the gas components, which makes for easier testing
CGERG04	Implements the GERG 2004 equation of state
CIdealGas	Implements the equation of state for an ideal gas
▼CGoverningEquationSolverBase	Simple Base class to avoid having to specify template argument for GoverningEquationSolver. This means that we have to use pointers to GoverningEquationSolverBase instead of simple GoverningEquationSolverBase instances
CGoverningEquationSolver< T >	The GoverningEquationSolver class is a composition of Discretizer and MatrixEquation with a little bit of logic, that solves the governing equations for a 1d gas pipeline
CHeatTransfer	The EquationOfState class is a wrapper around HeatTransferBase that has one heat transfer instance per grid point, and wraps the HeatTransferBase::evaluate() function
▼CHeatTransferBase	Abstract class, the base class for all heat transfer implementations. It mostly just defines a stencil for the evaluate() function and the HeatTransferState class
CFixedQValue	Implementation of HeatTransferBase for fixed heat flux
CFixedUValue	Implementation of HeatTransferBase for fixed U-value (total heat transfer coefficient)
▼CRadialHeatTransfer	Base class for heat transfer calculation with 1d radial models
CSteadyStateHeatTransfer	Class that implements steady state heat transfer between gas and pipeline surroundings
CUnsteadyHeatTransfer	Implements 1d radial unsteady heat transfer
CHeatTransferState	Container for the state of a HeatTransferBase instance. All HeatTransferBase subclasses operate on instances of State, and return State
Cutils::LinearInterpolator
▼CMaterial	Simple container class that defines the conductivity, density and heat capacity of a material
CAmbientFluid	Simple container class that defines the conductivity, density, heat capacity, dynamic viscosity and velocity of a fluid used by HeatTransfer
CBurialMedium	Simple container class that defines the conductivity, density and heat capacity of a burial medium. Mostly used by HeatTransfer
CPipeWall::Layer	The PipeWall::Layer class is a simple container class that defines the thickness and all other material properties of a single layer of pipe wall
CMatrixEquation	Sets up the matrix equation from the system of equations found from the governing equations
CPhysics	Combines EquationOfState and HeatTransfer to calculate the new state of a pipeline given a new pressure, temperature and flow
CPipeline
CPipeWall	Container class that defines the thickness and Material properties of each layer a pipe consists of
Cdetails::PropertyToSample	The PropertyToSample struct contains information about a single property from Pipeline that we are going to sample
▼Crange_error
▼Cutils::physics_error
Cutils::pressure_range_error
Cutils::temperature_range_error
▼Cruntime_error
▼Cutils::linalg_error
Cutils::no_solution_found
Cutils::no_convergence_error
CSampler	Used to sample selected Pipeline properties during simulations
CTimeSeries::Series
CSimulator	Combines Physics and Solver to advance the state of the pipeline in time. It contains a Pipeline instance which has thes state of the pipeline at all times
CBoundaryConditions::SingleCondition	Used to store a single boundary condition (like flow, pressure or temperature), and also contains information on whether the condition is "active", meaning if it is meant to be a constrain when solving the governing equations
CSolver	Combines GoverningEquationSolver and BatchTracking to advance the governing equations forward in time, and advect the gas composition
CPipeline::State
Cutils::stringbuilder
CTimeSeries	Used to store the boundary conditions for several time steps