Class List

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

Nrizer
CCanteraThermo	ThermoAccessor backed by a PlasmaPhase
CChannelCircuit	The channel side of the circuit coupling
CChannelHistory
CChannelOptions
CCircuitSample	The circuit columns of one recorded frame
CCollisionModel	Composition-resolved electron-heavy momentum-transfer collision model
CSpeciesSpec	Per-species spec, in species-index order
CColumnOptions	Solver configuration. All fields have defaults matching a typical H2 arc
CColumnResult	Output of a completed column solve
CDruyvesteynRate
CElectronReactionIndex	The per-reaction data the electron pool's inelastic power needs
CElectronTemperatureData	Shared data carrying the electron temperature (mirrors Cantera's own TwoTempPlasmaData but only needs Te)
CGammaLawThermo	Calorically perfect ideal-gas accessor: one constant \(\gamma_\mathrm{H}\) for the heavy pool, ElectronGamma for the electron pool
CHydroStepConfig	Geometry, boundary treatment and stepping controls for one call
CHydroStepResult	Diagnostics from one call, enough to assert NUMERICS.md section "Positivity under a strong rarefaction", case 19, without re-deriving the sub-cycling in the test
CHydroStepState	Per-node primitive state, advanced in place
CJanevDissociativeRecombinationC2HyRate
CNodeState	Primitive state at one radial node, as the ghost-state callback sees it and returns it
CPlasmaCell	Shared single-cell two-temperature reacting-plasma RHS (one physics source)
CDiagnostics	Optional power / Maxwellian-condition breakdown filled by rates() when a non-null pointer is passed
CPlasmaCellConfig
CPlasmaChannel1D	Transient, two-temperature (Te != Tg), finite-rate reacting 1-D radial plasma channel (custom Cantera Domain1D)
CPlasmaChannelConfig	Everything PlasmaChannel1D needs to build itself
CPlasmaReactor0D	Native C++ two-temperature 0D plasma reactor (stateless per-eval evaluator)
CPlasmaReactor0DConfig
CPrescribedPressureThermo	Pressure prescribed as a function of (r, t), every other property delegated to a GammaLawThermo
CPropertyTable
CRadialDiffusionCoefficients	Everything the diffusion block needs that the grid and the state do not carry: the transport coefficients, the wall ghost, and the per-species properties the two energy terms close with
CReverseTwoTempData	Shared data for all reverse-two-temperature-plasma reactions
CReverseTwoTemperaturePlasmaRate	Reverse of a forward two-temperature-plasma reaction:
CStateProperties	Every state function hydroStep() reads off one primitive state when it builds the conservative variables, returned together by ThermoAccessor::stateProperties()
CThermalPlasmaColumn1D	Steady radial LTE Elenbaas-Heller arc column (custom Cantera Domain1D)
CThermoAccessor	Equation-of-state and caloric accessor injected into hydroStep()
CTrialStateError	A state the closures cannot evaluate: a temperature outside the fits, an undefined Coulomb logarithm, or a non-finite rate
CTwoTemperatureState	The two-temperature equation of state at the state currently set on a phase, PHYSICS.md (G6)
CWallEnergyOutflow	Energy leaving through the wall ghost face per unit time, per unit axial length and per radian [W/m] – the convention of V_cell and of HydroStepResult::boundary_total_energy_out