Class Hierarchy

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

CCantera::CanteraError [external]
Crizer::TrialStateError	A state the closures cannot evaluate: a temperature outside the fits, an undefined Coulomb logarithm, or a non-finite rate
Crizer::ChannelCircuit	The channel side of the circuit coupling
Crizer::ChannelHistory
Crizer::ChannelOptions
Crizer::CircuitSample	The circuit columns of one recorded frame
Crizer::CollisionModel	Composition-resolved electron-heavy momentum-transfer collision model
Crizer::ColumnOptions	Solver configuration. All fields have defaults matching a typical H2 arc
Crizer::ColumnResult	Output of a completed column solve
Crizer::PlasmaCell::Diagnostics	Optional power / Maxwellian-condition breakdown filled by rates() when a non-null pointer is passed
CCantera::Domain1D [external]
Crizer::PlasmaChannel1D	Transient, two-temperature (Te != Tg), finite-rate reacting 1-D radial plasma channel (custom Cantera Domain1D)
Crizer::ThermalPlasmaColumn1D	Steady radial LTE Elenbaas-Heller arc column (custom Cantera Domain1D)
Crizer::ElectronReactionIndex	The per-reaction data the electron pool's inelastic power needs
Crizer::HydroStepConfig	Geometry, boundary treatment and stepping controls for one call
Crizer::HydroStepResult	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
Crizer::HydroStepState	Per-node primitive state, advanced in place
Crizer::NodeState	Primitive state at one radial node, as the ghost-state callback sees it and returns it
Crizer::PlasmaCell	Shared single-cell two-temperature reacting-plasma RHS (one physics source)
Crizer::PlasmaCellConfig
Crizer::PlasmaChannelConfig	Everything PlasmaChannel1D needs to build itself
Crizer::PlasmaReactor0D	Native C++ two-temperature 0D plasma reactor (stateless per-eval evaluator)
Crizer::PlasmaReactor0DConfig
Crizer::PropertyTable
Crizer::RadialDiffusionCoefficients	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
CCantera::ReactionData [external]
Crizer::ElectronTemperatureData	Shared data carrying the electron temperature (mirrors Cantera's own TwoTempPlasmaData but only needs Te)
Crizer::ReverseTwoTempData	Shared data for all reverse-two-temperature-plasma reactions
CCantera::ReactionRate [external]
Crizer::DruyvesteynRate
Crizer::JanevDissociativeRecombinationC2HyRate
Crizer::ReverseTwoTemperaturePlasmaRate	Reverse of a forward two-temperature-plasma reaction:
Crizer::CollisionModel::SpeciesSpec	Per-species spec, in species-index order
Crizer::StateProperties	Every state function hydroStep() reads off one primitive state when it builds the conservative variables, returned together by ThermoAccessor::stateProperties()
Crizer::ThermoAccessor	Equation-of-state and caloric accessor injected into hydroStep()
Crizer::CanteraThermo	ThermoAccessor backed by a PlasmaPhase
Crizer::GammaLawThermo	Calorically perfect ideal-gas accessor: one constant \(\gamma_\mathrm{H}\) for the heavy pool, ElectronGamma for the electron pool
Crizer::PrescribedPressureThermo	Pressure prescribed as a function of (r, t), every other property delegated to a GammaLawThermo
Crizer::TwoTemperatureState	The two-temperature equation of state at the state currently set on a phase, PHYSICS.md (G6)
Crizer::WallEnergyOutflow	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