File List

Here is a list of all files with brief descriptions:

rizer
cantera_ext
kinetics
ElectronReactions.cpp
ElectronReactions.h	Which reactions of a mechanism the electron takes part in, and what each of them costs the electron pool
PlasmaRates.cpp
PlasmaRates.h
models
nrp
BoundaryConditions.cpp
BoundaryConditions.h	Outer-boundary vocabulary for the 1D radial channel: which treatment is applied, the primitive state a ghost cell carries, and the test-only callback that overrides both (NUMERICS.md section 7)
CircuitCoupling.cpp
CircuitCoupling.h	Closes an external electrical circuit on the channel's own resistance
HydroStep.cpp
HydroStep.h	Standalone explicit hydrodynamic sub-stepper for the 1D radial two-temperature plasma channel: the "A" half of the Strang split described in NUMERICS.md section 4.2
PlasmaCell.cpp
PlasmaCell.h	One cell of two-temperature reacting plasma: the source terms the 0-D reactor and the 1-D channel both evaluate
PlasmaChannel1D.cpp
PlasmaChannel1D.h	The transient two-temperature radial channel as a Cantera Domain1D: per-node source terms from PlasmaCell, radial coupling from RadialDiffusion, and the state layout both of them index
PlasmaChannelSolver.cpp
PlasmaChannelSolver.h	Drives PlasmaChannel1D in time and records what it did
PlasmaReactor0D.cpp
PlasmaReactor0D.h	The standalone 0-D two-temperature reactor: PlasmaCell plus the constant-mass volume equation, with no spatial dimension
RadialDiffusion.cpp
RadialDiffusion.h	The parabolic half of PlasmaChannel1D::eval(): conduction in both pools, Fickian species diffusion, and the two terms that diffusion drives in the energy equations
steady_lte_arc
PlasmaColumnSolver.cpp
PlasmaColumnSolver.h
ThermalPlasmaColumn1D.cpp
ThermalPlasmaColumn1D.h
numeric
DiffusiveFlux.h	Pure-arithmetic primitives for a 1D cylindrical (radial) finite-volume discretization of the diffusive operator \(\frac1r\frac{d}{dr}\!\left(r\,\Gamma\,\frac{d\phi}{dr}\right)\): one face's conductive/diffusive flux, and the annular cell volume between two faces
EulerFlux.h	Pure-arithmetic primitives for the explicit hydrodynamic sub-step of the 1D radial channel: one face's Rusanov (local Lax-Friedrichs) flux, and the cell-integrated cylindrical momentum source
Format.h	Number formatting for exception messages
PropertyTable.h
TableLookup.h	Evaluate a PropertyTable at a state, refusing a state outside its range
TrialStateError.h	The error a closure raises for a state it cannot evaluate, so that the integrator proposing that state retries a smaller step
test
models
nrp
BoundaryConditions_test.cpp	Unit tests for parseOuterBc()
HydroStep_test.cpp	Unit tests for hydroStep()'s boundary geometry and its input guards
numeric
EulerFlux_test.cpp	Unit tests for the Rusanov face fluxes and the geometric source, numeric/EulerFlux.h
thermo
GammaLawThermo_test.cpp	Unit tests for the calorically perfect ThermoAccessor
transport
CollisionModel_test.cpp	Unit tests for CollisionModel at states it cannot describe
main.cpp	Entry point for the plasma1d_tests binary
thermo
CanteraThermo.cpp
CanteraThermo.h	The production ThermoAccessor for the hydro sub-step: Cantera's two-temperature PlasmaPhase behind HydroStep's injected interface
GammaLawThermo.cpp
GammaLawThermo.h	Calorically perfect ThermoAccessor: one constant gamma for the heavy pool, ElectronGamma for the electron pool, no Cantera object anywhere
PlasmaState.h	The two-temperature quantities every model in this extension reads back from a PlasmaPhase, and the constants they share
PrescribedPressureThermo.cpp
PrescribedPressureThermo.h	TEST-ONLY ThermoAccessor holding the pressure to a prescribed field p(r, t) and delegating every other property to a GammaLawThermo
ThermoAccessor.h	The equation-of-state seam of the hydrodynamic sub-step: the abstract accessor hydroStep() closes its system through
transport
CollisionModel.cpp
CollisionModel.h
bindings.cpp
units.h	Physical constants and unit conversions, in SI by default