solver Directory Reference

Files
	cell_chemistry.cpp
	Finite-rate chemistry of the cells of a mesh.
	cell_chemistry.h
	Finite-rate chemistry of the cells of a mesh: each cell that needs it is an adiabatic constant-volume reactor over a splitting step, integrated by one thread or by the vector lanes of a team.
	chemistry_balance.cpp
	Balancing of the chemistry integration across ranks.
	chemistry_balance.h
	Balancing of the chemistry integration across ranks by moving the states of queued cells, not cells (docs/design/chemistry.md, milestone 11).
	chemistry_benchmark.cpp
	Chemistry throughput benchmark (MallardReactor's [benchmark] mode).
	chemistry_benchmark.h
	Chemistry throughput benchmark: states sampled along a reactor's trajectory, replicated over many cells and advanced by the solver's chemistry kernels.
	data.h
	Data class declaration.
	solver.cpp
	Solver class implementation.
	solver.h
	Solver class declaration.
	solver_chemistry.cpp
	Finite-rate chemistry of the Solver: each owned cell is an adiabatic constant-volume reactor over half a time step on both sides of the flow step (Strang splitting), or over the time step with the transport tendency as a constant source before a corrective flow half step (SIMPLER balanced splitting).
	solver_graph.cpp
	A whole time step (time-step reduction, halo exchanges, stages) as one CUDA graph, launched once per step.
	solver_inflow.cpp
	Inlet target velocities: profiles and synthetic turbulence.
	solver_initialize.cpp
	Implementation of solution initialization methods for the Solver class.
	solver_les.cpp
	Large-eddy simulation parts of the Solver: filter width, eddy viscosity and the kinetic-energy budget (docs/design/les.md).
	solver_mixture.cpp
	Gas-mixture parts of the Solver: cell states, RHS, time step, primitives and boundaries.
	solver_radiation.cpp
	Optically thin radiative heat loss of gas mixtures (TNF workshop model), a pointwise sink of the energy equation in the flow RHS.
	solver_rhs.cpp
	Implementation of RHS methods for the Solver class.
	solver_sponge.cpp
	Sponge layers, and the per-step update of characteristic boundaries.
	statistics.cpp
	In-situ running time averages and probes.
	statistics.h
	In-situ running time averages and probes.