"Spatial method" aggregate: reconstruction (limiter) + numerical flux in one named type. More...

#include <pops/numerics/fv/numerical_flux.hpp>
#include <pops/numerics/fv/reconstruction.hpp>
#include <concepts>

Include dependency graph for spatial_discretisation.hpp:

This graph shows which files directly or indirectly include this file:

Classes
struct	pops::SpatialDiscretisation< LimiterT, NumericalFluxT >
	SpatialDiscretisation<LimiterT, NumericalFluxT>: tag-type bundling the reconstruction policy and the numerical flux policy into a single template parameter. More...

Namespaces
namespace	pops

Concepts
concept	pops::SpatialDiscretisationLike
	SpatialDiscretisationLike: concept validating a SpatialDiscretisation.

Typedefs
using	pops::FirstOrder = SpatialDiscretisation< NoSlope, RusanovFlux >

using	pops::MusclMinmod = SpatialDiscretisation< Minmod, RusanovFlux >

using	pops::MusclVanLeer = SpatialDiscretisation< VanLeer, RusanovFlux >

using	pops::MusclVanLeerHLLC = SpatialDiscretisation< VanLeer, HLLCFlux >

Detailed Description

"Spatial method" aggregate: reconstruction (limiter) + numerical flux in one named type.

SpatialDiscretisation<Limiter, NumericalFlux> bundles the two spatial discretisation choices into a single template type passed as a block to assemble_rhs / compute_face_fluxes. This lets you choose the method PER sub-model (Rusanov for the ions, HLLC for the electrons) without touching the model or the coupler. The choice is resolved at compile time, with zero branch overhead.

Provided aliases: FirstOrder, MusclMinmod, MusclVanLeer, MusclVanLeerHLLC.

include/pops/numerics/fv/spatial_discretisation.hpp File Reference¶

Classes

Namespaces

Concepts

Typedefs

Detailed Description