serif::model::normalization Namespace Reference

Namespaces
namespace	detail

Classes
struct	Configuration
struct	InfinityRows
	Potential rows replaced by the zero trace at compactified infinity. More...
struct	PreparedSystem
struct	SurfaceRows
	Reduced equation rows whose volume residual is replaced by the selected surface condition. More...

Concepts
concept	ReferenceResolvable
	Check model-provided reference requirements before instantiating numerical preparation.

Typedefs
template<typename Selection, typename Coordinates, typename Bound>
using	PlanFor = typename detail::SelectPlan<Selection, Coordinates, Bound>::Type
	Compile automatic physics-aware rules or retain the user's complete explicit plan.
template<typename Plan>
using	MetricsFor
	Assemble each metric once even when several state and residual rules share it.

Functions
template<typename Options, typename Discretization, typename... Metrics>
auto	make_inputs (std::shared_ptr< const Options > options, const Discretization &discretization, utils::dependencies::KeyList< Metrics... >)
	Keep the immutable configuration alive and reference metrics separate from candidate coefficients.
template<typename NormalizationPlan, typename Bound, typename Options, typename Layout, typename... Metrics>
auto	make_computations (const Bound &bound, const Options &options, const Layout &layout, utils::dependencies::KeyList< Metrics... >)
	Compose normalization into the physical graph, including the selected surface row replacement.
template<typename Mass, typename Density, StellarModelType Model> requires detail::ReferenceAvailable<Mass, Model, FixedTotalMass> && std::same_as<Density, dimensions::DensityValue>
auto	resolve_reference (const solver::normalization::LaneEmdenApproximation< Mass, Density > &scheme, const Model &model)
	Resolve the Lane–Emden reference from explicit inputs or the model's mass target; no model prescribes central density.
template<solver::normalization::ReferenceScheme Scheme, StellarModelType Model>
Scheme	resolve_reference (const Scheme &scheme, const Model &)
	Explicit or custom reference schemes need no model-specific defaults.
template<typename Options, StellarModelType Model> requires ReferenceResolvable<Options, Model>
auto	resolve_configuration (Options options, const Model &model)
	Freeze resolved reference choices while retaining the deduced coordinate and plan types.

Typedef Documentation

MetricsFor

template<typename Plan>

using serif::model::normalization::MetricsFor

Initial value:

 utils::dependencies::CombinedKeyList<typename detail::RuleMetrics<typename Plan::Values>::Type,
        typename detail::RuleMetrics<typename Plan::Residuals>::Type>

Assemble each metric once even when several state and residual rules share it.

PlanFor

template<typename Selection, typename Coordinates, typename Bound>

using serif::model::normalization::PlanFor = typename detail::SelectPlan<Selection, Coordinates, Bound>::Type

Compile automatic physics-aware rules or retain the user's complete explicit plan.

Function Documentation

make_computations()

template<typename NormalizationPlan, typename Bound, typename Options, typename Layout, typename... Metrics>

auto serif::model::normalization::make_computations ( const Bound & bound, const Options & options, const Layout & layout, utils::dependencies::KeyList< Metrics... >  )

nodiscard

Compose normalization into the physical graph, including the selected surface row replacement.

make_inputs()

template<typename Options, typename Discretization, typename... Metrics>

auto serif::model::normalization::make_inputs ( std::shared_ptr< const Options > options, const Discretization & discretization, utils::dependencies::KeyList< Metrics... >  )

nodiscard

Keep the immutable configuration alive and reference metrics separate from candidate coefficients.

resolve_configuration()

template<typename Options, StellarModelType Model>
requires ReferenceResolvable<Options, Model>

auto serif::model::normalization::resolve_configuration ( Options options, const Model & model )

nodiscard

Freeze resolved reference choices while retaining the deduced coordinate and plan types.

resolve_reference() [1/2]

template<solver::normalization::ReferenceScheme Scheme, StellarModelType Model>

Scheme serif::model::normalization::resolve_reference ( const Scheme & scheme, const Model &  )

nodiscard

Explicit or custom reference schemes need no model-specific defaults.

resolve_reference() [2/2]

template<typename Mass, typename Density, StellarModelType Model>
requires detail::ReferenceAvailable<Mass, Model, FixedTotalMass> && std::same_as<Density, dimensions::DensityValue>

auto serif::model::normalization::resolve_reference ( const solver::normalization::LaneEmdenApproximation< Mass, Density > & scheme, const Model & model )

nodiscard

Resolve the Lane–Emden reference from explicit inputs or the model's mass target; no model prescribes central density.