serif::model::detail Namespace Reference

Classes
struct	ArgumentsMatch
struct	ArgumentsMatch< utils::types::TypeList< Specifications... >, Arguments... >
struct	CanonicalSpecifications
struct	CanonicalSpecifications< Head, Tail... >
struct	CanonicalSpecifications<>
struct	CartesianCouplings
struct	CartesianCouplings< utils::dependencies::KeyList< Rows... >, utils::dependencies::KeyList< Fields... > >
struct	EndpointOwner
	Recognize generated endpoint identities without interpreting unrelated physical names. More...
struct	EndpointOwner< ConstraintOf< Specification > >
struct	EndpointOwner< GeneratedCoordinateOf< Specification > >
struct	EnforcementDependencies
	Legacy prescriptions retain their original dependencies unless an equation explicitly registers another enforcement. More...
struct	EnforcementDependencies< Specification, Bindings, true >
struct	EquationCouplings
struct	EquationCouplings< Equation, utils::types::TypeList< Columns... > >
struct	EquilibriumCouplings
struct	ExecutionInputs
struct	ExecutionInputs< Plan, std::void_t< typename Plan::PhysicalInputs, typename Plan::InactiveRows > >
struct	ExecutionSurface
struct	ExecutionSurface< Plan, std::void_t< typename Plan::Surface > >
struct	InsertSpecification
struct	InsertSpecification< Specification, utils::types::TypeList< Head, Tail... > >
struct	InsertSpecification< Specification, utils::types::TypeList<> >
struct	InteriorCouplings
struct	InteriorCouplings< equations::EquationRegistry< Equations... > >
struct	InteriorPlan
struct	InteriorPlan< equations::EquationRegistry< Equations... > >
struct	OperandTerms
struct	OperandTerms< utils::types::TypeList< Operands... > >
struct	PreferredSurfaceField
struct	PreferredSurfaceField< utils::types::TypeList< Equations... > >
struct	RemoveKeys
struct	RemoveKeys< utils::dependencies::KeyList< Keys... >, Excluded >
struct	ResolvedEndpoints
struct	ResolvedEndpoints< Owner, utils::types::TypeList< Endpoints... >, Bindings >
struct	ResolvedSpecification
	Share resolved physical identities between endpoint and numerical-provider checks. More...
struct	SelectedSurface
	A disabled or unavailable boundary has no compiled field or row requirements. More...
struct	SelectedSurface< Selection, true >
struct	SelectRole
struct	ShapePlan
struct	ShapePlan< equations::SurfacePotentialBalance >
	The isobar level couples only existing scalar potential, rotation and mass coordinates. More...
struct	ShapePlan< NoShapeForce >
struct	SurfaceFieldHint
struct	SurfaceFieldHint< Equation, std::void_t< typename Equation::IsobaricSurfaceField > >
	An equation author may disambiguate surface enforcement without changing the physical condition. More...
struct	SurfacePlan
struct	SurfacePlan< geometry::surface::Isobaric, EOS, Fields, Rows, Solved, Equations >
	Compile the condition once; planning, graph assembly and validation share the selected formulation. More...
struct	SurfacePlan< NoSurfaceCondition, EOS, Fields, Rows, Solved, Equations >
struct	UniqueSurfaceField
struct	UniqueSurfaceField< utils::dependencies::KeyList< Field, Others... > >
struct	UniqueSurfaceField< utils::dependencies::KeyList<> >

Typedefs
template<typename Specification>
using	GeneratesState = std::bool_constant<Specification::ModelDefinition::generated_state_kind != GeneratedStateKind::none>
template<typename Model>
using	GeneratedSpecifications = utils::misc::concepts::FilterT<typename Model::SpecificationTypes, GeneratesState>
	Numerical checks operate only on prescriptions that introduce a coordinate and equation.
template<typename Owner, typename Endpoint, typename Bindings>
using	ResolvedEndpoint = typename decltype(resolved_endpoint<Owner, Endpoint, Bindings>())::type

Functions
template<typename Layout, typename Owner, typename... ContributionKeys>
auto	physical_system_computation (Layout layout, std::shared_ptr< const Owner > owner, utils::dependencies::KeyList< ContributionKeys... >)
	Collect all additions before applying any boundary replacement.
template<typename... Equations, typename... Additional>
consteval auto	contribution_keys (utils::types::TypeList< Equations... >, utils::dependencies::KeyList< Additional... >)
	Every interior equation contributes once; extension keys identify explicit additions or replacements.
template<typename Registry, typename Discretization, typename Layout, typename... Equations>
auto	interior_computations (const std::shared_ptr< const Registry > &registry, const Discretization &discretization, const Layout &layout, operators::backend::mfem::VolumeOptions options, utils::types::TypeList< Equations... >)
	Share each immutable equation with its volume graph, then publish one complete row contribution.
template<typename Bound, typename Layout>
auto	shape_computations (const std::shared_ptr< const Bound > &bound, const Layout &layout)
	One shared deformation feeds all geometry derivatives and the surface-potential shape row.
template<typename Bound, typename Layout>
auto	boundary_computations (const Bound &, const Layout &layout)
	Sample the internally selected pressure formulation through its compiled traces.
template<typename Plan>
consteval auto	equilibrium_contribution_keys ()
	Name exactly the explicitly selected non-interior contributions to final assembly.
template<typename Owner, typename Endpoint, typename Bindings>
consteval auto	resolved_endpoint ()
	Resolve owned aliases and explicit bindings without merging same-unit identities.
template<typename Model, typename Endpoint>
consteval bool	endpoint_owner_present ()
	A coordinate binding cannot supply an absent or non-generating physical prescription.
template<ModelSpecification Left, ModelSpecification Right>
consteval bool	specification_precedes ()
	Compare physical identities in the historical role, coordinate-kind, stable-name order.
template<ModelSpecification... Specifications>
consteval bool	unique_specification_names ()
	Reject semantic collisions even when two prescriptions have different C++ types or scalar kinds.
template<typename... Specifications, typename... Arguments>
std::tuple< Specifications... >	canonical_specifications (utils::types::TypeList< Specifications... >, Arguments &&... arguments)
	Consume the argument tuple once, moving each specification into its canonical slot once.
template<typename Definition, typename Model>
decltype(auto)	resolve_equation_member (Definition &&definition, const Model &model)
	Evaluate a physical definition or retain its immutable object without requiring a copy.
template<typename Definition, typename Model>
auto	resolve_equation_members (Definition &&definition, const Model &model)
	Resolve each explicit part, owning temporary results and borrowing unchanged model members.
template<DimensionalScalarSpecification Specification, typename Rows, typename InactiveRows, typename Actual, typename Bindings>
consteval bool	generated_physics_is_present ()
	Demand an explicitly supplied generated equation and effect before inferring closed-row zeros.
template<typename Rows, typename InactiveRows, typename Actual, typename Bindings, typename... Specifications>
consteval bool	generated_physics_are_present (utils::types::TypeList< Specifications... >)
	Check only numerical-provider admission; physical endpoint ownership is checked separately.
template<typename Rows, typename... Required>
consteval bool	equation_rows_exist (utils::dependencies::KeyList< Required... >)
	Every surface carrier must have an equation row in the selected layout.
consteval bool	compatible_generated_state (SpecificationRole role, GeneratedStateKind kind)
	Reject unknown enums and mismatched physical roles before inspecting optional scalar metadata.
template<DimensionalScalarSpecification Specification, typename Model, typename Values, typename Inputs, typename Rows, typename InactiveRows, typename Bindings>
consteval bool	valid_specification_endpoints ()
	Check physical inputs separately from unknowns and explicitly inactive equations.
template<typename Model, typename Values, typename Inputs, typename Rows, typename InactiveRows, typename Bindings, typename... Specifications>
consteval bool	valid_specifications (utils::types::TypeList< Specifications... >)
	Fold independent physical declarations; no equation counting or rank inference is involved.
template<DimensionalScalarSpecification Specification, typename Couplings, typename Bindings>
consteval bool	specification_derivatives_available ()
	Validate declared derivative contracts without inferring zeros from missing providers.
template<typename Couplings, typename Bindings, typename... Specifications>
consteval bool	specification_derivatives_available (utils::types::TypeList< Specifications... >)
	Check each prescription against independently supplied derivative registrations.

Variables
template<typename Candidate>
constexpr bool	is_equilibrium_equations = false
template<typename Interior, typename Shape, typename Surface>
constexpr bool	is_equilibrium_equations< EquilibriumEquations< Interior, Shape, Surface > > = true
template<typename Candidate>
constexpr bool	is_type_list = false
template<typename... Types>
constexpr bool	is_type_list< utils::types::TypeList< Types... > > = true
template<typename Candidate, typename = void>
constexpr bool	is_stellar_model = false
template<typename EOS, typename Definition, typename List>
constexpr bool	is_stellar_model< StellarModel< EOS, Definition, List >, std::void_t< typename StellarModel< EOS, Definition, List >::SpecificationTypes > > = true

Typedef Documentation

GeneratedSpecifications

template<typename Model>

using serif::model::detail::GeneratedSpecifications = utils::misc::concepts::FilterT<typename Model::SpecificationTypes, GeneratesState>

Numerical checks operate only on prescriptions that introduce a coordinate and equation.

GeneratesState

template<typename Specification>

using serif::model::detail::GeneratesState = std::bool_constant<Specification::ModelDefinition::generated_state_kind != GeneratedStateKind::none>

ResolvedEndpoint

template<typename Owner, typename Endpoint, typename Bindings>

using serif::model::detail::ResolvedEndpoint = typename decltype(resolved_endpoint<Owner, Endpoint, Bindings>())::type

Function Documentation

boundary_computations()

template<typename Bound, typename Layout>

auto serif::model::detail::boundary_computations ( const Bound & , const Layout & layout )

nodiscard

Sample the internally selected pressure formulation through its compiled traces.

canonical_specifications()

template<typename... Specifications, typename... Arguments>

std::tuple< Specifications... > serif::model::detail::canonical_specifications ( utils::types::TypeList< Specifications... > , Arguments &&... arguments )

nodiscard

Consume the argument tuple once, moving each specification into its canonical slot once.

compatible_generated_state()

bool serif::model::detail::compatible_generated_state ( SpecificationRole role, GeneratedStateKind kind )

nodiscardconsteval

Reject unknown enums and mismatched physical roles before inspecting optional scalar metadata.

contribution_keys()

template<typename... Equations, typename... Additional>

auto serif::model::detail::contribution_keys ( utils::types::TypeList< Equations... > , utils::dependencies::KeyList< Additional... >  )

nodiscardconsteval

Every interior equation contributes once; extension keys identify explicit additions or replacements.

endpoint_owner_present()

template<typename Model, typename Endpoint>

bool serif::model::detail::endpoint_owner_present ( )

nodiscardconsteval

A coordinate binding cannot supply an absent or non-generating physical prescription.

equation_rows_exist()

template<typename Rows, typename... Required>

bool serif::model::detail::equation_rows_exist ( utils::dependencies::KeyList< Required... > )

nodiscardconsteval

Every surface carrier must have an equation row in the selected layout.

equilibrium_contribution_keys()

template<typename Plan>

auto serif::model::detail::equilibrium_contribution_keys ( )

nodiscardconsteval

Name exactly the explicitly selected non-interior contributions to final assembly.

generated_physics_are_present()

template<typename Rows, typename InactiveRows, typename Actual, typename Bindings, typename... Specifications>

bool serif::model::detail::generated_physics_are_present ( utils::types::TypeList< Specifications... > )

nodiscardconsteval

Check only numerical-provider admission; physical endpoint ownership is checked separately.

generated_physics_is_present()

template<DimensionalScalarSpecification Specification, typename Rows, typename InactiveRows, typename Actual, typename Bindings>

bool serif::model::detail::generated_physics_is_present ( )

nodiscardconsteval

Demand an explicitly supplied generated equation and effect before inferring closed-row zeros.

interior_computations()

template<typename Registry, typename Discretization, typename Layout, typename... Equations>

auto serif::model::detail::interior_computations ( const std::shared_ptr< const Registry > & registry, const Discretization & discretization, const Layout & layout, operators::backend::mfem::VolumeOptions options, utils::types::TypeList< Equations... >  )

nodiscard

Share each immutable equation with its volume graph, then publish one complete row contribution.

physical_system_computation()

template<typename Layout, typename Owner, typename... ContributionKeys>

auto serif::model::detail::physical_system_computation ( Layout layout, std::shared_ptr< const Owner > owner, utils::dependencies::KeyList< ContributionKeys... >  )

nodiscard

Collect all additions before applying any boundary replacement.

resolve_equation_member()

template<typename Definition, typename Model>

decltype(auto) serif::model::detail::resolve_equation_member ( Definition && definition, const Model & model )

nodiscard

Evaluate a physical definition or retain its immutable object without requiring a copy.

resolve_equation_members()

template<typename Definition, typename Model>

auto serif::model::detail::resolve_equation_members ( Definition && definition, const Model & model )

nodiscard

Resolve each explicit part, owning temporary results and borrowing unchanged model members.

resolved_endpoint()

template<typename Owner, typename Endpoint, typename Bindings>

auto serif::model::detail::resolved_endpoint ( )

nodiscardconsteval

Resolve owned aliases and explicit bindings without merging same-unit identities.

shape_computations()

template<typename Bound, typename Layout>

auto serif::model::detail::shape_computations ( const std::shared_ptr< const Bound > & bound, const Layout & layout )

nodiscard

One shared deformation feeds all geometry derivatives and the surface-potential shape row.

specification_derivatives_available() [1/2]

template<DimensionalScalarSpecification Specification, typename Couplings, typename Bindings>

bool serif::model::detail::specification_derivatives_available ( )

nodiscardconsteval

Validate declared derivative contracts without inferring zeros from missing providers.

specification_derivatives_available() [2/2]

template<typename Couplings, typename Bindings, typename... Specifications>

bool serif::model::detail::specification_derivatives_available ( utils::types::TypeList< Specifications... > )

nodiscardconsteval

Check each prescription against independently supplied derivative registrations.

specification_precedes()

template<ModelSpecification Left, ModelSpecification Right>

bool serif::model::detail::specification_precedes ( )

nodiscardconsteval

Compare physical identities in the historical role, coordinate-kind, stable-name order.

unique_specification_names()

template<ModelSpecification... Specifications>

bool serif::model::detail::unique_specification_names ( )

nodiscardconsteval

Reject semantic collisions even when two prescriptions have different C++ types or scalar kinds.

valid_specification_endpoints()

template<DimensionalScalarSpecification Specification, typename Model, typename Values, typename Inputs, typename Rows, typename InactiveRows, typename Bindings>

bool serif::model::detail::valid_specification_endpoints ( )

nodiscardconsteval

Check physical inputs separately from unknowns and explicitly inactive equations.

valid_specifications()

template<typename Model, typename Values, typename Inputs, typename Rows, typename InactiveRows, typename Bindings, typename... Specifications>

bool serif::model::detail::valid_specifications ( utils::types::TypeList< Specifications... > )

nodiscardconsteval

Fold independent physical declarations; no equation counting or rank inference is involved.

Variable Documentation

is_equilibrium_equations

template<typename Candidate>

bool serif::model::detail::is_equilibrium_equations = false

inlineconstexpr

is_equilibrium_equations< EquilibriumEquations< Interior, Shape, Surface > >

template<typename Interior, typename Shape, typename Surface>

bool serif::model::detail::is_equilibrium_equations< EquilibriumEquations< Interior, Shape, Surface > > = true

inlineconstexpr

is_stellar_model

template<typename Candidate, typename = void>

bool serif::model::detail::is_stellar_model = false

inlineconstexpr

is_stellar_model< StellarModel< EOS, Definition, List >, std::void_t< typename StellarModel< EOS, Definition, List >::SpecificationTypes > >

template<typename EOS, typename Definition, typename List>

bool serif::model::detail::is_stellar_model< StellarModel< EOS, Definition, List >, std::void_t< typename StellarModel< EOS, Definition, List >::SpecificationTypes > > = true

inlineconstexpr

is_type_list

template<typename Candidate>

bool serif::model::detail::is_type_list = false

inlineconstexpr

is_type_list< utils::types::TypeList< Types... > >

template<typename... Types>

bool serif::model::detail::is_type_list< utils::types::TypeList< Types... > > = true

inlineconstexpr