batches.hpp File Reference

#include <array>
#include "serif/geometry/surface/detail/evaluation.hpp"
#include "serif/geometry/surface/samples.hpp"

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Namespaces
namespace	serif
namespace	serif::geometry
namespace	serif::geometry::surface
namespace	serif::geometry::surface::detail

Functions
template<typename... Terms>
std::expected< std::size_t, SurfaceFailure >	serif::geometry::surface::detail::surface_sample_count (const BoundaryValues< Terms > &... columns)
	All EOS columns must describe the same ordered, nonempty set of boundary points.
template<PressureSurfaceFormulationType Formulation, typename... Terms>
SurfacePoint< Formulation >	serif::geometry::surface::detail::surface_point (const std::size_t sample, const BoundaryValues< Terms > &... columns)
	Assemble the conventional equation point from typed columns; no mesh assumptions enter the physical calculation.
template<typename Value, typename Evaluate>
std::expected< std::vector< Value >, SurfaceFailure >	serif::geometry::surface::detail::collect_surface_samples (std::size_t count, Evaluate evaluate)
	Collect one ordered batch, attaching the first failure's sample index before any result is published.
template<PressureSurfaceFormulationType Formulation, typename... Terms>
std::expected< std::vector< SurfaceEOSResponse< Formulation > >, SurfaceFailure >	serif::geometry::surface::detail::evaluate_response_samples (const typename Formulation::EquationOfState &equation_of_state, const dimensions::PressureValue pressure, const BoundaryValues< Terms > &... columns)
	Evaluate the EOS once per state sample, or once for a genuinely pressure-only relation.
template<PressureSurfaceFormulationType Formulation>
std::expected< std::vector< SurfaceLinearization< Formulation > >, SurfaceFailure >	serif::geometry::surface::detail::linearize_carrier_samples (const std::vector< SurfaceEOSResponse< Formulation > > &responses, const BoundaryValues< typename Formulation::CarrierTerm > &carrier)
	Broadcast only a pressure-only relation; every state-dependent carrier sample needs its own response.
template<PressureSurfaceFormulationType Formulation>
std::expected< std::vector< SurfaceLinearization< Formulation > >, SurfaceFailure >	serif::geometry::surface::detail::linearize_pressure_samples (const IsobaricSurface &condition, const std::vector< SurfaceEOSResponse< Formulation > > &responses)
	Changing prescribed pressure reuses all values and partials of a direct-pressure EOS relation.