serif::utils::serialize::TopPolytropeSource Struct Reference

Physical samples in a centered frame whose polar axis is the rotation axis. More...

#include <top.hpp>

Public Attributes
double	polytropic_index {}
double	gravitational_constant {}
double	mass {}
double	angular_velocity {}
double	central_density {}
double	central_enthalpy {}
std::function< Result< double >(double mu, double phi)>	surface_radius
std::function< Result< double >(double radius, double mu, double phi)>	enthalpy
std::function< std::size_t()>	roundoff_density_clamps
	Optional count of explicitly bounded roundoff corrections made by an EOS adapter.

Detailed Description

Physical samples in a centered frame whose polar axis is the rotation axis.

Note

Enthalpy is an export conversion of the source EOS, not a primary solver field. The callbacks use mu=cos(theta), phi in radians, and physical radius/enthalpy units.

Member Data Documentation

angular_velocity

double serif::utils::serialize::TopPolytropeSource::angular_velocity {}

central_density

double serif::utils::serialize::TopPolytropeSource::central_density {}

central_enthalpy

double serif::utils::serialize::TopPolytropeSource::central_enthalpy {}

enthalpy

std::function<Result<double>(double radius, double mu, double phi)> serif::utils::serialize::TopPolytropeSource::enthalpy

gravitational_constant

double serif::utils::serialize::TopPolytropeSource::gravitational_constant {}

mass

double serif::utils::serialize::TopPolytropeSource::mass {}

polytropic_index

double serif::utils::serialize::TopPolytropeSource::polytropic_index {}

roundoff_density_clamps

std::function<std::size_t()> serif::utils::serialize::TopPolytropeSource::roundoff_density_clamps

Optional count of explicitly bounded roundoff corrections made by an EOS adapter.

surface_radius

std::function<Result<double>(double mu, double phi)> serif::utils::serialize::TopPolytropeSource::surface_radius

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The documentation for this struct was generated from the following file:

• src/include/serif/utils/serialize/top.hpp