serif::solver::normalization::StellarScaleQuantity Concept Reference

Quantities whose characteristic scales follow from reference mass, radius, and G alone. More...

#include <scales.hpp>

Concept definition

template<typename Quantity>
concept serif::solver::normalization::StellarScaleQuantity =  std::same_as<Quantity, dimensions::Dimensionless> || std::same_as<Quantity, dimensions::Mass> ||
        std::same_as<Quantity, dimensions::Length> || std::same_as<Quantity, dimensions::MassDensity> ||
        std::same_as<Quantity, dimensions::Acceleration> || std::same_as<Quantity, dimensions::InverseTimeSquared> ||
        std::same_as<Quantity, dimensions::SpecificEnergy> || std::same_as<Quantity, dimensions::SpecificEnthalpy> ||
        std::same_as<Quantity, dimensions::BarotropicPressurePotential> ||
        std::same_as<Quantity, dimensions::GravitationalPotential> || std::same_as<Quantity, dimensions::Pressure> ||
        std::same_as<Quantity, dimensions::AngularVelocity> || std::same_as<Quantity, dimensions::AngularAcceleration> || std::same_as<Quantity, dimensions::AngularMomentum> ||
        std::same_as<Quantity, dimensions::Force> || std::same_as<Quantity, dimensions::PressureLaplacian> ||
        std::same_as<Quantity, dimensions::Velocity> || std::same_as<Quantity, dimensions::MassDensityRate> || std::same_as<Quantity, dimensions::ForceDensity>

Detailed Description

Quantities whose characteristic scales follow from reference mass, radius, and G alone.