Equation.hpp File Reference

#include "fub/Direction.hpp"
#include "fub/State.hpp"
#include "fub/StateArray.hpp"
#include "fub/core/type_traits.hpp"
#include "fub/ext/Eigen.hpp"
#include <fmt/format.h>

Go to the source code of this file.

Classes
struct	fub::HasScalarFlux< Equation >
struct	fub::HasVectorizedFlux< Equation, N >
struct	fub::HasScalarReconstruction< Equation >
struct	fub::HasVectorizedReconstruction< Equation, N >
struct	fub::HasReconstruction< Equation >

Namespaces
	fub
	The fub namespace.

Typedefs
template<typename Eq , typename... Args>
using	fub::FluxT = decltype(std::declval< Eq >().Flux(std::declval< Args >()...))
template<typename Eq >
using	fub::ScalarFluxT = decltype(std::declval< const Eq & >().Flux(std::declval< Conservative< Eq > & >(), std::declval< const Complete< Eq > & >(), Direction::X))
template<typename Eq , typename N = int_constant<kDefaultChunkSize>>
using	fub::VectorizedFluxT = decltype(std::declval< const Eq & >().Flux(std::declval< ConservativeArray< Eq, N::value > & >(), std::declval< const CompleteArray< Eq, N::value > & >(), Direction::X))
template<typename Eq >
using	fub::ScalarReconstructT = decltype(std::declval< const Eq & >().Reconstruct(std::declval< Complete< Eq > & >(), std::declval< const Conservative< Eq > & >()))
template<typename Eq , typename N = int_constant<kDefaultChunkSize>>
using	fub::VectorizedReconstructT = decltype(std::declval< const Eq & >().Reconstruct(std::declval< CompleteArray< Eq, N::value > & >(), std::declval< const ConservativeArray< Eq, N::value > & >()))

Functions
template<typename Extent >
auto	fub::Shrink (const layout_left::mapping< Extent > &layout, Direction dir, std::ptrdiff_t n=1)
template<typename State , typename Layout , int Rank>
View< State >	fub::Subview (const BasicView< State, Layout, Rank > &state, const IndexBox< Rank > &box)
template<typename Eq , typename Equation = std::decay_t<Eq>>
void	fub::Flux (Eq &&equation, Conservative< Equation > &flux, const Complete< Equation > &state, Direction dir, [[maybe_unused]] double x=0.0)
template<typename Eq , typename Equation = std::decay_t<Eq>>
void	fub::Flux (Eq &&equation, ConservativeArray< Equation > &flux, const CompleteArray< Equation > &state, Direction dir, [[maybe_unused]] double x=0.0)
template<typename Eq , typename Equation = std::decay_t<Eq>>
void	fub::Flux (Eq &&equation, ConservativeArray< Equation > &flux, const CompleteArray< Equation > &state, MaskArray mask, Direction dir, [[maybe_unused]] double x=0.0)
template<typename State , typename ReturnType , typename Equation >
ReturnType	fub::VarNames (const Equation &equation)