ryujin::Concept Namespace Reference

Concepts
concept	HyperbolicKernels
concept	HyperbolicDescription
concept	HyperbolicSystemView
concept	HyperbolicSystemViewEquilibratesStates
concept	HyperbolicSystemFillsPrecomputedValues
concept	HyperbolicSystem
concept	IndicatorView
concept	Indicator
concept	LimiterView
concept	Limiter
concept	ParabolicDescription
concept	ParabolicSystem
concept	WaveSpeedEstimatorView
concept	WaveSpeedEstimator

Typedefs
template<typename HD >
using	system_type = typename HD::HyperbolicSystem
template<typename HD , typename Number >
using	indicator_type = typename HD::template Indicator< scalar_type< Number > >
template<typename HD , typename Number >
using	limiter_type = typename HD::template Limiter< scalar_type< Number > >
template<typename HD , typename Number >
using	estimator_type = typename HD::template WaveSpeedEstimator< scalar_type< Number > >
template<typename Number >
using	vectorized_type = dealii::VectorizedArray< Number >
template<typename HD , int dim, typename Number >
using	hyperbolic_module_type = typename HD::template HyperbolicModule< dim, Number >
template<typename T , int dim, typename Number >
using	view_type = auto Number >())
template<typename Number >
using	scalar_type = typename get_value_type< Number >::type
template<typename PD , typename HD , int dim, typename Number >
using	parabolic_module_type = typename PD::template ParabolicModule< HD, dim, Number >

Detailed Description

The concepts that a hyperbolic and a parabolic description, and their members, have to satisfy.

Typedef Documentation

system_type

template<typename HD >

using ryujin::Concept::system_type = typedef typename HD::HyperbolicSystem

The members of the hyperbolic description HD for the scalar or vectorized number type Number.

Definition at line 28 of file hyperbolic_description.h.

indicator_type

template<typename HD , typename Number >

using ryujin::Concept::indicator_type = typedef typename HD::template Indicator<scalar_type<Number> >

Definition at line 31 of file hyperbolic_description.h.

limiter_type

template<typename HD , typename Number >

using ryujin::Concept::limiter_type = typedef typename HD::template Limiter<scalar_type<Number> >

Definition at line 34 of file hyperbolic_description.h.

estimator_type

template<typename HD , typename Number >

using ryujin::Concept::estimator_type = typedef typename HD::template WaveSpeedEstimator<scalar_type<Number> >

Definition at line 37 of file hyperbolic_description.h.

vectorized_type

template<typename Number >

using ryujin::Concept::vectorized_type = typedef dealii::VectorizedArray<Number>

Definition at line 41 of file hyperbolic_description.h.

hyperbolic_module_type

template<typename HD , int dim, typename Number >

using ryujin::Concept::hyperbolic_module_type = typedef typename HD::template HyperbolicModule<dim, Number>

Definition at line 44 of file hyperbolic_description.h.

view_type

template<typename T , int dim, typename Number >

using ryujin::Concept::view_type = typedef auto Number>())

The type of the view that an object hands out for the given dimension and number type.

Definition at line 37 of file hyperbolic_system.h.

scalar_type

template<typename Number >

using ryujin::Concept::scalar_type = typedef typename get_value_type<Number>::type

The scalar type underlying the (possibly vectorized) number type.

Definition at line 45 of file hyperbolic_system.h.

parabolic_module_type

template<typename PD , typename HD , int dim, typename Number >

using ryujin::Concept::parabolic_module_type = typedef typename PD::template ParabolicModule<HD, dim, Number>

The parabolic module of the parabolic description PD paired with the hyperbolic description HD.

Definition at line 27 of file parabolic_description.h.