Feel::FunctionExpr< FunctionType, Order, FunctionArgsTupleType > Class Template Reference

Inheritance diagram for Feel::FunctionExpr< FunctionType, Order, FunctionArgsTupleType >:

Collaboration diagram for Feel::FunctionExpr< FunctionType, Order, FunctionArgsTupleType >:

Classes
struct	ExprContextProd
struct	HasTestFunction
struct	HasTrialFunction
struct	tensor

Public Types
using	args_tuple_type = FunctionArgsTupleType
using	function_type = FunctionType
using	self_type = FunctionExpr< FunctionType, Order, FunctionArgsTupleType >
using	super_type = ExprDynamicBase
using	test_basis = std::nullptr_t
using	trial_basis = std::nullptr_t
typedef double	value_type

Public Member Functions
args_tuple_type const &	argsTuple () const
function_type const &	function () const
	FunctionExpr (function_type &&f, args_tuple_type &&args)
	FunctionExpr (function_type const &f, args_tuple_type const &args)
	FunctionExpr (FunctionExpr &&)=default
	FunctionExpr (FunctionExpr const &)=default
bool	isPolynomial () const
uint16_type	polynomialOrder () const
void	setPolynomialOrder (int imorder)

Static Public Attributes
static constexpr auto	args_types = decltype( hana::unpack( std::declval<args_tuple_type>(), make_type_tuple ) ){}
static constexpr size_type	context = decltype( hana::unpack( args_types, hana::template_<ExprContextProd> ) )::type::context
static constexpr bool	is_terminal = false
static constexpr auto	make_type_tuple

Member Data Documentation

make_type_tuple

template<typename FunctionType , int Order, typename FunctionArgsTupleType >

constexpr auto Feel::FunctionExpr< FunctionType, Order, FunctionArgsTupleType >::make_type_tuple

staticconstexpr

Initial value:

= []( auto&& ... xs ) {
        return hana::tuple<hana::type<std::decay_t<decltype(xs)>>...>{};
    }