Feel::vf::One< CType, Dim > Class Template Reference

CType = -3 : dynamic case, the one compoent(s) is given in argument CType = -2 : (0 0 0) CType = -1 : (1 1 1) CType = 0 : (1 0 0) CType = 1 : (0 1 0) CType = 2 : (0 0 1) More...

Collaboration diagram for Feel::vf::One< CType, Dim >:

Classes
struct	HasTestFunction
struct	HasTrialFunction
struct	Lambda
struct	tensor

Public Types
using	test_basis = std::nullptr_t
typedef One< CType, Dim >	this_type
using	trial_basis = std::nullptr_t
typedef double	value_type

Public Member Functions
template<typename SymbolsExprType >
this_type	applySymbolsExpr (SymbolsExprType const &se) const
template<int diffOrder, typename TheSymbolExprType >
auto	diff (std::string const &diffVariable, WorldComm const &world, std::string const &dirLibExpr, TheSymbolExprType const &se) const
constexpr bool	isPolynomial () const
	expression is polynomial?
	One (int c)
	One (One const &)=default
	One (std::set< int > const &c)
std::set< int > const &	oneComponentsDynamic () const
template<typename... TheExpr>
Lambda< TheExpr... >::type	operator() (TheExpr... e)
constexpr uint16_type	polynomialOrder () const
	polynomial order

Static Public Attributes
static const size_type	context = 0
template<typename Func >
static const bool	has_test_basis = false
template<typename Func >
static const bool	has_trial_basis = false
static const bool	is_terminal = true

Detailed Description

template<int CType, int Dim = -1>
class Feel::vf::One< CType, Dim >

CType = -3 : dynamic case, the one compoent(s) is given in argument CType = -2 : (0 0 0) CType = -1 : (1 1 1) CType = 0 : (1 0 0) CType = 1 : (0 1 0) CType = 2 : (0 0 1)

if Dim = -1 then Dim evaluated by gmc