functional that returns $\ell_u (v) = \int_{\Gamma} ( u\, v )$ where $\Gamma \subset \partial \Omega$ More...

#include <functionals2.hpp>

Inheritance diagram for Feel::functional::IntegralMomentOnFace< Space >:

Public Types
typedef IntegralMomentOnFace < Space >	self_type
typedef super::space_type	space_type
typedef super::polynomial_type	polynomial_type
typedef space_type::value_type	value_type
typedef node< value_type >::type	node_type
Public Member Functions
	IntegralMomentOnFace (space_type const &p, uint16_type k, IntegrationFaceEnum face=ALL_FACES)
	IntegralMomentOnFace (space_type const &p, uint16_type k, uint16_type c, IntegrationFaceEnum face=ALL_FACES)
Static Public Attributes
static const uint16_type	nComponents = space_type::nComponents

Detailed Description

functional that returns $\ell_u (v) = \int_{\Gamma} ( u\, v )$ where $\Gamma \subset \partial \Omega$

Constructor & Destructor Documentation

template<typename Space >

Feel::functional::IntegralMomentOnFace< Space >::IntegralMomentOnFace	(	space_type const &	p,
		uint16_type	k,
		IntegrationFaceEnum	face = `ALL_FACES`
	)		`[inline]`

Construct the functional

Parameters:

p	polynomial space on which we apply the functional
k	index of the polynomial to integrate against
face	face of the convex over which to integrate

template<typename Space >

Feel::functional::IntegralMomentOnFace< Space >::IntegralMomentOnFace	(	space_type const &	p,
		uint16_type	k,
		uint16_type	c,
		IntegrationFaceEnum	face = `ALL_FACES`
	)		`[inline]`

Construct the functional

Parameters:

p	polynomial space on which we apply the functional
k	index of the polynomial to integrate against
c	component index
face	face of the convex over which to integrate