Feel::core_data< Data, Id > Class Template Reference

#include <problem.hpp>

Detailed Description

template<typename Data, int Id = FUNCTIONAL>
class Feel::core_data< Data, Id >

Author

Christophe Prud'homme

Public Types
enum	{   _E_n = Data::_E_n,   _E_f = 1,   _E_g = Data::_E_g,   _E_ng = Data::_E_g + 2*_E_n,   _E_h = Data::_E_h,   _E_nA = Data::_E_n + ( _E_n )*( _E_n-1 )/2 }
typedef IF< Id==FUNCTIONAL, typename array_fixed < numerical_gradient_type, _E_f >::type, typename IF< Id==EQUALITIES, typename array_fixed < numerical_gradient_type, _E_h >::type, typename array_fixed < numerical_gradient_type, _E_g >::type >::Result > ::Result	gradient_type
	value type for the functional gradient
typedef IF< Id==FUNCTIONAL, typename array_fixed < numerical_hessian_type, _E_f > ::type, typename IF< Id==EQUALITIES, typename array_fixed < numerical_hessian_type, _E_h > ::type, typename array_fixed < numerical_hessian_type, _E_g > ::type >::Result >::Result	hessian_type
	value type for the functional hessian: in packed format
typedef ublas::vector< double >	numerical_gradient_type
typedef ublas::symmetric_matrix < double, ublas::upper >	numerical_hessian_type
	matrix type
typedef Data::value_type	numerical_type
typedef IF< Id==FUNCTIONAL, typename array_fixed < numerical_type, _E_f >::type, typename IF< Id==EQUALITIES, typename array_fixed < numerical_type, _E_h >::type, typename array_fixed < numerical_type, _E_ng > ::type >::Result >::Result	value_type
	value type for the functional

Public Member Functions
gradient_type const &	gradient () const
gradient_type &	gradient ()
numerical_gradient_type &	gradient (int __i)
numerical_gradient_type	gradient (int __i) const
numerical_type &	gradient (int __i, int __j)
numerical_type	gradient (int __i, int __j) const
hessian_type const &	hessian () const
hessian_type &	hessian ()
numerical_hessian_type const &	hessian (int __i) const
numerical_hessian_type &	hessian (int __i)
numerical_type &	hessian (int __i, int __j, int __k)
numerical_type	hessian (int __i, int __j, int __k) const
value_type	value () const
value_type &	value ()
numerical_type	value (int __i) const
numerical_type &	value (int __i)

Protected Attributes
gradient_type	M_grad
hessian_type	M_hess
value_type	M_val

Member Enumeration Documentation

template<typename Data, int Id = FUNCTIONAL>

anonymous enum

Enumerator
_E_n	number of control variables
_E_f	number of objective functions
_E_g	number of inequalities
_E_ng	size of informations stored for inequalities
_E_h	number of equalities
_E_nA	number of entries in the matrix

---

The documentation for this class was generated from the following file:

• problem.hpp