Kaskade::QuadraticModel< Lin, simplified > Class Template Reference

Creates a (linear) model to a linearization of a functional. More...

#include <functional_manipulation.hh>

Detailed Description

template<class Lin, bool simplified = true>
class Kaskade::QuadraticModel< Lin, simplified >

Creates a (linear) model to a linearization of a functional.

d0_(xs+dx) := d0(xs)+d1(xs)dx+1/2 d2(x)(dx,dx) this is only useful, if d0, d1, and d2 are consistent! in optimization: be careful with Lagrange-Functional, vs. Functional

d1_(xs+dx) := d1(xs)+d2(x)dx this is only useful, if d1 and d2 are consistent

Definition at line 58 of file functional_manipulation.hh.

Classes
struct	BoundaryCache
struct	D1
struct	D2
struct	DomainCache
class	HessianTimesDirection
class	LinearFunctionalTimesDirection
struct	RowValueType

Public Types
typedef Lin	Linearization
typedef Linearization::AnsatzVars	AnsatzVars
typedef Linearization::TestVars	TestVars
typedef Linearization::OriginVars	OriginVars
typedef Linearization::RT	RT
typedef Linearization::RT	Scalar
typedef AnsatzVars::Grid	Grid
typedef AnsatzVars::Spaces	Spaces
typedef Grid::template Codim< 0 >::Entity	Entity
typedef Entity::LeafIntersectionIterator	FaceIterator
typedef Linearization::AnsatzVars::VariableSet	DomainElement
typedef boost::fusion::result_of::as_vector< typenameboost::fusion::result_of::transform< Spaces, GetEvaluatorTypes >::type >::type	Evaluators

Public Member Functions
	QuadraticModel (Linearization const &f_, DomainElement const &dx_)
	QuadraticModel (Linearization const &f_, Linearization const &ddf_, DomainElement const &dx_)
DomainCache	createDomainCache (int flags=7) const
BoundaryCache	createBoundaryCache (int flags=7) const
template<class Cell >
int	integrationOrder (Cell const &cell, int shapeFunctionOrder, bool boundary) const
DomainElement const &	getOrigin () const

Static Public Attributes
static ProblemType const	type = Linearization::type

Member Typedef Documentation

AnsatzVars

template<class Lin , bool simplified = true>

typedef Linearization::AnsatzVars Kaskade::QuadraticModel< Lin, simplified >::AnsatzVars

Definition at line 66 of file functional_manipulation.hh.

DomainElement

template<class Lin , bool simplified = true>

typedef Linearization::AnsatzVars::VariableSet Kaskade::QuadraticModel< Lin, simplified >::DomainElement

Definition at line 76 of file functional_manipulation.hh.

Entity

template<class Lin , bool simplified = true>

typedef Grid::template Codim<0>::Entity Kaskade::QuadraticModel< Lin, simplified >::Entity

Definition at line 73 of file functional_manipulation.hh.

Evaluators

template<class Lin , bool simplified = true>

typedef boost::fusion::result_of::as_vector<typenameboost::fusion::result_of::transform<Spaces,GetEvaluatorTypes>::type>::type Kaskade::QuadraticModel< Lin, simplified >::Evaluators

Definition at line 77 of file functional_manipulation.hh.

FaceIterator

template<class Lin , bool simplified = true>

typedef Entity::LeafIntersectionIterator Kaskade::QuadraticModel< Lin, simplified >::FaceIterator

Definition at line 74 of file functional_manipulation.hh.

Grid

template<class Lin , bool simplified = true>

typedef AnsatzVars::Grid Kaskade::QuadraticModel< Lin, simplified >::Grid

Definition at line 71 of file functional_manipulation.hh.

Linearization

template<class Lin , bool simplified = true>

typedef Lin Kaskade::QuadraticModel< Lin, simplified >::Linearization

Definition at line 62 of file functional_manipulation.hh.

OriginVars

template<class Lin , bool simplified = true>

typedef Linearization::OriginVars Kaskade::QuadraticModel< Lin, simplified >::OriginVars

Definition at line 68 of file functional_manipulation.hh.

RT

template<class Lin , bool simplified = true>

typedef Linearization::RT Kaskade::QuadraticModel< Lin, simplified >::RT

Definition at line 69 of file functional_manipulation.hh.

Scalar

template<class Lin , bool simplified = true>

typedef Linearization::RT Kaskade::QuadraticModel< Lin, simplified >::Scalar

Definition at line 70 of file functional_manipulation.hh.

Spaces

template<class Lin , bool simplified = true>

typedef AnsatzVars::Spaces Kaskade::QuadraticModel< Lin, simplified >::Spaces

Definition at line 72 of file functional_manipulation.hh.

TestVars

template<class Lin , bool simplified = true>

typedef Linearization::TestVars Kaskade::QuadraticModel< Lin, simplified >::TestVars

Definition at line 67 of file functional_manipulation.hh.

Constructor & Destructor Documentation

QuadraticModel() [1/2]

template<class Lin , bool simplified = true>

Kaskade::QuadraticModel< Lin, simplified >::QuadraticModel ( Linearization const &  f_, DomainElement const &  dx_  )

inline

Definition at line 79 of file functional_manipulation.hh.

QuadraticModel() [2/2]

template<class Lin , bool simplified = true>

Kaskade::QuadraticModel< Lin, simplified >::QuadraticModel ( Linearization const &  f_, Linearization const &  ddf_, DomainElement const &  dx_  )

inline

Definition at line 81 of file functional_manipulation.hh.

Member Function Documentation

createBoundaryCache()

template<class Lin , bool simplified = true>

BoundaryCache Kaskade::QuadraticModel< Lin, simplified >::createBoundaryCache ( int  flags = 7 ) const

inline

Definition at line 303 of file functional_manipulation.hh.

createDomainCache()

template<class Lin , bool simplified = true>

DomainCache Kaskade::QuadraticModel< Lin, simplified >::createDomainCache ( int  flags = 7 ) const

inline

Definition at line 301 of file functional_manipulation.hh.

getOrigin()

template<class Lin , bool simplified = true>

DomainElement const & Kaskade::QuadraticModel< Lin, simplified >::getOrigin ( ) const

inline

Definition at line 311 of file functional_manipulation.hh.

integrationOrder()

template<class Lin , bool simplified = true>

template<class Cell >

int Kaskade::QuadraticModel< Lin, simplified >::integrationOrder ( Cell const &  cell, int  shapeFunctionOrder, bool  boundary  ) const

inline

Definition at line 306 of file functional_manipulation.hh.

Member Data Documentation

type

template<class Lin , bool simplified = true>

ProblemType const Kaskade::QuadraticModel< Lin, simplified >::type = Linearization::type

static

Definition at line 64 of file functional_manipulation.hh.

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

• functional_manipulation.hh