H1NormSqrDiff< ConfiguratorType > Class Template Reference

Calculates the norm of the difference between exact and numerical solution. More...

#include <errorMeasurements.h>

Public Member Functions
	H1NormSqrDiff (const ConfiguratorType &conf, const VectorType &numericalSolution)
RealType	evaluateIntegrand (const typename ConfiguratorType::ElementType &el, int q) const
Public Member Functions inherited from shellFE::UnitTriangleFENonlinIntegrationScalarIntegratorShellFE< ConfiguratorType, H1NormSqrDiff< ConfiguratorType > >
	UnitTriangleFENonlinIntegrationScalarIntegratorShellFE (const ConfiguratorType &Config)
virtual	~UnitTriangleFENonlinIntegrationScalarIntegratorShellFE ()
void	assembleAdd (RealType &Dest) const
RealType	evaluateIntegrand (const typename ConfiguratorType::ElementType &El, int QuadPoint) const
	interface function, has to be provided in derived classes. More...

Protected Types
typedef ConfiguratorType::RealType	RealType
typedef ConfiguratorType::TangentVecType	TangentVecType
typedef ConfiguratorType::VectorType	VectorType
typedef ConfiguratorType::DomVecType	DomVecType

Protected Attributes
std::unique_ptr< typename ConfiguratorType::VectorType >	_dof
std::unique_ptr< shellFE::DiscreteVectorFunctionDefaultShellFE< ConfiguratorType > >	_x
const shellFE::DiscreteFunctionDefaultShellFE< ConfiguratorType >	_numericalSolution
Protected Attributes inherited from shellFE::UnitTriangleFENonlinIntegrationScalarIntegratorShellFE< ConfiguratorType, H1NormSqrDiff< ConfiguratorType > >
const ConfiguratorType &	_config

Static Protected Attributes
static const int	dim = 3

Additional Inherited Members
Public Types inherited from shellFE::UnitTriangleFENonlinIntegrationScalarIntegratorShellFE< ConfiguratorType, H1NormSqrDiff< ConfiguratorType > >
typedef ConfiguratorType::RealType	RealType
typedef ConfiguratorType::ElementType	ElementType
Protected Member Functions inherited from shellFE::UnitTriangleFENonlinIntegrationScalarIntegratorShellFE< ConfiguratorType, H1NormSqrDiff< ConfiguratorType > >
H1NormSqrDiff< ConfiguratorType > &	asImp ()
const H1NormSqrDiff< ConfiguratorType > &	asImp () const

Detailed Description

template<typename ConfiguratorType>
class H1NormSqrDiff< ConfiguratorType >

Calculates the norm of the difference between exact and numerical solution.

Definition at line 59 of file errorMeasurements.h.

Member Typedef Documentation

template<typename ConfiguratorType >

typedef ConfiguratorType::DomVecType H1NormSqrDiff< ConfiguratorType >::DomVecType

protected

Definition at line 66 of file errorMeasurements.h.

template<typename ConfiguratorType >

typedef ConfiguratorType::RealType H1NormSqrDiff< ConfiguratorType >::RealType

protected

Definition at line 63 of file errorMeasurements.h.

template<typename ConfiguratorType >

typedef ConfiguratorType::TangentVecType H1NormSqrDiff< ConfiguratorType >::TangentVecType

protected

Definition at line 64 of file errorMeasurements.h.

template<typename ConfiguratorType >

typedef ConfiguratorType::VectorType H1NormSqrDiff< ConfiguratorType >::VectorType

protected

Definition at line 65 of file errorMeasurements.h.

Constructor & Destructor Documentation

template<typename ConfiguratorType >

H1NormSqrDiff< ConfiguratorType >::H1NormSqrDiff ( const ConfiguratorType &  conf, const VectorType &  numericalSolution  )

inline

Definition at line 76 of file errorMeasurements.h.

: shellFE::UnitTriangleFENonlinIntegrationScalarIntegratorShellFE <ConfiguratorType, H1NormSqrDiff <ConfiguratorType> > (conf),
  _numericalSolution(this->_config, numericalSolution)
  {
        int numGlobalDofs = this->_config.getNumGlobalDofs();
        const typename ConfiguratorType::InitType &grid = this->_config.getInitializer();
        _dof.reset(new typename ConfiguratorType::VectorType (dim * numGlobalDofs));

        for (int i = 0; i < numGlobalDofs; ++i) {
            for (int c = 0; c < dim; ++c) {
                (*_dof)[c*numGlobalDofs + i] = grid.getVertex(i)[c];
            }
        }

        _x.reset(new shellFE::DiscreteVectorFunctionDefaultShellFE<ConfiguratorType>(this->_config, *_dof, dim));
  }

Member Function Documentation

template<typename ConfiguratorType >

RealType H1NormSqrDiff< ConfiguratorType >::evaluateIntegrand ( const typename ConfiguratorType::ElementType &  el, int  q  ) const

inline

Todo:

Evaluate norm

Definition at line 93 of file errorMeasurements.h.

    {
        RealType nl = 0.0;


        return nl;
    }

Member Data Documentation

template<typename ConfiguratorType >

std::unique_ptr<typename ConfiguratorType::VectorType> H1NormSqrDiff< ConfiguratorType >::_dof

protected

Definition at line 70 of file errorMeasurements.h.

template<typename ConfiguratorType >

const shellFE::DiscreteFunctionDefaultShellFE<ConfiguratorType> H1NormSqrDiff< ConfiguratorType >::_numericalSolution

protected

Definition at line 73 of file errorMeasurements.h.

template<typename ConfiguratorType >

std::unique_ptr<shellFE::DiscreteVectorFunctionDefaultShellFE<ConfiguratorType> > H1NormSqrDiff< ConfiguratorType >::_x

protected

Definition at line 71 of file errorMeasurements.h.

template<typename ConfiguratorType >

const int H1NormSqrDiff< ConfiguratorType >::dim = 3

staticprotected

Definition at line 68 of file errorMeasurements.h.

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

• exercise_3/errorMeasurements.h