StaticVectorSolver::Weight< dim, stage > Class Template Reference

Implements the weight function for calculating the \(L^2\) and \(L^{\infty}\) error norms. More...

#include <static_vector_input.hpp>

Inheritance diagram for StaticVectorSolver::Weight< dim, stage >:

Collaboration diagram for StaticVectorSolver::Weight< dim, stage >:

Public Member Functions
virtual double	value (const Point< dim > &r, const unsigned int component=0) const override final
	Returns the value of weight at point r. All error norms, \(L^2\), \(L^{\infty}\), and \(H^1\), at point r will be multiplied by this value. More...
double	value (const Point< 3 > &r, const unsigned int component) const
double	value (const Point< 3 > &r, const unsigned int component) const
double	value (const Point< 3 > &r, const unsigned int component) const
double	value (const Point< 3 > &r, const unsigned int component) const
double	value (const Point< 3 > &r, const unsigned int component) const
double	value (const Point< 2 > &r, const unsigned int component) const
double	value (const Point< 2 > &r, const unsigned int component) const
double	value (const Point< 3 > &r, const unsigned int component) const
double	value (const Point< 3 > &r, const unsigned int component) const
double	value (const Point< 3 > &r, const unsigned int component) const
double	value (const Point< 3 > &r, const unsigned int component) const
double	value (const Point< 3 > &r, const unsigned int component) const
double	value (const Point< 3 > &r, const unsigned int component) const
double	value (const Point< 3 > &r, const unsigned int component) const
double	value (const Point< 3 > &r, const unsigned int component) const

Detailed Description

template<int dim, int stage = 1>
class StaticVectorSolver::Weight< dim, stage >

Implements the weight function for calculating the \(L^2\) and \(L^{\infty}\) error norms.

This class is declared in shared/include/static_vector_input.hpp but must be implemented in xyz/src/static_vector_input.cpp, where xyz is the directory of the current numerical experiment. That is, the declaration is shared between all numerical experiments while implementation is specific for each individual numerical experiment. See the structure of the code for more details.

The dim template parameter is, as per usual, the amount of spatial dimensions. The purpose of the stage template parameter is discussed in here.

Definition at line 472 of file static_vector_input.hpp.

Member Function Documentation

value()

template<int dim, int stage = 1>

virtual double StaticVectorSolver::Weight< dim, stage >::value ( const Point< dim > &  r, const unsigned int  component = 0  ) const

finaloverridevirtual

Returns the value of weight at point r. All error norms, \(L^2\), \(L^{\infty}\), and \(H^1\), at point r will be multiplied by this value.

Parameters

[in]	r	- The quadrature point at which the error norm is currently evaluated.
[in]	component	- The component of the function. Must equal zero in the case of a scalar function.

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

• static/shared/include/static_vector_input.hpp