#include <dune/localfunctions/utility/l2interpolation.hh>
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template<class Function , class DofField , std::enable_if_t< models< Impl::FunctionWithEvaluate< typename Function::DomainType, typename Function::RangeType >, Function >(), int > = 0> |
void | interpolate (const Function &function, std::vector< DofField > &coefficients) const |
| Interpolate a function that implements void evaluate(Domain, Range&)
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template<class Function , class DofField , std::enable_if_t< models< Impl::FunctionWithCallOperator< typename Quadrature::value_type::Vector >, Function >(), int > = 0> |
void | interpolate (const Function &function, std::vector< DofField > &coefficients) const |
| Interpolate a function that implements Range operator()(Domain)
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const Basis & | basis () const |
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const Quadrature & | quadrature () const |
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static const unsigned int | dimension = Basis::dimension |
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◆ Base
template<class B , class Q >
◆ Basis
template<class B , class Q >
◆ Quadrature
template<class B , class Q >
◆ basis()
template<class B , class Q >
◆ interpolate() [1/2]
template<class B , class Q >
template<class Function , class DofField , std::enable_if_t< models< Impl::FunctionWithEvaluate< typename Function::DomainType, typename Function::RangeType >, Function >(), int > = 0>
Interpolate a function that implements void evaluate(Domain, Range&)
◆ interpolate() [2/2]
template<class B , class Q >
template<class Function , class DofField , std::enable_if_t< models< Impl::FunctionWithCallOperator< typename Quadrature::value_type::Vector >, Function >(), int > = 0>
Interpolate a function that implements Range operator()(Domain)
◆ quadrature()
template<class B , class Q >
◆ basis_
template<class B , class Q >
◆ dimension
template<class B , class Q >
◆ quadrature_
template<class B , class Q >
The documentation for this struct was generated from the following file: