iganet::RT< Spline, 3 > Class Template Reference

Raviart-Thomas like function space. More...

#include </home/runner/work/iganet/iganet/include/splines/functionspace.hpp>

Inheritance diagram for iganet::RT< Spline, 3 >:

Public Types
using	Base = FunctionSpace< std::tuple< typename Spline::template derived_self_type< typename Spline::value_type, Spline::geoDim(), Spline::degree(0)+1, Spline::degree(1), Spline::degree(2)>, typename Spline::template derived_self_type< typename Spline::value_type, Spline::geoDim(), Spline::degree(0), Spline::degree(1)+1, Spline::degree(2)>, typename Spline::template derived_self_type< typename Spline::value_type, Spline::geoDim(), Spline::degree(0), Spline::degree(1), Spline::degree(2)+1 >, typename Spline::template derived_self_type< typename Spline::value_type, Spline::geoDim(), Spline::degree(0), Spline::degree(1), Spline::degree(2)> > >
	Base type.

Public Member Functions
	RT ()=default
	RT (const RT &)=default
	RT (RT &&)=default

Detailed Description

template<typename Spline>
class iganet::RT< Spline, 3 >

Raviart-Thomas like function space.

This class implements the Raviart-Thomas like function space

\[ S^{p_1+1,p_2,p_3}_{p_1,p_2-1,p_3-1} \otimes S^{p_1,p_2+1,p_3}_{p_1-1,p_2,p_3-1} \otimes S^{p_1,p_2,p_3+1}_{p_1-1,p_2-1,p_3} \otimes S^{p_1,p_2,p_3}_{p_1-1,p_2-1,p_3-1} \]

in three spatial dimensions [1].

Member Typedef Documentation

Base

template<typename Spline >

using iganet::RT< Spline, 3 >::Base = FunctionSpace<std::tuple< typename Spline::template derived_self_type< typename Spline::value_type, Spline::geoDim(), Spline::degree(0) + 1, Spline::degree(1), Spline::degree(2)>, typename Spline::template derived_self_type< typename Spline::value_type, Spline::geoDim(), Spline::degree(0), Spline::degree(1) + 1, Spline::degree(2)>, typename Spline::template derived_self_type< typename Spline::value_type, Spline::geoDim(), Spline::degree(0), Spline::degree(1), Spline::degree(2) + 1>, typename Spline::template derived_self_type< typename Spline::value_type, Spline::geoDim(), Spline::degree(0), Spline::degree(1), Spline::degree(2)> >>

Base type.

Constructor & Destructor Documentation

RT() [1/5]

template<typename Spline >

iganet::RT< Spline, 3 >::RT ( const std::array< int64_t, 3 > &  ncoeffs, enum init  init = init::greville, Options< typename Spline::value_type >  options = iganet::Options<typename Spline::value_type>{}  )

inlineexplicit

Constructor.

RT() [2/5]

template<typename Spline >

iganet::RT< Spline, 3 >::RT ( const std::array< std::vector< typename Spline::value_type >, 3 > &  kv, enum init  init = init::greville, Options< typename Spline::value_type >  options = iganet::Options<typename Spline::value_type>{}  )

inlineexplicit

Constructor.

RT() [3/5]

template<typename Spline >

iganet::RT< Spline, 3 >::RT ( )

default

RT() [4/5]

template<typename Spline >

iganet::RT< Spline, 3 >::RT ( RT< Spline, 3 > &&  )

default

RT() [5/5]

template<typename Spline >

iganet::RT< Spline, 3 >::RT ( const RT< Spline, 3 > &  )

default

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

• include/splines/functionspace.hpp