IgA base class. More...

#include </home/runner/work/iganet/iganet/include/igabase.hpp>

Inheritance diagram for iganet::IgABase< GeometryMap, Variable >:

Public Types
using	Base = IgABaseNoRefData< GeometryMap, Variable >
	Base type.

using	geometryMap_collPts_type = typename Base::geometryMap_collPts_type
	Type of the geometry map collocation points.

using	geometryMap_type = GeometryMap
	Type of the geometry map function space(s)

using	value_type = typename Base::value_type
	Value type.

using	variable_collPts_type = typename Base::variable_collPts_type
	Type of the variable collocation points.

using	variable_type = Variable
	Type of the variable function space(s)

Public Types inherited from iganet::IgABaseNoRefData< GeometryMap, Variable >
using	geometryMap_collPts_type = std::pair< typename GeometryMap::eval_type, typename GeometryMap::boundary_eval_type >
	Type of the geometry map collocation points.

using	geometryMap_type = GeometryMap
	Type of the geometry map function space(s)

using	value_type = typename std::common_type< typename GeometryMap::value_type, typename Variable::value_type >::type
	Value type.

using	variable_collPts_type = std::pair< typename Variable::eval_type, typename Variable::boundary_eval_type >
	Type of the variable collocation points.

using	variable_type = Variable
	Type of the variable function space(s)

Public Member Functions
	IgABase (iganet::Options< value_type > options=iganet::Options< value_type >{})
	Default constructor.

Variable &	f ()
	Returns a non-constant reference to the spline representation of the reference data.

const Variable &	f () const
	Returns a constant reference to the spline representation of the reference data.



Public Member Functions inherited from iganet::IgABaseNoRefData< GeometryMap, Variable >
	IgABaseNoRefData (iganet::Options< value_type > options=iganet::Options< value_type >{})
	Default constructor.

GeometryMap &	G ()
	Returns a non-constant reference to the spline representation of the geometry map.

const GeometryMap &	G () const
	Returns a constant reference to the spline representation of the geometry map.

virtual geometryMap_collPts_type	geometryMap_collPts (enum collPts collPts) const
	Returns the geometry map collocation points.

Variable &	u ()
	Returns a non-constant reference to the spline representation of the solution.

const Variable &	u () const
	Returns a constant reference to the spline representation of the solution.

virtual variable_collPts_type	variable_collPts (enum collPts collPts) const
	Returns the variable collocation points.

Static Public Attributes
static bool constexpr	has_GeometryMap = true
	Indicates whether this class provides a geometry map.

static bool constexpr	has_RefData = true
	Indicates whether this class provides a reference solution.

static bool constexpr	has_Solution = true
	Indicates whether this class provides a solution.

Static Public Attributes inherited from iganet::IgABaseNoRefData< GeometryMap, Variable >
static bool constexpr	has_GeometryMap = true
	Indicates whether this class provides a geometry map.

static bool constexpr	has_RefData = false
	Indicates whether this class provides reference data.

static bool constexpr	has_Solution = true
	Indicates whether this class provides a solution.

Protected Attributes
Variable	f_
	Spline representation of the reference data.

Protected Attributes inherited from iganet::IgABaseNoRefData< GeometryMap, Variable >
GeometryMap	G_
	Spline representation of the geometry map.

Variable	u_
	Spline representation of the solution.

Private Member Functions
template<std::size_t... GeometryMapNumCoeffs, size_t... Is, std::size_t... VariableNumCoeffs, size_t... Js>
	IgABase (std::tuple< std::array< int64_t, GeometryMapNumCoeffs >... > geometryMapNumCoeffs, std::index_sequence< Is... >, std::tuple< std::array< int64_t, VariableNumCoeffs >... > variableNumCoeffs, std::index_sequence< Js... >, iganet::Options< value_type > options=iganet::Options< value_type >{})
	Constructor: number of spline coefficients (different for Geometry and Variable types)

Detailed Description

template<typename GeometryMap, typename Variable>
class iganet::IgABase< GeometryMap, Variable >

IgA base class.

This class implements the base functionality of IgA solvers and nets

Member Typedef Documentation

◆ Base

template<typename GeometryMap , typename Variable >

using iganet::IgABase< GeometryMap, Variable >::Base = IgABaseNoRefData<GeometryMap, Variable>

Base type.

◆ geometryMap_collPts_type

template<typename GeometryMap , typename Variable >

using iganet::IgABase< GeometryMap, Variable >::geometryMap_collPts_type = typename Base::geometryMap_collPts_type

Type of the geometry map collocation points.

◆ geometryMap_type

template<typename GeometryMap , typename Variable >

using iganet::IgABase< GeometryMap, Variable >::geometryMap_type = GeometryMap

Type of the geometry map function space(s)

◆ value_type

template<typename GeometryMap , typename Variable >

using iganet::IgABase< GeometryMap, Variable >::value_type = typename Base::value_type

Value type.

◆ variable_collPts_type

template<typename GeometryMap , typename Variable >

using iganet::IgABase< GeometryMap, Variable >::variable_collPts_type = typename Base::variable_collPts_type

Type of the variable collocation points.

◆ variable_type

template<typename GeometryMap , typename Variable >

using iganet::IgABase< GeometryMap, Variable >::variable_type = Variable

Type of the variable function space(s)

Constructor & Destructor Documentation

◆ IgABase() [1/6]

template<typename GeometryMap , typename Variable >

template<std::size_t... GeometryMapNumCoeffs, size_t... Is, std::size_t... VariableNumCoeffs, size_t... Js>

iganet::IgABase< GeometryMap, Variable >::IgABase	(	std::tuple< std::array< int64_t, GeometryMapNumCoeffs >... >	geometryMapNumCoeffs,
		std::index_sequence< Is... >	,
		std::tuple< std::array< int64_t, VariableNumCoeffs >... >	variableNumCoeffs,
		std::index_sequence< Js... >	,
		iganet::Options< value_type >	options = `iganet::Options<value_type>{}`
	)

inlineprivate

Constructor: number of spline coefficients (different for Geometry and Variable types)

◆ IgABase() [2/6]

template<typename GeometryMap , typename Variable >

iganet::IgABase< GeometryMap, Variable >::IgABase ( iganet::Options< value_type > options = iganet::Options<value_type>{} )

inlineexplicit

Default constructor.

◆ IgABase() [3/6]

template<typename GeometryMap , typename Variable >

template<size_t NumCoeffs>

iganet::IgABase< GeometryMap, Variable >::IgABase	(	std::array< int64_t, NumCoeffs >	ncoeffs,
		iganet::Options< value_type >	options = `iganet::Options<value_type>{}`
	)

inline

Constructor: number of spline coefficients (same for geometry map and variables)

◆ IgABase() [4/6]

template<typename GeometryMap , typename Variable >

template<size_t... NumCoeffs>

iganet::IgABase< GeometryMap, Variable >::IgABase	(	std::tuple< std::array< int64_t, NumCoeffs >... >	ncoeffs,
		iganet::Options< value_type >	options = `iganet::Options<value_type>{}`
	)

inline

Constructor: number of spline coefficients (same for geometry map and variables)

◆ IgABase() [5/6]

template<typename GeometryMap , typename Variable >

template<std::size_t GeometryMapNumCoeffs, std::size_t VariableNumCoeffs>

iganet::IgABase< GeometryMap, Variable >::IgABase	(	std::array< int64_t, GeometryMapNumCoeffs >	geometryMapNumCoeffs,
		std::array< int64_t, VariableNumCoeffs >	variableNumCoeffs,
		iganet::Options< value_type >	options = `iganet::Options<value_type>{}`
	)

inline

Constructor: number of spline coefficients (different for geometry map and variables)

◆ IgABase() [6/6]

template<typename GeometryMap , typename Variable >

template<std::size_t... GeometryMapNumCoeffs, std::size_t... VariableNumCoeffs>

iganet::IgABase< GeometryMap, Variable >::IgABase	(	std::tuple< std::array< int64_t, GeometryMapNumCoeffs >... >	geometryMapNumCoeffs,
		std::tuple< std::array< int64_t, VariableNumCoeffs >... >	variableNumCoeffs,
		iganet::Options< value_type >	options = `iganet::Options<value_type>{}`
	)