A vector space using MADNESS Vectors of MADNESS Functions. More...

#include <gmres.h>

Inheritance diagram for madness::VectorOfFunctionsSpace< T, VDIM, FDIM >:

Collaboration diagram for madness::VectorOfFunctionsSpace< T, VDIM, FDIM >:

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Public Types
typedef TensorTypeData< T >::float_scalar_type	real_type

typedef T	scalar_type

Public Member Functions
	VectorOfFunctionsSpace (World &world)

virtual	~VectorOfFunctionsSpace ()

virtual void	destroy (Vector< Function< scalar_type, FDIM >, VDIM > &f) const
	Any special instructions to be executed when a vector is no longer needed.

virtual Vector< Function< scalar_type, FDIM >, VDIM > &	gaxpy (Vector< Function< scalar_type, FDIM >, VDIM > &x, const scalar_type &a, const Vector< Function< scalar_type, FDIM >, VDIM > &y, const scalar_type &b) const
	Standard bilinear gaxpy.

virtual scalar_type	inner (const Vector< Function< scalar_type, FDIM >, VDIM > &l, const Vector< Function< scalar_type, FDIM >, VDIM > &r) const
	The inner product between two vectors.

virtual real_type	norm (const Vector< Function< scalar_type, FDIM >, VDIM > &vec) const
	The norm of a vector.

virtual Vector< Function< scalar_type, FDIM >, VDIM > &	scale (Vector< Function< scalar_type, FDIM >, VDIM > &vec, const scalar_type &c) const
	Scales the vector (in-place) by a constant.

Public Member Functions inherited from madness::AbstractVectorSpace< Vector< Function< T, FDIM >, VDIM >, TensorTypeData< T >::float_scalar_type, T >
	AbstractVectorSpace (World &world)
	Make a vector space.

virtual	~AbstractVectorSpace ()

Additional Inherited Members
Public Attributes inherited from madness::AbstractVectorSpace< Vector< Function< T, FDIM >, VDIM >, TensorTypeData< T >::float_scalar_type, T >
World &	world
	The world.

Detailed Description

template<typename T, int VDIM, int FDIM>
class madness::VectorOfFunctionsSpace< T, VDIM, FDIM >

A vector space using MADNESS Vectors of MADNESS Functions.

Member Typedef Documentation

◆ real_type

template<typename T , int VDIM, int FDIM>

typedef TensorTypeData<T>::float_scalar_type madness::VectorOfFunctionsSpace< T, VDIM, FDIM >::real_type

◆ scalar_type

template<typename T , int VDIM, int FDIM>

typedef T madness::VectorOfFunctionsSpace< T, VDIM, FDIM >::scalar_type

Constructor & Destructor Documentation

◆ VectorOfFunctionsSpace()

template<typename T , int VDIM, int FDIM>

madness::VectorOfFunctionsSpace< T, VDIM, FDIM >::VectorOfFunctionsSpace ( World & world )

inline

◆ ~VectorOfFunctionsSpace()

template<typename T , int VDIM, int FDIM>

virtual madness::VectorOfFunctionsSpace< T, VDIM, FDIM >::~VectorOfFunctionsSpace ( )

inlinevirtual

Member Function Documentation

◆ destroy()

template<typename T , int VDIM, int FDIM>

virtual void madness::VectorOfFunctionsSpace< T, VDIM, FDIM >::destroy ( Vector< Function< scalar_type, FDIM >, VDIM > & ) const

inlinevirtual

Any special instructions to be executed when a vector is no longer needed.

Unless otherwise specified, do nothing.

Reimplemented from madness::AbstractVectorSpace< Vector< Function< T, FDIM >, VDIM >, TensorTypeData< T >::float_scalar_type, T >.

References madness::f, and madness::nonlinear_vector_solver().

◆ gaxpy()

template<typename T , int VDIM, int FDIM>

virtual Vector< Function< scalar_type, FDIM >, VDIM > & madness::VectorOfFunctionsSpace< T, VDIM, FDIM >::gaxpy	(	Vector< Function< scalar_type, FDIM >, VDIM > &	x,
		const scalar_type &	a,
		const Vector< Function< scalar_type, FDIM >, VDIM > &	y,
		const scalar_type &	b
	)		const

inlinevirtual

Standard bilinear gaxpy.

$\vec{x} \leftarrow a \vec{x} + b \vec{y}$

Returns: The new vector, $\vec{x}$

Implements madness::AbstractVectorSpace< Vector< Function< T, FDIM >, VDIM >, TensorTypeData< T >::float_scalar_type, T >.

References a, b, madness::VectorOfFunctionsSpace< T, VDIM, FDIM >::gaxpy(), and madness::nonlinear_vector_solver().

Referenced by madness::VectorOfFunctionsSpace< T, VDIM, FDIM >::gaxpy().

◆ inner()

template<typename T , int VDIM, int FDIM>

virtual scalar_type madness::VectorOfFunctionsSpace< T, VDIM, FDIM >::inner	(	const Vector< Function< scalar_type, FDIM >, VDIM > &	,
		const Vector< Function< scalar_type, FDIM >, VDIM > &
	)		const

inlinevirtual

The inner product between two vectors.

Implements madness::AbstractVectorSpace< Vector< Function< T, FDIM >, VDIM >, TensorTypeData< T >::float_scalar_type, T >.

References madness::VectorOfFunctionsSpace< T, VDIM, FDIM >::inner(), and madness::nonlinear_vector_solver().

Referenced by madness::VectorOfFunctionsSpace< T, VDIM, FDIM >::inner().

◆ norm()

template<typename T , int VDIM, int FDIM>

virtual real_type madness::VectorOfFunctionsSpace< T, VDIM, FDIM >::norm ( const Vector< Function< scalar_type, FDIM >, VDIM > & ) const

inlinevirtual

The norm of a vector.

Implements madness::AbstractVectorSpace< Vector< Function< T, FDIM >, VDIM >, TensorTypeData< T >::float_scalar_type, T >.

References madness::nonlinear_vector_solver(), and madness::vec().

◆ scale()

template<typename T , int VDIM, int FDIM>

virtual Vector< Function< scalar_type, FDIM >, VDIM > & madness::VectorOfFunctionsSpace< T, VDIM, FDIM >::scale	(	Vector< Function< scalar_type, FDIM >, VDIM > &	,
		const scalar_type &
	)		const