plb::VectorTemplate< T, Descriptor > Struct Template Reference

#include <geometricOperationTemplates.h>

List of all members.

Static Public Member Functions
static T	scalarProduct (Array< T, d > const &u1, Array< T, d > const &u2)
	Compute scalar product between two vectors.
static T	scalarProduct (const T u1[d], Array< T, d > const &u2)
	Compute scalar product between two a c-array and a plb-array.
static T	normSqr (Array< T, d > const &u)
	Compute norm-square of a vector.
static void	multiplyByScalar (Array< T, d > &u, T scalar)
	Multiply vector elements component-wise by a scalar.
static void	multiplyByScalar (Array< T, d > const &u, T scalar, Array< T, d > &result)
	Multiply vector elements component-wise by a scalar and store in second vector.
static void	symTensorProduct (Array< T, d > const &u, Array< T, d > const &v, Array< T, SymmetricTensor< T, Descriptor >::n > &result)
	Symmetric tensor product of two vectors.
static void	symTensorProduct (Array< T, d > const &u, Array< T, d > const &v, Array< T, d > const &w, Array< T, SymmetricRankThreeTensor< T, Descriptor >::n > &result)
	Symmetric tensor product of three vectors.
Static Public Attributes
static const int	d = Descriptor<T>::d
	Number of dimensions for current lattice.

template<typename T, template< typename U > class Descriptor>
struct plb::VectorTemplate< T, Descriptor >

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Member Function Documentation

template<typename T , template< typename U > class Descriptor>

static void plb::VectorTemplate< T, Descriptor >::multiplyByScalar	(	Array< T, d > const &	u,
		T	scalar,
		Array< T, d > &	result
	)			[inline, static]

Multiply vector elements component-wise by a scalar and store in second vector.

References plb::VectorTemplate< T, Descriptor >::multiplyByScalar().

template<typename T , template< typename U > class Descriptor>

static void plb::VectorTemplate< T, Descriptor >::multiplyByScalar	(	Array< T, d > &	u,
		T	scalar
	)			[inline, static]

Multiply vector elements component-wise by a scalar.

Referenced by plb::iniCellAtEquilibrium(), and plb::VectorTemplate< T, Descriptor >::multiplyByScalar().

template<typename T , template< typename U > class Descriptor>

static T plb::VectorTemplate< T, Descriptor >::normSqr

(

Array< T, d > const &

u

)

[inline, static]

Compute norm-square of a vector.

Referenced by plb::freeSurfaceCompletionImplementation3D(), plb::InamuroAnalyticalClosure(), plb::iniCellAtEquilibrium(), and plb::ZouHeClosure().

template<typename T , template< typename U > class Descriptor>

static T plb::VectorTemplate< T, Descriptor >::scalarProduct	(	const T	u1[d],
		Array< T, d > const &	u2
	)			[inline, static]

Compute scalar product between two a c-array and a plb-array.

References plb::VectorTemplate< T, Descriptor >::scalarProduct().

template<typename T , template< typename U > class Descriptor>

static T plb::VectorTemplate< T, Descriptor >::scalarProduct	(	Array< T, d > const &	u1,
		Array< T, d > const &	u2
	)			[inline, static]

Compute scalar product between two vectors.

Referenced by plb::VectorTemplate< T, Descriptor >::scalarProduct().

template<typename T , template< typename U > class Descriptor>

static void plb::VectorTemplate< T, Descriptor >::symTensorProduct	(	Array< T, d > const &	u,
		Array< T, d > const &	v,
		Array< T, d > const &	w,
		Array< T, SymmetricRankThreeTensor< T, Descriptor >::n > &	result
	)			[inline, static]

Symmetric tensor product of three vectors.

References plb::VectorTemplate< T, Descriptor >::symTensorProduct().

template<typename T , template< typename U > class Descriptor>

static void plb::VectorTemplate< T, Descriptor >::symTensorProduct	(	Array< T, d > const &	u,
		Array< T, d > const &	v,
		Array< T, SymmetricTensor< T, Descriptor >::n > &	result
	)			[inline, static]

Symmetric tensor product of two vectors.

Referenced by plb::VectorTemplate< T, Descriptor >::symTensorProduct().

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Member Data Documentation

template<typename T , template< typename U > class Descriptor>

const int plb::VectorTemplate< T, Descriptor >::d = Descriptor<T>::d [static]

Number of dimensions for current lattice.

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

• geometricOperationTemplates.h