GooseFEM Namespace Reference

Toolbox to perform finite element computations. More...

Namespaces
namespace	array_type
	Container type.
namespace	Element
	Element quadrature and interpolation.
namespace	Iterate
	Support function for iterations in end-user programs.
namespace	Mesh
	Generic mesh operations, and simple mesh definitions.
namespace	Tyings
	Tools to store and apply nodal/DOF tyings.

Classes
class	Matrix
	Sparse matrix. More...
class	MatrixBase
	CRTP base class for a matrix. More...
class	MatrixDiagonal
	Diagonal matrix. More...
class	MatrixDiagonalBase
	CRTP base class for a partitioned matrix with tying. More...
class	MatrixDiagonalPartitioned
	Diagonal and partitioned matrix. More...
class	MatrixPartitioned
	Sparse matrix partitioned in an unknown and a prescribed part. More...
class	MatrixPartitionedBase
	CRTP base class for a partitioned matrix. More...
class	MatrixPartitionedSolver
	Solve \( x_u = A_{uu}^{-1} (b_u - A_{up} * x_p) \) for A of the MatrixPartitioned() class. More...
class	MatrixPartitionedTyings
	Sparse matrix from with dependent DOFs are eliminated, and the remaining (small) independent system is partitioned in an unknown and a prescribed part. More...
class	MatrixPartitionedTyingsBase
	CRTP base class for a partitioned matrix with tying. More...
class	MatrixPartitionedTyingsSolver
	Solver for MatrixPartitionedTyings(). More...
class	MatrixSolver
	Solve \( x = A^{-1} b \), for A of the GooseFEM::Matrix() class. More...
class	MatrixSolverBase
	CRTP base class for a solver class. More...
class	MatrixSolverPartitionedBase
	CRTP base class for a extra functions for a partitioned solver class. More...
class	MatrixSolverSingleBase
	CRTP base class for a solver class. More...
class	Vector
	Class to switch between storage types. More...
class	VectorPartitioned
	Class to switch between storage types, based on a mesh and DOFs that are partitioned in: More...
class	VectorPartitionedTyings
	Class to switch between storage types. More...

Functions
template<class T , class R >
void	asTensor (const T &arg, R &ret)
	"Broadcast" a scalar stored in an array (e.g.
template<class T , class S >
auto	AsTensor (const T &arg, const S &shape)
	"Broadcast" a scalar stored in an array (e.g.
template<class T , class I , size_t L>
auto	AsTensor (const T &arg, const I(&shape)[L])
	"Broadcast" a scalar stored in an array (e.g.
template<size_t rank, class T >
auto	AsTensor (const T &arg, size_t n)
	"Broadcast" a scalar stored in an array (e.g.
template<class T >
auto	AsTensor (size_t rank, const T &arg, size_t n)
	"Broadcast" a scalar stored in an array (e.g.
template<class T >
T	as3d (const T &arg)
	Zero-pad columns to a matrix until is that shape [m, 3].
template<class T >
bool	is_unique (const T &arg)
	Returns true is a list is unique (has not duplicate items).
std::string	version ()
	Return version string, e.g.
std::vector< std::string >	version_dependencies ()
	Return versions of this library and of all of its dependencies.

Detailed Description

Toolbox to perform finite element computations.

Function Documentation

as3d()

template<class T >

T GooseFEM::as3d ( const T & arg )

inline

Zero-pad columns to a matrix until is that shape [m, 3].

Parameters

arg	A "nodevec" (arg.shape(1) <= 3).

Returns

Corresponding "nodevec" in 3-d (ret.shape(1) == 3)

Definition at line 223 of file Allocate.h.

AsTensor() [1/4]

template<class T , class I , size_t L>

auto GooseFEM::AsTensor ( const T & arg, const I(&) shape[L] )

inline

"Broadcast" a scalar stored in an array (e.g.

[r, s]) to the same scalar of all tensor components of a tensor of certain rank (e.g. for rank 2: [r, s, i, j]).

Parameters

arg	An array with scalars.
shape	The shape of the added tensor dimensions (e.g.: [i, j]).

Returns

Corresponding array with tensors.

Definition at line 176 of file Allocate.h.

AsTensor() [2/4]

template<class T , class S >

auto GooseFEM::AsTensor ( const T & arg, const S & shape )

inline

"Broadcast" a scalar stored in an array (e.g.

[r, s]) to the same scalar of all tensor components of a tensor of certain rank (e.g. for rank 2: [r, s, i, j]).

Parameters

arg	An array with scalars.
shape	The shape of the added tensor dimensions (e.g.: [i, j]).

Returns

Corresponding array with tensors.

Definition at line 167 of file Allocate.h.

asTensor()

template<class T , class R >

void GooseFEM::asTensor ( const T & arg, R & ret )

inline

"Broadcast" a scalar stored in an array (e.g.

[r, s]) to the same scalar of all tensor components of a tensor of certain rank (e.g. for rank 2: [r, s, i, j]).

Parameters

arg	An array with scalars.
ret	Corresponding array with tensors.

Definition at line 153 of file Allocate.h.

AsTensor() [3/4]

template<size_t rank, class T >

auto GooseFEM::AsTensor ( const T & arg, size_t n )

inline

"Broadcast" a scalar stored in an array (e.g.

[r, s]) to the same scalar of all tensor components of a tensor of certain rank (e.g. for rank 2: [r, s, n, n]).

Template Parameters

rank	Number of tensor dimensions (number of dimensions to add to the input).

Parameters

arg	An array with scalars.
n	The shape along each of the added dimensions.

Returns

Corresponding array with tensors.

Definition at line 192 of file Allocate.h.

AsTensor() [4/4]

template<class T >

auto GooseFEM::AsTensor ( size_t rank, const T & arg, size_t n )

inline

"Broadcast" a scalar stored in an array (e.g.

[r, s]) to the same scalar of all tensor components of a tensor of certain rank (e.g. for rank 2: [r, s, n, n]).

Parameters

rank	Number of tensor dimensions (number of dimensions to add to the input).
arg	An array with scalars.
n	The shape along each of the added dimensions.

Returns

Corresponding array with tensors.

Definition at line 209 of file Allocate.h.

is_unique()

template<class T >

bool GooseFEM::is_unique ( const T & arg )

inline

Returns true is a list is unique (has not duplicate items).

Parameters

arg	Array-like.

Returns

true if arg is unique.

Definition at line 20 of file assertions.h.

version()

std::string GooseFEM::version ( )

inline

Return version string, e.g.

"0.8.0"

Returns

String.

Definition at line 55 of file version.h.

version_dependencies()

std::vector< std::string > GooseFEM::version_dependencies ( )

inline

Return versions of this library and of all of its dependencies.

The output is a list of strings, e.g.::

 "goosefem=0.7.0",
 "xtensor=0.20.1"
 ...

Returns

List of strings.

Definition at line 70 of file version.h.