dolfin Namespace Reference

Classes
class	AdaptiveIterationLevel1
class	AdaptiveIterationLevel2
class	AdaptiveIterationLevel3
class	Adaptivity
	Adaptivity controls the adaptive time-stepping. More...
class	Array
	DON'T USE ARRAY. USE NEWARRAY INSTEAD. WILL REPLACE ARRAY IN FUTURE VERSIONS. More...
class	Array::Iterator
class	BiCGSTAB
	This is just a template. Write documentation here. More...
class	BilinearForm
	EXPERIMENTAL: Redesign of the evaluation of variational forms. More...
class	Boundary
class	BoundaryCondition
class	BoundaryData
class	BoundaryInit
class	Buffer
class	Cell
class	CellIterator
class	CellIterator::CellCellIterator
class	CellIterator::GenericCellIterator
class	CellIterator::MeshCellIterator
class	CellIterator::NodeCellIterator
class	CellRefData
	Cell refinement data. More...
class	CG
	This is just a template. Write documentation here. More...
class	cGqElement
class	cGqMethod
class	cGqMethods
class	Component
struct	Component::Less
class	ConvDiff
class	ConvDiffSolver
class	CursesLogger
class	DenseMatrix
class	dGqElement
class	dGqMethod
class	dGqMethods
class	DirectSolver
class	DofFunction
class	Dual
class	DummyPDE
class	Edge
class	EdgeIterator
class	EdgeIterator::BoundaryEdgeIterator
class	EdgeIterator::CellEdgeIterator
class	EdgeIterator::FaceEdgeIterator
class	EdgeIterator::GenericEdgeIterator
class	EdgeIterator::MeshEdgeIterator
class	EdgeIterator::NodeEdgeIterator
class	EdgeRefData
	Edge refinement data. More...
class	Elasticity
class	ElasticitySolver
class	ElasticityStationary
class	ElasticityStationarySolver
class	ElasticityUpdated
class	ElasticityUpdatedSolver
class	Element
class	ElementBlock
class	ElementData
class	ElementGroup
class	ElementGroupIterator
	Iterator for access to element groups stored in time slabs. More...
class	ElementGroupList
class	ElementIterator
class	ElementIterator::ElementGroupElementIterator
	Iterator for element group elements. More...
class	ElementIterator::ElementGroupListElementIterator
	Iterator for time element group lists. More...
class	ElementIterator::GenericElementIterator
	Base class for element iterators. More...
class	ElementTmpFile
class	Euler
class	EulerSolver
class	Event
class	ExpressionFunction
class	Face
class	FaceIterator
class	FaceIterator::BoundaryFaceIterator
class	FaceIterator::CellFaceIterator
class	FaceIterator::GenericFaceIterator
class	FaceIterator::MeshFaceIterator
class	FEM
class	FGMRES
	This is just a template. Write documentation here. More...
class	File
class	FiniteElement
class	FiniteElement::TestFunctionIterator
class	FiniteElement::TrialFunctionIterator
class	FiniteElement::Vector
class	FiniteElement::Vector::TestFunctionIterator
class	FiniteElement::Vector::TrialFunctionIterator
class	FiniteElementMethod
class	FixedPointIteration
class	Form
	EXPERIMENTAL: Redesign of the evaluation of variational forms. More...
class	Form::TestFunction
class	Form::TrialFunction
class	Function
class	Function::Vector
class	FunctionList
class	FunctionList::FunctionData
class	FunctionPair
class	FunctionSpace
class	FunctionSpace::ElementFunction
class	FunctionSpace::ElementFunction::Vector
class	FunctionSpace::Iterator
class	FunctionSpace::Product
class	FunctionSpace::ShapeFunction
class	FunctionSpace::ShapeFunction::Vector
class	FunctionSpace::Vector
class	GaussianQuadrature
class	GaussQuadrature
class	GaussSeidel
class	GenericCell
class	GenericFile
class	GenericFunction
class	GenericLogger
class	GenericMatrix
class	GiDFile
class	GMRES
	This is just a template. Write documentation here. More...
class	Heat
class	HeatSolver
class	Index
	IndexPair represents a two-dimensional index pair (i,j). More...
class	IndexPair
	IndexPair represents a two-dimensional index pair (i,j). More...
class	Integral
class	Integral::BoundaryMeasure
class	Integral::InteriorMeasure
class	Integral::Measure
	Integral measure (base class). More...
class	Integral::Measure::Value
class	Iteration
	Base class for state-specific behavior of fixed point iteration. More...
struct	Iteration::Increments
struct	Iteration::Residuals
struct	Iteration::Values
class	Jacobi
class	KrylovSolver
	Krylov solver, including conjugate gradient (CG), GMRES and BiCGSTAB. More...
class	Lagrange
class	Legendre
class	LinearForm
	EXPERIMENTAL: Redesign of the evaluation of variational forms. More...
class	LinearSolver
class	List
	DON'T USE LIST. USE NEWLIST INSTEAD. WILL REPLACE LIST IN FUTURE VERSIONS. More...
class	List::Iterator
class	LoadForm
class	LoadVector
	The standard load vector on a given mesh. More...
class	LobattoQuadrature
class	Logger
class	LogManager
class	LogStream
class	Map
class	MassForm
class	MassMatrix
	The standard mass matrix on a given mesh. More...
class	MatlabFile
class	Matrix
class	Matrix::Column
	Nested class Column, reference to a column in the matrix. More...
class	Matrix::Element
	--- Nested classes --- Nested class Element, reference to a position in the matrix More...
class	Matrix::Row
	Nested class Row, reference to a row in the matrix. More...
class	Mesh
class	MeshData
class	MeshHierarchy
class	MeshInit
class	MeshIterator
	Iterator for the meshs in a mesh hierarchy. More...
class	MeshRefinement
	Algorithm for the refinement of a triangular or tetrahedral mesh. More...
class	Method
class	MFile
class	MultigridSolver
class	NewArray
class	NewFEM
class	NewList
class	NewPDE
	EXPERIMENTAL: Redesign of the evaluation of variational forms. More...
class	NewPoisson
	EXPERIMENTAL: Redesign of the evaluation of variational forms. More...
class	NewtonIteration
	Fixed-point iteration using Newton's method. More...
class	Node
class	NodeIterator
class	NodeIterator::BoundaryNodeIterator
class	NodeIterator::CellNodeIterator
class	NodeIterator::GenericNodeIterator
class	NodeIterator::MeshNodeIterator
class	NodeIterator::NodeNodeIterator
class	NonStiffIteration
	State-specific behavior of fixed point iteration for non-stiff problems. More...
class	NSE_Continuity
class	NSE_Momentum
class	NSESolver
class	OctaveFile
class	ODE
class	ODEFunction
class	ODESolver
class	ODESolverWrapper
class	OpenDXFile
class	OpenDXFile::Frame
class	P1IntMap
class	P1Tet
class	P1TetElement
class	P1TetMap
class	P1Tri
class	P1TriElement
class	P1TriMap
class	Parameter
class	ParameterList
class	ParticleSystem
class	Partition
struct	Partition::Less
class	PDE
class	PDE::FunctionPair
class	Point
class	Poisson
class	PoissonSolver
class	PoissonSolverMultigrid
class	PoissonSystem
	EXPERIMENTAL: Redesign of the evaluation of variational forms. More...
class	Preconditioner
class	Problem
class	Progress
class	Quadrature
class	RadauQuadrature
class	RecursiveTimeSlab
	The recursive version of the time slab. More...
class	ReducedModel
class	ReducedModel::Model
class	Regulator
	Time step regulator. More...
class	RHS
class	Richardson
class	Sample
	Sample of values at a given point. More...
class	ScalarExpressionFunction
class	Settings
	Pre-defined global parameters within DOLFIN. More...
class	SettingsManager
class	SilentLogger
class	SimpleTimeSlab
	The simple version of the time slab. More...
class	SISolver
class	Solution
class	Solver
class	Solver::DummyODE
class	SOR
class	SparseMatrix
class	Sparsity
class	StiffnessForm
class	StiffnessMatrix
class	System
class	Table
class	Table::Block
class	Table::Iterator
class	Template
class	TemplateSolver
class	Tensor
class	TerminalLogger
class	TetMeshRefinement
class	Tetrahedron
class	TetrahedronMidpointQuadrature
class	TetrahedronVertexQuadrature
	Quadrature using the four vertices on the reference tetrahedron. More...
class	TimeSlab
class	TimeStepper
class	Triangle
class	TriangleMidpointQuadrature
class	TriangleVertexQuadrature
	Quadrature using the three vertices on the reference triangle. More...
class	TriMeshRefinement
class	Variable
class	Vector
class	VectorExpressionFunction
class	VectorFunction
class	Wave
class	WaveSolver
class	WaveVector
class	WaveVectorSolver
class	XMLFile
class	XMLMatrix
class	XMLMesh
class	XMLObject
class	XMLParameterList
class	XMLVector
Typedefs
typedef void(*	BCFunctionPointer )(BoundaryCondition &)
typedef BCFunctionPointer	bcfunction
typedef real(*	FunctionPointer )(real, real, real, real)
typedef FunctionPointer	function
typedef real(*	VFunctionPointer )(real, real, real, real, int)
typedef VFunctionPointer	vfunction
typedef FunctionSpace::ShapeFunction	ShapeFunction
typedef FunctionSpace::Product	Product
typedef FunctionSpace::ElementFunction	ElementFunction
typedef SISolver	SimpleSolver
typedef double	real
typedef Cell *	CellPointer
typedef Edge *	EdgePointer
typedef Face *	FacePointer
typedef Mesh *	MeshPointer
typedef Node *	NodePointer
typedef ElementGroup *	ElementGroupPointer
typedef Element *	ElementPointer
Enumerations
enum	Range { all }
enum	Index { first, last }
Functions
void	meminfo ()
void	sysinfo ()
void	sysinfo_user (char *string)
void	sysinfo_date (char *string)
void	sysinfo_host (char *string)
void	sysinfo_mach (char *string)
void	sysinfo_name (char *string)
void	sysinfo_vers (char *string)
void	sysinfo_dolfin (char *string)
template<class T> LogStream &	operator<< (LogStream &stream, const Table< T > &table)
const char *	date ()
	Return a string containing current date and time.
void	tic ()
	Start timing.
real	toc ()
	Return elapsed time.
real	tocd ()
	Return and display elapsed time.
bool	suffix (const char *string, const char *suffix)
void	remove_newline (char *string)
int	length (const char *string)
void	delay (real seconds)
real	tri10 (real x, real y, real z, real t)
real	tri11 (real x, real y, real z, real t)
real	tri12 (real x, real y, real z, real t)
real	tet10 (real x, real y, real z, real t)
real	tet11 (real x, real y, real z, real t)
real	tet12 (real x, real y, real z, real t)
real	tet13 (real x, real y, real z, real t)
FunctionSpace::ElementFunction	operator * (real a, const FunctionSpace::ElementFunction &v)
real	operator * (real a, const Integral::Measure &dm)
FunctionSpace::ElementFunction	operator * (real a, const FunctionSpace::Product &v)
FunctionSpace::ElementFunction	operator * (real a, const FunctionSpace::ShapeFunction &v)
real	zero (real x, real y, real z, real t)
real	one (real x, real y, real z, real t)
void	sax_start_document (void *ctx)
void	sax_end_document (void *ctx)
void	sax_start_element (void *ctx, const xmlChar *name, const xmlChar **attrs)
void	sax_end_element (void *ctx, const xmlChar *name)
void	sax_warning (void *ctx, const char *msg,...)
void	sax_error (void *ctx, const char *msg,...)
void	sax_fatal_error (void *ctx, const char *msg,...)
void	dolfin_info (const char *msg,...)
void	dolfin_info_aptr (const char *msg, va_list aptr)
void	dolfin_update ()
void	dolfin_quit ()
bool	dolfin_finished ()
void	dolfin_segfault ()
void	dolfin_start ()
void	dolfin_start (const char *msg,...)
void	dolfin_end ()
void	dolfin_end (const char *msg,...)
void	dolfin_log (bool state)
int	max (int x, int y)
int	min (int x, int y)
real	abs (real x)
	Return the absolute value of x.
real	sqr (real x)
	Return the square of x.
real	max (real x, real y)
	Return the maximum of x and y.
real	min (real x, real y)
	Return the minimum of x and y.
real	rand ()
	Return a random number, uniformly distributed between [0.0, 1.0).
int	round_int (real x)
int	floor_int (real x)
int	ceil_int (real x)
void	dolfin_parameter (Parameter::Type type, const char *identifier,...)
	Add new parameter.
void	dolfin_set (const char *identifier,...)
	Set value of a parameter.
void	dolfin_set_aptr (const char *identifier, va_list aptr)
	Set value of a parameter (aptr version).
Parameter	dolfin_get (const char *identifier)
	Get value of a parameter.
void	dolfin_load (const char *filename)
	Load parameters from given file.
void	dolfin_save (const char *filename)
	Save parameters to given file.
real	function_zero (real x, real y, real z, real t)
real	vfunction_zero (real x, real y, real z, real t, int i)
void	bcfunction_zero (BoundaryCondition &bc)
Variables
clock_t	__tic_time
char	datestring [DOLFIN_WORDLENGTH]
cGqMethods	cG
	Table of cG(q) methods common to all elements.
dGqMethods	dG
	Table of dG(q) methods common to all elements.

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Typedef Documentation

typedef BCFunctionPointer dolfin::bcfunction

typedef void(* dolfin::BCFunctionPointer)(BoundaryCondition&)

typedef Cell* dolfin::CellPointer

typedef Edge* dolfin::EdgePointer

typedef FunctionSpace::ElementFunction dolfin::ElementFunction

typedef ElementGroup* dolfin::ElementGroupPointer

typedef Element* dolfin::ElementPointer

typedef Face* dolfin::FacePointer

typedef FunctionPointer dolfin::function

typedef real(* dolfin::FunctionPointer)(real, real, real, real)

typedef Mesh* dolfin::MeshPointer

typedef Node* dolfin::NodePointer

typedef FunctionSpace::Product dolfin::Product

typedef double dolfin::real

typedef FunctionSpace::ShapeFunction dolfin::ShapeFunction

typedef SISolver dolfin::SimpleSolver

typedef VFunctionPointer dolfin::vfunction

typedef real(* dolfin::VFunctionPointer)(real, real, real, real, int)

---

Enumeration Type Documentation

enum dolfin::Index

Enumeration values: first  last

enum dolfin::Range

Enumeration values: all

---

Function Documentation

real dolfin::abs (  real  x  )

Return the absolute value of x.

void bcfunction_zero (  BoundaryCondition &  bc  )

int dolfin::ceil_int (  real  x  )

const char * dolfin::date (   )

Return a string containing current date and time.

void dolfin::delay (  real  seconds  )

void dolfin::dolfin_end (  const char *  msg, ...  )

void dolfin::dolfin_end (   )

bool dolfin::dolfin_finished (   )

Parameter dolfin::dolfin_get (  const char *  identifier  )

Get value of a parameter.

void dolfin::dolfin_info (  const char *  msg, ...  )

void dolfin::dolfin_info_aptr (  const char *  msg, va_list  aptr )

void dolfin::dolfin_load (  const char *  filename  )

Load parameters from given file.

void dolfin::dolfin_log (  bool  state  )

void dolfin::dolfin_parameter (  Parameter::Type  type, const char *  identifier, ...  )

Add new parameter.

void dolfin::dolfin_quit (   )

void dolfin::dolfin_save (  const char *  filename  )

Save parameters to given file.

void dolfin::dolfin_segfault (   )

void dolfin::dolfin_set (  const char *  identifier, ...  )

Set value of a parameter.

void dolfin::dolfin_set_aptr (  const char *  identifier, va_list  aptr )

Set value of a parameter (aptr version).

void dolfin::dolfin_start (  const char *  msg, ...  )

void dolfin::dolfin_start (   )

void dolfin::dolfin_update (   )

int dolfin::floor_int (  real  x  )

real function_zero (  real  x, real  y, real  z, real  t )

int dolfin::length (  const char *  string  )

real dolfin::max (  real  x, real  y )

Return the maximum of x and y.

int dolfin::max (  int  x, int  y )

void dolfin::meminfo (   )

real dolfin::min (  real  x, real  y )

Return the minimum of x and y.

int dolfin::min (  int  x, int  y )

real one (  real  x, real  y, real  z, real  t )

FunctionSpace::ElementFunction dolfin::operator * (  real  a, const FunctionSpace::ShapeFunction &  v )

FunctionSpace::ElementFunction dolfin::operator * (  real  a, const FunctionSpace::Product &  v )

real dolfin::operator * (  real  a, const Integral::Measure &  dm )

FunctionSpace::ElementFunction dolfin::operator * (  real  a, const FunctionSpace::ElementFunction &  v )

template<class T> LogStream& operator<< (  LogStream &  stream, const Table< T > &  table )

real dolfin::rand (   )

Return a random number, uniformly distributed between [0.0, 1.0).

void dolfin::remove_newline (  char *  string  )

int dolfin::round_int (  real  x  )

void dolfin::sax_end_document (  void *  ctx  )

void dolfin::sax_end_element (  void *  ctx, const xmlChar *  name )

void dolfin::sax_error (  void *  ctx, const char *  msg, ...  )

void dolfin::sax_fatal_error (  void *  ctx, const char *  msg, ...  )

void dolfin::sax_start_document (  void *  ctx  )

void dolfin::sax_start_element (  void *  ctx, const xmlChar *  name, const xmlChar **  attrs )

void dolfin::sax_warning (  void *  ctx, const char *  msg, ...  )

real dolfin::sqr (  real  x  )

Return the square of x.

bool dolfin::suffix (  const char *  string, const char *  suffix )

void dolfin::sysinfo (   )

void dolfin::sysinfo_date (  char *  string  )

void dolfin::sysinfo_dolfin (  char *  string  )

void dolfin::sysinfo_host (  char *  string  )

void dolfin::sysinfo_mach (  char *  string  )

void dolfin::sysinfo_name (  char *  string  )

void dolfin::sysinfo_user (  char *  string  )

void dolfin::sysinfo_vers (  char *  string  )

real dolfin::tet10 (  real  x, real  y, real  z, real  t )

real dolfin::tet11 (  real  x, real  y, real  z, real  t )

real dolfin::tet12 (  real  x, real  y, real  z, real  t )

real dolfin::tet13 (  real  x, real  y, real  z, real  t )

void dolfin::tic (   )

Start timing.

real dolfin::toc (   )

Return elapsed time.

real dolfin::tocd (   )

Return and display elapsed time.

real dolfin::tri10 (  real  x, real  y, real  z, real  t )

real dolfin::tri11 (  real  x, real  y, real  z, real  t )

real dolfin::tri12 (  real  x, real  y, real  z, real  t )

real vfunction_zero (  real  x, real  y, real  z, real  t, int  i )

real zero (  real  x, real  y, real  z, real  t )

---

Variable Documentation

clock_t dolfin::__tic_time

cGqMethods dolfin::cG

Table of cG(q) methods common to all elements.

char dolfin::datestring[DOLFIN_WORDLENGTH]

dGqMethods dolfin::dG

Table of dG(q) methods common to all elements.

Documentation automatically generated with Doxygen on 10 Sep 2004.