#include <domain.h>

Public Types
enum	BryTagType_t { None_t, Element_t, Border_t, Node_t }
typedef std::map< String, BCFuncs * >	MDatabase_t
	Map 'tag_varkey' to M function pointer (ex.: '-10_ux')
typedef std::map< int, Model * >	Models_t
	Map tag to model pointer.
Public Member Functions
	Domain (Mesh::Generic const &Msh, Dict const &Prps, Dict const &Mdls, Dict const &Inis, char const FNKey=NULL, Array< int > const OutV=NULL, pVTUfunc pVTU=NULL)
	Pointer to function to be called in WriteVTU (ex.: solution values)
	~Domain ()
void	SetBCsNew (Array< BCfunc > const &Bfuns, Array< FaceBc > const &Fbcs, Array< NodeBc > const &Nbcs)
void	SetBCs (Dict const &BCs)
	Set boundary conditions.
void	NewNodsClearU ()
	Clear U values of StgNewNods (new nodes just activated by SetBCs)
void	PrintResults (char const *NF="%15.6e", bool OnlySummary=false, bool WithElems=true, double Tol=1.0e-10) const
	Print results (Tol:tolerance to ignore zeros)
void	WriteMPY (char const *FileKey, MPyPrms const &Prms) const
void	WriteVTU (char const *FileKey, bool DoExtrapolation=true) const
bool	CheckErrorNods (Table const &NodSol, SDPair const &NodTol) const
	Check error at nodes.
bool	CheckErrorEles (Table const &EleSol, SDPair const &EleTol) const
	Check error at the centre of elements.
bool	CheckErrorIPs (Table const &EleSol, SDPair const &EleTol) const
	Check error at integration points of elements.
void	PrintBCs (std::ostream &os, double tf=1.0) const
	Print boundary conditions.
void	SaveState (char const *FileKey) const
	Save Nodes and Elements' state to an HDF5 file.
void	LoadState (char const *FileKey)
	Load Nodes and Elements' state from an HDF5 file.
void	SetGeostatic (SDPair const &Data)
	Set geostatic state.
void	NodalResults (bool OnlyOutNods=false) const
	Calculate extrapolated values at elments IPs' to nodes.
void	OutResults (char const *VTUFName=NULL, bool HeaderOnly=false)
	Do output results.
void	CalcReactions (Table &NodesReactions, SDPair &SumReactions) const
	Calculate reactions.
Public Attributes
double	Time
	Current time (t)
size_t	IdxOut
	Index for output of Time files (VTU)
Dict const &	Prps
	Element properties.
Dict const &	Inis
	Initial values.
int	NDim
	Space dimension.
Models_t	Mdls
	Models.
Models_t	XMdls
	Extra Models.
pVTUfunc	VTUfunc
	Pointer to function to be called in WriteVTU.
std::map< int, Node * >	VertID2Node
	Map vertex ID to Node.
Array< Node * >	Nods
	(Allocated memory) Nodes
Array< Element * >	Eles
	(Allocated memory) Elements
Array< Node * >	TgdNods
	Tagged Nodes (at boundaries)
Array< Element * >	TgdEles
	Tagged edges or faces of Elements (at boundaries)
Array< Node * >	OutNods
	Nodes for which output (results) is generated.
Array< Element * >	OutEles
	Elements corresponding to Nodes for which output is to be generated (needed during extrapolation)
Array< std::ofstream * >	FilNods
	Files with results at selected nodes (OutNods)
Array< Element * >	Beams
	Subset of elements of type Beam.
MDatabase_t	MFuncs
	Database of pointers to M functions.
Array< Node * >	InterNodes
	Nodes on the inferface between partitions (if PARA==true)
Tag2Eles_t	Tag2Eles
	Map tag to elements. Useful to activate/deactivate layers.
Array< Node * >	ActNods
	Subset of active nodes (set once per call to SetBCs)
Array< Element * >	ActEles
	Subset of active elements (set once per call to SetBCs)
Array< Node * >	NodsWithPF
	Subset of nodes with prescribed F.
Array< Node * >	NodsWithPU
	Subset of nodes with prescribed U.
Array< Element * >	ElesWithBC
	Subset of elements with prescribed boundary conditions (ex.: beams, flowelem with convection, etc.)
Array< Node * >	NodsPins
	Subset of nodes that are pins.
Array< Node * >	NodsIncSup
	Subset of nodes with inclined supports.
Array< Node * >	StgNewNods
	Nodes just activated in the new stage set by SetBCs.
bool	HasDisps
	Has displacements (ux, ...) ?
bool	HasVeloc
	Has velocities (vx, ...) ?
bool	HasWDisch
	Has specific water discharge (qwx, ...) ?
Array< String >	AllUKeys
	All U node keys (ux, uy, hh, ...)
Array< String >	AllFKeys
	All F node keys (fx, fy, qq, ...)
Array< String >	AllUKeysBCF
	All U BC callback functions (UX, UY, HH, ...) : upper case.
Array< String >	AllFKeysBCF
	All F BC callback functions (FX, FY, QQ, ...) : upper case.
Array< String >	AllExtraKeys
	All extra BC keys such as 'qn', 'qt', 's', 'activate', 'grav'.
Array< String >	AllExtraKeysBCF
	All extra BC keys such as 'qn', 'qt', 's', 'activate', 'grav'.
Array< String >	AllEKeys
	All element keys (sx, sy, vx, vy, ...)
Res_t	NodResults
	Extrapolated nodal results.
Res_t	NodResCount
	Count how many times a variable (key) was added to a node.
Static Public Attributes
static bool	PARA = false
	Parallel code ?
static bool	WithInfo = true
	Print information ?

Member Typedef Documentation

typedef std::map<String,BCFuncs*> FEM::Domain::MDatabase_t

Map 'tag_varkey' to M function pointer (ex.: '-10_ux')

typedef std::map<int,Model*> FEM::Domain::Models_t

Map tag to model pointer.

Member Enumeration Documentation

enum FEM::Domain::BryTagType_t

Enumerator:

None_t
Element_t
Border_t
Node_t

Constructor & Destructor Documentation

FEM::Domain::Domain	(	Mesh::Generic const &	Msh,
		Dict const &	Prps,
		Dict const &	Mdls,
		Dict const &	Inis,
		char const *	FNKey = `NULL`,
		Array< int > const *	OutV = `NULL`,
		pVTUfunc	pVTU = `NULL`
	)		`[inline]`

Pointer to function to be called in WriteVTU (ex.: solution values)

Parameters:

Msh	The mesh
Prps	Element properties
Mdls	Model names and parameters
Inis	Initial values
FNKey	Filename key to be used during the output of results
OutV	IDs or Tags of vertices to generate output

FEM::Domain::~Domain ( ) [inline]

Member Function Documentation

void FEM::Domain::CalcReactions	(	Table &	NodesReactions,
		SDPair &	SumReactions
	)		const `[inline]`

Calculate reactions.

bool FEM::Domain::CheckErrorEles	(	Table const &	EleSol,
		SDPair const &	EleTol
	)		const `[inline]`

Check error at the centre of elements.

bool FEM::Domain::CheckErrorIPs	(	Table const &	EleSol,
		SDPair const &	EleTol
	)		const `[inline]`

Check error at integration points of elements.

bool FEM::Domain::CheckErrorNods	(	Table const &	NodSol,
		SDPair const &	NodTol
	)		const `[inline]`

Check error at nodes.

void FEM::Domain::LoadState ( char const * FileKey ) [inline]

Load Nodes and Elements' state from an HDF5 file.

void FEM::Domain::NewNodsClearU ( ) [inline]

Clear U values of StgNewNods (new nodes just activated by SetBCs)

void FEM::Domain::NodalResults ( bool OnlyOutNods = false ) const [inline]

Calculate extrapolated values at elments IPs' to nodes.

void FEM::Domain::OutResults	(	char const *	VTUFName = `NULL`,
		bool	HeaderOnly = `false`
	)		`[inline]`

Do output results.

void FEM::Domain::PrintBCs	(	std::ostream &	os,
		double	tf = `1.0`
	)		const `[inline]`

Print boundary conditions.

void FEM::Domain::PrintResults	(	char const *	NF = `"%15.6e"`,
		bool	OnlySummary = `false`,
		bool	WithElems = `true`,
		double	Tol = `1.0e-10`
	)		const `[inline]`