DiscreteModel Class Reference

Control class that aggregates all the features and ttributes of a discrete model and provides the interfaces for other objects to access the discrete model's components. More...

#include <DiscreteModel.h>

Collaboration diagram for DiscreteModel:

List of all members.

Public Member Functions
	DiscreteModel ()
	Constructor with parameters:the title of the discrete model is given as a parameter@.
	DiscreteModel (char *Title)
	Constructor with parameters:the title of the discrete model is given as a parameter.
	DiscreteModel (DiscreteModel &Instance)
	~DiscreteModel ()
void	operator= (DiscreteModel &Instance)
	operator Nodes & ()
	Cast to Nodes. Returns the attribute of this class that is an object of the Nodes class.
	operator Nodes *const ()
	Cast to Nodes*. Returns a reference to the attribute of this class that is an object of the Nodes class.
	operator DOFs & ()
	Cast to DOFs. Returns the attribute of this class that is an object of the DOFs class.
	operator DOFs *const ()
	Cast to DOFs*. Returns a reference to the attribute of this class that is an object of the DOFs class.
	operator MeshTopology & ()
	Cast to MeshTopology. Returns the attribute of this class that is an object of the MeshTopology class.
	operator MeshTopology *const ()
	Cast to MeshTopology*. Returns a reference to the attribute of this class that is an object of the MeshTopology class.
	operator Equations & ()
	Cast to Equations. Returns the attribute of this class that is an object of the Equations class.
	operator Equations *const ()
	Cast to Equations*. Returns a reference to the attribute of this class that is an object of the Equations class.
	operator FEGroups & ()
	Cast to FEGroups. Returns the attribute of this class that is an object of the FEGroups class.
	operator FEGroups *const ()
	Cast to FEGroups*. Returns a reference to the attribute of this class that is an object of the FEGroups class.
	operator LoadSets & ()
	Cast to LoadSets. Returns the attribute of this class that is an object of the LoadSets class.
	operator LoadSets *const ()
	Cast to LoadSets*. Returns a reference to the attribute of this class that is an object of the LoadSets class.
	operator BoundaryConditions & ()
	Cast to BoundaryConditions. Returns the attribute of this class that is an object of the BoundaryConditions class.
	operator BoundaryConditions *const ()
	Cast to BoundaryConditions*. Returns a reference to the attribute of this class that is an object of the BoundaryConditions class.
	operator GeometryMesh & ()
	Cast to GeometryMesh. Returns the attribute of this class that is an object of the GeometryMesh class.
	operator GeometryMesh *const ()
	Cast to GeometryMesh*. Returns a reference to the attribute of this class that is an object of the GeometryMesh class.
void	Save (FILE *File)
	Writes class information to a binary fileThe current object state can be completely recovered when applying the Restore() operation@.
void	Save (char *Tabname, int Version, char *Filename)
	Writes class data to an ACDP database.
void	Restore (FILE *File)
	Restores class data (written using Save()) from a binary file@.
void	Restore (char *Tabname, int Version, char *Filename)
	Restores class data from an ACDP database (written using Save())
void	Read (FILE *FileFEM, FILE *FileDEF, FILE *LogFile, std::string DBaux)
	Reads class data from an ASCII file in FEAWEB format@.
void	Print (FILE *File, std::string AuxDB, char *Message)
	Prints class data in ASCII format@.
void	Free ()
	Releases the physical memory allocate for the element@.
unsigned long	GetNumberNodes ()
	Returns the number of nodes of the discrete model@.
unsigned long	GetNumberLoadSets ()
	Returns the number of load cases of the discrete model@.
unsigned long	GetCurrentLoadSet ()
	Returns the identification number of the current load case@.
unsigned long	GetNumberElements ()
	Returns the number of finite elements present in the discrete model@.
unsigned long	GetNumberFEGroups ()
	Returns the number of groups of finite elements of the discrete model@.
unsigned long	GetNumberEquations ()
	Returns the number of equations of the discrete model (number of free degrees of freedom)@.
unsigned short	GetDimension ()
Public Attributes
DOFs	DOFs
	Description of general discrete model properties@.
Nodes	Coords
	Instance of Nodes class@.
MeshTopology	MeshTopo
	Instance of MeshTopology class@.
Equations	Eqs
	Orders of freedom of the discrete model@.
FEGroups	FEGrps
	Finite element discretization: incidence, finite element types and geometrical properties@.
LoadSets	LS
	Sets of external loads: nodal loads and body loads@.
BoundaryConditions	BCs
	Boundary conditions imposed on degrees of freedom: eliminated (zero) and prescribed (nonzero) BCs.@.
GeometryMesh	GeoMsh
Protected Attributes
char *	Tit

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Detailed Description

Control class that aggregates all the features and ttributes of a discrete model and provides the interfaces for other objects to access the discrete model's components.

Note:

Based on the FEModel class v0.0However, this class will not be a base class that generalizes solver classesTo solve a discrete model, one must pass a DiscretModel object as a parameter Solver objects' operations @

Author:

Fabiano Fernandes Bargos

Date:

March/02/2011

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Constructor & Destructor Documentation

DiscreteModel::DiscreteModel

(

DiscreteModel &

Instance

)

Copy Constructor.

DiscreteModel::~DiscreteModel

(

)

Destructor.

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Member Function Documentation

void DiscreteModel::Free

(

)

Releases the physical memory allocate for the element@.

Note:

Statically allocated variables are set to zero@

void DiscreteModel::Read	(	FILE *	FileFEM,
		FILE *	FileDEF,
		FILE *	LogFile,
		std::string	DBaux
	)

Reads class data from an ASCII file in FEAWEB format@.

Note:

Reading of problem description keywords, commands and data from the input files JobName.FEM and JobName.DEFThe FEAWEB format for inputing discrete model data is defined in a supplementary requirements document@

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Member Data Documentation

GeometryMesh DiscreteModel::GeoMsh

Respresents the relationship between geometry and mesh entities@

LoadSets DiscreteModel::LS

Sets of external loads: nodal loads and body loads@.

Note:

Represents load cases in linear problems and load steps in nonlinear ones@

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

• include/model/DiscreteModel.h