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csfl Namespace Reference

Compounds
class	csfl::IString::Browser
class	csfl::IAction1Of
class	csfl::IActionBaseOf
class	csfl::IArray1D
class	csfl::IArray2D
class	csfl::IAtraction
class	csfl::IBCEast
class	csfl::IBCNorth
class	csfl::IBCond
class	csfl::IBCSouth
class	csfl::IBCTConv
class	csfl::IBCTFlux
class	csfl::IBCTInlet
class	csfl::IBCTLine
class	csfl::IBCTOpenWall
class	csfl::IBCTOutlet
class	csfl::IBCTPhi
class	csfl::IBCTSymmetry
class	csfl::IBCTSymmetryX
class	csfl::IBCTSymmetryY
class	csfl::IBCTWall
class	csfl::IBCType
class	csfl::IBCWest
class	csfl::ICoefficient
class	csfl::IContainer
class	csfl::IContainerBCond
class	csfl::IContainerEquation
class	csfl::IContainerField
class	csfl::IContainerGrid
class	csfl::IContainerMesh
class	csfl::IContainerParameter
class	csfl::IDLine
class	csfl::IDMultiPointLine
class	csfl::IDPoint
class	csfl::IDPolygon
class	csfl::IDRect
class	csfl::IEquation
class	csfl::IEquationEnergy
class	csfl::IEquationMesh
class	csfl::IEquationMeshX
class	csfl::IEquationMeshY
class	csfl::IEquationMomentumU
class	csfl::IEquationMomentumV
class	csfl::IEquationSinflow
class	csfl::IErrorBlock
class	csfl::IFaceScalar
class	csfl::IFaceVector
class	csfl::IFConstant
class	csfl::IFCos
class	csfl::IFExponential
class	csfl::IField
class	csfl::IFieldScalar
class	csfl::IFieldScalarFace
class	csfl::IFieldVector
class	csfl::IFieldVectorFace
class	csfl::IFixedNodes
class	csfl::IFLinear
class	csfl::IFQuadratic
class	csfl::IFSin
class	csfl::IFunction
class	csfl::IGrid
class	csfl::IGridCartesian
class	csfl::IGridMixed
class	csfl::IGridNoEqualCartesian
class	csfl::IGridNoEqualPolar
class	csfl::IGridPolar
class	csfl::IGridPolygon
class	csfl::IGridSpiral
class	csfl::IGridTrapezoidal
class	csfl::IKey
class	csfl::ILinearSystem
class	csfl::ILinearSystem9D
class	csfl::ILineAtraction
class	csfl::IMesh
class	csfl::IMethod
class	csfl::IMethod1Of
class	csfl::IMetric
class	csfl::IMultiGridLevel
class	csfl::INDExponential
class	csfl::INDGeometricProgression
class	csfl::INDSymmetrycExp
class	csfl::INDSymmetrycGP
class	csfl::INDUniform
class	csfl::INode
class	csfl::INodeAtraction
class	csfl::INodeDistribution
class	csfl::IObjectArrayOf
class	csfl::IParameter
class	csfl::IParamInterpol
class	csfl::IParamInterpolCDS
class	csfl::IParamInterpolUDS
class	csfl::IParamInterpolWUDS
class	csfl::IParamPhysical
class	csfl::IPoint
class	csfl::ISequencer
class	csfl::ISequencerEnergy
class	csfl::ISequencerIO
class	csfl::ISequencerMesh
class	csfl::ISequencerPV
class	csfl::ISequencerSimple
class	csfl::ISequencerSimplec
class	csfl::ISequencerSimplecEnergy
class	csfl::ISequencerSimpleEnergy
class	csfl::ISFLObject
class	csfl::ISimpleArrayOf
class	csfl::ISimpleVectorOf
class	csfl::ISize
class	csfl::ISolidBlock
class	csfl::ISolver
class	csfl::ISolverBandDiagonal
class	csfl::ISolverCholesky
class	csfl::ISolverConjugateGradient
class	csfl::ISolverIteract
class	csfl::ISolverIterGauss
class	csfl::ISolverIterJacobi
class	csfl::ISolverIterMultiGrid
class	csfl::ISolverIterTdma
class	csfl::ISolverLU
class	csfl::IString
class	csfl::IString::Iterator
class	csfl::IVector
Typedefs
typedef enum csfl::_TDirection	TDirection
typedef enum csfl::_TDomainRegion	TDomainRegion
typedef enum csfl::_TBCType	TBCType
typedef enum csfl::_TEquationType	TEquationType
typedef enum csfl::_TLineAtracted	TLineAtracted
typedef enum csfl::_TSolidBlockType	TSolidBlockType
typedef enum csfl::_TParameterType	TParameterType
typedef enum csfl::_TMGSequence	TMGSequence
typedef enum csfl::_MeshGenerationType	MeshGenerationType
typedef enum csfl::_SequencerType	SequencerType
typedef IAction1Of<ISFLObject, ISFLObject *>	IAction
typedef IArray2D<double>	Matrix
typedef IArray2D<IVector>	MatrixVector
typedef IArray2D<IPoint>	MatrixPoint
typedef enum csfl::_TDataGravity	TDataGravity
typedef unsigned short int	Dimension
typedef ptrdiff_t	Subscript
typedef IArray1D<double>	Vector
typedef IArray1D<IDPoint>	VectorDPoint
typedef IArray1D<IVector>	VectorVector
typedef IArray1D<IPoint>	VectorPoint
Enumerations
enum	_TDirection {   diNULL, diNorth, diSouth, diEast,   diWest, diSEast, diSWest, diNEast,   diNWest }
enum	_TDomainRegion {   drNULL, drCenter, drNorthRow, drSouthRow,   drEastColumn, drWestColumn, drNorthEastEdge, drNorthWestEdge,   drSouthEastEdge, drSouthWestEdge, drSolidBlock, drNorthWestCorner,   drNorthEastCorner, drSouthWestCorner, drSouthEastCorner }
enum	TNDistributionType {   ndtUniform, ndtExponential, ndtSymmetrycExp, ndtGP,   ndtSymmetrycGP }
enum	_TBCType {   bctNULL, bctTemperature, bctU, bctV,   bctFlux, bctConvection, bctOutlet, bctInlet,   bctWall, bctOpenWall, bctSymmetry, bctSymmetryX,   bctSymmetryY, bctPressure, bctX, bctY,   bctLine }
enum	_TEquationType {   etNULL, etEnergy, etMomU, etMomV,   etPres, etMass, etConc, etDens,   etSHeat, etMeshX, etMeshY }
enum	_TLineAtracted { laKsi, laEta }
enum	_TSolidBlockType { sbtConstantT, sbtGradientT }
enum	_TParameterType {   ptNULL, ptK, ptRho, ptCp,   ptHeat, ptMi, ptC, ptCt,   ptDct, ptU, ptV, ptInterpol,   ptCDS, ptUDS, ptWUDS, ptG,   ptBeta, ptFixedNode, ptAtract, ptErrorBlock,   ptSolidBlock }
enum	_TMGSequence { mgsV, mgsW, mgsF }
enum	_MeshGenerationType { mgtKsiInterpolation, mgtEtaInterpolation, mgtElliptical }
enum	_SequencerType {   stNULL, stEnergy, stSimple, stSimplec,   stSimpleEnergy, stSimplecEnergy, stMesh }
enum	_TDataGravity { dgNoGravity, dgNormal, dgStack }
Functions
IMethod1Of<ISFLObject,T1>	ExecuteMethod (void(C::*method)(T1), R *receiver)
bool	AreParallel (const IDLine &_l1, const IDLine &_l2)
bool	AreCoincidental (const IDLine &_l1, const IDLine &_l2)
bool	Intersection (const IDLine &_l1, const IDLine &_l2)
double	LineLength (const IDPoint &_p1, const IDPoint &_p2)
IDPoint	LineCenter (const IDPoint &_p1, const IDPoint &_p2)
IDPoint	Rotate (const IDPoint &_p, const double &_angle)
IObjectArrayOf<T>&	Init (IObjectArrayOf< T > &array, int n)
IObjectArrayOf<T>&	Init (IObjectArrayOf< T > &array, int pos, int n)

---

Typedef Documentation

typedef unsigned short int csfl::Dimension

typedef IAction1Of< ISFLObject, ISFLObject *> csfl::IAction<ISFLObject, ISFLObject *>

typedef IArray2D< double > csfl::Matrix

Classe que utiliza a classe modelo IArray2D para definir uma matriz com elementos do tipo double.

typedef IArray2D< IPoint > csfl::MatrixPoint

Classe que utiliza a classe modelo IArray2D para definir uma matriz com elementos do tipo IPoint.

typedef IArray2D< IVector > csfl::MatrixVector

Classe que utiliza a classe modelo IArray2D para definir uma matriz com elementos do tipo IVector.

typedef enum csfl::_MeshGenerationType csfl::MeshGenerationType

typedef enum csfl::_SequencerType csfl::SequencerType

typedef ptrdiff_t csfl::Subscript

typedef enum csfl::_TBCType csfl::TBCType

Tipo de dado que representa o tipo de condição de contorno

typedef enum csfl::_TDataGravity csfl::TDataGravity

typedef enum csfl::_TDirection csfl::TDirection

Tipo de dado agregado que representa uma direção no plano computacional.

typedef enum csfl::_TDomainRegion csfl::TDomainRegion

Região da malha onde se encontra o volume.

typedef enum csfl::_TEquationType csfl::TEquationType

Enumerado que identifica a equação.

typedef enum csfl::_TLineAtracted csfl::TLineAtracted

typedef enum csfl::_TMGSequence csfl::TMGSequence

Classe que define a sequência de resolução do Método MultiGrid.

typedef enum csfl::_TParameterType csfl::TParameterType

typedef enum csfl::_TSolidBlockType csfl::TSolidBlockType

typedef IArray1D< double > csfl::Vector

Classe que utiliza a classe modelo IArray1D para criar um vetor com elementos do tipo double.

typedef IArray1D< IDPoint > csfl::VectorDPoint

Classe que utiliza a classe modelo IArray1D para criar um vetor com elementos do tipo IDPoint.

typedef IArray1D< IPoint > csfl::VectorPoint

Classe que utiliza a classe modelo IArray1D para criar um vetor com elementos do tipo IPoint.

typedef IArray1D< IVector > csfl::VectorVector

Classe que utiliza a classe modelo IArray1D para criar um vetor com elementos do tipo IVector.

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Enumeration Type Documentation

enum csfl::TNDistributionType

Tipos de distribuição de nós. Enumeration values: ndtUniform   ndtExponential   ndtSymmetrycExp   ndtGP   ndtSymmetrycGP

enum csfl::_MeshGenerationType

Enumeration values: mgtKsiInterpolation   mgtEtaInterpolation   mgtElliptical

enum csfl::_SequencerType

Enumeration values: stNULL   stEnergy   stSimple   stSimplec   stSimpleEnergy   stSimplecEnergy   stMesh

enum csfl::_TBCType

Tipo de dado que representa o tipo de condição de contorno Enumeration values: bctNULL   bctTemperature   bctU   bctV   bctFlux   bctConvection   bctOutlet   bctInlet   bctWall   bctOpenWall   bctSymmetry   bctSymmetryX   bctSymmetryY   bctPressure   bctX   bctY   bctLine

enum csfl::_TDataGravity

Enumeration values: dgNoGravity   dgNormal   dgStack

enum csfl::_TDirection

Tipo de dado agregado que representa uma direção no plano computacional. Enumeration values: diNULL   diNorth   diSouth   diEast   diWest   diSEast   diSWest   diNEast   diNWest

enum csfl::_TDomainRegion

Região da malha onde se encontra o volume. Enumeration values: drNULL   drCenter   drNorthRow   drSouthRow   drEastColumn   drWestColumn   drNorthEastEdge   drNorthWestEdge   drSouthEastEdge   drSouthWestEdge   drSolidBlock   drNorthWestCorner   drNorthEastCorner   drSouthWestCorner   drSouthEastCorner

enum csfl::_TEquationType

Enumerado que identifica a equação. Enumeration values: etNULL   etEnergy   etMomU   etMomV   etPres   etMass   etConc   etDens   etSHeat   etMeshX   etMeshY

enum csfl::_TLineAtracted

Enumeration values: laKsi   laEta

enum csfl::_TMGSequence

Classe que define a sequência de resolução do Método MultiGrid. Enumeration values: mgsV   mgsW   mgsF

enum csfl::_TParameterType

Enumeration values: ptNULL   ptK   ptRho   ptCp   ptHeat   ptMi   ptC   ptCt   ptDct   ptU   ptV   ptInterpol   ptCDS   ptUDS   ptWUDS   ptG   ptBeta   ptFixedNode   ptAtract   ptErrorBlock   ptSolidBlock

enum csfl::_TSolidBlockType

Enumeration values: sbtConstantT   sbtGradientT

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Function Documentation

bool csfl::AreCoincidental ( const IDLine & _l1, const IDLine & _l2 ) [inline]

bool csfl::AreParallel ( const IDLine & _l1, const IDLine & _l2 ) [inline]

IMethod1Of< ISFLObject, T1 > csfl::ExecuteMethod ( void(C::* method)(T1), R * receiver ) [inline]

IObjectArrayOf< T > & csfl::Init ( IObjectArrayOf< T > & array, int pos, int n )

IObjectArrayOf< T > & csfl::Init ( IObjectArrayOf< T > & array, int n )

bool csfl::Intersection ( const IDLine & _l1, const IDLine & _l2 ) [inline]

IDPoint csfl::LineCenter ( const IDPoint & _p1, const IDPoint & _p2 ) [inline]

double csfl::LineLength ( const IDPoint & _p1, const IDPoint & _p2 ) [inline]

IDPoint csfl::Rotate ( const IDPoint & _p, const double & _angle ) [inline]

 

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