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CGNS::Base Class Reference

#include <cgns++.h>

Inheritance diagram for CGNS::Base:

Public Types
typedef iterator< Zone >	Zone_iterator_t
typedef iterator< Family >	Family_iterator_t
enum	SimulationType { NULL_SIMULATION, TIME_ACCURATE, NON_TIME_ACCURATE, USER_SIMULATION }
Public Methods
SimulationType	getSimulationType () const
bool	hasSimulationType () const
void	deleteSimulationType ()
SimulationType	writeSimulationType (SimulationType)
BaseIterativeData	getBaseIterativeData () const
bool	hasBaseIterativeData () const
void	deleteBaseIterativeData ()
BaseIterativeData	writeBaseIterativeData (int)
int	getCellDimension () const
int	getPhysicalDimension () const
int	getNumZone () const
bool	hasZone (std::string const &iName) const
Zone	getZone (std::string const &iName) const
Zone_iterator_t	beginZone () const
Zone_iterator_t	endZone () const
void	deleteZone (std::string const &iName)
Zone	writeStructured1DZone (std::string const &iZoneName, int iVertexI)
Zone	writeStructured2DZone (std::string const &iZoneName, int iVertexI, int iVertexJ)
Zone	writeStructured3DZone (std::string const &iZoneName, int iVertexI, int iVertexJ, int iVertexK)
Zone	writeUnstructuredZone (std::string const &iZoneName, int iNumVertices, int iNumCells, int iNumBoundaryVertices=0)
int	getNumFamily () const
bool	hasFamily (std::string const &iName) const
Family	getFamily (std::string const &iName) const
Family_iterator_t	beginFamily () const
Family_iterator_t	endFamily () const
void	deleteFamily (std::string const &iName)
Family	writeFamily (std::string const &)
	Base (Private::Base *iImpl)

Detailed Description

Represents a CGNSBase_t structure.

Member Typedef Documentation

typedef iterator< Family > Family_iterator_t

typedef iterator< Zone > Zone_iterator_t

Member Enumeration Documentation

enum SimulationType

Enumeration values:

NULL_SIMULATION

TIME_ACCURATE

NON_TIME_ACCURATE

USER_SIMULATION

Constructor & Destructor Documentation

Base ( Private::Base * iImpl )

Creates this base from implementation data.

Member Function Documentation

Family_iterator_t beginFamily ( ) const

Zone_iterator_t beginZone ( ) const

void deleteBaseIterativeData ( )

void deleteFamily ( std::string const & iName )

void deleteSimulationType ( )

void deleteZone ( std::string const & iName )

Family_iterator_t endFamily ( ) const

Zone_iterator_t endZone ( ) const

BaseIterativeData getBaseIterativeData ( ) const

int getCellDimension ( ) const

Gets the cell dimension, i.e. segments, faces or cells.

Family getFamily ( std::string const & iName ) const

int getNumFamily ( ) const

int getNumZone ( ) const

int getPhysicalDimension ( ) const

Gets the physical dimension the cells live in.

SimulationType getSimulationType ( ) const

Zone getZone ( std::string const & iName ) const

bool hasBaseIterativeData ( ) const

bool hasFamily ( std::string const & iName ) const

bool hasSimulationType ( ) const

bool hasZone ( std::string const & iName ) const

BaseIterativeData writeBaseIterativeData ( int )

Family writeFamily ( std::string const & )

SimulationType writeSimulationType ( SimulationType )

Zone writeStructured1DZone ( std::string const & iZoneName,

int iVertexI

)

Writes a new structured 1D zone in this base and make it available.

Zone writeStructured2DZone ( std::string const & iZoneName,

int iVertexI,

int iVertexJ

)

Writes a new structured 2D zone in this base and make it available.

Zone writeStructured3DZone ( std::string const & iZoneName,

int iVertexI,

int iVertexJ,

int iVertexK

)

Writes a new structured 3D zone in this base and make it available.

Zone writeUnstructuredZone ( std::string const & iZoneName,

int iNumVertices,

int iNumCells,

int iNumBoundaryVertices = 0

)

Writes a new unstructured zone in this base and make it available. 0 for iNumBoundaryVertices means unsorted vertices, otherwise the first iNumBoundaryVertices vertices are assumed to lie on the boundary of the geometry.

Generated on Thu Mar 14 10:44:27 2002 for CGNS++ by