multipr.Mesh Class Reference

Assumes:

• 3D mesh in a 3D space
• Unstructured mesh (not a grid)
• Nodal connectivity
• Cartesian coordinates system Always use FULL_INTERLACE arrays.

More...

#include <MULTIPR_Mesh.hxx>

Public Member Functions
	Mesh ()
	Builds an empty Mesh (default constructor).
	~Mesh ()
	Destructor.
void	reset ()
	Resets this object in its state by default (empty).
const char *	getName () const
	Returns the name of this Mesh.
std::vector< Group * > *	getGroups ()
	Returns the groups of this Mesh.
const Nodes *	getNodes () const
	Returns the nodes of this Mesh.
const Elements *	getElements (int pGeomIdx) const
	Returns the elements of this Mesh.
GaussIndexList *	editGaussIndex ()
	Returns the gauss index of the splited meshes.
std::vector< std::string >	getNameScalarFields () const
	Returns the name of all the scalar fields.
int	getTimeStamps (const char *pFieldName) const
	Returns the number of iteration for a given field.
Field *	getFieldByName (const char *pFieldName, eMeshType pGeomType=eMaxMedMesh) const
	Returns a Field from its name; NULL if it does not exist.
void	getFieldMinMax (const char *pFieldName, float &pMin, float &pMax) const
	Get the minimum and maximum value of the field.
GaussLoc *	getGaussLocByName (const char *pGaussLocName) const
	Returns a GaussLoc from its name; NULL if it does not exist.
int	getNumberOfElements () const
	Returns the number of elements for all geometry type (TETRA4 AND HEXA8 AND etc).
int	getNumberOfElements (eMeshType pGeomType) const
	Returns the number of elements for the specified geometry type.
void	addProfile (Profil *pProfil)
	Add a profile to the mesh.
std::vector< Profil * > &	getProfils ()
	Get the vector of profiles of this mesh.
Profil *	getProfil (const std::string pProfilName)
	Get the profile by its name.
Mesh *	createFromSetOfElements (const std::set< med_int > *pSetOfElements, const char *pNewMeshName)
	Creates a Mesh from a subset of its elements (cells).
Mesh *	createFromGroup (const Group *pGroup, const char *pNewMeshName)
	Creates a Mesh from one of its group.
Mesh *	createFromFamily (const Family *pFamily, const char *pNewMeshName)
	Creates a Mesh from one of its family.
Mesh *	mergePartial (std::vector< Mesh * > pMeshes, const char *pFieldName, int pFieldIt)
	Creates a Mesh by merging this one with the given one.
MeshDis *	splitGroupsOfElements ()
	Creates a distributed mesh (MeshDis) by creating a new mesh for each group of elements in this Mesh.
Mesh *	decimate (const char *pFilterName, const char *pArgv, const char *pNameNewMesh)
	Creates a new mesh by decimating this one.
void	getAllPointsOfField (Field *pField, int pTimeStepIt, std::vector< PointOfField > &pPoints, eMeshType pGeomType)
	Gets all the points in a field.
float	evalDefaultRadius (int pN) const
	Returns a default value for neighborhood radius.
void	readSequentialMED (const char *pMEDfilename, const char *pMeshName, bool pReadFields=true)
	Reads a Mesh from a sequential MED file.
void	readSequentialMED (const char *pMEDfilename, med_int pMeshNumber, bool pReadFields=true)
	Reads a Mesh from a sequential MED file.
void	writeMED (const char *pMEDfilename)
	Writes this Mesh and all related things into a MED file.
void	writeMED (const char *pMEDfilename, const char *pMeshName)
	Writes this Mesh and all related things into a MED file.
void	setPrintAll (bool pFlag)
	Sets the flag which control the stream operator <<.
void	_openMEDFile (const char *pMEDfilename, med_mode_acces pMEDModeAccess=MED_LECTURE)
	Opens a MED file for the given file name.
void	_readSequentialMED (const char *pMeshName, bool pReadFields)
	Reads a Mesh from a sequential MED file.
void	readGaussLoc ()
	Reads all Gauss localizations in the current MED file.
void	readFamilies ()
	Reads families in the currentMED file and build groups.
void	finalizeFamiliesAndGroups ()
	Finalizes the constructions of families and groups.
void	readFields ()
	Reads fields related to this mesh in the current MED file.
	Mesh (const Mesh &)
Mesh &	operator= (const Mesh &)
bool	operator== (const Mesh &)
Data Fields
char	mMEDfilename [256]
	Name of the associated MED file.
med_idt	mMEDfile
	MED file handle.
char	mMeshName [32+1]
	Name of this mesh.
char	mMeshUName [200+1]
	Universal name of this mesh.
char	mMeshDesc [200+1]
	Description.
med_int	mMeshDim
	Dimension.
med_maillage	mMeshType
	Type of mesh (MED_NON_STRUCTURE or MED_STRUCTURE (=grid)).
med_float	mMeshBBoxMin [3]
	Axis aligned bounding box of this mesh.
med_float	mMeshBBoxMax [3]
Nodes *	mNodes
	All the nodes used by this mesh.
Elements *	mElements [eMaxMedMesh]
	All the TETRA10 elements used by this mesh.
std::vector< Family * >	mFamilies
	Table of families used by this mesh.
std::map< med_int, Family * >	mFamIdToFam
	Map to retrieve a Family from its id.
std::vector< Group * >	mGroups
	Table of groups used by this mesh.
std::map< std::string, Group * >	mGroupNameToGroup
	Map to retrieve a Group from its name.
std::vector< GaussLoc * >	mGaussLoc
	Table of GaussLoc.
std::map< std::string, GaussLoc * >	mGaussLocNameToGaussLoc
	Map to retrieve a Gauss info from its name.
std::vector< Field * >	mFields
	Table of fields related to this mesh.
std::vector< Profil * >	mProfils
	Table of profils.
bool	mFlagPrintAll
	Flag to control the behaviour of the stream operator <<.
GaussIndexList	mGaussIndex
	List of gauss points index for optimized domain split.
Friends
std::ostream &	operator<< (std::ostream &pOs, Mesh &pM)
	Dumps any Mesh to the given output stream.

---

Detailed Description

Assumes:

• 3D mesh in a 3D space
• Unstructured mesh (not a grid)
• Nodal connectivity
• Cartesian coordinates system Always use FULL_INTERLACE arrays.

---

Constructor & Destructor Documentation

multipr.Mesh::Mesh

(

)

Builds an empty Mesh (default constructor).

References multipr.eMaxMedMesh, multipr.Mesh.mElements, multipr.Mesh.mNodes, NULL, and multipr.Mesh.reset().

multipr.Mesh::~Mesh

(

)

Destructor.

Removes everything.

References multipr.Mesh.reset().

multipr.Mesh.Mesh

(

const Mesh &

)

---

Member Function Documentation

void multipr.Mesh::reset

(

)

Resets this object in its state by default (empty).

Cleans memory.

References multipr.eMaxMedMesh, multipr.Mesh.mElements, multipr.Mesh.mFamIdToFam, multipr.Mesh.mFamilies, multipr.Mesh.mFields, multipr.Mesh.mFlagPrintAll, multipr.Mesh.mGaussIndex, multipr.Mesh.mGaussLoc, multipr.Mesh.mGaussLocNameToGaussLoc, multipr.Mesh.mGroupNameToGroup, multipr.Mesh.mGroups, multipr.Mesh.mMEDfile, multipr.Mesh.mMEDfilename, multipr.Mesh.mMeshBBoxMax, multipr.Mesh.mMeshBBoxMin, multipr.Mesh.mMeshDesc, multipr.Mesh.mMeshDim, multipr.Mesh.mMeshName, multipr.Mesh.mMeshType, multipr.Mesh.mMeshUName, multipr.Mesh.mNodes, multipr.Mesh.mProfils, and NULL.

const char* multipr.Mesh.getName

(

)

const

Returns the name of this Mesh.

Returns:

the name of this Mesh.

References multipr.Mesh.mMeshName.

std::vector<Group*>* multipr.Mesh.getGroups

(

)

Returns the groups of this Mesh.

Returns:

the groups of this Mesh.

References multipr.Mesh.mGroups.

const Nodes* multipr.Mesh.getNodes

(

)

const

Returns the nodes of this Mesh.

Returns:

the nodes of this Mesh.

References multipr.Mesh.mNodes.

const Elements* multipr.Mesh.getElements

(

int

pGeomIdx

)

const

Returns the elements of this Mesh.

Parameters:

pGeomIdx

The index of the geometry.

Returns:

the elements of this Mesh.

References multipr.Mesh.mElements.

GaussIndexList* multipr.Mesh.editGaussIndex

(

)

Returns the gauss index of the splited meshes.

Only valid after a call to Mesh.splitGroupsOfElements().

Returns:

the elements of this Mesh.

References multipr.Mesh.mGaussIndex.

vector< string > multipr.Mesh::getNameScalarFields

(

)

const

Returns the name of all the scalar fields.

Returns:

the name of all the scalar fields.

References multipr.Field.getName(), multipr.Field.getNumberOfComponents(), and multipr.Mesh.mFields.

int multipr.Mesh::getTimeStamps

(

const char *

pFieldName

)

const

Returns the number of iteration for a given field.

Returns:

the number of iteration for a given field.

References multipr.Field.getName(), multipr.Field.getNumberOfTimeSteps(), and multipr.Mesh.mFields.

Field * multipr.Mesh::getFieldByName	(	const char *	pFieldName,
		eMeshType	pGeomType = eMaxMedMesh
	)			const

Returns a Field from its name; NULL if it does not exist.

Parameters:

	pFieldName	name of the field to be retrieved.
	pGeomType	The type of the mesh.

Returns:

the Field pFieldName of it exists, NULL otherwise.

Exceptions:

NullArgumentException

if pFieldName is NULL.

References multipr.Field.getGeomIdx(), multipr.Field.getName(), multipr.Field.isFieldOnNodes(), MED_TAILLE_NOM, multipr.Mesh.mFields, and NULL.

void multipr.Mesh::getFieldMinMax	(	const char *	pFieldName,
		float &	pMin,
		float &	pMax
	)			const

Get the minimum and maximum value of the field.

Parameters:

	pFieldName	The name of the field.
	pMin	The mininum value to fill.
	pMax	The maxinum value to fill.

References multipr.Field.getMinMax(), multipr.Field.getName(), MED_TAILLE_NOM, and multipr.Mesh.mFields.

GaussLoc * multipr.Mesh::getGaussLocByName

(

const char *

pGaussLocName

)

const

Returns a GaussLoc from its name; NULL if it does not exist.

Parameters:

pGaussLocName

name of the GaussLoc to be retrieved.

Returns:

the GaussLoc pGaussLocName if it exists, NULL otherwise.

Exceptions:

NullArgumentException

if pGaussLocName is NULL.

References multipr.Mesh.mGaussLocNameToGaussLoc, and NULL.

int multipr.Mesh::getNumberOfElements

(

)

const

Returns the number of elements for all geometry type (TETRA4 AND HEXA8 AND etc).

Returns:

the number of elements.

References multipr.eMaxMedMesh, multipr.Elements.getNumberOfElements(), and multipr.Mesh.mElements.

int multipr.Mesh::getNumberOfElements

(

eMeshType

pGeomType

)

const

Returns the number of elements for the specified geometry type.

Parameters:

pGeomType

The type of geometry (eMED_TETRA4 OR eMED_HEXA20 OR etc)

Returns:

the number of elements.

References multipr.Elements.getNumberOfElements(), and multipr.Mesh.mElements.

void multipr.Mesh.addProfile

(

Profil *

pProfil

)

Add a profile to the mesh.

Parameters:

pProfil

The profile to add.

References multipr.Mesh.mProfils.

std::vector<Profil*>& multipr.Mesh.getProfils

(

)

Get the vector of profiles of this mesh.

Returns:

A vector of profiles (of this mesh...).

References multipr.Mesh.mProfils.

Profil * multipr.Mesh::getProfil

(

const std::string

pProfilName

)

Get the profile by its name.

Parameters:

pProfilName

The name of the profil to get.

Returns:

A Profil or NULL.

References Med_Gen_test.it, multipr.Mesh.mProfils, and NULL.

Mesh * multipr.Mesh::createFromSetOfElements	(	const std::set< med_int > *	pSetOfElements,
		const char *	pNewMeshName
	)

Creates a Mesh from a subset of its elements (cells).

Parameters:

	pSetOfElements	subset of elements to keep.
	pNewMeshName	name of the new Mesh.

Returns:

a new Mesh which is a restriction of this Mesh to the given set of elements.

Exceptions:

NullArgumentException

if pNewMeshName is NULL.

References multipr.Profil.create(), multipr.eMaxMedMesh, multipr.Family.extractGroup(), multipr.Field.extractSubSet(), multipr.Nodes.extractSubSet(), multipr.Elements.extractSubSet(), testGaussLocalization.gaussLoc, multipr.Nodes.getBBox(), multipr.Mesh.getGaussLocByName(), multipr.Field.getGeomIdx(), multipr.Profil.getGeomIdx(), multipr.Family.getId(), multipr.GaussLoc.getName(), multipr.Elements.getSetOfFamilies(), multipr.Nodes.getSetOfFamilies(), multipr.Field.getSetOfGaussLoc(), multipr.Elements.getSetOfNodes(), multipr.Field.isEmpty(), multipr.Field.isFieldOnNodes(), Med_Gen_test.it, multipr.Mesh.mElements, multipr.Mesh.Mesh(), MED_test2.mesh, multipr.Mesh.mFamIdToFam, multipr.Mesh.mFamilies, multipr.Mesh.mFields, multipr.Mesh.mGaussLoc, multipr.Mesh.mGaussLocNameToGaussLoc, multipr.Mesh.mMeshBBoxMax, multipr.Mesh.mMeshBBoxMin, multipr.Mesh.mMeshDesc, multipr.Mesh.mMeshDim, multipr.Mesh.mMeshName, multipr.Mesh.mMeshType, multipr.Mesh.mMeshUName, multipr.Mesh.mNodes, multipr.Mesh.mProfils, MULTIPR_LOG, NULL, multipr.OnNodes, multipr.Elements.remap(), multipr.Profil.set(), and test_NonCoincidentDEC.size.

Mesh * multipr.Mesh::createFromGroup	(	const Group *	pGroup,
		const char *	pNewMeshName
	)

Creates a Mesh from one of its group.

Parameters:

	pGroup	any group of this Mesh.
	pNewMeshName	name of the new Mesh.

Returns:

a new Mesh which is a restriction of this Mesh to pGroup.

Exceptions:

NullArgumentException

if pGroup or pNewMeshName is NULL.

References multipr.Profil.create(), multipr.eMaxMedMesh, multipr.Family.extractGroup(), multipr.Field.extractSubSet(), multipr.Nodes.extractSubSet(), multipr.Elements.extractSubSet(), multipr.Mesh.finalizeFamiliesAndGroups(), testGaussLocalization.gaussLoc, testGaussLocalization.gaussLocName, multipr.Nodes.getBBox(), multipr.Mesh.getGaussLocByName(), multipr.Field.getGeomIdx(), multipr.Profil.getGeomIdx(), multipr.GaussLoc.getName(), multipr.Group.getName(), multipr.Group.getSetOfElt(), multipr.Elements.getSetOfFamilies(), multipr.Nodes.getSetOfFamilies(), multipr.Field.getSetOfGaussLoc(), multipr.Elements.getSetOfNodes(), multipr.Field.isEmpty(), multipr.Field.isFieldOnNodes(), Med_Gen_test.it, MED_TAILLE_NOM, multipr.Mesh.mElements, multipr.Mesh.Mesh(), MED_test2.mesh, multipr.Mesh.mFamIdToFam, multipr.Mesh.mFamilies, multipr.Mesh.mFields, multipr.Mesh.mGaussIndex, multipr.Mesh.mGaussLoc, multipr.Mesh.mGaussLocNameToGaussLoc, multipr.Mesh.mMeshBBoxMax, multipr.Mesh.mMeshBBoxMin, multipr.Mesh.mMeshDesc, multipr.Mesh.mMeshDim, multipr.Mesh.mMeshName, multipr.Mesh.mMeshType, multipr.Mesh.mMeshUName, multipr.Mesh.mNodes, multipr.Mesh.mProfils, MULTIPR_LOG, NULL, multipr.OnNodes, multipr.Elements.remap(), and multipr.Profil.set().

Mesh * multipr.Mesh::createFromFamily	(	const Family *	pFamily,
		const char *	pNewMeshName
	)

Creates a Mesh from one of its family.

Parameters:

	pFamily	any family of this Mesh.
	pNewMeshName	name of the new Mesh.

Returns:

a new Mesh which is a restriction of this Mesh to pFamily.

Exceptions:

NullArgumentException

if pGroup or pNewMeshName is NULL.

References multipr.Profil.create(), multipr.eMaxMedMesh, multipr.Field.extractSubSet(), multipr.Nodes.extractSubSet(), multipr.Elements.extractSubSet(), multipr.Mesh.finalizeFamiliesAndGroups(), testGaussLocalization.gaussLoc, testGaussLocalization.gaussLocName, multipr.Nodes.getBBox(), multipr.Mesh.getGaussLocByName(), multipr.Field.getGeomIdx(), multipr.Profil.getGeomIdx(), multipr.GaussLoc.getName(), multipr.Family.getSetOfElt(), multipr.Field.getSetOfGaussLoc(), multipr.Elements.getSetOfNodes(), multipr.Field.isEmpty(), multipr.Field.isFieldOnNodes(), Med_Gen_test.it, MED_TAILLE_NOM, multipr.Mesh.mElements, multipr.Mesh.Mesh(), MED_test2.mesh, multipr.Mesh.mFamilies, multipr.Mesh.mFields, multipr.Mesh.mGaussIndex, multipr.Mesh.mGaussLoc, multipr.Mesh.mGaussLocNameToGaussLoc, multipr.Mesh.mMeshBBoxMax, multipr.Mesh.mMeshBBoxMin, multipr.Mesh.mMeshDesc, multipr.Mesh.mMeshDim, multipr.Mesh.mMeshName, multipr.Mesh.mMeshType, multipr.Mesh.mMeshUName, multipr.Mesh.mNodes, multipr.Mesh.mProfils, medcorba_test.msg, MULTIPR_LOG, NULL, multipr.OnNodes, multipr.Elements.remap(), and multipr.Profil.set().

Mesh * multipr.Mesh::mergePartial	(	std::vector< Mesh * >	pMeshes,
		const char *	pFieldName,
		int	pFieldIt
	)

Creates a Mesh by merging this one with the given one.

Warning: not all the data are merged (e.g. bounding box if not computed and family/groups are partially filled). This method is intended to be used to build mesh for visualization (VISU integration). Merge is partial to improve speed.

Parameters:

pMesh

any Mesh

Returns:

a new Mesh which is a the union of this and pMesh.

Exceptions:

NullArgumentException

if pGroup or pNewMeshName is NULL.

References med_test1.begin, multipr.CELL_TYPES, multipr.eMaxMedMesh, med_opsupp_test.family, MED_test2.field, multipr.Family.getId(), multipr.GaussLoc.getName(), multipr.Nodes.getNumberOfNodes(), Med_Gen_test.it, multipr.Mesh.mElements, multipr.Field.merge(), multipr.Elements.mergePartial(), multipr.Nodes.mergePartial(), multipr.Mesh.Mesh(), MED_test2.mesh, multipr.Mesh.mFamIdToFam, multipr.Mesh.mFamilies, multipr.Mesh.mFields, multipr.Mesh.mGaussLoc, multipr.Mesh.mGaussLocNameToGaussLoc, multipr.Mesh.mMeshDesc, multipr.Mesh.mMeshDim, multipr.Mesh.mMeshName, multipr.Mesh.mMeshType, multipr.Mesh.mMeshUName, multipr.Mesh.mNodes, nodes, NULL, and test_NonCoincidentDEC.size.

MeshDis * multipr.Mesh::splitGroupsOfElements

(

)

Creates a distributed mesh (MeshDis) by creating a new mesh for each group of elements in this Mesh.

Returns:

a distributed mesh from groups of this Mesh.

References multipr.MeshDis.addMesh(), multipr.Mesh.createFromFamily(), multipr.Mesh.createFromGroup(), multipr.eMaxMedMesh, multipr.Family.getName(), multipr.Group.getName(), multipr.Mesh.getNumberOfElements(), multipr.Family.isFamilyOfNodes(), multipr.Group.isGroupOfNodes(), MED_test2.mesh, multipr.Mesh.mFamilies, multipr.Mesh.mGaussIndex, multipr.Mesh.mGroups, multipr.Mesh.mMEDfilename, multipr.Mesh.mMeshName, multipr.MeshDisPart.MULTIPR_WRITE_MESH, NULL, multipr.removeExtension(), and multipr.MeshDis.setSequentialMEDFilename().

Mesh * multipr.Mesh::decimate	(	const char *	pFilterName,
		const char *	pArgv,
		const char *	pNameNewMesh
	)

Creates a new mesh by decimating this one.

Parameters:

	pFilterName	name of the filter to be used for decimation (e.g. Filtre_GradientMoyen); should not be NULL.
	pArgv	all the arguments for filtering as a single string.
	pNameNewMesh	name of the new mesh.

Returns:

the decimated mesh.

Exceptions:

	NullArgumentException	if one of the arguments is NULL.
	RuntimeException	if any error occurs while decimating data.

References multipr.DecimationFilter.apply(), multipr.DecimationFilter.create(), and NULL.

void multipr.Mesh::getAllPointsOfField	(	Field *	pField,
		int	pTimeStepIt,
		std::vector< PointOfField > &	pPoints,
		eMeshType	pGeomType
	)

Gets all the points in a field.

Each point has coordinates and a value.

Parameters:

	pField	any field of this Mesh.
	pTimeStepIt	time step iteration.
	pPoints	(out) list of points.
	pGeomType	Get the points from this type of geometry. If the values are on the node, this parameter is ignored.

Exceptions:

	NullArgumentException	if pField is NULL.
	IllegalArgumentException	if pTimeStepIt is invalid.

References multipr.Profil.find(), testGaussLocalization.gaussLoc, multipr.GaussLoc.getCoordGaussPoints(), multipr.Elements.getCoordinates(), multipr.Nodes.getCoordinates(), multipr.GaussLoc.getDim(), multipr.Mesh.getGaussLocByName(), multipr.Field.getNameGaussLoc(), multipr.Field.getNumberOfComponents(), multipr.Mesh.getNumberOfElements(), multipr.Field.getNumberOfGaussPointsByElement(), multipr.Nodes.getNumberOfNodes(), multipr.GaussLoc.getNumGaussPoints(), multipr.Field.getProfil(), multipr.Field.getType(), multipr.Elements.getTypeOfPrimitives(), multipr.Field.getValue(), multipr.Field.isFieldOnNodes(), Med_Gen_test.it, multipr.Mesh.mElements, multipr.Mesh.mMeshDim, multipr.Mesh.mNodes, multipr.Mesh.mProfils, NULL, and test_NonCoincidentDEC.size.

float multipr.Mesh::evalDefaultRadius

(

int

pN

)

const

Returns a default value for neighborhood radius.

Return value is such that, for any point in the field, average number of neighbours is pN.

Parameters:

pN

average number of neighbours.

Returns:

a default value for neighborhood radius; 1.0 if some error occurs.

References MEDCouplingCorbaSwigTestClt.f, multipr.Mesh.getNumberOfElements(), multipr.Field.getNumberOfGaussPointsByElement(), multipr.Field.getNumberOfTimeSteps(), multipr.Mesh.mFields, multipr.Mesh.mMeshBBoxMax, and multipr.Mesh.mMeshBBoxMin.

void multipr.Mesh::readSequentialMED	(	const char *	pMEDfilename,
		const char *	pMeshName,
		bool	pReadFields = true
	)

Reads a Mesh from a sequential MED file.

Resets the object before.

Parameters:

	pMEDfilename
	pMeshName
	pReadFields	Set this to false to skip field.

Exceptions:

IOException

if any i/o error occurs.

References multipr.Mesh._openMEDFile(), and multipr.Mesh._readSequentialMED().

void multipr.Mesh::readSequentialMED	(	const char *	pMEDfilename,
		med_int	pMeshNumber,
		bool	pReadFields = true
	)

Reads a Mesh from a sequential MED file.

Resets the object before.

Parameters:

	pMEDfilename
	pMeshNumber
	pReadFields	Set this to false to skip field.

Exceptions:

IOException

if any i/o error occurs.

References multipr.Mesh._openMEDFile(), multipr.Mesh._readSequentialMED(), MED_TAILLE_DESC, MED_TAILLE_NOM, med_2_1.MEDmaaInfo(), MEDnMaa(), med_field_anal.meshDim, Med_Gen_test.meshName, multipr.Mesh.mMEDfile, MULTIPR_LOG, batchmode_medcorba_test.nbMeshes, and testMEDMEM.ret.

void multipr.Mesh::writeMED

(

const char *

pMEDfilename

)

Writes this Mesh and all related things into a MED file.

Parameters:

pMEDfilename

Exceptions:

IOException

if any i/o error occurs.

References multipr.Mesh.getName().

void multipr.Mesh::writeMED	(	const char *	pMEDfilename,
		const char *	pMeshName
	)

Writes this Mesh and all related things into a MED file.

Parameters:

	pMEDfilename
	pMeshName

Exceptions:

IOException

if any i/o error occurs.

References multipr.eMaxMedMesh, MED_test2.field, testGaussLocalization.gaussLoc, multipr.Field.getName(), multipr.Family.getName(), Med_Gen_test.it, MED_TAILLE_NOM, med_2_1.MEDfermer(), med_2_1.MEDmaaCr(), med_2_1.MEDouvrir(), multipr.Mesh.mElements, multipr.Mesh.mFamilies, multipr.Mesh.mFields, multipr.Mesh.mGaussLoc, multipr.Mesh.mMeshDesc, multipr.Mesh.mMeshDim, multipr.Mesh.mNodes, multipr.Mesh.mProfils, MULTIPR_LOG, NULL, testMEDMEM.ret, multipr.Family.setId(), multipr.Field.writeMED(), multipr.GaussLoc.writeMED(), multipr.Profil.writeMED(), multipr.Family.writeMED(), multipr.Elements.writeMED(), and multipr.Nodes.writeMED().

void multipr.Mesh.setPrintAll

(

bool

pFlag

)

Sets the flag which control the stream operator <<.

Parameters:

pFlag

new flag value.

References multipr.Mesh.mFlagPrintAll.

void multipr.Mesh::_openMEDFile	(	const char *	pMEDfilename,
		med_mode_acces	pMEDModeAccess = MED_LECTURE
	)

Opens a MED file for the given file name.

Parameters:

	pMEDfilename
	pMEDModeAccess

Exceptions:

IOException

if any i/o error occurs.

References med_2_1.MEDformatConforme(), med_2_1.MEDouvrir(), med_2_1.MEDversionLire(), multipr.Mesh.mMEDfile, multipr.Mesh.mMEDfilename, MULTIPR_LOG, NULL, multipr.Mesh.reset(), and testMEDMEM.ret.

void multipr.Mesh::_readSequentialMED	(	const char *	pMeshName,
		bool	pReadFields
	)

Reads a Mesh from a sequential MED file.

Resets the object before.

Parameters:

	pMeshName
	pReadFields	Set this to false to skip field.

Exceptions:

IOException

if any i/o error occurs.

References multipr.CELL_TYPES, testRenumbering.connectivite, multipr.eMaxMedMesh, multipr.Mesh.finalizeFamiliesAndGroups(), multipr.Nodes.getBBox(), multipr.Nodes.getNumberOfNodes(), med_2_1.MED_CONN, med_2_1.MED_MAILLE, med_2_1.MED_NOD, MED_TAILLE_NOM, med_2_1.MEDfermer(), med_2_1.MEDmaaInfo(), med_2_1.MEDnEntMaa(), med_2_1.MEDnEquiv(), MEDnMaa(), med_2_1.MEDnProfil(), multipr.Mesh.mElements, Med_Gen_test.meshName, multipr.Mesh.mMEDfile, multipr.Mesh.mMeshBBoxMax, multipr.Mesh.mMeshBBoxMin, multipr.Mesh.mMeshDesc, multipr.Mesh.mMeshDim, multipr.Mesh.mMeshName, multipr.Mesh.mMeshType, multipr.Mesh.mNodes, multipr.Mesh.mProfils, MULTIPR_LOG, batchmode_medcorba_test.nbMeshes, NULL, multipr.Mesh.readFamilies(), multipr.Mesh.readFields(), multipr.Mesh.readGaussLoc(), multipr.Nodes.readMED(), multipr.Elements.readMED(), multipr.Profil.readMED(), multipr.Profil.readProfilBinding(), and testMEDMEM.ret.

void multipr.Mesh::readGaussLoc

(

)

Reads all Gauss localizations in the current MED file.

Exceptions:

IOException

if an i/o error occurs.

References testGaussLocalization.gaussLoc, multipr.GaussLoc.getName(), multipr.Mesh.mGaussLoc, multipr.Mesh.mGaussLocNameToGaussLoc, multipr.Mesh.mMEDfile, MULTIPR_LOG, and multipr.GaussLoc.readMED().

void multipr.Mesh::readFamilies

(

)

Reads families in the currentMED file and build groups.

Exceptions:

IOException

if an i/o error occurs.

References med_2_1.MEDnFam(), multipr.Mesh.mFamilies, multipr.Mesh.mMEDfile, multipr.Mesh.mMeshName, and multipr.Family.readMED().

void multipr.Mesh::finalizeFamiliesAndGroups

(

)

Finalizes the constructions of families and groups.

Fill structures with elements.

References multipr.eMaxMedMesh, multipr.Nodes.getFamIdent(), multipr.Elements.getFamilyIdentifier(), multipr.Family.getId(), multipr.Elements.getNumberOfElements(), multipr.Nodes.getNumberOfNodes(), multipr.Family.insertElt(), multipr.Mesh.mElements, multipr.Mesh.mFamIdToFam, multipr.Mesh.mFamilies, multipr.Mesh.mGroupNameToGroup, multipr.Mesh.mGroups, multipr.Mesh.mNodes, medcorba_test.msg, NULL, and multipr.Family.setIsFamilyOfNodes().

void multipr.Mesh::readFields

(

)

Reads fields related to this mesh in the current MED file.

Exceptions:

IOException

if an i/o error occurs.

References multipr.CELL_TYPES, multipr.eMaxMedMesh, MED_test2.field, multipr.Field.isEmpty(), multipr.Field.isFieldOnNodes(), med_2_1.MEDnChamp(), multipr.Mesh.mFields, multipr.Mesh.mMEDfile, multipr.Mesh.mMeshName, MULTIPR_LOG, and multipr.Field.readMED().

Mesh& multipr.Mesh.operator=

(

const Mesh &

)

bool multipr.Mesh.operator==

(

const Mesh &

)

---

Friends And Related Function Documentation

std::ostream& operator<<	(	std::ostream &	pOs,
		Mesh &	pM
	)			[friend]

Dumps any Mesh to the given output stream.

Parameters:

	pOs	any output stream.
	pM	any Mesh.

Returns:

the output stream pOs.

---

Field Documentation

char multipr.Mesh.mMEDfilename[256]

Name of the associated MED file.

med_idt multipr.Mesh.mMEDfile

MED file handle.

char multipr.Mesh.mMeshName[32+1]

Name of this mesh.

char multipr.Mesh.mMeshUName[200+1]

Universal name of this mesh.

char multipr.Mesh.mMeshDesc[200+1]

Description.

med_int multipr.Mesh.mMeshDim

Dimension.

med_maillage multipr.Mesh.mMeshType

Type of mesh (MED_NON_STRUCTURE or MED_STRUCTURE (=grid)).

med_float multipr.Mesh.mMeshBBoxMin[3]

Axis aligned bounding box of this mesh.

med_float multipr.Mesh.mMeshBBoxMax[3]

Nodes* multipr.Mesh.mNodes

All the nodes used by this mesh.

Elements* multipr.Mesh.mElements[eMaxMedMesh]

All the TETRA10 elements used by this mesh.

std::vector<Family*> multipr.Mesh.mFamilies

Table of families used by this mesh.

std::map<med_int, Family*> multipr.Mesh.mFamIdToFam

Map to retrieve a Family from its id.

std::vector<Group*> multipr.Mesh.mGroups

Table of groups used by this mesh.

std::map<std::string, Group*> multipr.Mesh.mGroupNameToGroup

Map to retrieve a Group from its name.

std::vector<GaussLoc*> multipr.Mesh.mGaussLoc

Table of GaussLoc.

std::map<std::string, GaussLoc*> multipr.Mesh.mGaussLocNameToGaussLoc

Map to retrieve a Gauss info from its name.

std::vector<Field*> multipr.Mesh.mFields

Table of fields related to this mesh.

Number of fields = mFields.size().

std::vector<Profil*> multipr.Mesh.mProfils

Table of profils.

bool multipr.Mesh.mFlagPrintAll

Flag to control the behaviour of the stream operator <<.

GaussIndexList multipr.Mesh.mGaussIndex

List of gauss points index for optimized domain split.