XfemLuaMesh Class Reference

A proxy class to export XfemMesh methods to the Lua environment. More...

#include <xfemLuaMesh.h>

Inheritance diagram for XfemLuaMesh:

Collaboration diagram for XfemLuaMesh:

Public Member Functions
	XfemLuaMesh (XfemMesh *mesh, const GmLogCategory &logger)
	Constructor.
virtual const char *	typeName () const
virtual void	fillMetatable (lua_State *L, int index)
	Prepares the object metatable for calling methods.
virtual void *	getClassMetatableID ()
	Returns an unique identifier to identify an user object as a XfemLuaMesh object.
Public Member Functions inherited from GmLuaElementMesh
	GmLuaElementMesh (GmElementMesh *mesh, const GmLogCategory &logger)
Public Member Functions inherited from GmLuaCellMesh
	GmLuaCellMesh (GmCellMesh *mesh, const GmLogCategory &logger)
Public Member Functions inherited from GmLuaMesh
	GmLuaMesh (GmMesh *mesh, const GmLogCategory &logger)
virtual QString	toString () const
GmMesh *	mesh () const
Public Member Functions inherited from GmLuaObject
virtual void	populateMetatable (lua_State *L, int index)
QVariant	ptrToVariant ()
void	ref ()

Private Member Functions
int	element (lua_State *L)
	Returns an xfem element object given the element index inside the mesh. More...
int	numRegularSubElements (lua_State *L)
	Returns the number of regular sub-elements of the given xfem element.
int	numFractureSubElements (lua_State *L)
	Returns the number of fracture sub-elements of the given xfem element.
int	subElement (lua_State *L)
	Returns an xfem sub-element object given its father element and its index inside the father. More...
int	fractureSubElement (lua_State *L)
	Returns an xfem fracture sub-element object given its father element and its index inside the father (with 1 being the first fracture sub-element). More...
int	clearSubElements (lua_State *L)
	If an element is given as parameter, removes all sub-elements from that element. Otherwise, removes all sub-elements from the mesh.
int	addSubElement (lua_State *L)
	Adds a new subelement to the xfem element. Receives as parameters in the Lua stack the father element, the sub-element type as a string, a boolean stating if this is a fracture sub-element, the matrix with node coordinates for the sub-element vertices in the father natural coordinates (size = dxn, where d is the number of natural coordinates and n the number of nodes) and the optional rule set applied to the sub-element. Returns the new sub-element index inside the element.
int	removeSubElement (lua_State *L)
	Removes an existing sub-element from the enriched element given its father element and index.
int	updateSubElementCoordinates (lua_State *L)
	Updates the set of coordinates from a subelement (keeping its type). Receives as parameters the father element, the sub-element index, the matrix with new node coordinates in the father natural coordinates (size = dxn, where d is the number of natural coordinates and n the number of nodes) and the optional rule set applied to the sub-element (must be equal to the one used while creating the sub-element).
int	enrichedElementRegularIntegrationRule (lua_State *L)
	Returns the enriched element regular integration rule for the given element. More...
int	enrichedElementFractureIntegrationRule (lua_State *L)
	Returns the enriched element fracture integration rule for the given sub-element. More...
int	enrichedGaussAttributeAccessor (lua_State *L)
	Returns an accessor object for querying enriched Gauss attributes or nil on error. More...
int	numNaturalFractures (lua_State *L)
	Returns the number of natural fractures associated with this mesh.
int	naturalFracture (lua_State *L)
	Returns a fracture object given its index in the mesh. More...
int	addNaturalFracture (lua_State *L)
	Given a table or a vector with a list of point coordinates, creates a new fracture and adds it to the mesh fracture list. Returns the newly created fracture.

Additional Inherited Members
Protected Member Functions inherited from GmLuaObject
	GmLuaObject (const GmLogCategory &logger)
Protected Attributes inherited from GmLuaMesh
GmMesh *	_mesh
Protected Attributes inherited from GmLuaObject
const GmLogCategory &	_logger
QAtomicInteger< int >	_refCount

Detailed Description

A proxy class to export XfemMesh methods to the Lua environment.

Member Function Documentation

element()

int XfemLuaMesh::element ( lua_State *  L )

private

Returns an xfem element object given the element index inside the mesh.

Following Lua tradition, the index is one based

enrichedElementFractureIntegrationRule()

int XfemLuaMesh::enrichedElementFractureIntegrationRule ( lua_State *  L )

private

Returns the enriched element fracture integration rule for the given sub-element.

Expects as parameter an xfem sub-element. A second parameter can give a rule set number used for non enriched elements.

enrichedElementRegularIntegrationRule()

int XfemLuaMesh::enrichedElementRegularIntegrationRule ( lua_State *  L )

private

Returns the enriched element regular integration rule for the given element.

Expects as parameter an xfem element. A second parameter can give a rule set number used for non enriched elements.

enrichedGaussAttributeAccessor()

int XfemLuaMesh::enrichedGaussAttributeAccessor ( lua_State *  L )

private

Returns an accessor object for querying enriched Gauss attributes or nil on error.

Receives as stack parameter the name of the desired Gauss attribute and, optionally, the unit in which values should be returned. A third optional parameter defines the state to be queried and if it is locked or not

fractureSubElement()

int XfemLuaMesh::fractureSubElement ( lua_State *  L )

private

Returns an xfem fracture sub-element object given its father element and its index inside the father (with 1 being the first fracture sub-element).

Following Lua tradition, the index is one based

naturalFracture()

int XfemLuaMesh::naturalFracture ( lua_State *  L )

private

Returns a fracture object given its index in the mesh.

Following Lua tradition, the index is one based

subElement()

int XfemLuaMesh::subElement ( lua_State *  L )

private

Returns an xfem sub-element object given its father element and its index inside the father.

Following Lua tradition, the index is one based

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

• inc/xfemLuaMesh.h
• src/xfemLuaMesh.cpp