Class for storing and manipulating a list of ShellElement objects.

#include <Mesh/DataStructures/shellelementlist.h>

Inheritance diagram for ShellElementList:

Public Member Functions
	ShellElementList (NodeList &nodes)

ShellElement &	addShellElement (const ShellElement &elem, Node **nodes)

ShellElement &	addShellElement (long compIDnum, Node &n0, Node &n1, Node &n2, bool allowBadNormal=false)

ShellElement &	addShellElement (long compIDnum, Node &n0, Node &n1, Node &n2, Node &n3, bool allowBadNormal=false)

ShellElement &	addShellElement (long IDnum, long compIDnum, Node &n0, Node &n1, Node &n2, bool allowBadNormal=false)

ShellElement &	addShellElement (long IDnum, long compIDnum, Node &n0, Node &n1, Node &n2, Node &n3, bool allowBadNormal=false)

ShellElement &	addShellElement (ProximityNodes &prox, long compIDnum, Vector3d &v0, Vector3d &v1, Vector3d &v2, bool allowBadNormal=false)

ShellElement &	addShellElement (ProximityNodes &prox, long compIDnum, Vector3d &v0, Vector3d &v1, Vector3d &v2, Vector3d &v3, bool allowBadNormal=false)

ShellElement &	addShellElement (ProximityNodes &prox, long IDnum, long compIDnum, Vector3d &v0, Vector3d &v1, Vector3d &v2, bool allowBadNormal=false)

ShellElement &	addShellElement (ProximityNodes &prox, long IDnum, long compIDnum, Vector3d &v0, Vector3d &v1, Vector3d &v2, Vector3d &v3, bool allowBadNormal=false)

bool	getIgnoreNormals () const

void	setIgnoreNormals (bool b)

void	updateNormals ()

Public Member Functions inherited from ElementList< ShellElement >
	ElementList (NodeList &nodes)

	~ElementList () override

void	absorb (ElementList< ShellElement > &otherList)

ShellElement &	addElement (ShellElement &elem)

void	eraseElement (typename NumberedObjectList< ShellElement >::iterator eIter)

void	removeElement (ShellElement &elem)

void	removeElementFromList (typename NumberedObjectList< ShellElement >::iterator eIter)

Public Member Functions inherited from NumberedObjectList< T >
	NumberedObjectList ()
	Create an empty list with the largest ID set to zero.

virtual	~NumberedObjectList ()=0

T &	add (T &obj)

void	addIndexChangeRecipient (IndexChangeRecipient &observer)

void	clearList ()

size_type	computeValidObjectsCount () const

void	emptyTrash ()

void	emptyTrash (iterator startFrom)

long	getLargestID () const

void	killBack ()

void	killList ()

void	reindex (iterator beginIter, iterator endIter, long start=0)

void	reindex (long start=0)

void	remove (T &obj)
	This only marks obj for removal. It is not actually removed until EmptyTrash is called.

void	removeFromList (iterator objIter)

void	removeIndexChangeRecipient (IndexChangeRecipient &observer)

void	renumber (long start=1, long incr=1)

void	setLargestIDToAtLeast (long ID)

void	updateLargestID ()

T &	Add (T &obj)

void	Remove (T &obj)

void	RemoveFromList (iterator objIter)

void	ClearList ()

void	KillBack ()

void	EmptyTrash ()

void	EmptyTrash (iterator startFrom)

void	KillList ()

long	GetLargestID () const

void	UpdateLargestID ()

void	SetLargestIDToAtLeast (long ID)

void	Renumber (long start=1, long incr=1)

void	Reindex (long start=0)

void	Reindex (iterator beginIter, iterator endIter, long start=0)

iterator	begin ()
	STL container function.

const_iterator	begin () const
	STL container function.

iterator	end ()
	STL container function.

const_iterator	end () const
	STL container function.

reverse_iterator	rbegin ()
	STL container function.

const_reverse_iterator	rbegin () const
	STL container function.

reverse_iterator	rend ()
	STL container function.

const_reverse_iterator	rend () const
	STL container function.

reference	front ()
	STL container function.

const_reference	front () const
	STL container function.

reference	back ()
	STL container function.

const_reference	back () const
	STL container function.

bool	empty () const
	STL container function.

size_type	size () const
	STL container function.

size_type	max_size () const
	STL container function.

Public Member Functions inherited from StateControl
	StateControl ()

virtual	~StateControl ()=default

void	addIntegerState (const QString &name, long defaultVal=0)

void	AddIntegerState (const QString &name, long defaultVal=0)

void	addScalarState (const QString &name, double defaultVal=0)

void	AddScalarState (const QString &name, double defaultVal=0)

void	addVectorState (const QString &name, const Vector3d &defaultVal=Vector3d())

void	AddVectorState (const QString &name, const Vector3d &defaultVal=Vector3d())

void	assignDefaultState (State &object) const

void	AssignDefaultState (State &object) const

void	copyOnReallocateOff ()

void	CopyOnReallocateOff ()

void	copyOnReallocateOn ()

void	CopyOnReallocateOn ()

void	CopyWholeState (const State &object0, State &object1) const

void	copyWholeState (const State &stateFrom, State &stateTo) const

void	EnsureAllStatesSupported (const StateInfoArray &stateNames)

void	ensureAllStatesSupported (const StateInfoArray &states)

StateInfoArray	getAllStateInfo () const

StateInfoArray	GetAllStateInfo () const

bool	getInitStates () const

bool	GetInitStates () const

int	getStateIndex (const QString &stateName) const

int	GetStateIndex (const QString &stateName) const

NameIndexMap	getStateIndices () const

NameIndexMap	GetStateIndices () const

void	getStateIndices (NameIndexMap &stateIndices) const

void	GetStateIndices (NameIndexMap &stateIndices) const

StateInfo	getStateInfo (const QString &stateName) const

StateInfo	GetStateInfo (const QString &stateName) const

bool	haveState (const QString &name) const

bool	HaveState (const QString &name) const

void	InterpolateWholeState (const State &object0, const State &object1, State &interpObject, double p) const

void	interpolateWholeState (const State &state0, const State &state1, const State &state2, const State &state3, State &interpState) const

void	interpolateWholeState (const State &state0, const State &state1, State &interpState, double p) const

void	makeStatesCompatible (const StateControl &states)

void	reallocate ()

void	Reallocate ()

void	reallocationOff ()

void	ReallocationOff ()

void	reallocationOn ()

void	ReallocationOn ()

void	removeAllStates ()

void	RemoveAllStates ()

void	removeState (const QString &name)

void	RemoveState (const QString &name)

bool	renameState (const QString &from, const QString &to)

bool	RenameState (const QString &from, const QString &to)

void	setInitStates (bool b)

void	SetInitStates (bool b)

void	setInitStatesOff ()

void	SetInitStatesOff ()

void	setInitStatesOn ()

void	SetInitStatesOn ()

Additional Inherited Members
Public Types inherited from NumberedObjectList< T >
typedef T	BaseItemType
	Allow the object type to be queried by other templates.

using	container_type = std::list< T * >
	STL container typedef.

using	value_type = typename container_type::value_type
	STL container typedef.

using	size_type = typename container_type::size_type
	STL container typedef.

using	difference_type = typename container_type::difference_type
	STL container typedef.

using	reference = typename container_type::reference
	STL container typedef.

using	const_reference = typename container_type::const_reference
	STL container typedef.

using	iterator = typename container_type::iterator
	STL container typedef.

using	const_iterator = typename container_type::const_iterator
	STL container typedef.

using	reverse_iterator = typename container_type::reverse_iterator
	STL container typedef.

using	const_reverse_iterator = typename container_type::const_reverse_iterator
	STL container typedef.

Protected Member Functions inherited from StateControl
unsigned	getDoublesStateSize () const

unsigned	getIntegerStateSize () const

virtual void	resizeDoubles (const IndexMappings &mappings, const StateInfoArray &updatedStates, unsigned updatedDoublesStateSize)=0

template<typename IteratorT >
void	resizeDoublesStates (IteratorT iterBegin, IteratorT iterEnd, const IndexMappings &mappings, const StateInfoArray &updatedStates, unsigned updatedDoublesStateSize)

virtual void	resizeIntegers (const IndexMappings &mappings, const StateInfoArray &updatedStates, unsigned updatedIntegerStateSize)=0

template<typename IteratorT >
void	resizeIntegerStates (IteratorT iterBegin, IteratorT iterEnd, const IndexMappings &mappings, const StateInfoArray &updatedStates, unsigned updatedIntegerStateSize)

Protected Attributes inherited from StateControl
bool	initStates_

Related Functions inherited from StateControl
typedef std::map< QString, unsigned >	NameIndexMap

Constructor & Destructor Documentation

◆ ShellElementList()

ShellElementList ( NodeList & nodes )

Normals will be calculated by default when elements are created.

Member Function Documentation

◆ addShellElement() [1/9]

ShellElement & addShellElement	(	const ShellElement &	elem,
		Node **	nodes
	)

◆ addShellElement() [2/9]

ShellElement & addShellElement	(	long	compIDnum,
		Node &	n0,
		Node &	n1,
		Node &	n2,
		bool	allowBadNormal = `false`
	)

Create a tri shell element with the next highest unique ID and add it to the list. State arrays are also allocated.

◆ addShellElement() [3/9]

ShellElement & addShellElement	(	long	compIDnum,
		Node &	n0,
		Node &	n1,
		Node &	n2,
		Node &	n3,
		bool	allowBadNormal = `false`
	)

Create a quad shell element with the next highest unique ID and add it to the list. State arrays are also allocated.

◆ addShellElement() [4/9]

ShellElement & addShellElement	(	long	IDnum,
		long	compIDnum,
		Node &	n0,
		Node &	n1,
		Node &	n2,
		bool	allowBadNormal = `false`
	)

Create a tri shell element and add it to the list. State arrays are also allocated.

◆ addShellElement() [5/9]

ShellElement & addShellElement	(	long	IDnum,
		long	compIDnum,
		Node &	n0,
		Node &	n1,
		Node &	n2,
		Node &	n3,
		bool	allowBadNormal = `false`
	)

Create a quad shell element and add it to the list. State arrays are also allocated.

◆ addShellElement() [6/9]

ShellElement & addShellElement	(	ProximityNodes &	prox,
		long	compIDnum,
		Vector3d &	v0,
		Vector3d &	v1,
		Vector3d &	v2,
		bool	allowBadNormal = `false`
	)

Create a tri shell element with the next highest unique ID and add it to the list. State arrays are also allocated. This function uses the prox parameter to only create a new node if there is not already a node deemed close enough to a given point. The function ensures that the element uses distinct nodes for each vertex, so it is still possible that duplicate nodes can be created. This should only ever happen if the element is effectively degenerate in the first place.

◆ addShellElement() [7/9]

ShellElement & addShellElement	(	ProximityNodes &	prox,
		long	compIDnum,
		Vector3d &	v0,
		Vector3d &	v1,
		Vector3d &	v2,
		Vector3d &	v3,
		bool	allowBadNormal = `false`
	)

Create a tri shell element with the next highest unique ID and add it to the list. State arrays are also allocated. This function uses the prox parameter to only create a new node if there is not already a node deemed close enough to a given point. The function ensures that the element uses distinct nodes for each vertex, so it is still possible that duplicate nodes can be created. This should only ever happen if the element is effectively degenerate in the first place.

◆ addShellElement() [8/9]

ShellElement & addShellElement	(	ProximityNodes &	prox,
		long	IDnum,
		long	compIDnum,
		Vector3d &	v0,
		Vector3d &	v1,
		Vector3d &	v2,
		bool	allowBadNormal = `false`
	)

Create a tri shell element and add it to the list. State arrays are also allocated. This function uses the prox parameter to only create a new node if there is not already a node deemed close enough to a given point. The function ensures that the element uses distinct nodes for each vertex, so it is still possible that duplicate nodes can be created. This should only ever happen if the element is effectively degenerate in the first place.

◆ addShellElement() [9/9]

ShellElement & addShellElement	(	ProximityNodes &	prox,
		long	IDnum,
		long	compIDnum,
		Vector3d &	v0,
		Vector3d &	v1,
		Vector3d &	v2,
		Vector3d &	v3,
		bool	allowBadNormal = `false`
	)

Create a tri shell element and add it to the list. State arrays are also allocated. This function uses the prox parameter to only create a new node if there is not already a node deemed close enough to a given point. The function ensures that the element uses distinct nodes for each vertex, so it is still possible that duplicate nodes can be created. This should only ever happen if the element is effectively degenerate in the first place.

◆ getIgnoreNormals()

bool getIgnoreNormals ( ) const

inline

◆ setIgnoreNormals()

void setIgnoreNormals ( bool b )