Namespace for container related classes. More...

Namespaces
	Impl_
	Namespace for container implementation details.

Classes
class	SegmentedVector
	Container that stores objects "almost contiguously" and guarantees that pointers/iterators are not invalidated when the container grows. More...

class	SVIterator
	Implementation of iterator for SegmentedVector. More...

Typedefs
template<typename T >
using	CircularIterator = Impl_::CircularIterator< T, typename T::value_type >
	Alias template defines non-const circular iterator. More...

template<typename T >
using	ConstCircularIterator = Impl_::CircularIterator< T, typename std::add_const< typename T::value_type >::type, typename std::add_const< typename T::value_type >::type *, typename std::add_const< typename T::value_type >::type & >
	Alias template defines const circular iterator. More...

Functions
template<typename T >
CircularIterator< typename T::iterator >	make_circular (T &c)
	Helper produces non-const circular iterator whose range corresponds to the begin and end iterators of a container. More...

template<typename T >
CircularIterator< typename T::iterator >	make_circular (T &c, typename T::iterator i)
	Helper produces non-const circular iterator whose range corresponds to the begin and end iterators of a container. More...

template<typename T >
CircularIterator< T >	make_circular (T b, T e, T i)
	Helper produces non-const circular iterator with specified range and initial value. More...

template<typename T >
CircularIterator< T >	make_circular (T b, T e)
	Helper produces non-const circular iterator with specified range with initial value at start of the range. More...

template<typename T >
ConstCircularIterator< typename T::const_iterator >	make_const_circular (const T &c)
	Helper produces const circular iterator whose range corresponds to the begin and end iterators of a container. More...

template<typename T >
ConstCircularIterator< typename T::const_iterator >	make_const_circular (const T &c, typename T::const_iterator i)
	Helper produces const circular iterator whose range corresponds to the begin and end iterators of a container. More...

template<typename T >
ConstCircularIterator< T >	make_const_circular (T b, T e, T i)
	Helper produces non-const circular iterator with specified range and initial value. More...

template<typename T >
ConstCircularIterator< T >	make_const_circular (T b, T e)
	Helper produces non-const circular iterator with specified range, with initial value at the start of the range. More...

template<typename T >
CircularIterator< T >	next (CircularIterator< T > i)
	Helper yields the position the iterator would have if moved forward (in circular fashion) by 1 position. More...

template<typename T >
ConstCircularIterator< T >	next (ConstCircularIterator< T > c)
	Helper yields the position the iterator would have if moved forward (in circular fashion) by 1 position. More...

template<typename T >
CircularIterator< T >	prev (CircularIterator< T > i)
	Helper yields the position the iterator would have if moved backward (in circular fashion) by 1 position. More...

template<typename T >
ConstCircularIterator< T >	prev (ConstCircularIterator< T > c)
	Helper yields the position the iterator would have if moved backward (in circular fashion) by 1 position. More...

Detailed Description

Namespace for container related classes.

Typedef Documentation

template<typename T >

using SimPT_Sim::Container::CircularIterator = typedef Impl_::CircularIterator<T, typename T::value_type>

Alias template defines non-const circular iterator.

See also: Impl_::CircularIterator

Definition at line 34 of file CircularIterator.h.

template<typename T >

using SimPT_Sim::Container::ConstCircularIterator = typedef Impl_::CircularIterator<T, typename std::add_const<typename T::value_type>::type, typename std::add_const<typename T::value_type>::type*, typename std::add_const<typename T::value_type>::type&>

Alias template defines const circular iterator.

See also: Impl_::CircularIterator

Definition at line 38 of file ConstCircularIterator.h.

Function Documentation

template<typename T >

CircularIterator<typename T::iterator> SimPT_Sim::Container::make_circular ( T & c )

Helper produces non-const circular iterator whose range corresponds to the begin and end iterators of a container.

Parameters

c container

Returns: CircularIterator pointing to beginning of container

Definition at line 43 of file CircularIterator.h.

Referenced by SimPT_Sim::MeshCheck::CheckCellBoundaryWallNodes(), SimPT_Editor::EditableMesh::ReplaceCell(), SimPT_Sim::Mesh::UpdateNodeOwningNeighbors(), and SimPT_Sim::Mesh::UpdateNodeOwningWalls().

Here is the caller graph for this function:

template<typename T >

CircularIterator<typename T::iterator> SimPT_Sim::Container::make_circular	(	T &	c,
		typename T::iterator	i
	)

Helper produces non-const circular iterator whose range corresponds to the begin and end iterators of a container.

Parameters

c container

Returns: CircularIterator pointing to beginning of container

Definition at line 56 of file CircularIterator.h.

template<typename T >

CircularIterator<T> SimPT_Sim::Container::make_circular	(	T	b,
		T	e,
		T	i
	)

Helper produces non-const circular iterator with specified range and initial value.

Parameters

b	iterator pointing to beginning of range
e	iterator pointing to end of range
i	initial position of the iterator

Definition at line 70 of file CircularIterator.h.

template<typename T >

CircularIterator<T> SimPT_Sim::Container::make_circular	(	T	b,
		T	e
	)

Helper produces non-const circular iterator with specified range with initial value at start of the range.

Parameters

b	iterator pointing to beginning of range
e	iterator pointing to end of range

Definition at line 82 of file CircularIterator.h.

template<typename T >

ConstCircularIterator<typename T::const_iterator> SimPT_Sim::Container::make_const_circular ( const T & c )

Helper produces const circular iterator whose range corresponds to the begin and end iterators of a container.

Parameters

c container

Returns: CircularIterator pointing to beginning of container

Definition at line 47 of file ConstCircularIterator.h.

Referenced by SimPT_Default::Hamiltonian::HHelper::BendingTerm(), SimPT_Editor::PolygonUtils::CalculateArea(), SimPT_Sim::MeshCheck::CheckEdgeOwners(), SimPT_Sim::MeshCheck::CheckNodeOwningNeighbors(), SimPT_Sim::MeshCheck::CheckNodeOwningWalls(), SimPT_Editor::EditableMesh::CreateCell(), SimPT_Editor::EditableMesh::DeleteCells(), SimPT_Default::Hamiltonian::HHelper::EdgeTerm(), SimPT_Sim::Mesh::FindEdgeNeighbor(), SimPT_Sim::Cell::GetCircumference(), SimPT_Sim::Cell::GetSignedArea(), SimPT_Sim::Wall::IncludesEdge(), SimPT_Sim::Wall::IncludesNode(), SimPT_Editor::TissueGraphicsView::Initialize(), SimPT_Editor::PolygonUtils::IsClockwise(), SimPT_Editor::PolygonUtils::IsSimplePolygon(), SimPT_Sim::Cell::MoveSelfIntersects(), SimPT_Editor::EditableMesh::ReplaceCell(), SimPT_Editor::PolygonUtils::SlicePolygon(), SimPT_Editor::EditableMesh::SplitCell(), and SimPT_Sim::Geom::wn_PnPoly().

Here is the caller graph for this function:

template<typename T >

ConstCircularIterator<typename T::const_iterator> SimPT_Sim::Container::make_const_circular	(	const T &	c,
		typename T::const_iterator	i
	)

Helper produces const circular iterator whose range corresponds to the begin and end iterators of a container.

Parameters

c container

Returns: CircularIterator pointing to beginning of container

Definition at line 59 of file ConstCircularIterator.h.

template<typename T >

ConstCircularIterator<T> SimPT_Sim::Container::make_const_circular	(	T	b,
		T	e,
		T	i
	)

Helper produces non-const circular iterator with specified range and initial value.

Parameters

b	iterator pointing to beginning of range
e	iterator pointing to end of range
i	initial position of the iterator

Definition at line 72 of file ConstCircularIterator.h.

template<typename T >

ConstCircularIterator<T> SimPT_Sim::Container::make_const_circular	(	T	b,
		T	e
	)

Helper produces non-const circular iterator with specified range, with initial value at the start of the range.

Parameters

b	iterator pointing to beginning of range
e	iterator pointing to end of range

Definition at line 84 of file ConstCircularIterator.h.

template<typename T >

CircularIterator<T> SimPT_Sim::Container::next ( CircularIterator< T > i )

Helper yields the position the iterator would have if moved forward (in circular fashion) by 1 position.

Parameters

i	current iterator position

Returns: one position forward

Definition at line 94 of file CircularIterator.h.

Referenced by SimPT_Default::Hamiltonian::HHelper::BendingTerm(), SimPT_Editor::PolygonUtils::CalculateArea(), SimPT_Editor::UndoStack::CanRedo(), SimPT_Sim::MeshCheck::CheckEdgeOwners(), SimPT_Sim::MeshCheck::CheckNodeOwningNeighbors(), SimPT_Editor::EditableMesh::CreateCell(), SimPT_Editor::EditableMesh::DeleteCells(), SimPT_Default::Hamiltonian::HHelper::EdgeTerm(), SimPT_Sim::Mesh::FindEdgeNeighbor(), SimPT_Sim::Mesh::FindWall(), SimPT_Sim::Cell::GetCircumference(), SimPT_Sim::Cell::GetSignedArea(), SimPT_Sim::Wall::IncludesEdge(), SimPT_Editor::TissueGraphicsView::Initialize(), SimPT_Editor::PolygonUtils::IsClockwise(), SimPT_Editor::EditableMesh::IsDeletableCell(), SimPT_Editor::PolygonUtils::IsSimplePolygon(), SimPT_Sim::Cell::MoveSelfIntersects(), SimPT_Editor::UndoStack::Push(), SimPT_Editor::EditableMesh::ReplaceCell(), SimPT_Editor::EditControlLogic::SelectCells(), SimPT_Editor::EditControlLogic::SelectEdges(), SimPT_Editor::EditControlLogic::SelectNodes(), SimPT_Editor::PolygonUtils::SlicePolygon(), SimPT_Editor::EditableMesh::SplitCell(), SimPT_Sim::Mesh::UpdateNodeOwningNeighbors(), and SimPT_Sim::Geom::wn_PnPoly().

Here is the caller graph for this function:

template<typename T >

ConstCircularIterator<T> SimPT_Sim::Container::next ( ConstCircularIterator< T > c )

Helper yields the position the iterator would have if moved forward (in circular fashion) by 1 position.

Parameters

i	current iterator position

Returns: one position forward

Definition at line 96 of file ConstCircularIterator.h.

template<typename T >

CircularIterator<T> SimPT_Sim::Container::prev ( CircularIterator< T > i )

Helper yields the position the iterator would have if moved backward (in circular fashion) by 1 position.

Parameters

i	current iterator position

Returns: one position backward

Definition at line 107 of file CircularIterator.h.

Referenced by SimPT_Default::Hamiltonian::HHelper::BendingTerm(), SimPT_Sim::MeshCheck::CheckNodeOwningNeighbors(), SimPT_Editor::PolygonUtils::ClipPolygon(), SimPT_Editor::EditableMesh::CreateCell(), SimPT_Editor::EditableMesh::DeleteCells(), SimPT_Sim::Cell::MoveSelfIntersects(), SimPT_Editor::UndoStack::Push(), SimPT_Editor::PolygonUtils::SlicePolygon(), and SimPT_Sim::Mesh::UpdateNodeOwningNeighbors().

Here is the caller graph for this function:

template<typename T >

ConstCircularIterator<T> SimPT_Sim::Container::prev ( ConstCircularIterator< T > c )

Helper yields the position the iterator would have if moved backward (in circular fashion) by 1 position.

Parameters

i	current iterator position

Returns: one position backward

Definition at line 109 of file ConstCircularIterator.h.

Namespaces

Classes

Typedefs

Functions

Detailed Description

Typedef Documentation

Function Documentation