OpenTissue::t4mesh::T4Edges< M, E > Class Template Reference

#include <t4mesh_t4edges.h>

List of all members.

Classes
struct	VisitT4Edge
Public Types
typedef M	mesh_type
typedef E	edge_traits
typedef T4Edge< M, E >	edge_type
typedef mesh_type::index_type	index_type
typedef std::list< edge_type >	edge_container
typedef edge_container::iterator	edge_iterator
typedef edge_container::const_iterator	const_edge_iterator
Public Member Functions
edge_iterator	begin ()
edge_iterator	end ()
const_edge_iterator	begin () const
const_edge_iterator	end () const
	T4Edges ()
	T4Edges (mesh_type &mesh)
Protected Types
enum	color_type { white, grey, black }
typedef std::vector< color_type >	color_container
typedef mesh_type::node_type	node_type
typedef node_type::tetrahedron_circulator	tetrahedron_type
typedef std::list< node_type * >	work_queue
Protected Attributes
edge_container	m_edges

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Detailed Description

template<class M, typename E>
class OpenTissue::t4mesh::T4Edges< M, E >

Tetrahedra Mesh Edges. Edges are not represented explicitly in a t4mesh, only nodes and tetrahedra are representated. Thus this class extracts all unique edges from a t4mesh, by traversing it and generating explicit edges.

Note that if subsequent changes are made to the t4mesh, the edge changes are not reflected by the edges stored in this class. Meaning that a new edge-queury must be initiated everytime the t4mesh changes its topology.

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Member Typedef Documentation

template<class M, typename E>

typedef std::vector<color_type> OpenTissue::t4mesh::T4Edges< M, E >::color_container [protected]

template<class M, typename E>

typedef edge_container::const_iterator OpenTissue::t4mesh::T4Edges< M, E >::const_edge_iterator

template<class M, typename E>

typedef std::list<edge_type> OpenTissue::t4mesh::T4Edges< M, E >::edge_container

template<class M, typename E>

typedef edge_container::iterator OpenTissue::t4mesh::T4Edges< M, E >::edge_iterator

template<class M, typename E>

typedef E OpenTissue::t4mesh::T4Edges< M, E >::edge_traits

template<class M, typename E>

typedef T4Edge<M,E> OpenTissue::t4mesh::T4Edges< M, E >::edge_type

template<class M, typename E>

typedef mesh_type::index_type OpenTissue::t4mesh::T4Edges< M, E >::index_type

template<class M, typename E>

typedef M OpenTissue::t4mesh::T4Edges< M, E >::mesh_type

template<class M, typename E>

typedef mesh_type::node_type OpenTissue::t4mesh::T4Edges< M, E >::node_type [protected]

template<class M, typename E>

typedef node_type::tetrahedron_circulator OpenTissue::t4mesh::T4Edges< M, E >::tetrahedron_type [protected]

template<class M, typename E>

typedef std::list<node_type*> OpenTissue::t4mesh::T4Edges< M, E >::work_queue [protected]

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Member Enumeration Documentation

template<class M, typename E>

enum OpenTissue::t4mesh::T4Edges::color_type [protected]

Enumerator:

white
grey
black

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Constructor & Destructor Documentation

template<class M, typename E>

OpenTissue::t4mesh::T4Edges< M, E >::T4Edges

(

)

[inline]

template<class M, typename E>

OpenTissue::t4mesh::T4Edges< M, E >::T4Edges

(

mesh_type &

mesh

)

[inline]

Specialized Constructor. This constructor traverses the specified mesh and extracts all edges.

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Member Function Documentation

template<class M, typename E>

edge_iterator OpenTissue::t4mesh::T4Edges< M, E >::begin

(

)

[inline]

template<class M, typename E>

const_edge_iterator OpenTissue::t4mesh::T4Edges< M, E >::begin

(

)

const [inline]

template<class M, typename E>

const_edge_iterator OpenTissue::t4mesh::T4Edges< M, E >::end

(

)

const [inline]

template<class M, typename E>

edge_iterator OpenTissue::t4mesh::T4Edges< M, E >::end

(

)

[inline]

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Member Data Documentation

template<class M, typename E>

edge_container OpenTissue::t4mesh::T4Edges< M, E >::m_edges [protected]

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

• /home/hauberg/Dokumenter/Capture/humim-tracker-0.1/src/OpenTissue/OpenTissue/core/containers/t4mesh/t4mesh_t4edges.h