#include <edge.h>

Public Member Functions
	basic_edge (edge_id id, node_id one, node_id two)
	Sets the id of the edge and ids of two connected nodes.

node_id	one_id () const
	Returns the id of one connected node.

node_id	two_id () const
	Returns the id of the other connected node.

edge_id	id () const

bool	is_new () const
	Returns if the edge is new in its current state.

void	is_new (bool value)
	Sets if the node is new in its current state.

bool	is_old () const
	Returns if the edge is going to be deleted in the next state.

void	is_old (bool value)
	Sets if the node is going to be deleted in the next state.

float	alpha () const
	Returns current alpha value. More...

void	alpha (float value)
	Sets the current alpha value.

ConnectedNode &	node_one ()
	Returns a reference to one connected node.

const ConnectedNode &	node_one () const
	Returns a const reference to one connected node.

ConnectedNode &	node_two ()
	Returns a reference to the other connected node.

const ConnectedNode &	node_two () const
	Returns a const reference to the other connected node.

void	set_ptr (detail::container< ConnectedNode, node_id > *cont)
	Sets the pointer to the object detail::container. More...

Detailed Description

A base class that edge and edge_partition are derived from.

Template Parameters

ConnectedNode Type of node this edge connects to.

Member Function Documentation

template<typename ConnectedNode >

float dyng::basic_edge< ConnectedNode >::alpha ( ) const

inline

Returns current alpha value.

This is used to create an animation of the edge appearing of disappearing. Automatically set by interpolator.

template<typename ConnectedNode >

void dyng::basic_edge< ConnectedNode >::set_ptr ( detail::container< ConnectedNode, node_id > * cont )

inline

Sets the pointer to the object detail::container.

The internal pointer to the container allows the methods one and two to exist.

Set internally by graph.

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