/// <summary>
/// Gets the weight from the given edge and sets the direction.
/// </summary>
public sealed override float GetEdgeWeight(DynamicEdge edge, out bool?direction)
{
float weight;
Data.Contracted.Edges.ContractedEdgeDataSerializer.Deserialize(edge.Data[0],
out weight, out direction);
return(weight);
}
void generateRigEdges(Dictionary <Node, VisualNode> visual_nodes, float radius)
{
foreach (GameObject g in colombs_nodes)
{
VisualNode n = g.GetComponent <VisualNode>();
Node node = n.getNode();
for (int k = 0; k < node.getAdjacencies().Count; ++k)
{
Node adjNode = (Node)node.getAdjacencies()[k];
EdgeLink currentEdge = new EdgeLink(node, adjNode);
VisualNode visualnode_adj = nodes_in_scene[adjNode];
n.addAdjacency(visualnode_adj);
bool t = true;
if (HashEdges.Contains(currentEdge) == false)
{
HashEdges.Add(currentEdge);
//print("created");
GameObject edg = Instantiate(DynamicEdge, Vector3.zero, DynamicEdge.transform.rotation);
num_of_edges++;
DynamicEdge de = edg.GetComponent <DynamicEdge>();
edg.transform.parent = transform;
if (de.edgeType != global::DynamicEdge.EdgeType.LineRenderer)
{
edg.transform.GetChild(1).GetComponent <SkinnedMeshRenderer>().material.color = edgeColor;
}
de.setAnchor1(n.transform);
de.setAnchor2(adjNode.Transform);
de.setMidAnchor(adjNode.Transform, n.transform);
de.setHashCode(currentEdge.GetHashCode());
de.setAdjCount(node.getAdjacencies().Count, adjNode.getAdjacencies().Count);
//DynamicEdge d = cyl.AddComponent<DynamicEdge>();
//d.setTransforms(n.transform,n.transform);
edg.name = node.NodeID1 + " to " + adjNode.NodeID1;
}
else
{
doubleUps++;
}
}
}
}
public override float GetEdgeWeight(DynamicEdge edge, out bool?direction)
{
throw new NotImplementedException();
}
/// <summary> /// Gets the weight from a meta-edge. /// </summary> public abstract T GetEdgeWeight(DynamicEdge edge, out bool?direction);
