void FlowClusteringEPG::_display() const
{
if(!optflow_otl_->pull().prev_pcd_indices_)
return;
displayEdges(optflow_otl_->pull().img_);
}
/*
* displays every edge and the associated vertices starting at head
*/
void displayEdges(edgeSet * head)
{
if(head!=NULL)
{
displayEdge(head);
displayEdges(head->nextEdge);
}
}
/*
* displays the edges and vertices of a hyper graph
*/
void displayHyperGraph(hypergraph * h, char * name)
{
if(h!=NULL)
{
printf("EdgeSets of %s:\n", name);
displayEdges(h->edgeSets);
printf("-----------------------------------\n");
printf("VertexSets of %s:\n", name);
displayVertices(h->vertexSets);
printf("-----------------------------------\n");
printf("Number of edges of %s: %d Number of vertices of %s: %d\n", name, numEdges(h->edgeSets), name, numVertices(h->vertexSets));
printf("===================================\n");
}
else
printf("NULL GRAPH\n");
}
/* Description: Display all edges of MST in std-out.
* Input: NA
* Output: NA.
*/
void Kruskal::displaySpanningTree()
{
displayEdges(minimumSpanningTree);
}
/* Description: Display all edges of graph in std-out.
* Input: NA
* Output: NA.
*/
void Kruskal::displayEdges()
{
displayEdges(edgeSet);
}
