A fast successive over-relaxation algorithm for force-directed network graph drawing

A Multilevel Algorithm for Force-Directed Graph Drawing

A Multilevel Algorithm for Force-Directed Graph-Drawing

We describe a heuristic method for drawing graphs which uses a multilevel framework combined with a force-directed placement algorithm. The multilevel technique matches and coalesces pairs of adjacent vertices to define a new graph and is repeated recursively to create a hierarchy of increasingly coarse graphs, G0, G1, . . . , GL. The coarsest graph, GL, is then given an initial layout and the ...

Efficient, High-Quality Force-Directed Graph Drawing

We propose a graph drawing algorithm that is both efficient and high quality. This algorithm combines a multilevel approach, which effectively overcomes local minimums, with the Barnes and Hut [1] octree technique, which approximates shortand long-range force efficiently. Our numerical results show that the algorithm is comparable in speed to Walshaw’s [2] highly efficient multilevel graph draw...

Graph Drawing by Force-directed Placement

A graph G = (V,E) is a set V of vertices and a set E of edges, in which an edge joins a pair of vertices. 1 Normally, graphs are depicted with their vertices as points in a plane and their edges as line or curve segments connecting those points. There are different styles of representation, suited to different types of graphs or different purposes of presentation. We concentrate on the most gen...

Force-Directed Lombardi-Style Graph Drawing

A Lombardi drawing of a graph is defined as one in which vertices are represented as points, edges are represented as circular arcs between their endpoints, and every vertex has perfect angular resolution (angles between consecutive edges, as measured by the tangents to the circular arcs at the vertex, all have the same degree). We describe two algorithms that create “Lombardi-style” drawings (...