Clement Levallois, Assistant Professor at EMLYON Business School.
The classic layout of Gephi extended to 3D.
1.0 — initial version (28 June 2013)
1.1 — conversion of nodes to spheres when layout in 3D (30 June 2013)
No overlap: prevents the round nodes from overlapping. Optimized for big graphs. Choose speed (vs. precision), ratio (more spacing around big nodes) and margin (constant space around nodes). Great to clean a graph after another layout. NB: doesn’t manage labels. No overlap: prevents the round nodes from overlapping.More Info
The layout takes the coordinates of a Multidimensional Scaling (MDS) configuration as inputs and uses these coordinates to layout the nodes of a graph. MDS is sometimes used in Social Network Analysis to create layouts that reflect some type of distance between the nodes. This distance can be based on the length of paths between [...]More Info
This layout uses an isometric perspective to visualize networks. I.e. it generates 3D coordinates for all network nodes (x,y,z). Thus, is a method for the visual representation of three-dimensional nodes in two dimensions. It can be used to split a network into distinct Z-Layers (e.g. to better visualize high-performers and/or low-performers, or communities after using [...]More Info