| VBLPCM-package | VBLPCM: Variational Bayes for the Latent Position Cluster Model for networks | 
| aids | aids blogs data as a "network" object | 
| aids.net | aids blogs data as a "network" object | 
| E_to_Y | create an adjacency matrix from an edgelist. | 
| fruchterman_reingold | Perform Fruchterman-Reingold layout of a network in 2 or more dimensions. | 
| gof.vblpcm | Goodness of fit based on simulations from the fitted object. | 
| hops_to_hopslist | create a handy matrix of vectors to store the hopslist | 
| log_like_forces | create an initial configuration for the latent positions. | 
| plot.vblpcm | plot the posterior latent positions and groupings and network | 
| predict.vblpcm | Find all link probabilities | 
| print.vblpcm | print the fitted vblpcm object | 
| samplike | Cumulative network of positive affection within a monastery as a "network" object | 
| sampson | Cumulative network of positive affection within a monastery as a "network" object | 
| summary.vblpcm | summary of a fitted vblpcm object. | 
| VBLPCM | VBLPCM: Variational Bayes for the Latent Position Cluster Model for networks | 
| vblpcmbic | calculate the BIC for the fitted VBLPCM object | 
| vblpcmcovs | create the design matrix for the network analysis | 
| vblpcmdrawpie | add a piechart of group memberships of a node to a network plot; taken mainly from latentnet equivalent | 
| vblpcmfit | fit the variational model through EM type iterations | 
| vblpcmgroups | list the maximum VB a-posteriori group memberships. | 
| vblpcmKL | print and returns the Kullback-Leibler divergence from the fitted vblpcm object to the true LPCM posterior | 
| vblpcmroc | ROC curve plot for vblpcmfit | 
| vblpcmstart | Generate sensible starting configuration for the variational parameter set. | 
| Y | simulated.network | 
| Y_to_E | calculate the edgelist for a given adjacency matrix | 
| Y_to_M | calculate the missing edges as an edgelist from an adjacency matrix with NaNs indicating missing links | 
| Y_to_nonE | calculate a non-edge list from an adjacency matrix |