Fit, Simulate and Diagnose Models for Network Evolution Based on Exponential-Family Random Graph Models

control.simulate.stergm | Auxiliary for Controlling Separable Temporal ERGM Simulation |

control.stergm | Auxiliary for Controlling Separable Temporal ERGM Fitting |

control.tergm.godfather | Control parameters for 'tergm.godfather()'. |

ergm-constraints | Formation and Dissolution Constraints for Exponential Family... |

ergm-terms | Temporally-Sensitive Terms used in Exponential Family Random... |

gof.stergm | Goodness-of-fit methods for STERGM CMLE and CMPLE fits |

impute.network.list | Impute missing dyads in a series of networks |

logLik.stergm | A 'logLik' method for 'stergm'. |

mcmc.diagnostics.stergm | Conduct MCMC diagnostics on an ergm or stergm fit |

simulate.stergm | Draw from the distribution of an Separable Temporal... |

stergm | Separable Temporal Exponential Family Random Graph Models |

stergm_MCMC_sample | Collects a sample of networks and returns the formation and... |

summary_formula.networkDynamic | Calculation of networkDynamic statistics. |

tergm-deprecated | Functions that will no longer be supported in future releases... |

tergm.godfather | A function to apply a given series of changes to a network. |

tergm-internal | Internal tergm Objects |

tergm_MH_proposals | Metropolis-Hastings Proposal Methods for TERGM MCMC |

tergm-package | Fit, Simulate and Diagnose Dynamic Network Models derived... |

Embedding an R snippet on your website

Add the following code to your website.

For more information on customizing the embed code, read Embedding Snippets.