Age-Structured Spatio-Temporal Models for Infectious Disease Counts

adaptP | Adapt a Transition Matrix to a Specific Stationary... |

addGroups2WFUN | Group-Dependent Parametric Weights |

aggregateC | Aggregate a Contact Matrix |

aggregateCountsArray | Aggregate an Array of Counts wrt One Dimension (Stratum) |

C2pop | Adapt a Contact Matrix to Population Fractions |

contactmatrix | POLYMOD Contact Matrices for Germany |

dssAggregate | Compute the DSS on Aggregated Predictions and Observations |

expandC | Expand the Contact Matrix over Regions |

fitC | Estimate the Power of the Contact Matrix in a '"hhh4"' Model |

noroBE | Create '"sts"' Objects from the Berlin Norovirus Data |

plotC | Generate an Image of a Contact Matrix |

plotHHH4_fitted_groups | Plot Mean Components of a 'hhh4' Fit by Group |

plotHHH4_maps_groups | Plot Mean Components of a 'hhh4' Fit by District Averaged... |

plotHHH4_season_groups | Plot Seasonality of a 'hhh4' Fit by Group |

pop2011 | Berlin and German Population by Age Group, 2011 |

powerC | Exponentiate a Matrix via Eigendecomposition |

stationary | Stationary Distribution of a Transition Matrix |

stratum | Extract Strata |

stsplothook | Hook functions for 'stsplot_time1' |

subset.array | Subset an Array in one Dimension |

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