Age-Structured Spatio-Temporal Models for Infectious Disease Counts


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Documentation for package ‘hhh4contacts’ version 0.13.3

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adaptP Adapt a Transition Matrix to a Specific Stationary Distribution
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
contactmatrix_mossong POLYMOD Contact Matrices for Germany
contactmatrix_mossong_physical POLYMOD Contact Matrices for Germany
contactmatrix_POLYMOD POLYMOD Contact Matrices for Germany
contactmatrix_POLYMOD_physical POLYMOD Contact Matrices for Germany
contactmatrix_wallinga POLYMOD Contact Matrices for Germany
contactmatrix_wallinga_physical POLYMOD Contact Matrices for Germany
counts Create '"sts"' Objects from the Berlin Norovirus Data
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
make_powerC Exponentiate a Matrix via Eigendecomposition
map Create '"sts"' Objects from the Berlin Norovirus Data
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 Over Time
plotHHH4_season_groups Plot Seasonality of a 'hhh4' Fit by Group
pop2011 Berlin and German Population by Age Group, 2011
popDE Berlin and German Population by Age Group, 2011
powerC Exponentiate a Matrix via Eigendecomposition
stationary Stationary Distribution of a Transition Matrix
stratum Extract Strata
stratum-method Extract Strata
stsplothook Hook functions for 'stsplot_time1'
stsplothook_highlight Hook functions for 'stsplot_time1'