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dem.fert), mortality (dem.cdr,
dem.mmr, dm.chm), and life tables
(lifetable, lifetable_nqx).math_project), a stochastic simulation-based projection
(project_population), and demographic interpolation models
(interpolation, karup_king,
brass_logit).DESCRIPTION
file to match CRAN rules.print.dem_cdr,
print.dem_fert, print.dem_mmr, and
print.dem_chm) to align with standard R package
behavior.brass_logit() now uses the correct inverse of the Brass
half-logit transform, exp(2Y)/(1 + exp(2Y)), and documents that its
input is the cumulative probability of dying q(x) = 1 - l(x).lifetable_nqx() and lifetable() now
account for the width of each age interval (1, 4, 5, … years) when
computing nqx and person-years lived (nLx); lifetable()
gains sex and radix arguments and uses
Coale-Demeny separation factors for ages 0 and 1-4.karup_king() defaults now work out of the box (packaged
Karup-King coefficient matrices).project_population() now propagates all simulated
trajectories through the projection horizon and reports lower quartile,
median, mean, and upper quartile per year; net out-migration now reduces
growth.dm.chm() neonatal filter now uses age < 1
month.These binaries (installable software) and packages are in development.
They may not be fully stable and should be used with caution. We make no claims about them.
Health stats visible at Monitor.