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.
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