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model_reproduction()
is
synonymous with model_fertility
and
model_fecundity
.CompadreDB
objects, the archetype (Lefkovitch) or model parameters (Leslie), are
now included as metadata.rand_leslie_set()
to generate sets of
Leslie matrices where the parameters of the constituent mortality and
fertility functions are drawn randomly from defined distributions. The
function returns a CompadreDB
object by default, but can
also be set to produce lists of MPMs or life tables.generate_mpm_set()
is now deprecated, and will be
removed at a later date. Users should use rand_lefko_set()
instead.random_mpm()
is now deprecated, and will be removed at
a later date. Users should use rand_lefko_mpm()
instead.split
, by_type
and as_compadre
,
which governed output types in generate_mpm_set()
. These
arguments been replaced with a simpler and more transparent argument,
output
.compute_ci_U()
which calculates
confidence intervals for traits derived from matrix models where only
the U submatrix is used. For example, life expectancy (using the
function Rage::life_expect_mean()
).MCMCpack
, which is reportedly
being archived from CRAN. This change means that previous versions of
mpmsim
may not function correctly and it is advisable to
update to the new version.random_mpm()
.
Now the values are provided as mean fecundity and can be provided as a
range of values, whereby a value is drawn from a random uniform
distribution. This is the best way to create a set of models with
different fecundity properties.drive_vital_rate()
.model_mortality()
as an alias for
model_survival()
.generate_mpm_set()
now returns a
CompadreDB
object by default.testthat
. Test
coverage 97.17%.generate_mpm_set()
andrandom_mpm()
.make_leslie_mpm()
, which can make use of outputs from
functions for describing demographic trajectories
(model_fertility()
and model_survival()
).add_mpm_error()
, calculate_errors()
and
compute_ci()
.plot_matrix()
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.