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date_probability_scale
to
shoredate_plot()
to make it possible to adjust the scaling
of the probability distribution of the shoreline date to better fit the
plot.rgeos
(@rsbivand, #9)check_target_location()
and set up
more specific and appropriate checks within
interpolate_curve()
and target_plot()
.rnaturalearth
to suggests in
DESCRIPTION. This can be used with target_plot()
to create
a map for any area of the world, extending the transferability of the
package (@benmarwick, #6).shoredate_plot()
,
displacement_plot()
and target_plot()
variables that be adjusted by the user (@kanishkan91, #5).geom
column of sf
objects
passed to target_plot()
are evaluated (@kanishkan91, #2).@Import
and
@ImportFrom
in NAMESPACE, opting instead for the
package::function()
syntax (@kanishkan91, #4).shoredate_hdr()
and shoreline_date()
now
returns the weighted mean date.shoreline_date()
now has the parameter model, which
accepts either “none” or “gamma”. If “none” is specified then the
distance between site and shoreline is assumed to be zero.ggspatial
for scale bar in maps
rather than ggsn
, due to the retiring of r-spatial packages
(@rsbivand,
#1).sum_shoredates()
can now handle NA dates.shoreline_date()
now accepts a vector of site names for
the argument sites
if interpolated displacement curves are
also provided.First release.
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.