info, e.g. as in: ‘mycore <-
Bacon(save.info=FALSE, ask=FALSE); layout(1);
accrate.depth.ghost(set=mycore)’.ageranges to summarize age estimates of
depths.MCMC.diagnostics which calculates the
quality of the MCMC run (we’re looking for a high value of ‘effective
sample size’ which indicates good mixing, and a low value of ‘z’ which
indicates a stationary run, without drift).agedepth(), draw.pbmodelled(),
PlotPhiPost() and PlotSuppost() to make rplum
plotting more robust.rice:: mentions to functions called from
rice, since this could cause warnings in the
rplum package.Bacon(F14C=2:4) if dates 2 to 4 are
in F14C). These values will then automatically be rewritten as C14
ages.agedepth,
accrate.depth.ghost, accrate.age.ghost,
proxy.ghost) should now plot with fewer disturbances such
as lines. This is done by setting useRaster=TRUE in
image.ex, which could either be of length 1,
or have a value for each date in the core. This way, some dates can be
plotted at different heights.tmp <- Bacon(save.info=FALSE),
no additional variables beside ‘tmp’ will be saved in the session. For
subsequent calculations, provide ‘tmp’, e.g. as in
Bacon.hist(20:40, set=tmp). The default remains to save an
object ‘info’ to the session, and this object will then be used to make
any further calculations using set=get('info').NEWS.md file to track changes to the
package.
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