This package version requires R >= 4.2
analyse_portableOSL()
(potentially breaking changes)The function received a major update, including an updated output object. Please make sure that you read the changes before updating, because it may break your existing code!
mode
added with two options
'profile'
(the default) and 'surface'
. The
latter is intended for 2D surface interpolation of luminescence signals
and was newly added.coord
added, to allow the user to provide
a list or matrix of xy-coordinates of the sampling position. If nothing
is provided, the coordinates are extracted from the file name or an
index is calculated.invert = TRUE
the y-axis is now also inverted and the
inversion works more consistently...
argument grid
(enabled by default) for
better parameter reading...
argument sample
was changed to
run
better complying with the terminology of the PSL
format, where...
argument bg_img
was added to provide a
background image (e.g., a profile photo) for overlay the sample name is
called run....
supports a lot more arguments to enable better plot
modifications in particular for the newly added surface interpolation
mode.calc_Huntley2006()
"extrapolation"
for
fit.method = "GOK"
or fit.method = "EXP"
and
is therefore suited to additive measurement protocols. This
implementation has beta character and needs further testing.read_PSL()
plot_GrowthCurve()
plot_GrowthCurve(..., mode = "alternate", fit.method = "LambertW")
;
fixed (#114, @Eiskeil, thanks for reporting).mode = "extrapolation", fit.method = "LambertW"
of the
standard root estimation failed and hence the results can become
inconclusive.fit.method = "GOK"
now supports fits that are not
necessarily forced through the origin.Lx/Tx
value was very high, the x-axis
origin in the plot was not always shown by default. This was intended
behaviour, however, sometimes this causes confusion. Now the axis origin
is always shown. Still the axis limits can still be modified using
ylim
and xlim
. (Thanks to Salome Oehler for
flagging this issue).'interp'
'plotrix'
; the
code in one affected function was replaced using base R code