View source: R/paper-plotting-functions.R
PlotTF | R Documentation |
Plot the spectral transfer functions of the effects of diffusion and time uncertainty.
PlotTF(
dtf = NULL,
ttf = NULL,
names = NULL,
col = NULL,
dtf.threshold = NULL,
xlim = c(500, 2),
ylim1 = c(0.005, 5),
ylim2 = c(0.2, 1.5),
plt.ann = "default",
xlab = NULL,
ylab1 = NULL,
ylab2 = NULL,
xtm = NULL,
ytm1 = NULL,
ytm2 = NULL,
xtl = NULL,
ytl1 = NULL,
ytl2 = NULL
)
dtf |
A list of transfer function data sets: each data set is an object
of class |
ttf |
As |
names |
an optional character vector of names for the transfer function
data sets. If |
col |
a numeric or character vector of colors to use for the plotting;
if |
dtf.threshold |
optional critical diffusion transfer function
value to plot a corresponding horizontal line and vertical lines of
corresponding frequency cutoff values (omitted for |
xlim |
the x limits (x1, x2) of the plot. |
ylim1 |
the y limits (y1, y2) of the diffusion transfer function plot. |
ylim2 |
the y limits (y1, y2) of the time uncertainty transfer function plot. |
plt.ann |
if |
xlab |
if not |
ylab1 |
if not ‘NULL’ use this specific y axis label for the first plot to override the default setting. |
ylab2 |
if not ‘NULL’ use this specific y axis label for the second plot to override the default setting. |
xtm |
if not |
ytm1 |
as |
ytm2 |
as |
xtl |
x axis tick mark labels. If |
ytl1 |
as |
ytl2 |
as |
Thomas Münch
Münch, T. and Laepple, T.: What climate signal is contained in decadal- to centennial-scale isotope variations from Antarctic ice cores? Clim. Past, 14, 2053–2070, https://doi.org/10.5194/cp-14-2053-2018, 2018.
# Plot Figure B1 in Münch and Laepple (2018), i.e. the used transfer
# functions to correct the DML and WAIS isotope spectra:
PlotTF(names = c("DML1", "DML2", "WAIS"), dtf.threshold = 0.5,
col = c("black", "firebrick", "dodgerblue"))
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