Plot the calendar and radiocarbon data of an IntCal20 record
intcal.plot.record(
i,
col = rgb(0, 0, 1, 0.5),
pch = 19,
pch.cex = 0.3,
lwd = 1,
lty = 1,
cal.lim = c(),
C14.lim = c(),
add = FALSE,
cal.lab = c(),
C14.lab = c(),
ka = FALSE,
as.F = FALSE,
as.pMC = FALSE,
draw.z = TRUE,
draw.calsigma = TRUE,
grid = FALSE,
grid.lty = 2,
grid.col = rgb(0, 0, 0, 0.5),
draw.cc = 1,
cc.col = rgb(0, 0.5, 0, 0.5),
legend.loc = "topleft",
legend.cex = 0.5
)A plot of the calendar and radiocarbon ages, indicating uncertainties (error bars) and age blocks (e.g, for trees where blocks of >1 rings were dated) where relevant.
The IntCal record, in the order as they appear in the IntCal20 json file (140 entries). Must be a single integer between 1 and 140.
Colour of the symbols. Defaults to semi-transparent blue, col=rgb(0,0,1,.5).
Symbol of the dates. Defaults to a filled circle, pch=20.
Size of the symbol. Defaults to 0.3.
Line width of the error bars. Defaults to 1.
Line type of the error bars. Defaults to continuous, 1.
Limits of the horizontal/calendar scale. Calculated automatically by default.
Limits of the C-14 scale. Calculated automatically by default
Make a new plot (default, add=FALSE). The alternative is to add to an existing plot.
Label of the calendar axis. Defaults to 'cal BP' or 'kcal BP'.
Label of the C-14 axis. Defaults to '14C BP' or '14C kBP'
Whether or not to use ka (thousands of years). Defaults to FALSE (i.e., cal BP).
Return the F values, calculated from the C14 ages (columns 2 and 3). Defaults to as.F=FALSE.
Return the pMC values, calculated from the C14 ages (columns 2 and 3). Defaults to as.pMC=FALSE.
Whether or not to plot the spread in calendar years of blocks of (mostly) tree rings. This is for tree-ring datasets where individual dates were taken on blocks of rings covering e.g. 10 or 20 years.
Whether or not to plot the calendar age uncertainties where available.
Whether or not to add a grid to the plot.
Line type of the grid.
Colour of the grid.
Whether or not to also plot the calibration curve. Defaults to plotting the IntCal20 calibration curve, but can also be set to 2 (Marine20), 3 (SHCal20), or NA (none).
Colour of the calibration curve. Defaults to semi-transparent darkgreen, cc.col=rgb(0,.5,0,.5).
Location of the legend. Defaults to top right. Set to NA if you don't want to plot the legend.
Relative size of the font of the legend. Defaults to 0.5.
intcal.extract.record
record_1 <- intcal.plot.record(1)
record_10 <- intcal.plot.record(10, add=TRUE, col=rgb(1,0,0,.5), legend.loc="bottomright")
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