radialplot(x, ...)# S3 method for default
radialplot(x, from = NA, to = NA, t0 = NA,
transformation = "log", sigdig = 2, show.numbers = FALSE, pch = 21,
bg = "white", k = 0, markers = NULL, ...)
# S3 method for fissiontracks
radialplot(x, from = NA, to = NA, t0 = NA,
transformation = "arcsin", sigdig = 2, show.numbers = FALSE, pch = 21,
bg = "white", title = TRUE, markers = NULL, k = 0, exterr = TRUE,
...)
# S3 method for UPb
radialplot(x, from = NA, to = NA, t0 = NA,
transformation = "log", type = 4, cutoff.76 = 1100,
cutoff.disc = c(-15, 5), show.numbers = FALSE, pch = 21, bg = "white",
markers = NULL, k = 0, exterr = TRUE, ...)
# S3 method for ArAr
radialplot(x, from = NA, to = NA, t0 = NA,
transformation = "log", show.numbers = FALSE, pch = 21, bg = "white",
markers = NULL, k = 0, exterr = TRUE, i2i = FALSE, ...)
# S3 method for UThHe
radialplot(x, from = NA, to = NA, t0 = NA,
transformation = "log", show.numbers = FALSE, pch = 21, bg = "white",
markers = NULL, k = 0, ...)
# S3 method for ReOs
radialplot(x, from = NA, to = NA, t0 = NA,
transformation = "log", show.numbers = FALSE, pch = 21, bg = "white",
markers = NULL, k = 0, exterr = TRUE, i2i = TRUE, ...)
# S3 method for SmNd
radialplot(x, from = NA, to = NA, t0 = NA,
transformation = "log", show.numbers = FALSE, pch = 21, bg = "white",
markers = NULL, k = 0, exterr = TRUE, i2i = TRUE, ...)
# S3 method for RbSr
radialplot(x, from = NA, to = NA, t0 = NA,
transformation = "log", show.numbers = FALSE, pch = 21, bg = "white",
markers = NULL, k = 0, exterr = TRUE, i2i = TRUE, ...)
OR
and object of class fissiontracks
, UThHe
,
ArAr
, ReOs
, SmNd
, RbSr
or UPb
points
functionlog
, linear
or
(if x
has class fissiontracks
)TRUE
to show grain
numbers)k='auto'
automatically selects an optimal number of components based on
the Bayes Information Criterion (BIC). Setting k='min'
estimates the minimum value using a three parameter model
consisting of a Normal distribution truncated by a discrete
component.type
=1), the
\(^{206}\)Pb/\(^{238}\)U age (type
=2), the
\(^{207}\)Pb/\(^{206}\)Pb age (type=3), the
\(^{207}\)Pb/\(^{206}\)Pb-\(^{206}\)Pb/\(^{238}\)U age
(type
=4), or the (Wetherill) concordia age
(type
=5)type=4
.cutoff.76
) or
between the \(^{206}\)Pb/\(^{238}\)U and
\(^{207}\)Pb/\(^{206}\)Pb age (if
\(^{206}\)Pb/\(^{238}\)U > cutoff.76
). Set
cutoff.disc=NA
if you do not want to use this filter.i2i
to FALSE
uses the default values
stored in settings('iratio',...)
data(examples)
radialplot(examples$FT1)
Run the code above in your browser using DataLab