plot.ternary

adds annotations to the ternary diagram, one of either
<code>empty</code>, <code>QFL.descriptive</code>, <code>QFL.folk</code> or
<code>QFL.dickinson</code>

type

plot character, see <code>?par</code> for details

vector of strings to be added to the plot symbols

labels

if <code>x</code> has class <code>SRDcorrected</code>, and
<code>showpath</code>==TRUE, the intermediate values of the SRD
correction will be plotted on the ternary diagram as well as
the final composition

showpath

colour to be used for the background lines (if applicable)

optional arguments to the generic <code>points</code> function

Plots triplets of compositional data on a ternary diagram

Bundles a number of established statistical methods to facilitate
    the visual interpretation of large datasets in sedimentary geology. Includes
    functionality for adaptive kernel density estimation, multidimensional scaling,
    generalised procrustes analysis and individual differences scaling using a
    variety of dissimilarity measures. Univariate provenance proxies, such as
    single-grain ages or (isotopic) compositions are compared with the Kolmogorov-
    Smirnov dissimilarity and Sircombe-Hazelton L2-norm. Categorical provenance
    proxies, such as mineralogical, petrographic or chemical compositions are
    compared with the Aitchison and Bray-Curtis distances. Also included are tools
    to plot compositional data on ternary diagrams, to calculate the sample size
    required for specified levels of statistical precision, and to assess the
    effects of hydraulic sorting on detrital compositions. Includes an intuitive 
    query-based user interface for users who are not proficient in R.

plot.ternary: Plot a ternary diagram

Description

Usage

Arguments

See Also

Examples