stripchart_annot: Make a normal stripchart, but below the plot add a specified...
In drmjc/mjcgraphics: mjc's graphics library

Description Usage Arguments Value Author(s)

Make a normal stripchart, but below the plot add a specified value for each set of points (such as the mean or MAD or stdev)

  stripchart_annot(x, values, vlab = "stat",
    val.ratio = 0.1, frame = TRUE, method = "jitter",
    jitter = 0.2, offset = 1/3, vertical = TRUE,
    group.names, ylim = NULL, ylab = NULL, xlab = NULL,
    pch = 0, do.layout = TRUE, las = 2, yaxt = "s",
    group.median = FALSE, group.mean = FALSE, ...)

`values`	the vector of values to annotate with
`vlab`	the value label which is plotted on `axis(side=2)`
`val.ratio`	the heights ratio, relative to the main plot which has a value of 1. default=0.1, ie the bottom annotation plot will be 10% of the size of the main plot
`frame`	logical: add lines around each bar?
`x`	the data from which the plots are to be produced. In the default method the data can be specified as a single numeric vector, or as list of numeric vectors, each corresponding to a component plot. In the `formula` method, a symbolic specification of the form `y ~ g` can be given, indicating the observations in the vector `y` are to be grouped according to the levels of the factor `g`. `NA`s are allowed in the data.
`method`	the method to be used to separate coincident points. The default method `"overplot"` causes such points to be overplotted, but it is also possible to specify `"jitter"` to jitter the points, or `"stack"` have coincident points stacked. The last method only makes sense for very granular data.
`jitter`	when `method="jitter"` is used, `jitter` gives the amount of jittering applied.
`offset`	when stacking is used, points are stacked this many line-heights (symbol widths) apart.
`vertical`	when vertical is `TRUE` the plots are drawn vertically rather than the default horizontal.
`group.names`	group labels which will be printed alongside (or underneath) each plot.