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draw_title = function(main, sub, xlab, ylab, legend, legend_args, opar) {
# main title
# Note that we include a special catch for the main title if legend is
# "top!" (and main is specified in the first place).
legend_eval = tryCatch(eval(legend), error = function(e) NULL)
# Extra bit of footwork if user passed legend = legend(...) instead of
# legend = list(...), since the call environment is tricky
if (is.null(legend_eval)) {
legend_eval = tryCatch(paste0(legend)[[2]], error = function(e) NULL)
}
adj_title = !is.null(legend) && (legend == "top!" || (!is.null(legend_args[["x"]]) && legend_args[["x"]] == "top!") || (is.list(legend_eval) && legend_eval[[1]] == "top!"))
# For the "top!" legend case, bump main title up to make space for the
# legend beneath it: Take the normal main title line gap (i.e., 1.7 lines)
# and add the difference between original top margin and new one (i.e.,
# which should equal the height of the new legend). Note that we also
# include a 0.1 epsilon bump, which we're using to reset the tinyplot
# window in case of recursive "top!" calls. (See draw_legend code.)
if (isTRUE(adj_title)) {
line_main = par("mar")[3] - opar[["mar"]][3] + 1.7 + 0.1
} else {
line_main = NULL
}
if (!is.null(sub)) {
if (isTRUE(get_tpar("side.sub", 1) == 3)) {
if (is.null(line_main)) line_main = par("mgp")[3] + 1.7 - .1
line_main = line_main + 1.2
}
if (isTRUE(get_tpar("side.sub", 1) == 3)) {
line_sub = get_tpar("line.sub", 1.7)
} else {
line_sub = get_tpar("line.sub", 4)
}
args = list(
text = sub,
line = line_sub,
cex = get_tpar("cex.sub", 1.2),
col = get_tpar("col.sub", "black"),
adj = get_tpar(c("adj.sub", "adj")),
font = get_tpar("font.sub", 1),
side = get_tpar("side.sub", 1),
las = 1
)
args = Filter(function(x) !is.null(x), args)
do.call(mtext, args)
}
if (!is.null(main)) {
args = list(
main = main,
line = line_main,
cex.main = get_tpar("cex.main", 1.4),
col.main = get_tpar("col.main", "black"),
font.main = get_tpar("font.main", 2),
adj = get_tpar(c("adj.main", "adj"), 3))
args = Filter(function(x) !is.null(x), args)
do.call(title, args)
}
# Axis titles
args = list(xlab = xlab)
args[["adj"]] = get_tpar(c("adj.xlab", "adj"))
do.call(title, args)
args = list(ylab = ylab)
args[["adj"]] = get_tpar(c("adj.ylab", "adj"))
do.call(title, args)
}
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