This makes a mean-variance plot of the portfolio output. It can take care of: plotting the individual portfolios, adding 2D kernel density polygons at two quantile levels, and adding an efficient frontier.
plot_cons_plans(
plans_mv,
plans_name,
cols,
xlim = NULL,
ylim = NULL,
add_pts = TRUE,
add_all_efs = FALSE,
x_axis = TRUE,
y_axis = TRUE,
add_legend = TRUE,
legend_pos = "topright",
w_show = "all",
xlab = "Variance",
ylab = "Mean",
add_poly = TRUE,
...
)
The plans_mv
element of the output from
run_cons_plans
.
A character vector of what to label each conservation plan.
Colours for the conservation plan polygons.
X limits
Y limits
Logical: add the points?
Logical: add efficient frontiers?
Logical: add x axis?
Logical: add y axis?
Logical: add y legend?
A character string to pass to
legend
denoting the position of the legend.
If "all"
then all plans will be shown. If a numeric
vector, then those plans will be shown. E.g. c(1, 3)
will only show
the first and third plans.
X axis label.
Y axis label.
Add the kernal smoother quantile polygons?
Anything else to pass to plot.default
.
A plot. Also, the x and y limits are returned invisibly as a list. This makes it easy to make the first plot and then save those x and y limits to fix them in subsequent (multipanel) plots.