2 \alias{plot.idmc_basin}
4 Computes basins of attraction for a 2-dim. discrete dynamical system
7 \method{plot}{idmc_basin}(x, y, color.attractors, color.basins,
8 color.infinity, labels.attr, labels.bas, label.infty='infinity',
9 main = getModelName(getBasinModel(x)),
10 xlab = getModelVarNames(getBasinModel(x))[1],
11 ylab = getModelVarNames(getBasinModel(x))[2],
12 axes=TRUE, legend=FALSE, ...)
15 \item{x}{iDMC model object}
17 \item{color.attractors}{vector of attractor colors}
18 \item{color.basins}{vector of basin colors}
19 \item{color.infinity}{color for basin of infinity}
20 \item{main}{plot title (set to NULL for disabling)}
21 \item{xlab, ylab}{x and y axes labels (set to NULL for disabling)}
22 \item{labels.attr, labels.bas, label.infty}{labels for attractors, basins and infinity (only used in legend)}
23 \item{axes}{should axes be showed? (TRUE or FALSE)}
24 \item{legend}{should a legend be showed? (TRUE or FALSE)}
25 \item{...}{arguments to and from other methods}
28 Plots basins of attraction of 2-dim. discrete dynamical system
31 Plots basins of attraction of 2-dim. discrete dynamical system.
33 You can optionally add a colors legend (\code{legend=TRUE}).
36 none. As a side effect, a (grid) plot is produced on current graphical device
39 Antonio, Fabio Di Narzo
46 ##See 'Basin' examples