plot {rmoo}

Methods for Function 'plot' in Package 'rmoo'

Description

Method used to visualize the fitness of the individuals during the execution of the algorithms.

Usage

plot(x, y, ...)

## S4 method for signature 'nsga,missing'
plot(x, y = "missing", type = c("scatter", "pcp", "heatmap", "polar"), ...)

## S4 method for signature 'nsga1,missing'
plot(x, y = "missing", type = c("scatter", "pcp", "heatmap", "polar"), ...)

## S4 method for signature 'nsga2,missing'
plot(x, y = "missing", type = c("scatter", "pcp", "heatmap", "polar"), ...)

## S4 method for signature 'nsga3,missing'
plot(x, y = "missing", type = c("scatter", "pcp", "heatmap", "polar"), ...)

Arguments

x, y

Objects of either class nsga1, nsga2, or nsga3.

...

other arguments passed on to methods

"optimal"

An argument passed to the "scatter" plot. A matrix of dimension equal to the fitness with which they are compared. This value can only be compared in 2 and 3 dimensional "scatter" plots.

"individual"

An argument passed to the "heatmap" and "polar" plots. A vector that represents the fitness of the individuals to be displayed.

type

Type of graph to draw, the graphs can be of the type "scatter", "pcp", "heatmap", or "polar"

Details

The following plots are available:

• "Scatter Plot"

• "Parallel Coordinate Plot"

• "Heat Map"

• "Polar Coordinate"

Value

A graph of the evaluated type.

Author(s)

Francisco Benitez [e-mail]

Examples

# Where 'out' is an object of class nsga1, nsga2, or nsga3.
# The plot method will by default plot a scatter plot.
#
# plot(out)
#
# The Parallel Coordinate Plot will be plotted if "pcp" is passed as a parameter to "type".
#
# plot(out, type="pcp")
#
# A heat map plot will be plotted if "heatmap" is passed as a parameter to "type"
# and a vector with the individuals to plot to "individual"
#
# plot(out, type = "heatmap", individual = c(1:5))
#
# A polar coordinate plot will be plotted if "polar" is passed as a parameter to "type"
# and a vector with the individuals to plot to "individual"
#
# plot(out, type = "polar", individual = c(1:5))