plot.tornado: Tornado plots

In qPharmetra/qpToolkit: qPharmetra R Tools

Tornado plots

Description

Create a tornado plot given a table of sensitivity analysis results

Usage

## S3 method for class 'tornado'
plot(
  x,
  ...,
  main = "",
  xlim = range(c(torn.ds$val.hi, torn.ds$val.lo)),
  xlab = "Output",
  bar.width = 0.75,
  base.round = 0,
  cex.main = 1.5,
  cex.xaxis = cex.main * 0.5,
  cex.yaxis = cex.main * 0.65,
  cex.barlab = cex.main * 0.55,
  cex.baslab = cex.main * 0.5,
  bar.col = "#0A41A5",
  show.base = TRUE,
  adj.ylabs = 0
)

Arguments

x	Dataset containing sensitivity analysis results to be plotted. Column names should include: variable - names of variable (will be plotted as y axis labels), val.lo - low value of objective when variable is swung to an extreme, val.base base value of objective when all variables are at base, val.hi - high value of the objective when variable is swung to an extreme, lab.lo - label associated with low, lab.base - label associated with base, lab.hi label associated with high
...	ignored
main	graphical parameter
xlim	graphical parameter
xlab	graphical parameter
bar.width	graphical parameter
base.round	graphical parameter
cex.main	graphical parameter
cex.xaxis	graphical parameter
cex.yaxis	graphical parameter
cex.barlab	graphical parameter
cex.baslab	graphical parameter
bar.col	graphical parameter
show.base	graphical parameter
adj.ylabs	graphical parameter

Value

A tornado plot

See Also

Other tornado: as.tornado.data.frame(), as.tornado()

Examples

torn.ds = as.tornado(read.csv(
  file.path(getOption("qpExampleDir"), "../Excel/tornado.ds.csv")
, stringsAsFactors = FALSE))
plot(torn.ds
             , xlim = c(0,20)
             , xlab = "Dollars"
             , main = "My first tornado"
             , cex.main = 2
             , bar.width =.50
             , base.round = 1
             , show.base = FALSE
)

qPharmetra/qpToolkit documentation built on May 24, 2023, 8:52 a.m.