ctPlotArray: Plots three dimensional y values for quantile plots

In ctsem: Continuous Time Structural Equation Modelling

Plots three dimensional y values for quantile plots

Description

1st margin of $Y sets line values, 2nd sets variables, 3rd quantiles.

Usage

ctPlotArray(
  input,
  grid = FALSE,
  add = FALSE,
  colvec = "auto",
  lwdvec = "auto",
  ltyvec = "auto",
  typevec = "auto",
  plotcontrol = list(ylab = "Array values", xaxs = "i"),
  legend = TRUE,
  legendcontrol = list(),
  polygon = TRUE,
  polygonalpha = 0.1,
  polygoncontrol = list(steps = 25)
)

Arguments

input	list containing 3 dimensional array to use for Y values, $y and vector of corresponding x values $x.
grid	Logical. Plot with a grid?
add	Logical. If TRUE, plotting is overlayed on current plot, without creating new plot.
colvec	color vector of same length as 2nd margin.
lwdvec	lwd vector of same length as 2nd margin.
ltyvec	lty vector of same length as 2nd margin.
typevec	type vector of same length as 2nd margin.
plotcontrol	list of arguments to pass to plot.
legend	Logical. Draw a legend?
legendcontrol	list of arguments to pass to legend.
polygon	Logical. Draw the uncertainty polygon?
polygonalpha	Numeric, multiplier for alpha (transparency) of the uncertainty polygon.
polygoncontrol	list of arguments to pass to ctPoly

Value

Nothing. Generates plots.

Examples

#'
input<-ctStanTIpredeffects(ctstantestfit, plot=FALSE, whichpars='CINT', 
 nsamples=10,nsubjects=10)
    
ctPlotArray(input=input)

ctsem documentation built on Sept. 11, 2024, 9:06 p.m.