| box.plot.wtd {epade} | R Documentation | 
weighted Boxplot
Description
Draw a weighted Boxplot. (Beta Version)
Usage
box.plot.wtd(x, group=NULL, group2=NULL, w=NULL, data=NULL, vnames=NULL,
             main=NULL, xlab=NULL, ylab=NULL, ylim=NULL, yticks=NULL,
             col=NULL, tcol=NULL, bgcol=NULL, lcol=NULL, pdigs=4, alpha=NULL,
             cex=1, cex.axis=1, lwd=2, h=NULL, lty=2,
             varwidth=TRUE, means=FALSE, count=TRUE, zylinder=FALSE,
             outlier=TRUE, wall=0, type='box')
Arguments
| x | 
 | 
| group | 
 | 
| group2 | 
 | 
| w | weights | 
| data | a data.frame | 
| vnames | a vector of character strings with the names of groups in the legend, it can be a list of two vectors if group2 is given | 
| main | an overall title for the plot | 
| xlab | a title for the x axis | 
| ylab | a title for the y axis | 
| ylim | the y limits (y1, y2) of the plot | 
| yticks | the number of ticks on the y axis or a vector of exact ticks | 
| col | color of objects (Boxes) | 
| tcol | color of the text in whole plot | 
| bgcol | the background color for plot dekoration | 
| lcol | color for the lines in plot, a vector of colors is possible | 
| pdigs | a number indicate how to round p-values.: see ?format.pval.ade | 
| alpha | a parameter in [0, 1] for semi-transparency of objects (Boxes) | 
| cex | a numeric character expansion factor for the points | 
| cex.axis | a numeric character expansion factor for axis | 
| lwd | the line width | 
| h | the y-value(s) for horizontal line(s). | 
| lty | the line type | 
| varwidth | logical asking whether the boxwidth indicate the N | 
| means | logical asking whether to draw points for the means | 
| count | 
 | 
| zylinder | logical asking whether to draw boxes in a zylinder style | 
| outlier | logical asking whether to draw points for outlier | 
| wall | a number between 0 and 6 for selection the dekoration style of the plot. | 
| type | one of following: 
 | 
Examples
x<-rnorm(1000)
g<-round(runif(1000))
w<-abs(rnorm(1000))
d<- data.frame(x, g, w)
box.plot.wtd('x', 'g', w='w', data=d)