UpAndDownPlots (version 0.5.0)

ud_colours: Set colours for UpAndDown plots

Description

Provides a colour scheme for UpAndDown plots.

Usage

ud_colours(colours = c("grey75", "grey65", "red", "blue", "brown"), colors,
           gcpal=colorblind_pal()(8))

Value

A named list of colours.

Arguments

colours

A set of colours for UpAndDown plots.

The first one is used for filling bars and the second for the borders of bars; the third one is for colouring the dashed line for the overall percentage change; the fourth one is for colouring the borders of rectangles representing the highest grouping level; the last one is for colouring the borders of a second grouping level (if there is one).

colors

To allow users to write 'colors' instead of 'colours'.

gcpal

A colour palette to use if bars are to be coloured by a grouping variable (the parameter barColour in ud_plot). The default is the colorblind palette from ggthemes, which has 8 colours. If more are needed, a palette is generated from the randomcoloR package, always using the same seed for replication purposes. The same procedure applies for a user-defined palette---if there are not enough colours, a randomcoloR palette is used.

Author

Antony Unwin [e-mail]

Details

ud_colours is provided for assigning colours for UpAndDown plots.

See Also

ud_plot

Examples

# Using default colours
yw <- ud_prep(CPIuk, weight="Weight", v1="Aug2017", v2="Aug2018",
              levs=c("Sector"), sortLev=c("perc"))
y2 <- ud_plot(yw, labelvar="Sector")
y2$uadl

# Using individually chosen colours
library(ggthemes)
y2a <- ud_plot(yw, ud_control=ud_colours(colours = c("lightblue1", "grey50",
               "red4", "blue", "brown")))
y2a$uad

# Using barColour and the default palette
# A random palette from colorspace is used as there are more than 8 sectors.
y2b <- ud_plot(yw, barColour="Sector")
y2b$uad

# Using barColour and a specified palette
y2c <- ud_plot(yw, levelColour="Sector", ud_control=ud_colours(
       gcpal=sample(colorspace::qualitative_hcl(n = 20, l = 80))))
y2c$uad