Description Usage Arguments Details Value See Also Examples
A function that returns a color palette function based off of the viridis package.
1 2 3 4 | viridis_magma_palette(viridis_number = 800,
viridis_range = 300:viridis_number, viridis_rev = TRUE,
magma_number = 500, magma_range = 50:magma_number,
magma_rev = FALSE, ...)
|
viridis_number |
The total number of colors used to generate the viridis palette. Default: 800 |
viridis_range |
Tne range of colors in the viridis palette to use. Default: 300:viridis_number |
viridis_rev |
A logical for reversing the viridis palette. Default: TRUE |
magma_number |
The total number of colors used to generate the magma palette. Default: 500 |
magma_range |
The range of colors in the magma palette to use. Default: 0:magma_number |
magma_rev |
A logical for reversing the magma palette. Default: FALSE |
... |
These dots are optionally used as both the magma and viridis function parameters. |
The primary purpose of this function is to return a palette-function for generating virdis style color palettes. By taking the viridis::viridis() and the viridis::magma() colors, and manipulating them, this function can help create a unique set of colors that you can distinguish on a busy plot. The hopes of this function is to help improve plots that use more than 20 colors. Use the provided example to view the color palette.
The output of this function is another function (grDevoces::colorRampPalette), which takes a number to generate an interpolated color palette as a character vector.
Other Color Palettes: combination_palette
,
get_color_palette
,
scico_palette
,
viridis_palette
1 2 3 4 5 6 7 8 9 10 11 12 13 | ## Not run:
if(interactive()){
# Use the default values
> pal_func <- viridis_palette()
# Get a palette with 20 colors
> pal <- pal_func(20)
# Make a pie plot of the colros.
> pie(rep(1, length(pal)), col=pal)
}
## End(Not run)
|
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