Start by running data-raw/install_packages.R
to install all needed packages.
In data-raw/palettes_d.R
add a function (ordered alphabetically) in the format:
## <package>
<package>_pals <- …
Where _pals should be a single level named list of palettes. Add the list to the palettes_d
list in the end of the document and run the full script.
Modify and run script data-raw/palettes_d_names.R
.
run devtools::document()
.
Include license reference in LICENSE
file.
Include package information in data-raw/package
.
reknit readme.
add instalation information to data-raw/install_packages.R
.
Include bullet in NEWS.md
file.
- Modify
data-raw/palettes_d.R
- Modify and Run
data-raw/palettes_d_names.R
script - run
devtools::document()
- Include license reference in
LICENSE
file. - Include package information in
data-raw/packages
and run. - reknit readme.
- Include bullet in
NEWS.md
file. - run
data-raw/palette_names.R
- run
testthat::snapshot_review('vdiffr_palette_check')
Make sure to only
In paletteer_c_wrappers.R
include a wrapper function in the format
paletteer_c_<package name> <- function(name, n) {
... your code goes here
pal_gen(n = n)
}
with the input variables name
and n
and the output that number of colors of the target color palette.
In the same file, add the wrapper to the list in the end of the file.
In the file data-raw/palettes_c_names.R
create a data.frame with 3 variables. package
which should be the name of the package, palette
which should be the name of the palette and type
which should be "sequential" or "diverging".
Open the data.R
file and update the documentation for palettes_c_names
. Packages are listed alphabetical. Remember to modify the number of total palettes.
Add the package to Imports in the DESCRIPTION
file.
Include license reference in LICENSE
file
Include package information in data-raw/package
.
reknit readme.
add instalation information to data-raw/install_packages.R
.
Include bullet in NEWS.md
file.