Le-Huynh Truc-Ly’s R Code and Templates
lehuynh
is an R package comprising a collection of miscellaneous R
functions and templates that I find particularly useful.
This package includes: - Functions for graphics, data importation, data transformation, and general utilities. - Templates for Exploratory Analysis, Bayesian modeling, and crafting scientific manuscripts.
lehuynh
R package is available on CRAN via:
install.packages("lehuynh")
To get the latest in-development features, install the development version from GitHub:
if(!requireNamespace("devtools", quietly = TRUE)) {
install.packages("devtools")
}
devtools::install_github("le-huynh/lehuynh")
This package is also accessible for download via Zenodo with the DOI 10.5281/zenodo.11522849.
ggsave_elsevier( )
: Save a plot using ggplot2::ggsave( )
. Plot
size follows instructions of Elsevier journals.import_data( )
: Imports multiple data files of the same format from
a specified directory. The output is a named list of imported objects.import_excel( )
: Imports an Excel file with multiple sheets and
returns a named list of imported sheets.lehuynh_theme( )
: Personal ggplot2 theme (white background, black
axis, black text, etc.).MinMaxScaling( )
: Min-max normalization (min = 0, max = 1).new_project( )
: Create a
project for reproducible
purpose.ngrams_filter()
: Filter and generate N-Grams from text data.plot_networkD3()
: Plot network using NetworkD3.ppc_brms( )
: Plot fitted versus observed values for brmsfit
Objects.tidytuesday( )
: Create a new folder for
#tidytuesday
challenge.tsi( )
: Calculate TSI (Trophic state index) (Carlson, 1977).draft_elsevier
: Creating an Rmarkdown manuscript for Elsevier
journals
(example).lehuynh_Bayes_brms
: Basic steps to fit, check, and interpret a
Bayesian model via brms
package.lehuynh_EA
: Basic steps to do Exploratory Analysis.Add the following code to your website.
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