rjdmarkdown gives a set of functions to print nicely your models created by RJDemetra.
rjdmarkdown relies on RJDemetra that requires Java SE 8 or later version.
# Install release version from CRAN
install.packages("rjdmarkdown")
# Install development version from GitHub
# install.packages("devtools")
devtools::install_github("AQLT/rjdmarkdown")
The functions developped are:
print_preprocessing() for the pre-processing model;print_decomposition() for the decomposition;print_diagnostics() to print diagnostics tests on the quality of the seasonal adjustment.The available outputs are LaTeX (format = "latex", the package booktabs and float must be used) and HTML outputs (format = "html").
The option results='asis' must be used in the chunk:
library(RJDemetra) library(rjdmarkdown) mysa <- x13(ipi_c_eu[, "FR"]) print_preprocessing(mysa, format = "latex") print_decomposition(mysa, format = "latex") print_diagnostics(mysa, format = "latex")
A R Markdown can also directly be created and render with the create_rmd function. It can take as argument a SA, jSA, sa_item, multiprocessing (all the models of the multiprocessing are printed) or workspace object (all the models of all the multiprocessing of the workspace are printed). For example:
sa_ts <- tramoseats(ipi_c_eu[, "FR"])
wk <- new_workspace()
new_multiprocessing(wk, "sa1")
add_sa_item(wk, "sa1", mysa, "X13")
add_sa_item(wk, "sa1", sa_ts, "TramoSeats")
# It's important to compute the workspace to be able to import the models
compute(wk)
output_file <- tempfile(fileext = ".Rmd")
create_rmd(wk, output_file,
output_format = c("pdf_document", "html_document"),
output_options = list(toc = TRUE,
number_sections = TRUE))
# To open the file:
browseURL(sub(".Rmd",".pdf", output_file, fixed = TRUE))
browseURL(sub(".Rmd",".html", output_file, fixed = TRUE))
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