mean(c(1 + 2, 3 * 4))[1] 7.5
| Resource | Information |
|---|---|
| Data DOI | 10.5281/zenodo.1234567 |
| Git + DOI | Git 10.5281/zenodo.17598199 |
| Short Description | Short description of the main contributions and notebook structure |
Write an introduction to the analysis. Give references via Mareis, Haug, and Drton (2025). The bibtex entries are saved in references.bib.
Create an R environment and save it in the file renv.lock with renv::init() and renv::snapshot(). For detailed information, see the renv website. Load the R environment with our standardized loading function. ::: {.cell}
# activate the chunk with eval=TRUE
source("../../load_environment.R"):::
Shortly describe the packages that were responsible for the R environment. ::: {.cell}
# Used packages, only for information.
library(package1) # function of package1
library(package2) # function of package2:::
Load the data. Prefereably from Zenodo: ::: {.cell}
# Load Data
zenodo <- ZenodoManager$new(logger = NULL)
record <- zenodo$getRecordByDOI("10.5281/zenodo.1234567")
files <- record$listFiles(pretty = TRUE)
alarm <- as.matrix(read.csv(files[1, 4])):::
Write some educational analysis text and carry out the analysis.
mean(c(1 + 2, 3 * 4))[1] 7.5
Analysis in other languages, e.g., Python are welcome as well. ::: {.cell}
-1 / -20.5
:::
# activate the chunk with eval=TRUE
source("../../close_environment.R")Please cite XYZ with the following bib item.
@article{XYZ
}When using the ABC dataset, please give credit to the original author: Author year.
License Information: Please follow the above DOI for license information of data and code.
Contact: If you have suggestions, feel free to create an issue or contact the authors (your@mail.address).