![]() Integration with git! If you aren’t using a R project, you’ll have to go through the steps of adding, committing, and pushing on the terminal like we did yesterday.Now we have a blank R project to work from! You might be wondering, “why do we need a project? Can’t I just have an RMarkdown file and call it a day?” Well, sure, but then you’d be missing a few key pieces that only come from using projects: Additionally, with many shortcuts, autocompletion, and highlighting for the major file types you use while developing in R, RStudio will make typing easier and less error-prone. One of the advantages of using RStudio is that all the information you need to write code is available in a single window. The placement of these panes and their content can be customized (see menu, Tools -> Global Options -> Pane Layout). You’ll notice immediately that RStudio is divided into 4 “Panes”: the editing window for your scripts and documents (top-left, in the default layout), your Environment/History/Git (top-right), your Files/Plots/Packages/Help/Viewer (bottom-right), and the R Console (bottom-left). Whether your dataset has hundreds or millions of lines, it won’t make much difference to you.Ĭreating a new project in existing directory The skills you learn with R scale easily with the size of your dataset.You can use it with any type of data – there’s even a QDA package in R!.For instance, R has packages for image analysis, GIS, time series, population genetics, and a lot more.10,000+ packages that can be installed to extend its stock stats capabilities!.R has a wide adoption across domains & works with any kind of data.If you collect more data, or fix a mistake in your dataset, the figures and the statistical tests in your manuscript are updated automatically. Your R code integrates with other tools (RMarkdown!) to generate manuscripts from your code.Working with scripts makes the steps you used in your analysis clear, and the code you write can be inspected by someone else who can give you feedback and spot mistakes.R does not involve lots of pointing and clicking, and that’s a good thing! The learning curve is steeper than SAS or STATA, but the results of your work do not rely on remembering a succession of pointing and clicking – so if you want to redo your analysis because you collected more data, you don’t have to remember which button you clicked in which order to obtain your results you just have to run your script again.There is a lot of built-in help for reproducibility!.Original content is licensed under a Creative Commons Attribution-ShareAlike 4.0 International License. 3.4.3 Pushing to a git hosting platform!.3.3.2 Knit the document and get your final file!.3.3.1 Creating a reproducible document in RMarkdown.3.3 Literate Programming with RMarkdown.1.6.2 Sync a fork with the original repo!. ![]() 1.6 Syncing local changes to your hosting platform!.1.4.2 Getting started in the repository.
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