**`sig2`:** A numeric value greater than 0 but smaller than 5 **NB: remember to save the changes to your file** # The parameters each participants need to supply are:

Please **!!DO NOT OVERWRITE `params/params_tmpl.R`!!**.Įdit file with parameters of your choice and save. Use species name of your choice to name new file. Rstudio project now **contains all files from the GitHub repo.** Paste **repo link copied from GitHub** into **Repository URL** field. **clone it: copy repo link** to create Rstudio projectĬheckout from **version control repository** GitHub makes a **copy into your account** Make your **own copy of the repository** on GitHub We'll use **GitHub to collate all species files** and **plot** them all up together at the end! We'll also **discover the skull and beak shapes** associated with each simulated species size. In this exercise, each participant will **fork a GitHub repo**, and **contribute a file** required to simulate the *evolutionary trajectory of an imaginary species' body size*. # **Beak and skull shapes in birds of prey (“raptors”) are strongly coupled and largely controlled by size.** Sign up for Hacktoberfest so the pull request counts towards your tally! # Welcome to the evolutionary lottery of skull and beak morphology # Initialise **Rstudio project** with Git by **just checking a box!** # Get GITHUB Personal Authorisation Token User.email = Configure GitHub authentication Use your github username and and the email you used to sign-up on GitHub # Now: Rstudio + `usethis` 📦 = ❤️ `Git` & `GitHub` 🤩 # Before: git only through the terminal 😢 or external GUI to be Connected to the Internet! Select **_TheCloud** and follow instructions to get connected. Your account registered with ()* (optional: for your PR to count) # Practical: Forking and making a Pull Request! left[Anna Krystalli Hacktoberbest 2019 Kickoff Class: center, middle, inverse, title-slide

Rstudio github