This lab is practice, and as such will only earn you participation points. Don't worry about commenting too much as we'll largely using this to make sure you are able to use the lab systems for the more challenging later assignments. We'll run this expecting nearly all of them will compile and pass and reach out if it doesn't.

$+0\mathrm{.}5$ Uses input from cin properly

$+1$ Solves all of the gradescripts

I$\text{'}$m going to require solving all of the grade scripts as my version inspired by Dr$.$ Plank's notes solves them all once map$2.$txt was solved $($by intentionally including a potential bug in my initial solution$).$ And the main goal of this lab is to give you practice using the legacy grading scripts since we'll use "automated grading" in different forms throughout the next two semesters. This approach is not perfect $--$ it often focuses on getting things right vs$.$ coding well $--$ but as we'll discuss in class the goal here is to enable transparent grading; you will know how your code performs $($aka your lab score$)$ before you submit it$.$

If you don't you have time to finish it in lab, then finish it on your own, and submit it by the deadline on Canvas. We recognize everyone works at their own pace. After this in$-$class lab, you'll be doing larger projects and coming to lab for help in more of a programming clinic$-$style